DSS NETWORKS | Gig-cPCI-3U | product selection guide

GE Fanuc
Embedded Systems
product selection guide
summer 2007
Contents
Product Lifecycle Management
3
Systems & Enclosures
Advanced Vehicle Computers
RES-110
Rugged Chassis
MAGIC1. A Small, Rugged Display Computer
Flat Panel Computers
Hazardous Area Computers
Starter Cages
Standard 19" Cages
Thin Client Systems
Sunlight Readable LCDs Industrial Flat Panel Monitors
Industrial Rackmount
Signal Conditioners
Data Acquisition Software
Digital Data Recorders
6
7
8
9
10
10
12
12
13
13
14
14
16
16
17
Video Tracking & Image Processing
17
Single Board Computers
CompactPCI Intel
CompactPCI PowerPC
VMEbus Intel
Telum ASLP10
VPXcel SBC340
AdvancedTCA-7820
VMEbus PowerPC
VPX PowerPC
Industrial PC
ProcessorPMC
20
20
22
22
23
23
24
24
24
25
Sensor & Signal Processing
AXIS Multiprocessing, DSP Tools & Libraries
AXIS DSP Tools & Libraries Multiprocessors
DSP230
Sensor Processing: Acoustic
daqNET Acoustic Data Conversion System
Sensor Processing: Radio
Software Defined Radio
28
28
29
29
30
30
31
31
Avionics
AFDX/ARINC 664
ARINC 615 Data Loader
Other Protocols
ARINC 429
Avionics IP Core
Other Aerospace Products
Data Bus Analyzers
Selecting a Bus Analyzer
MIL-STD-1553
10MBit 1553
34
34
34
35
36
36
37
37
38
39
I/O & Communications
Audio
Graphics & Video
Bus Adapters
dataBLIZZARD
PCI Express Expansion
PCI/PCI-X Expansion
VMEbus Repeaters
AdvancedTCA Carriers
Free Newsletter Subscriptions Available
Carrier Cards
Ethernet Interfaces
1394B-3CPCI
Ethernet Switches
Analog I/O
BCT4-AMC1
Digital I/O
DSP-Based I/O
42
42
43
43
44
44
44
45
45
46
48
49
50
52
52
53
54
Added security for network applications
Real Time Ethernet Networks
IndustryPack Modules
Serial I/O
Telum NPA-38x4
Other I/O
MicroTCA
Intelligent I/O Controllers
InfiniBand Switches
InfiniBand HCAs
Fabric Interface
Fibre Channel HBAs
Reflective Memory
Reflective Memory Hub
Storage Controllers
On-board Storage
Telum GPSTC-AMC
Telemetry Systems
WAN DS3/E3 Interfaces
WAN T1/E1/J1 Interfaces
WAN OC-3/OC-12 Interfaces
WANic 608-SE
54
55
56
58
58
59
59
60
60
60
60
61
61
61
62
62
63
62
63
63
64
64
Product Index
66
Why GE Fanuc
Embedded Systems?
If you ask ten of our customers what makes
GE Fanuc Embedded Systems a great supplier, you’ll
probably get ten different answers. And rightly so.
The fact is that different customers have different
priorities. So, as an embedded supplier, we cannot
afford to be a one-dimensional company. We have to
excel at a lot of different things.
Quality Products
Support
Product Selection
Delivering quality products is the highest
priority of the company. For us, quality is not
a theory that’s up for debate. It’s a given.
And everyone in the company knows it.
Under no circumstances will we compromise
on this issue.
Nowadays, it’s fairly common for computer
companies to treat product support as a low
priority, if they offer support at all. We take a
completely different attitude. For us, support
is a crucial element of our product offerings,
and we have dedicated teams and proven
processes in place to provide it.
We go to great lengths to give our customers
what they want to buy, rather than what we
want to sell. Indeed, it is not uncommon for
us to create a product from scratch to meet
a customer need, or to modify one of our
standard products to more closely match
what our customers want.
Financial Security and Stability
Wisdom and Experience
Customers who are designing products that
will be in service for decades want to know
that their suppliers are sound. In many cases,
their products have to undergo rigorous tests
and certification, and the last thing they want
is to go through that whole process again with
a new supplier.
We’ve been doing this a long time — which
can be very comforting to customers who
are exploring new products or applications.
Having been through the development
process so many times, we are often able to
save our customers untold time and trouble
just with a word of advice here or there.
Advanced Technology
Imagination
We are members of many industry
organizations, and are closely engaged with
other leading companies in the process of
driving embedded technology forward. Our
engineers sit on committees where new
technologies are being defined. We are on the
cutting edge of new technology developments
because we help define the edge.
Customers usually come to us with their ideas
or their problems. In either case, imagination
is the key to helping them. We must be able
to understand their ideas and visions, to see
what they see. And we must find a way to
solve the puzzles and problems standing in the
way of their new product or application. That’s
where our imagination comes in. GE Fanuc
Embedded Systems is a multifaceted company
with a wide ranging product selection and
a diverse staff of multi-talented people. But
at the bottom of it we do one thing, which
is to put our customers’ needs at the top of
everything we do.
Product Lifecycle Management
Supporting a product for the life of a long-term
military program presents major challenges
for COTS suppliers. The commercial market,
which drives COTS innovation, is characterized by diminishing product lifetimes. In stark
contrast, military programs can have a lifetime
measurable in decades. This dichotomy has
created a critical requirement to protect
customers from the impact of component
obsolescence and, by doing so, reduce overall
cost of ownership.
GE Fanuc Embedded Systems addresses the
issue with our Product Lifecycle Management
(PLM) programs. We take the implications
of obsolescence into consideration at all
product stages, from designed-in compatibility
across generations of products, to a team of
design engineers and support staff dedicated
solely to supporting customers throughout a
program’s life.
We offer a range of specialized services,
including product ‘health checks’ which
provide customers with the assurance of
proactive obsolescence monitoring. This
maximizes the time available to make
program-critical decisions. State-of-the-art
environmentally controlled storage facilities
are available for either components or finished
products, preserving them for future use.
GE Fanuc Embedded Systems also has
dedicated repair facilities which include test
and diagnostic equipment often found only
in a product development environment.
Skilled teams of technicians are dedicated to
providing repairs and are focused on delivering
the best possible RMA turnaround service.
All of these services are underpinned by
the founding principle of our PLM model:
preserving product knowledge, skills and facilities for as long as customer programs require
them. So, when obsolescence strikes, we have
the skilled engineering resource available to
maximize the options available to you.
When you need to be proactive about the
long-term support of your program, GE Fanuc
Embedded Systems has the simple, flexible
and effective solutions to meet your needs.
systems &
enclosures
Advanced Vehicle Computers . . . . . . . . . . . . . . . . . . . 6
Rugged Chassis . . . . . . . . . . . . . . . . . . . . . . . . . . 8
Flat Panel Computers . . . . . . . . . . . . . . . . . . . . . . . 10
Hazardous Area Computers . . . . . . . . . . . . . . . . . . . . 10
Starter Cages . . . . . . . . . . . . . . . . . . . . . . . . . . 12
Thin Client Systems . . . . . . . . . . . . . . . . . . . . . . . . 13
Industrial Flat Panel Monitors . . . . . . . . . . . . . . . . . . . 14
Industrial Rackmount . . . . . . . . . . . . . . . . . . . . . . . 14
Signal Conditioners . . . . . . . . . . . . . . . . . . . . . . . . 16
Data Acquisition Software . . . . . . . . . . . . . . . . . . . . . 16
Digital Data Recorders . . . . . . . . . . . . . . . . . . . . . . 17
Video Tracking & Image Processing . . . . . . . . . . . . . . . . 17
Advanced Vehicle
Computers
Form Factor
Dimensions (mm)
(H x W x D)
Weight in Pounds
(kg)
Slots
CPU
Power Supply
Power Dissipation
AVC-cPCI 3000
cPCI 3U 88 x 248 x 304 8.2 (3.72) 3 (1) RL4 16-40 VDC, 65W 36W AVC-cPCI 3001
cPCI 3U 220 x 286 x345 32.6 (14.79) 14 (3) CM4 16-40 VDC, 300W 148W AVC-cPCI 3002
cPCI 3U 220 x 286 x 345 30.5 (13.83) 14 (2) CM4 16-40 VDC, 300W 118W AVC-cPCI 3003
cPCI 3U 127 x 222 x 222 10.8 (4.90) 6 (1) CM4 16-40 VDC, 100W 42W AVC-cPCI 3004
cPCI 3U 220 x 286 x 345 28.6 (12.97) 7 (1) CM4 16-40 VDC, 150W 59W AVC-cPCI 3005
cPCI 3U 127 x 222 x 222 10.2 (4.63) 6 (1) CM4 16-40 VDC, 100W 25W AVC-cPCI 3006
cPCI 3U 220 x 286 x 345 27.2 (12.34) 14 (2) CM4 16-40 VDC, 300W 36W AVC-cPCI 3007
cPCI 3U 127 x 222 x 222 11 (4.99) 6 (3) CM4 16-40 VDC, 100W 35W AVC-cPCI 3008
cPCI 3U 127 x 222 x 222 10.5 (4.76) 6 (2) CR3 16-40 VDC, 100W 65W AVC-cPCI 3009
cPCI 3U 127 x 222 x 222 9.5 (4.31) 6 CR3 16-40 VDC, 100W 59W AVC-VME 6000
VME 6U 199 x 124 x 320 17 (7.71) 5 VR7 16-40 VDC, 300W 71W AVC-VME 6001
VME 6U 199 x 124 x 320 12 (5.44) 5 VG4 16-40 VDC, 150W 45W AVC-VME 6002
VME 6U 199 x 124 x 320 13.5 (6.12) 5 VG4, VR7 16-40 VDC, 150W 45W AVC-VME 6003
VME 6U 199 x 124 x 320 14.5 (6.58) 5 VR7 16-40 VDC, 150W 45W AVC-VME 6004
VME 6U 199 x 124 x 320 12 (5.44) 5 VR7 16-40 VDC, 150W 36W AVC-VME 6005
VME 6U 199 x 124 x 320 11 (4.99) 5 VG5 16-40 VDC, 300W 300W AVC-VME 6009
VME, VME 6U 215 x 268 x 415 33 (14.97) 10 VG5 300 Watts 160W 3.5 (1.58)
2
Intel® or PowerPC®
based
115VAC 1-phase
5.75 (2.61) Variable Custom
PowerPC®-based, PSL09 18-36 VDC, 100W MAGIC1
ROC
Our rugged systems are designed to survive and thrive in harsh environments. They stand up to
challenges like temperature extremes, shock, vibration, EMI and G-forces. Our engineering team
can quickly create a customized design based on a standard system and board, or fully custom
configuration. We also offer development support and engineering development units.
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VPX
Custom, Other, PMC gefanucembedded.com
82.55 X 171.45
X 114.3 34 to 59W Compatible I/0
(2) HSS-cPCI-CC, (2) DIO2-cPCI3U-CC, (2) DIO3-cPCI3U-CC, 1394-cPCI3U-CC, Fibre Channel,
ABI-PMC2, (2) 8-port Ethernet hubs, GPS, Dual power supply (2) HSS-cPCI3U-CC, (2) DIO2-cPCI3U-CC, (2) DIO3-cPCI3U-CC, (2) 3101-BP-CC-XT, ABI-PMC2-1,
(2) 8-port Ethernet hubs, GPS, Dual power supply CM4, DIO4-cPCI3U-CC, ABI-PMC2-2, A429-PMC2CC-8R8T, (2) HSS-cPCI3U-CC.
Designed to support 1394 Firewire, additional CM4, and ABI-PMC2-2. CM4, HSS-cPCI3U-CC, DIO2-cPCI3U-CC, DIO3-cPCI3U-CC, ABI-PMC2-1 Fibre Channel, DIO4-cPCI3U-CC, HSS-cPCI3U-CC; Designed to support 1394 Firewire,
A429-PMC2CC-8T8R, ABI-PMC2-2, additional CM4 and HSS-cPCI3U-CC DIO1-cPCI3U-CC, (2) PMCCC-4T P, 8-Port Ethernet hub, Dual power supply;
Designed to support 4 additional CM4, 3 additional DIO1, 4 additional PMCCC-4T HSS-cPCI3U-CC, ESW-cPCI 8-Port Ethernet hub 1553-CPC3-2F, and 1553-CPC3-2S with third party HSS PMC, (2) SBS cPCI carriers,
(2) Sentiris PMC Video Processors (2) 1553-CPC3-1S, (2) SBS cPCI carriers, (2) TS-PMC A40 Video Processors ABI-V6CC-2, HSS-PMC-4, VME Flash SCSI Card, VME Plug-in power supply VG4, Sentiris Graphics PMC. Designed to support additional A429-PMC2CC-8R8T,
ASF-V6CC-2, and VME Flash Memory Module. HSS-PMC-CC, and Integrated conduction cooled power supply; Designed to support
additional A429-PMC2CC-8R8T, ASF-V6CC-2, and VME Flash Memory module VR7, (2) ASF-V6CC-2, and Integrated Conduction Cooled Power Supply. Designed to support
additional A429-PMC2CC-8R8T, ASF-V6CC-2, and VME Flash Memory Module. systems & enclosures
HSS-PMC-CC, DIO1-cPCI3U-CC, PMC2CC-D RES-110
RES-110 is a Layer 2 and Layer 3
(routing) managed Gigabit Ethernet
switch in a rugged, self-contained
chassis. It is a true COTS answer to the challenge of providing
low-cost, high density networking within an integrated
system where interface flexibility, physical robustness,
weight and space are critical considerations.
The RES-110 is a stand-alone switch. The embedded
processor performs all Layer 2 and Layer 3 management
functions with no host CPU intervention. Switch management
can be performed through a serial RS-232 interface using CLI
or an in-band Ethernet interface using Telnet, HTTP or SNMP.
The RES-110 is powered by a 28V power supply designed to
MIL-STD-704E with optional 50ms hold-up.
Built for rugged, heat-sensitive environments, the RES-110
is conduction cooled and conformal coated, supporting
a temperature range of -40º to +71ºC. It has two 128pin series connectors and one 6-pin D38999 connector.
Weighing just over 4 pounds, the RES-110 supports
significant decreases in wiring harness weight and volume
to substantially reduce build time. With its enhanced
protection from heat and environmental contaminates, the
RES-110 is ideal for military applications such as avionics,
radar and harsh environment networking.
VR7 and custom-designed I/O, Integrated Conduction Cooled Power Supply 6 Lightweight – under 4.3 lbs
Custom designed I/O - Consult us; VME Plug-in conduction cooled power supply 6 10 managed 10/100/1000BaseTX ports
6 Compact package, 10.072" x 7.323" x 2.598"
6 In-Band and RS-232 port management
6 Extensive Layer 2 / Layer 3 protocol support
ASF-PMC2CC, HSS-PMC-CC, PIO-PMC1, G2 Graphics PMC 6 Proven Ethernet switch design
6 High reliability
The RES-110 design is a development of our RIU-1000 and
CP3 products and represents the first of a new design for
remote Ethernet switches. The RIU concept was originally
developed for vehicle management systems applications.
Combining these proven product designs with a MIL-STD704E power supply, input filter modules, and enhanced
protection from heat and environmental contaminates, the
RES-110 is an ideal match for many military applications.
product selection guide · summer 2007
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Rugged Chassis
Form Factor
Slots
Dimensions (mm)
(H x W x D)
Backplane
Cooling
Power Supply
115VAC 1-phase,
28VDC 1/2ATRS-0
1/2 ATR 5 193 x 124 x 336 VME64 Conduction Cooled with
forced air through plenum 1/2ATRS-B
1/2 ATR 5 194 x 124 x 348
VME64 Conduction Cooled through baseplate 115VAC 1-phase,
28VDC 1/2ATRS-F
1/2 ATR 5 193 x 124 x 336
VME64 Conduction Cooled with blown air sidewalls 115VAC 1-phase,
28VDC 1/2ATRS-S
1/2 ATR 5 194 x 124 x 336 VME64 Conduction Cooled through sideplate 115VAC 1-phase,
28VDC 1ATRL-0
ATR 15 194 x 257 x 515 CompactPCI®, VME64 Conduction Cooled with
forced air through plenum 115VAC 1-phase,
28VDC, 3-phase 1ATRL-B
ATR 15 194 x 284 x 348 CompactPCI®, VME64 Conduction Cooled through baseplate 115VAC 1-phase,
28VDC, 3-phase 1ATRL-F
ATR 15 193 x 257 x 515 CompactPCI®, VME64 Conduction Cooled with blown air sidewalls 115VAC 1-phase,
28VDC, 3-phase 1ATRL-L
ATR 15 193 x 257 x 515 CompactPCI®, VME64 Conduction Cooled with liquid cooled sidewalls 115VAC 1-phase,
28VDC, 3-phase 1ATRS-0
ATR 8 194 x 257 x 336 CompactPCI®, VME64 Conduction Cooled with
forced air through plenum
115VAC 1-phase,
28VDC, 3-phase 1ATRS-B
ATR 8 194 x 284 x 348 CompactPCI®, VME64 Conduction Cooled through baseplate 115VAC 1-phase,
28VDC, 3-phase 1ATRS-F
ATR 8 193 x 257 x 336 CompactPCI®, VME64 Conduction Cooled with blown air sidewalls 115VAC 1-phase,
28VDC, 3-phase 1ATRS-L
ATR 8 193 x 257 x 337 CompactPCI®, VME64 Conduction Cooled with liquid cooled sidewalls 115VAC 1-phase,
28VDC, 3-phase 3/4 ATR 8 192 x 321 x 194 CompactPCI®, VME64 Conduction Cooled with
forced air through plenum 115VAC 1-phase,
28VDC, 3-phase C1ATRL
ATR 12 296 x 257 x 497 CompactPCI®, VME64 Convection Cooled with forced air over boards
115VAC 1-phase,
28VDC, 3-phase C1ATRS
ATR 5 194 x 257 x 321 CompactPCI®, VME64 Convection Cooled with forced air over boards
28VDC, 85-264VAC
1-phase 47-440Hz C3/4ATRL
ATR 8 273 x 191 x 496 CompactPCI®, VME64 Convection Cooled with forced air over boards
28VDC, 85-264VAC
1-phase 47-440Hz 19 inch rackmount 20 9U VME64 Integral Fan 28VDC, 85-264VAC
1-phase 47-440Hz RCBC03 F3CD 1G
cPCI 3 150 x 100 x 337 CompactPCI®
Conduction Cooled 28 VDC
conduction cooled RCBC03 F3CD 2G
cPCI 3 87.1 x 247.7 x 304 CompactPCI® Conduction Cooled 28 VDC
conduction cooled 19 inch rackmount 15 8U VME64 Integral Fan 28VDC, 85-264VAC
1-phase 47-440Hz RCCC03 F6VD 1G
VME 6U 3 268 x 135 x 330 VME Air & Conduction Cooled 28 VDC
conduction cooled RCFA17 R6xA 1G
cPCI 6U, VME 6U Variable 432 x 400 x 450 CompactPCI®, VME Convection 400 Watts RCFC07 F6VA 1G
cPCI, VME 7 200 x 300 x 400 CompactPCI®, VME Conduction Cooled 3-phase
115 VAC / 400 Hz RCFC08 A6VD 1G
VME 8 298 x 209 x 494 VME Conduction Cooled 16 -32 VDC RCFC12 A6VA 1G
VME 12 298 x 209 x 494 VME Air & Conduction Cooled 400 Watts 19 inch rackmount 5 5U VME64 Integral Fan 28VDC, 85-264VAC
1-phase 47-440Hz 3/4ATRS-0
RC
RCC
RCH
Our rugged chassis are designed for severe environmental conditions and they are often
developed based on customer requirements. The following selection reflects only a partial
listing of our rugged chassis capabilities. Please contact us with specific requirements.
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gefanucembedded.com
Slots
Dimensions (mm)
(H x W x D)
Backplane
Cooling
cPCI 6U, VME 6U 5 295 x 160 x 248 CompactPCI®, VME Conduction Cooled Other 5 124 x 321 x 194 CompactPCI®, VME Conduction Cooled RCOM06
cPCI 3U 6 CompactPCI®, VME Conduction Cooled RCOM10
cPCI 6U, VME 6U 10 298 x 212 x 340 CompactPCI®, VME Conduction Cooled 3U 4 132 x 124 x 255 CompactPCI®
Conduction Cooled through baseplate RCOM05
RCOM05-ATR-6V
RT4-001CPCI
Power Supply
systems & enclosures
Form Factor
115VAC 1-phase,
28VDC MAGIC1. A Small, Rugged Display Computer
The MAGIC1 Rugged Display Computer from
GE Fanuc Embedded Systems brings the
latest desktop performance technology and
unprecedented graphics performance to the
rugged marketplace. With an Intel® Core™
Duo® and NVIDIA® G73 connected by 16-lane
PCI Express™, the MAGIC1 is capable of driving
the most demanding visual applications.
The processing node consists of an Intel
T2500 Core Duo CPU running at 2.0 GHz with
2 Mbytes of L2 cache. System memory is
made up of two banks of dual data rate DDR2
SDRAM, with capacity up to 4 GBytes.
Storage is provided by a solid state disk drive,
with a capacity of up to 64 GBytes, sustained
read performance of 45 Mbytes/second, and
a purge facility to allow data on the drive to be
securely deleted in an emergency.
The MAGIC1 Rugged Display Computer is
packaged in a base-plate cooled chassis,
capable of operating in the harsh environments demanded by military and
aerospace customers.
The graphics processing node is based on the
dual channel NVIDIA G73 GPU incorporating
256 Mbytes of GDDR3 SDRAM arranged
in two banks. The MAGIC1 features dual
channel video output and supports multiple
video standards including DVI, VGA and TV.
product selection guide · summer 2007
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Flat Panel Computers
Flat panel displays range from 6.4" through 21" with touch screens for operator input.
Intel® Pentium® class systems or Thin Client systems are available in a range of mechanical
configurations with various agency approvals for environmental conditions.
Display
Touchscreen
CPU
DisplayPacOPR-12
12.1" 800x600 256k color, 340 nit 5-wire resistive, serial Socket 478 Intel® Pentium® 4 CPU up to 2.8 GHz DisplayPacOPR-15
15.1" 1024x768 256k color, 250 nit 5-wire resistive, serial Socket 478 Intel® Pentium® 4 CPU up to 2.8 GHz DisplayPacOPR-17
17" 1280x1024 16.7M color, 250 nit 5-wire resistive, serial Socket 478 Intel® Pentium® 4 CPU up to 2.8 GHz DisplayPacOPR-19
19" 1280x1024 256k color, 250 nit 5-wire resistive, serial Socket 478 Intel® Pentium® 4 CPU up to 2.8 GHz DisplayPac-PPCR
15.1" 1024x768 256k color, 250 nit 5-wire resistive, serial Socket 478 Intel® Pentium® 4 CPU up to 2.8 GHz SealTouch-15
15" 1024x768 256k color AMTFT LCD
Resistive
1.5 GHz Celeron® processor
12.1" 800X600 AMTFT LCD, 15" 1024x768 AMTFT LCD 17" 1280x1024 AMTFT LCD
5-wire resistive, serial 512 MB, Standard 1.3 GHz Intel® Celeron® M Performance
1.6 GHz Intel® Pentium® M processor 10.4" 640x480 color AMTFT LCD Infrared 486DX-based SBC 6.4", 8.4", 10.4", 12.1", 15.1", 17", or 19" Infrared (Optional),
Resistive (Optional) Up to 1 GHz Pentium® M up to 1.8 GHz
15.1" 1280x1024
true color active matrix display 5-wire resistive Intel® Pentium® III up to 1 GHz
15" 1024x768 256k color AMTFT LCD Resistive 1 GHz Intel® Pentium® III and 133 MHz processor front-side bus Intelligence IPC
MPAC-10
Open Frame
Computers
PAC-MMS
Panel C
Hazardous Area
Computers
Our backlighting technologies, controls design and packaging are highlights of our hazardous area
products. Our products operate wherever hazardous materials such as gases or powders may
be present. Certifications include ATEX, NEC 508, Class I Division 1, Ex, CE, CENELEC and IEC. If your
computers must function in a hazardous area, please call us for help with your current projects.
Display
Touchscreen
CPU
Memory
Ethernet
Expansion Slots
Wolverine
15" 1024x768 256k
color AMTFT LCD,
Sunlight Readable
Acrylicon-Glass
Resistive
1.8 GHz
Intel®
Pentium® M
processor
Up to 2 GB
DDR SDRAM
Up to two onboard
10/100BaseT
PCMCIA with
field access
PAC-Xscale-12-HZ
12.1" 800x600 32k
color AMTFT LCD
Resistive
Intel®
Xscale®
256 MB or
512 MB
SDRAM DIMM
10/100BaseT
12.1": Two PCI;
15": Three PCI;
17": Three PCI
PAC-Xscale-HZ*
5.7" 320x240 256k
color* AMTFT LCD Resistive Intel®
Xscale®
32 MB SDRAM
(up to 96 MB);
32M Flash;
512K NV RAM 10BaseT / 100BaseTX
(auto-detect / auto-switch),
Full/Half-duplex, auto-select,
One port 10/100 Mbits/sec One slot * Video hardware/firmware limits to 65k colors
10
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gefanucembedded.com
Hazardous Area
Notes
Heaters
(optional)
CE mark; ATEX-Class I
Zone 2; NEMA 4/4X/12,
UL Class I, Division 2,
Groups A, B, C, D; O/S:
Microsoft®
Windows®
CE.NET Ethernet
Expansion Slots
Certifications
Notes
One 184-pin DDR socket, up to 1 GB 10/100BaseT Two PCI CE, FCC, NEMA 12 Heavy-duty steel enclosure One 184-pin DDR socket, up to 1 GB 10/100BaseT Two PCI CE, FCC, NEMA 12 Heavy-duty steel enclosure One 184-pin DDR socket, up to 1 GB 10/100BaseT Two PCI CE, FCC, NEMA 12 Heavy-duty steel enclosure One 184-pin DDR socket, up to 1 GB 10/100BaseT Two PCI CE, FCC, NEMA 12 Heavy-duty steel enclosure One 184-pin DDR socket, up to 1 GB 10/100BaseT Two PCI CE, FCC, UL Fire-proof plastic enclosure 512 MB DDRAM
10/100BaseT
NEMA 4, CE, UL 508
Rugged display
with mounting options
256 MB or 512 MB SDRAM DIMM 10/100 BaseT CE, Class I, Division 2, NEMA 4 front
IP65, UL 1604 Rugged PC with system integration
features 4 MB RAM; 2 MB DiskOnChip 10/100 BaseT Up to 512 MB PC100 SDRAM 10/100 BaseT PISA bus expansion available;
2- or 4-slot PCI/ISA expansion (optional) NEMA 4/12 Ultra-HiBrite LCDs available Up to 256 MB SDRAM 10/100BaseT 2 PCI and 2 ISA (mechanically shared) NEMA 12 front surface 12.1” 800x600 active matrix LCD
(optional) 128 MB RAM (expanded to 512 MB)
single DIMM slot 10/100 BaseT One PCI and one PCI/ISA CE, Class I, Division 2, IP65 (panel
mount), NEMA 4/12, NEMA 4X front, UL 12.1": Two PCI; 15": Three PCI;
17": Three PCI
systems & enclosures
Memory
Meets EMI/EMC Requirements of
MIL-STD-461C/D product selection guide · summer 2007
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11
Starter Cages
Starter cages or starter kits are preconfigured enclosures designed for development purpose.
We can provide the appropriate development system for your specific needs based on both
Intel® or PowerPC® system architectures and cPCI or VME bus systems. Starter cages are sold
only in conjunction with our single board computers. Please contact our sales team for details.
Form
Factor
Height
Slots
Backplane
Fans
Power Supply
CSC - 3U
cPCI 3U 3U 5 cPCI 3U 2 300 Watts CSC - 6U
cPCI 6U 6U 5 cPCI 2 300 Watts Hard Disk
Floppy
I/O Transition
Module
Controller
Optional (none) Yes Selectable (none) (none) (none) Yes Selectable CD-ROM
RDS10
cPCI,
VME 10 cPCI, VME 100-240VAC, 400W RDS5
cPCI,
VME 5 cPCI, VME 100-240VAC, 400W SC
cPCI,
VME 7U and 4U Variable cPCI, VME Variable 250 Watts Optional Optional Optional Yes Not
applicable SCC
cPCI,
VME 4U or 7U Variable cPCI, VME 3 250 Watts,
500 Watts Optional 1 Depends on
starter cage Yes Selectable SCC484TXXX
3U cPCI
4U
4
Standard cPCI
3
250 Watts
1
RL4, LM4
SCC484TXXX
3U cPCI
4U
8
Standard cPCI
3
250 Watts
1
1
1
1
CL7, CC7
SCC784TXXX
6U cPCI
7U
8
Standard cPCI
3
250 Watts
1
1
1
1
CT8, CT7, CP7,
CR6, CR7
SCC484TXXX
3U VME
4U
9
VME
3
250 Watts
1
1
1
1
VC7
SCC784TXXX
6U VME
7U
13
VME
3
250 Watts
1
1
1
1
VP7
SCC784TXXX
6U VME
7U
5
VME64
3
250 Watts
1
1
1
1
VR7, VG4
SCM
cPCI 6U 1U 2 cPCI 3 110 - 230 VAC,
16-40 VDC, 150W Installed
on SBC (none) Depends on
selected SBC Selectable Standard 19" Cages
GE Fanuc Embedded Systems offers a full selection of standard 19"
card cages for CompactPCI®, VME and VME-64. Our cages come ready
to run with AC power supplies and EMC shielding that complies with
CE regulations. Reliable cooling fans are included, and the cages
are designed for optimized airflow. They are available in heights
ranging from 1 to 7U and with 2 to 13 slots. We also build standard
and customized versions to meet specific application requirements.
Please note that certain standard cages are only available for
distribution in Europe. Contact the GE Fanuc Embedded Systems
sales team for more details.
6 Modular design, available in
various height (1 - 7U) and width (2 v-13 slots) standards.
6 Versions for VME, VME-64 and CompactPCI, EMC protected and rear I/O support.
12
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gefanucembedded.com
6 AC power supplies included, ready to run
6 Reliable cooling and
optimized airflow
Embedded systems typically operate a single application. Thin Clients allow them to execute
centrally located programs at a remote location. They usually do not require the processing
power our other industrial computer systems offer. Our Thin Client and Embedded Systems can
help you reduce your system costs, while providing scalability and flexibility.
Expansion
Slots
Display
Touchscreen
CPU
Memory
Ethernet
Notes
PAC-Xscale
5.7" 320x240
256k color*
AMTFT LCD Resistive Intel®
Xscale® 32 MB SDRAM (up to 96 MB);
32M Flash; 512K NV RAM 10BaseT / 100BaseTX auto-detect /
auto-switch, Full/Half-duplex,
auto-select, One port 10/100 Mbits/sec One
slot 0° to +60° C operating temperature PAC-Xscale-12
12.1" 800x600
32k color
AMTFT LCD Resistive Intel®
Xscale® 32 MB SDRAM (up to 96 MB);
32M Flash; 512K NV RAM 10BaseT / 100BaseTX auto-detect /
auto-switch, Full/Half-duplex,
auto-select, One port 10/100 Mbits/sec One
slot Fieldbus support: AnyBus-S: Ethernet,
Series 90-30 I/O, DeviceNet, Profibus,
Genius, Modbus Plus * Video hardware/firmware limits to 65k colors
Sunlight Readable LCDs
Ordinary touch screens cannot be used in
direct sunlight or in uncontrolled lighting
environments because a normal LCD will
turn black when exposed to sunlight and
UV radiation. To overcome this problem, GE
Fanuc Embedded Systems adds a number
of passive enhancements to maximize
readability and allow LCDs to operate in
direct sunlight.
The touch screen itself incorporates an
anti-glare coating on its face, as well as an
anti-reflective coating on the back and front
of the LCD. The LCD also has a transflective
backlight enhancement film. These coatings
match the index of refraction to reduce light
reflecting back at the viewer, increasing
the contrast ratio and enhancing overall
readability in bright lighting conditions.
(See Figure 1)
Through the use of these special coatings,
films, and filters, the unit achieves sunlight
readability without additional backlights.
The end result is 1000-nit equivalent viewing
without the additional power draw and heat
generation of more backlights. Consequently,
the unit has a longer life, better processor
performance, and a wider operating
temperature range.
environments. At the same time, these
screens provide up to 87% light transmission
and as low as 6% low light reflection. Our
screens also excel in harsh environments
by allowing for a UL50, Type 4 seal (when
properly integrated) and certification for
hazardous locations.
Screen brightness increased by reflecting
sunlight and utilizing backlights
Perhaps most importantly, for oil and gas
exploration and extraction operations, these
rugged touch screens function with a variety
of gloves and can accept inputs through a
range of contaminants. (See Figure 2)
Spacer dot
ITO conductive
coating
Anti-Reflective
Coating
PET film
Top circuit layer
ITO conductive
layer
Bottom circuit layer
Glass or acrylic
backing panel
Polarizer
Liquid
Crystal
Optical Filters
• Diffuser
• Brightness
- Enhancement Filters
Touch creates
contact between
resistive circuit
layers, closing
a switch
Backlight
Controller alternates voltage
between layers to get
touch coordinates
Reflector
Figure 2: Acrylic-on-Glass Touch Screen
Touch Screen: Acrylic-on-Glass Resistive
Figure 1: SLR LCD: Passive Enhancements
Designing a touch screen that will function
in a rugged environment is no simple matter.
GE Fanuc Embedded Systems designs
screens with laminated construction and
strengthened glass that offer resistance
to high impact forces and that withstand
significant shock and vibration in extreme
6 Anti-glare casting on touch screen face
6 Anti-reflective coatings on touch screen back and
LCD front: matches index of refraction to reduce
light reflecting back at the viewer — increases
contrast ratio
6 IR blocking film added to reduce thermal loading
effects of the sun
6 Transflective backlight enhancement film (BEF)
6 Laminated construction with strengthened glass
increases resistance to high impact forces
6 Up to 87% light transmission and as low as 6% low light reflection
6 Excels in harsh environments by allowing for a UL50, Type 4 seal (when properly integrated) and certification for hazardous locations
6 Functions with a variety of gloves through a range of contaminants
6 Withstands significant shock and vibration in
extreme environments
product selection guide · summer 2007
|
13
systems & enclosures
Thin Client Systems
Industrial Flat Panel
Monitors
Our flat panel monitors give you the advantages of a flat panel operator interface with almost
any video signal, including standard RGB, Synch-on-Green (SOG), Composite Synch, NTSC
and PAL. We offer flat panel systems ranging from 6.4" through 30" available as open-frame
solutions or with a variety of enclosure and mounting options.
Display
Contrast Ratio
PC Interface
Balefire
15" 1024x768 AMTFT LCD, 16.7M colors,
sunlight readable 300:1 XGA, Standard RGB video source Open Frame
Monitors
6.4", 8.4", 10.4", 12.1", 15.1", 17", or 19" 120:1 (6.4"), 180:1 (10.4"), 200:1 (8.4"),
300:1 (12.1"), 350:1 (15"), 500:1 (17", 19") OSD (auto-saving), Standard analog RGB (NTSC / PAL / S-Video /
DVI / Composite video signals optional), VESA DDC1/2B Sentinel Series
15", 19", or 21" color AMTFT LCD Sentinel-10
10.4" 800x600 color AMTFT LCD VAMP-LMV10
10.4" 640x480 color AMTFT LCD VAMP-SlimVista
15", 17", or 19" color AMTFT LCD 350:1 (17", 15"), 500:1 (19") VGA/SVGA/XGA analog input VAMP-WN Series
6.4", 8.4", 10.4", 12.1", 15.1", 17", or 19" 120:1 (6.4"), 180:1 (10.4"), 200:1 (8.4"),
300:1 (12.1"), 350:1 (15"), 500:1 (17", 19") OSD (auto-saving), Standard analog RGB (NTSC / PAL / S-Video /
DVI / Composite video signals optional), VESA DDC1/2B Industrial Rackmount
Dimensions (mm)
(H x W x D)
RS-343A video sources with either RGBHV or SOG Standard VGA 640x480 analog video signals Custom configure a variety of enclosures and other hardware to your requirements. Our
systems are designed for high volume users in demanding mission critical applications, and are
available with active and passive PCI Bus backplanes that support legacy ISA cards. Options
range from small 2-4 slot systems to 4U and higher rackmount systems.
CPU
Memory
PC I/O
Backplane
445 x 433 x 521 VME ES20
445 x 433 x 521 VME ES5
178 X 433 x 521 VME Nd60501
Nd61400 /
Nd61220
ThinView-WN-RM
|
500:1 ES10
Nd-M17-KB
14
VGA, SOG, NTSC, RS170, PAL, S-video, and DVI. 43.18 x 482.6 x 515.11
19" Rackmount, 1U 400 x 235 x 158 1.2 GHz Pentium III or
2.4 GHz P4 PICMG slot CPU Up to 2 GB of SDRAM 10/100BaseT Ethernet; dual channel IDE; four USB
ports; one PS/2, one serial, and parallel port 6-Slot with 4 ISA, 1 PCI
and 1 PICMG slots 450 x 482.6 x 177
Rackmount 2U or 4U 1.2 GHz Pentium III or
2.4 GHz P4 PICMG slot CPU Up to 2 GB of SDRAM 10/100BaseT Ethernet; dual channel IDE; four USB
ports; two serial ports; one parallel port; one PS/2 14-Slot with 8 ISA, 4 PCI
and 2 PICMG slots 15", 17", 19" LCDs
gefanucembedded.com
Touchscreen
Notes
CAT5 transfers video and keypad
through a KVM extender module MIL-STD-801E, Method 506.4, Procedure I (Rain and Blowing Rain), Method 507.4 VGA
Capacitive, Resistive, Surface Acoustic Wave (all are optional) Ultra-HiBrite displays available 700 to 1,000 nit VGA. DVI, NTSC
Resistive (Optional) MIL-S-901D, MIL-STD-167-1, MIL-STD-801E, MIL-STD-461E VGA
Infrared MIL-S-901D, MIL-STD-167-1, MIL-STD-461E, MIL-STD-740-1, MIL-STD-740-2, MIL-STD-461/462,
MIL-STD-810, MIL-STD-108, DOD-STD-1399 VGA
5-wire analog resistive touchscreen overlay 12 VAC power supply VGA
Resistive UL, CE, FCC approvals VGA
Capacitive, Resistive, Surface Acoustic Wave (all are optional) Ultra-HiBrite displays available 700 to 1,000 nit; Panel and rackmount options Cooling
Expansion Slots
Notes
Slots
Power Supply
Form Factor
Air Cooled 10 600W, 94-240VAC VME Air Cooled 20 600W, 94-240VAC VME Air Cooled 5 250W, 94-240VAC VME FCC-A, CE, UL approvals 100-240 VAC
One 9 cm ball-bearing fan (51CFM/each) with a removable filter 6-slot backplane 0° to +50° C operating temperature 100-240 VAC
78CFM fan with a removable filter 14-slot backplane 0° to +50° C operating temperature 100-240 VAC
Rackmount flat panel monitors;
Ultra-HiBrite displays available 100-240 VAC
product selection guide · summer 2007
|
15
systems & enclosures
Signal Connector
Signal Conditioners
DSC-200-BNC
Our signal conditioning systems are designed to ensure high performance and seamless
interoperability with our DDR data acquisition systems and our Test Management software
packages. Regardless of the number or type of sensors that you are using, we can offer a full
signal conditioning solution which suits your budget.
Channels
Conditioning
1, 8 or 16 Attenuation, Buffer, Frequency
Divider, ICP, Isolation, Thermocouple Sensor Excitation
Input Connection
Form Factor
/ BNC, Various 1U, Portable DSC-200-DSUB
Buffer D-Sub 1U Rackmount DSC-200-HV
Buffer BNC 1U Rackmount DSC-240-ICP
ICP BNC Portable DSC-250
Thermocouple
5B, Thermocouple BNC Portable DSC-280-FD
Frequency Divider BNC 16 Attenuation BNC 1U Rackmount DSC-1000-5B
8 or 16 5B, 5B Plus (Full Range), Filter, Gain,
ICP, Strain Gage /
MIL Circular, Various Various, Ruggedized DSC-1000-RCT
8 or 16 Filter, Gain, ICP, Strain Gage /
MIL Circular, Various 4U DSC-1110
16 or 32 Filter, Gain BNC, Screw-In 1U DSC-1150
16 or 32 Thermocouple BNC, Screw-In 1U DSC-1210
32 Filter, Gain, Thermocouple BNC, Screw-In 2U DSC-2210
32 Filter, Gain /
/
BNC, Screw-In 2U DSC-2220
32 Strain Gage /
/ BNC, Screw-In 2U DSC-2240
32 ICP / / BNC, Screw-In 2U DSC-2320
32 Strain Gage /
/
BNC, D-Sub, Various 3U DSC-2330
32 Charge Amplifier / /
BNC, D-Sub, Various 3U DSC-2610
32 Filter, Gain, ICP /
/ D-Sub 6U VME DSC-3000
8
Charge Amplifier, Bridge, ICP
/
/ MIL Circular, Various Ruggedized DSC-290
Data Acquisition
Software
16
Programmable
|
Our data acquisition software provides powerful configuration and control of any data
acquisition system in a simple to use package for turn key operation. Ideally suited for the DDR
line of data acquisition systems, the software also supports third party signal conditioning
equipment, allowing for complete test control from a single software package.
ADC Sample Rate
Signal Conditioning
Control
Supports RAID
Recording
DSS-160
/ /
/
/
DSS-660
/
/
/
/
gefanucembedded.com
Limit Checking and
Derived Channel
Shunt Calibration
Voltage Insertion
Calibration
Manual Data Set
Calibration
/
/
/
/
/
/
User Interactive
Programming
/
Digital Data Recorders
Our Digital Data Recorder systems can accommodate most budgets, from the flagship
DDR-2000 to the economical DDR-16. Each DDR system is available with a variety of software
options supporting standard data formats. Careful selection of commonly used, high quality PC
hardware makes them reliable and easy to maintain.
Channels
DDR-2001
400 MB/s DDR-2000
Intelligent Triggering
Multi-DDR Synchronization
Form Factor
448 /
/
8U 400 MB/s 576 /
/
5U DDR-1000
50 MB/s 64 /
/
4U DDR-1500
160 MB/s 64 / /
/
Portable DDR-200
160 MB/s 64 /
/
Portable DSC-2000.NET
2 MB/s 256 / /
3U DSC-1000.NET
200 kb/s
256 /
/
1U
Video Tracking &
Image Processing
Remote Operation
systems & enclosures
Data Rate
Our products and expertise are at the heart of advanced military video applications. Available
in 6U VME and PMC format, our products can quickly add image processing to standard subsystem configurations. Typical functions include tracking, detection, fusion, stabilization, mosaic
creation, enhancement, simulation, matching and synthetic target generation.
Form Factor
Video Input Analog
ADEPT33
3U VME NTSC/RS170 and PAL/
CCIR (60/50Hz) ADEPT36
6U VME 1 of 2 RS170/CCIR ADEPT60
6U VME 1 of 2 RS170/CCIR ADEPT64
PCI 1 of 2 RS170/CCIR Video Output
Control Interface
Serial Links
RS170/CCIR VME DC analog 3 RS232/422 12-bit parallel RS170/CCIR VME DC analog 3 RS232/422 16-bit parallel RS170/CCIR VME DC analog 4 RS232/422 RS170/CCIR PCI 4 RS232/422 PC-104 NTSC/RS170 and PAL/
CCIR (60/50Hz) Cameralink or
hotlink, etc. RS170/CCIR PCI/ISA 4 RS232/422 Stand-alone NTSC/RS170 and PAL/
CCIR (60/50Hz) Cameralink or
hotlink, etc. RS170/CCIR PCI RS232/422 6U VME 1 of 2 RS170/CCIR 16-bit parallel RS170/CCIR VME DC analog 4 RS232/422 IMP16
PMC 2 RS170/CCIR RS170/CCIR PCI VDB30
6U VME 16 RS170/CCIR 16 RS170/CCIR VME ADEPT104
AIM12
FUSION60
Video Input Digital
RS232/422 product selection guide · summer 2007
|
17
single board
computers
CompactPCI Intel . . . . . . . . . . . . . . . . . . . . . . . . . 20
CompactPCI PowerPC . . . . . . . . . . . . . . . . . . . . . . 20
VMEbus Intel . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
VMEbus PowerPC . . . . . . . . . . . . . . . . . . . . . . . . . 24
Processor AdvancedMC . . . . . . . . . . . . . . . . . . . . . . 22
AdvancedTCA . . . . . . . . . . . . . . . . . . . . . . . . . . 23
VPX Intel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
VPX PowerPC . . . . . . . . . . . . . . . . . . . . . . . . . . 24
Industrial PC . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
ProcessorPMC . . . . . . . . . . . . . . . . . . . . . . . . . . 25
CompactPCI Intel
Size (in Us)
GE Fanuc Embedded Systems provides a comprehensive line of Intel®-based cPCI single board
computers to the embedded board market. These products range from boards targeted to the
unique needs of telecommunications and military applications to more general purpose boards
that can be applied to a wide variety of embedded applications.
System/ Peripheral
Processor Type & Speed
Maximum Memory
# PMC Slots Bus Interface Chip
2
PLX PCI6466
CR11
6U
Both
2.16 GHz Intel® Core™ 2 Duo, 2.0 GHz Intel® Core™ Duo
Up to 4 GB DDR2
SDRAM w/ECC
CP11
6U
Both
2.16 GHz Intel® Core™ 2 Duo, 2.0 GHz Intel® Core™ Duo
Up to 4 GB DDR2
SDRAM w/ECC
2
PLX PCI6466
CT11
6U
Both
2.16 GHz Intel® Core™ 2 Duo, 2.0 GHz Intel® Core™ Duo
Up to 4 GB DDR2
SDRAM w/ECC
2
PLX PCI6466
CR5
3U
Both
1.66 GHz Intel® Core™ Duo LV
Up to 2 GB DDR2
SDRAM
0
PLX 6254 CPCI-7808
6U Both 1.3 GHz Intel® Celeron® M Processor,
Intel® Pentium® M Processor up to 1.8 GHz Up to 2 GB DDR
SDRAM 2 HintHB6 CPCI-7806
6U Both 1.3 GHz Intel® Celeron® M Processor,
Intel® Pentium® M Processor up to 1.8 GHz Up to 1 GB
DDR SDRAM 2 Hint HB6 CR9
6U Both Intel® Pentium® M Processor up to 1.8 GHz Up to 2 GB DDR
SDRAM (200) w/ECC 1, 2 PLX 6254 CP9
6U Both Intel® Pentium® M Processor up to 1.8 GHz Up to 2 GB DDR
SDRAM (200) w/ECC 1, 2 PLX 6254 CL9
3U System 600 MHz Intel® Celeron® processor Low Power,
Intel® Pentium® M Processor up to 1.8 GHz Up to 1 GB DDR
SDRAM (333) 0 TI PCI2050B CT9
6U Both Intel® Pentium® M Processor up to 1.8 GHz Up to 2 GB DDR
SDRAM (200) w/ECC 1, 2 PLX 6254 CR4
3U Both Intel® Pentium® M Processor up to 1.4 GHz Up to 512 MB SDRAM
w/ECC 0 PLX 6254 CR3
3U Both 400-650 MHz, Ultra Low Voltage Intel® Celeron® processor 128 MB SDRAM 0 PLX 6254 CPCI-7506
3U System 1.3 GHz Intel® Celeron® M Processor,
Intel® Pentium® M Processor up to 1.8 GHz Up to 1 GB
DDR SDRAM none PLX 6150 CompactPCI PowerPC
Size (in Us)
System/ Peripheral
GE Fanuc Embedded Systems PowerPC®-based cPCI boards are designed for use in a broad
spectrum of applications from military and aerospace to commercial and telecommunications
systems. They are available with diverse feature sets to accommodate the unique requirements
of demanding real-time applications.
Processor Type & Speed
Maximum Memory
# PMC Slots Bus Interface Chip
2 Marvell®
MV64460 C2K
6U Both Freescale™ 7447A/7448 Up to 1 GB DDR
SDRAM (333) CPCI-7055RC
6U Both IBM 750FX PowerPC® (733 MHz)
and IBM 750GX PowerPC® (800 MHz and 1.0 GHz) Up to 2 GB DDR 400
SDRAM w/ECC 2 Hint HB6 PowerPact6 CP1A
6U Both 1.4 GHz Freescale™ 7448
Up to 512 MB DDR
SDRAM with ECC 2 PLX 6254 CV1
3U Both Freescale™ 7447A G4 PowerPC (up to 1 GHz) Up to 256 MB SDRAM
w/ECC 1 PLX 6254 PowerPact3
IMP2A
3U Both 1.4 GHz Freescale™ 7448
Up to 512 MB DDR
SDRAM with ECC 1 Marvell®
Discovery® III PowerPact3
IMP1A
3U Both Freescale™ 755/7410 up to 500 MHz Up to 128 MB SDRAM 1 Marvell®
Discovery®
PowerPact3
IMPCC2
3U Peripheral 266MHz Freescale™ PowerQUICC II 8270
32 MB SDRAM 1 PLX PCI6150 CK5
6U Both Freescale™ 7447A G4 PowerPC® (up to 1 GHz) Up to 1 GB SDRAM
w/ECC 2 PLX 6254 C7057RC
6U
Both
Freescale™ 7448 @ 1.4 GHz
Up to 1 GB DDR
SDRAM w/ECC
2
Marvell®
Discovery® III
20
|
gefanucembedded.com
Notes
2
Cond. Cooled,
Ext. Operating Temp., Rugged
CTM17
PICMG 2.16
1 x 10/100 Front,
2x Gigabit Ethernet on the front (optional)
2
Conv. Cooled,
Ext. Operating Temp.
CTM17
PICMG 2.16
1 x 10/100 Front,
2x Gigabit Ethernet on the front (optional)
2
Conv. Cooled,
Ext. Operating Temp.
CTM17
PICMG 2.16; Optional IPMI 1.5, PICMG 2.9
2x Gigabit Ethernet on the rear
2
Rugged
CR4-TM
2x Gigabit Ethernet on front panel RJ45
or via the PICMG 2.16 backplane 2 Ext. Temp VMIACC-0591 Single slot, 3x USB 2.0 ports, 2x serial ATA interfaces 2x Gigabit Ethernet on front panel RJ45
or via the PICMG 2.16 backplane 2 Ext. Temp VMIACC-0584 IPMI support, Single slot, Serial ATA support 2x Gigabit Ethernet on the front (optional),
2x Gigabit Ethernet on the rear 2 Cond. Cooled, Ext. Temp, Rugged CTM12 RoHS compliant with version 3.x, Single slot, compliant to:
Packet switching backplane and hot swap 2x Gigabit Ethernet on the front (optional),
2x Gigabit Ethernet on the rear 2 Cond. Cooled, Ext. Temp, Rugged CTM12 RoHS compliant with version 3.x, Single slot, compliant to:
Packet switching backplane and hot swap 2x Gigabit Ethernet on the front 2 Ext. Temp CTM15 Options of 4 HP or 8 HP front panel width variations,
two Serial ATA on rear 2x Gigabit Ethernet on the front (optional),
2x Gigabit Ethernet on the rear 2 Conv. Cooled, Ext. Temp CTM12 RoHS compliant with version 3.x, Single slot, compliant to:
Packet switching backplane, hot swap, IPMI 2x Gigabit Ethernet on the rear 2 Cond. Cooled, Conv. Cooled CR4-TM 2x 10/100 Mb/s on the rear 2 Cond. Cooled CR3-TM Single slot, mouse/keyboard, Ethernet 2x Gigabit Ethernet with one channel routed to the front
panel RJ45, and one routed to the rear I/O J2 connector 4 None
VMIACC-7506 Front panel mouse/keyboard port, 3x USB 2.0 ports,
optional onboard IDE of serial ATA hard drive Ethernet
Serial I/O
Rugged Options
Transition
Modules
Notes
3x Gigabit Ethernet 8 Cond. Cooled, Conv. Cooled C2K-TM PICMG 2.16 compliant 3x Gigabit Ethernet 3 Commercial
VMIACC-7055 PICMG 2.16 compliant 2x Gigabit Ethernet on rear 6 5 ruggedization levels,
air and conduction-cooled CPCI6UX600 AFIX site; 5x USB 2.0 2x Gigabit Ethernet on the rear 2 Cond. Cooled, Conv. Cooled CV1-TM 2x Gigabit Ethernet 2 5 ruggedization levels,
air and conduction-cooled CPCI3UX600 128 MB Flash 2x 10/100 Mb/s 2 5 ruggedization levels,
air and conduction-cooled CPCI3UX600 64 MB Flash 2x 10/100 Mb/s 4 1-3 rugged air-cooled;
4-5 rugged conduction-cooled CPCI3UX603 64 MB Flash memory 10/100 Mb/s 6 Cond. Cooled, Conv. Cooled CK5-TM Pin compatible upgrade to the CK3 Gigabit Ethernet on front panel RJ45
1
Commercial
Serial I/O
Rugged Options
1 x 10/100 Front,
2x Gigabit Ethernet on the front (optional)
single board computers
Transition
Modules
Ethernet
On-board Reflective Memory
product selection guide · summer 2007
|
21
VMEbus Intel
GE Fanuc Embedded Systems offers advanced VMEbus single board computers using the
latest Intel or compatible processor technology. VMEbus technology is still dominant in many
embedded board markets and has proven itself to be a stable technology that evolves with the
needs of those markets.
Size (in Us)
Processor Type & Speed
Maximum Memory
# PMC Slots
Bus Interface Chip
1 Tundra Tsi148 V7865
6U 2.16 GHz Intel® Core™ 2 Duo, 2.0 GHz Intel® Core™ Duo Up to 3 GB DDR2
SDRAM VR9
6U Intel® Pentium® M Processor up to 1.8 GHz Up to 2 GB DDR
SDRAM (200) w/ECC 1, 2 Tundra Universe IID VP9
6U Intel® Pentium® M Processor up to 1.8 GHz Up to 2 GB DDR
SDRAM (200) w/ECC 2 Tundra Universe IID VME-7807
6U Intel® Pentium® M Processor up to 1.8 GHz Up to 1.5 GB DDR
SDRAM 1 Tundra Universe II VME-7810
6U Intel® Pentium® M Processor up to 1.8 GHz Up to 4 GB PC 1600
DDR SDRAM 2 Tundra Universe II INTraXtreme
IXT2B
6U 1.4 GHz Intel® Pentium® M
1 GB DDR SDRAM 1 Tundra Universe IID SE0
6U 2.0 GHz Intel® Pentium® M
1 GB DDR2 SDRAM 0 Tundra Universe II
V5D
6U 1.4GHz Intel® Pentium® M Low Voltage
Up to 1 GB SDRAM
w/ECC 0 Tundra Universe IID V7809RC
6U
Intel® Pentium® M up to 1.8 GHz
Up to 2 GB DDR
SDRAM
1
Tundra Universe II
VME-7700RC
6U Intel® Ultra Low Voltage Celeron® up to 650 MHz 512 MB PC-100 SDRAM 1 Tundra Universe II VME-7805
6U 2.2 GHz Intel® Pentium® 4 Processor - M
Up to 1 GB PC 2100
DDR SDRAM 1 Tundra Universe II VME-7851
6U 2.2 GHz Intel® Pentium® 4 Processor - M
Up to 1 GB PC 1600
DDR SDRAM 3 Tundra Universe IIB Telum™ ASLP10
The Telum ASLP10 supports processors from 1 GHz up to 2 GHz and offers low power
consumption which eliminates the need for on-board fans. The design is ready to accept
future higher performance Intel® Pentium® M processors. It complies with AMC.0, AMC.1
Type 8 (PCI Express™), AMC.2 Type E2 (Gigabit Ethernet) and AMC.3 Type S2 (Serial ATA).
It targets a broad range of applications such as wireless base stations, VOIP, enterprise
devices, test and measurement systems, and server blade applications. The board is also
available in an extended temperature version ranging from -40° C to +55° C.
6 Single width, full height
AMC.0 form factor
6 Hot Swap compliant
6 Carrier Grade Linux® Support
6 Up to 2 GB DDR2 SDRAM (400MHz)
with ECC
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6 Gigabit Ethernet
6 IPMI ver.1.5 acc. to AMC.0
6 One USB 2.0 port on front
6 Watchdog, temperature sensor
Serial I/O
Rugged Options
Transition
Modules
2x Gigabit Ethernet on the front 2 Extended Operating
Temperature ACC-0602,
ACC-0603 Optional VITA 41.3 (VXS Ethernet) 2x Gigabit Ethernet on the front (optional),
2x Gigabit Ethernet on the rear 2 Cond. Cooled, Conv. Cooled,
Ext. Temp, Rugged VTM21 RoHS compliant with version 3.x, Single slot, compliant to VITA 31.1 2x Gigabit Ethernet on the front (optional),
2x Gigabit Ethernet on the rear 2 Conv. Cooled, Ext. Temp VTM21 RoHS compliant with version 3.x, Dual slot front panel,
extensive front I/O functions, compliant to VITA 31.1 10/100 Mb/s on front panel RJ45, 2x Gigabit Ethernet on
the front (optional), 2x Gigabit Ethernet on the rear 4 Commercial VMIACC-0586;
VMIACC-0590 Front panel mouse/keyboard port; Compact Flash;
Serial ATA support through P2 rear I/O; compliant to VITA 31.1 10/100 Mb/s on front panel RJ45,
2x Gigabit Ethernet on the front 2 Commercial VMIACC-0562 Front panel mouse/keyboard port; Front Panel DVI-I video;
Dual Channel Ultra320 SCSI 1 10/100; 2x Gigabit Ethernet to P0 for VITA 31.1 2 5 ruggedization levels,
air and conduction-cooled 2x SATA; CompactFlash; 2x USB 2.0 One Gigabit Ethernet 2 5 ruggedization levels,
air and conduction-cooled SATA; 2eSST VMEbus 2x Gigabit Ethernet on the front 2 Commercial
2x Gigabit Ethernet on the front
2
Commercial
2x 10/100 Mb/s on front panel RJ45 2 Extended Operating
Temperature Front panel mouse/keyboard port; Compact Flash 10/100 Mb/s on front panel RJ45, Gigabit Ethernet on
front panel RJ45 2 Commercial Front panel mouse/keyboard port; Front panel DVI-I video 10/100 Mb/s on front panel RJ45,
Gigabit Ethernet on front panel RJ45 2 Commercial Front panel mouse/keyboard; Front panel DVI video;
Optional dual channel Ultra160 SCSI VME-TB51 Notes
Up to three PMC sites available through TPMCC module Dual Channel Ultra320 SCSI, Front panel mouse/keyboard port
VPXcel3 SBC340
AdvancedTCA-7820
VPX (previously known as VITA
46) brings switched fabrics to
VMEbus-based systems. VPX
was specifically created with the
defense community in mind, and it
retains the existing 6U and 3U form
factors, supports existing PMC and
XMC mezzanines, and maintains the maximum
possible compatibility with VMEbus.
GE Fanuc Embedded Systems delivers all the benefits
of the Advanced Telecom Computing Architecture
(AdvancedTCA®) through our line of powerful single
board computers. They offer processing power,
modular flexibility, increased power budgets, high
bandwidth and system management to equipment
manufacturers who are building the next generation
of telecom applications.
6 2.0 GHz Intel® Core™ Duo
6 Up to 4 GB DDR2 SDRAM
6 One Gigabit Ethernet
6 Two dual-core Intel® Xeon® LV
2.0 GHz processors
6 2 MB of L2 cache
6 Up to 4 GB DDR-2 400 SDRAM
6 Two Serial I/O
6 PICMG 3.1 Compliant
6 Air and conduction cooled variants
6 AMC.1 Compliant site (single width, full height, 60W max.)
6 2x PCI Express Ports (one 16-lane for graphics, one 4-lane for fabric connection)
single board computers
Ethernet
product selection guide · summer 2007
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23
VMEbus PowerPC
GE Fanuc Embedded Systems complements its VME processor solutions with PowerPC®-based
6U single board computers developed to meet the needs of demanding embedded applications.
Size (in Us)
Processor Type & Speed
Maximum Memory
# PMC Slots
Bus Interface Chip
2 XMC/
PMC Tundra Tsi148 PowerXtreme
PPC9A
6U Freescale™ 864
Up to 4 GB DDR2
SDRAM w/ECC PowerXtreme
PPC7D
6U 1.4 GHz Freescale™ 7448
Up to 1 GB DDR
SDRAM w/ECC 2 Tundra Universe II PowerXtreme
PPC7A
6U 1.1 GHz Freescale™ 7410 or 7457
Up to 512 MB SDRAM - Tundra Universe II PowerXtreme
PPC4A
6U 500 MHz Freescale™ 755/7410
Up to 512 MB SDRAM
w/ECC 2 V2S
6U Freescale™ 7447A G4 PowerPC® up to 1 GHz
Up to 1 GB SDRAM
w/ECC 1 Tundra Tsi148 XtraPower PPCM2
6U 1.4 GHz 2x Freescale™ 7448
Up to 2x 1 GB DDR
SDRAM w/ECC 2 Tundra Tsi148 XtraPower PPCM1
6U 1 GHz 2x Freescale™ 7457 Up to 2x 512 MB
SDRAM w/ECC 2 Tundra Universe II EmPower EP2A
6U 1.0 GHz Freescale™ 7448
Up to 1 GB DDR
SDRAM 2 Tundra Tsi148 EmPower EP1A
6U 350 MHz Freescale™ 8240 or 8245
64 MB SDRAM
w/EDC 2 Tundra Universe II PowerXpress
PPC8A
6U 1.2 GHz Freescale™ 7447
Up to 1 GB SDRAM
w/ECC 2 Tundra Universe II VG5
6U 867-1267 MHz Single/Dual Freescale™ MPC7457
Up to 512 MB SDRAM
w/ECC 1, 2 Tundra Universe IID VME-7050
6U 733 MHz IBM 750FX PowerPC® and 1.0 GHz IBM 750GX PowerPC®
Up to 2 GB DDR226
SDRAM w/ECC 2 Tundra Universe IID VPX PowerPC
VPX (previously known as VITA 46) brings switched fabrics to VMEbus-based systems. VPX was
specifically created with the defense community in mind, and it retains the existing 6U and 3U
form factors, supports existing PMC and XMC mezzanines, and maintains the maximum possible
compatibility with VMEbus.
Size
(in Us)
Processor
Type & Speed
Maximum
Memory
VPXtreme3
SBC330
3U 1.5 GHz Freescale™ 8641D
VPXtreme6
SBC610
6U 1.5 GHz
Freescale™ 8641D
Industrial PC
PC7
Talon 8400
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# PMC Slots
Ethernet
Serial I/O
Rugged Options
Notes
Up to 4 GB
DDR2 SDRAM 0 2x Gigabit
Ethernet 2 5 ruggedization levels, air
and conduction-cooled One 8x and One 4x PCIe ports; SATA Up to 2 GB
DDR2 SDRAM 2 XMC/
PMC 2x Gigabit
Ethernet 6 5 ruggedization levels, air
and conduction-cooled Additional Flexible Interface Xtension
(AFIX) Site; 2x SATA; 2x USB 2.0 GE Fanuc Embedded Systems DINrail-mounted, industrial PCs offer a compact design and
meet the needs of rugged applications with flexible I/O configuration options, shock/vibration
immunity, and fanless operation. Stand-alone board versions without a metal housing are
also available.
Dimensions (mm) (H x
W x D)
Processor Type & Speed
Maximum Memory
PC/104+
Slots
Bus Interface Chip
145 x 229/242 x 92 700 MHz Intel® Pentium® III Processor
Up to 256 MB SDRAM (100) 3 Intel® 82810 Graphics Controller 90 x 231.14 x 144 733 MHz Intel® Celeron® M Processor
256 MB SODIMM PC-133 DRAM 3 Hint HB6 gefanucembedded.com
Serial I/O
Rugged Options
2x Gigabit Ethernet 6 1-3 rugged air-cooled; 4-5
rugged conduction-cooled 2x Gigabit Ethernet 6 5 ruggedization levels, air
and conduction-cooled P25X606A Additional Flexible Interface Xtension (AFIX) Site; 2x USB 2.0 2x 10/100 Mb/s 6 5 ruggedization levels, air
and conduction-cooled P25X606A Graphics accelerator; Digital I/O (or parallel port);
SCSI interface 10/100 Mb/s 4 5 ruggedization levels, air
and conduction-cooled P26X602 1 MB L2 Cache; 2x Gigabit Ethernet on the rear 2 Cond. Cooled, Conv. Cooled VXS1-TM 2eSST VMEbus 2x Gigabit Ethernet 4 5 ruggedization levels, air
and conduction-cooled P0P2X600 2x USB 2.0; 2eSST VME; 2x StarFabric ports 10/100 Mb/s 2 5 ruggedization levels, air
and conduction-cooled P25X603 PPzero on board 2x Gigabit Ethernet on the rear 6 Cond. Cooled, Conv. Cooled,
Rugged P0P2X602 AFIX site; 2eSST VMEbus 10/100 Mb/s 4 5 ruggedization levels, air
and conduction-cooled P25X601 Optional MIL-STD-1553 interface; CompactFlash site 1 Gigabit Ethernet on front panel
RJ45; 2x 10/100 Mb/s to P2 6 Level 1 and 2
convection-cooled P25X606A Pin compatible to PPC6 and PPC1A 2 10/100 Mb/s,
Up to 2x Gigabit Ethernet Single - 4, Dual - 6 Cond. Cooled,
Ext. Temp, Rugged VTM20 Asymmetrical Multi-Processing Architecture 2x gigabit Ethernet on front panel
RJ45 or rear I/O P2 connector 2 none VMIACC-7050 ProcessorPMC
Notes
AFIX (Additional Flexible Interface Xtension) site; 2x SATA Processor PMCs (PrPMC) maximize design flexibility with a modular approach to adding
processing power to a host board. The PMC Card functions as a complete processor subsystem
and can be used to control a carrier card, effectively making it into a Single Board Computer or
blade. The processor module can be added to any system with an open PMC slot.
Processor Type & Speed
Maximum Memory
Bus Interface Chip
Ethernet
Serial I/O
450 MHz Freescale™ 8280 PowerQUICC II
32 MB SDRAM Powerspan II 10/100BaseT 4 533 MHz IBM PowerPC® 440GX
512 MB SDRAM w/ECC 2x Gigabit Ethernet
on the front 1 Intel® Pentium® M Processor up to 1.4 GHz ,
Ultra Low Voltage Intel® Celeron® processor Up to 256 MB SDRAM w/ECC 2 10/100 Mb/s 1 EmPower
PrPMCQ2
PMC721TX
PSL09
Transition Modules
single board computers
Ethernet
PLX PCI6466 Ethernet
Serial I/O
Rugged Options
Housing
Notes
10/100 Mb/s 4 Ext. Temp Metal housing for DINrail mounting CANbus; Parallel port; Opto-isolated I/O 2x 10/100 Mb/s 4 Hazardous Locations and Ext. Temp Aluminum Housing Fanless Operation product selection guide · summer 2007
|
25
sensor & signal
processing
AXIS Multiprocessing, DSP Tools & Libraries . . . . . . . . . . . . . 28
Multiprocessors . . . . . . . . . . . . . . . . . . . . . . . . . 29
Sensor Processing: Acoustic . . . . . . . . . . . . . . . . . . . 30
Sensor Processing: Radio . . . . . . . . . . . . . . . . . . . . . 31
AXIS Multiprocessing,
DSP Tools & Libraries
AXIS - Advanced Multiprocessor Integrated Software - accelerates development of complex
signal processing applications on multiprocessor PowerPC® systems. It delivers immediate
and long term value, supporting both current and future products with seamless integration
between the single board computer, signal processing and sensor I/O.
Notes
AXISFlow
High performance inter-processor communication library AXISLib-RSPL
Performance Optimized Signal Processing Library AXISLib-VSIPL
Performance Optimized Vector Signal Image Processing Library AXISPro
AXISView
Combined package for multiprocessor software development Multiprocessor productivity tools, integrating system development and debug environments AXIS DSP Tools & Libraries
AXIS (Advanced Multiprocessor Integrated
Software) is a performance-optimized
software environment designed to accelerate the development and deployment
of complex signal processing applications
based on selected PowerPC® systems. Its
integrated modular architecture providing
significant flexibility.
AXIS allows for selection of the functionality
required for a specific task and the ability to
reconfigure or scale the system to meet future
application demands. AXIS provides a foundation to build upon with immediate and long
term value. It supports seamless integration
between the single board computer, signal
processing and sensor I/O.
AXISFlow Interprocessor Communications
software provides high throughput, low
latency, reconfigurable interconnects that
facilitate data transport between tasks,
processors, boards and systems. Processing
elements can be integrated for seamless scalability to meet the requirements of the most
demanding applications.
AXISView is a suite of integrated graphical
tools designed for complex multiprocessor
systems. It provides system visualization with
the ability to configure, download, run, debug
and monitor a multiprocessor application
from an integrated, intuitive GUI environment.
It also provides a level of code generation to
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gefanucembedded.com
automatically create configuration code and
application templates.
AXISPro combines the two key elements of
AXIS Advanced Multiprocessor Integrated
Software as a single package. It bundles AXISFlow Interprocessor Communications libraries,
together with AXISView integrated graphics
tools designed to enable system visualization.
Together, these elements provide a powerful
and cost-effective solution to enable faster,
easier development and deployment of the
sophisticated multiprocessor systems that will
be at the heart of the defense applications of
the future.
Multiprocessors
DSP230
G4DSP-XD3
NEXUS Forte
NEXUS Quattro
6U VPX 6U
VME64 6U
MVE320 6U
MVE320
Processors
4x MPC8641D 4x MPC7448 1x, 2x, or 4x
MPC7448
(up to 1.4 GHz) Memory
2 or 4 GB DDR2 1 or 2 GB DDR 1 GB DDR Fabric
Interface
sRIO, PCIe StarFabric VITA 31.1
(2xGbE- p0) 1 x XMC
Site Ethernet
2x GbE to
onboard switch 2 x PMC
(64x133) Linux®,
VxWorks®
Air cooled
rugged,
Commercial,
conduction
cooled
rugged, Ext.
Temp. 2 x PMC
(64x133) 2 x GbE
switched to
P0 + 1x GbE
switched to
FP (Optional
for CC) 4 x RS232 front (benign configuration),
4 x RS232/422/485
rear to P0
(all configurations) Linux®,
VxWorks®
Air Cooled
Commercial
Temperature
Range only
6x RS232 LynxOS®,
VxWorks® Air cooled
rugged,
Commercial,
Cond. Cooled
rugged, Ext.
Temp.
4 x RS232 front, 4 x
RS232/422/485 rear Linux®,
VxWorks®
Commercial N/A 2x PMC
(1x 64x66,
1x 32x33) 1 x 10/100
Front 6U
VME64X 1x, 2x,
or 4x MPC7410
(500 MHz) 256MB or 512MB
SDRAM Integrity ,
LynxOS®,
VxWorks® Air cooled
rugged,
Commercial,
conduction
cooled
rugged, Ext.
Temp.
®
2 x RS232/422/485
with RTS/CTS rear (all
configurations), 4 x
RS232 front (benign
configuration), 4 x
RS232/422/485 rear 1x PMC/
XMC VQG4
PowerPC VME
LynxOS®,
VxWorks® 2 x GbE
switched to
P0 + 1x GbE
switched to
FP (Optional
for CC) Rocket I/O
& StarFabric 2x Virtex FX100
& 1x MPC7448 8x RS232 (or 4x
RS232 + 4x RS422) Air cooled
rugged,
Commercial,
conduction
cooled
rugged, Ext.
Temp. 4 x RS232 front 1x GbE to
onboard switch,
6 ports
supported 6U
VME320 Operating System
(OS) Support
Ruggedization
4x GbE (1 to
each CPU) 1 GB DDR V4DSP
Serial Ports
2 PMC
sites 4x MPC744
(up to 1.4 GHz) 256MB PC266 DDR on
7448 node & 1 bank
2Mx36bites QDR2
SRAM & 2 banks 64Mx16bits DDR2 SDRAM
per FX100 node VITA 31.1
(2xGbE- p0) Mezzanine
DSP230
The DSP230 is the world’s first 0.8 inch pitch quad PowerPC® 8641D solution, providing
unrivalled system densities as a standalone card or as part of an integrated AXIS
MultiComputer. This 6U VPX system blade can scale from 4 to 80 AltiVec nodes per enclosure.
High speed data movement between I/O and processor nodes is easy to implement using our
AXISFlow software framework. AXISFlow leverages the blade’s message passing accelerator
architecture with both Serial RapidIO and PCI Express™ between all nodes and system I/O, as
well as Gigabit Ethernet connectivity to the network.
product selection guide · summer 2007
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29
sensor & signal processing
Form
Factor
Our multiprocessor SBCs feature distributed and shared memory processing architectures using
the latest Freescale™ processors. They support scaling of multiple processing nodes, both onboard and multi-board node scaling. The boards strike a balance between processors sharing
global memory and I/O resources, and individual processors with dedicated memory.
Sensor Processing:
Acoustic
Engineers are looking for solutions that provide low-cost, rapid deployment, ease of upgrade and
high reliability. Our VME, cPCI and PCI COTS products are designed to offer the highest level of
performance and also meet the above requirements. GE Fanuc Embedded Systems offers both
board and system-level solutions for sonar receive, transmit and simulation/stimulation applications.
Memory
Function
Max. Samplying/ Conversion Frequency
Channels
Resolution
Form Factor
192 Analog &
240 Digital 24-bit 1U Rackmount unlimited various Rackmount or
portable daqNet
256 MBytes Analog Input, Analog Output & Digital I/O options daqPC
4 Terabyte Storage Embedded, PCI-based Data Acquisition, Processing &
Recording System ICS-110BL
128 KBytes Analog Input 108 kHz/ch. 32 24-bit 6U VME ICS-115A
1 MByte Analog Output 100 kHz/ch. 32 16-bit 6U VME Signal Conditioner 300 kHz/ch. 32 Analog Input 1.2 MHz/ch.
32 Signal Conditioner 1 MHz/ch. 32 5 MHz/ch. 8 ICS-121
ICS-130
4 MBytes ICS-141
625 kHz/ch.
6U VME 6U VME 16 MBytes Analog Input ICS-500 R/T
8 MBytes FPDP/FPDP II Buffer ICS-610
4 MBytes Analog Input 108 kHz/ch. 32 24-bit PCI (Full Length) ICS-625B
4 - 16 MBytes Analog Output 288 kHz/ch. 32 24-bit PCI (Full Length) ICS-645B
16 MBytes Analog Input 20 MHz/ch. 32 16-bit PCI (Full Length) ICS-645D
16 MBytes Analog Input 2.5 MHz/ch. 32 16-bit PCI (Full Length) ICS-710
4 - 16 MBytes Analog Input 216 kHz/ch. 32 24-bit 6U cPCI ICS-725
4 - 16 MBytes Analog Output 288 kHz/ch. 32 24-bit 6U cPCI ICS-8145
2 - 8 MBytes Rugged ADC VME Module 2.5 MHz/ch. 16 16-bit 6U VME ICS-8500
8 MBytes Rugged FPDP/FPDP II Receiver & Transmitter The daqNet is intended for sonar, vibration analysis, and test and measurement applications. It provides
high performance, high-speed signal conversion for up to 192 channels of analog I/O or 240 channels of
digital I/O. It is customizable using any combination of up to four analog or digital I/O modules. Each digital I/O
module provides immediate external signal and timebased trigger capabilities.
An unlimited number of daqNet servers and channels can be synchronized using our time stamping technology.
Each daqNet supports master/slave configuration for redundancy in the event of a failure. The system can be
optionally provided with an external A/D sampling clock, sync and trigger for enabling A/Ds and digital I/Os.
gefanucembedded.com
16-bit 3U cPCI PMC (Single
Width) The daqNet is an autonomous high speed acoustic data conversion system ideal for network-centric
environments. It provides data connections and control through dual Gigabit Ethernet interfaces in
a 1U form factor. The daqNet can be connected to the network, configured with the included sample
application, and tested through hardware-implemented ADC/DAC test channels.
|
16-bit ICS-1745
daqNET Acoustic Data Conversion System
30
6U VME PMC
(Single Width) Sensor Processing:
Radio
Our FPGA-based Software Defined Radio (SDR) boards are available in PCI, XMC/PMC and VME
formats and can be used for radar, communications, electronic warfare, SIGINT, cellular base
stations, RF test equipment, etc. For multi-mission and cognitive radio applications, our SDR
blades deliver processing power, plus receive and/or transmit functions in one VME or PCI bus slot.
Function
Receiver & Transceiver
(Analog Input and Output) ICS-150B
Max. Samplying /
Conversion Frequency
Channels
Resolution
Form Factor
20 MHz/ch. 4 in, 4 out 12-bit VME (6U) 64 MBytes SDRAM, 16
MBytes QDRII SRAM FPGA Basband Processor ICS-554
1 MByte FIFO Receiver (Analog Input) 105 MHz/ch. 4 ICS-564
2 MBytes FIFO Transmitter (Analog
Output) 200 MHz/ch. ICS-572
64 MBytes SDRAM, 8
MBytes QDRII SRAM Transceiver (Analog Input
& Output) 1 MByte ICS-1580
ICS-660B
User Programmable
FPGA
Rugged
Options
Commercial PMC (Single
Width) Virtex-II Pro XC2VP70
or XC2VP100 Commercial 14-bit PMC (Single
Width) XC2V1000, XC2V3000 Commercial 4 14-bit PMC (Single
Width) Xilinx XC2V1000 Commercial 105 MHz/ch. (Rx), 200
MHz/ch (Tx) 2 in, 2 out 14-bit PMC (Single
Width) XC2V4000, XC2V6000 Commercial Transceiver (Analog
Output) 105 MHz/ch. 4 14-bit PCI (Short
Length) Analog Input 210 MHz/ch.
2 12-bit PMC (Single
Width) Virtex-4 XC4VFX60
or /FX100
Level 1 - 5 ICS-8550
Commercial ICS-8552B
2 MBytes FIFO Rugged Digital Receiver 105 MHz/ch. 2 14-bit PMC (Single
Width) Virtex-II XC2V3000 Level 1 - 5 ICS-8554D
2 MBytes FIFO DC-Coupled ADC
PMC Module 105 MHz/ch. 4 14-bit PMC (Single
Width) Virtex-II XC2V3000 Level 1 - 5 128 MBytes SDRAM Rugged 3U CompactPCI
Blade 80 MHz/ch. 1 in, 1 out 14-bit CompactPCI
(3U) Virtex-II Level 1 - 5 2 GBytes SDRAM PCI Software Radio
Memory Blade 200 MHz/ch. 4 (max.) 14-bit PCI (Full
Length) Virtex-II Commercial Transceiver (Analog Input
& Output) 100 MHz/ch. 1 in, 1 out 14-bit PMC (Single
Width) Xilinx Virtex-II
XC2V4000 Level 1 - 5 128 MBytes or 256
MBytes SDRAM VME Software Radio
PowerPC DSP Blade 200 MHz/ch. 4 (max.) 14-bit VME (6U) Virtex-II Commercial PPC8A-572 Blade
64 MBytes SDRAM, 8
MBytes QDRII SRAM 6U VME Processor Blade 105 MHz/ch. 2 in, 2 out 14-bit VME (6U) XC2V4000, XC2V6000 Level 1 - 5 TI C64 DSP Blade
32 MBytes SDRAM
per DSP PCI Software Radio TI C64
DSP Blade 200 MHz/ch. 4 (max.) 14-bit PCI (Full
Length) Virtex-II Commercial Xilinx FPGA Blade
64 MBytes SDRAM, 20
MBytes QDRII SRAM PCI Software Radio Xilinx
FPGA Blade 200 MHz/ch. 4 (max.) 14-bit PCI (Full
Length) Virtex-II Commercial IMP1A-571 Blade
Memory Blade
PMC571
PowerPC
DSP Blade
Software Defined Radio
Software Defined Radio (SDR) promises
to revolutionize communications and
telemetry by delivering a new flexibility
and ease of design that are impossible in
traditional radio implementations. SDR
replaces fixed application-specific hardware
with flexible and reconfigurable hardware
that may be programmable to provide the
desired functionality.
GE Fanuc Embedded Systems remains at
the forefront of this technology with a family
of open architecture modules that include
large capacity FPGA devices for customerspecific signal processing functions
available in PCI, XMC/PMC and VME formats.
development, radar beamforming, wireless
test & measurement, satellite ground
stations plus transceivers and public safety.
We have hard-to-find expertise in
processing ADC and DAC data in realtime, plus experience with complex
communication systems and real-time
software development. Our SDR
products are ideal for military
communications, tactical radio,
signal intelligence, smart antenna,
3G & 4G cellular base station
product selection guide · summer 2007
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31
sensor & signal processing
Memory
avionics
AFDX/ARINC 664 . . . . . . . . . . . . . . . . . . . . . . . . . 34
Other Protocols . . . . . . . . . . . . . . . . . . . . . . . . . 34
ARINC 615 Data Loader . . . . . . . . . . . . . . . . . . . . . . 34
ARINC 429 . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35
Avionics IP Core . . . . . . . . . . . . . . . . . . . . . . . . . 36
Other Aerospace Products . . . . . . . . . . . . . . . . . . . . 36
Data Bus Analyzers . . . . . . . . . . . . . . . . . . . . . . . 37
MIL-STD-1553 . . . . . . . . . . . . . . . . . . . . . . . . . . 38
10MBit 1553 . . . . . . . . . . . . . . . . . . . . . . . . . . . 39
AFDX/ARINC 664
Form Factor
AFDX-E1000
Series
AFDX is a deterministic protocol for real time application on Ethernet media, also known as
ARINC 664 Part 7. It is intended for aircraft flight critical interfaces, including Engines, Flight
Controls, Navigation Systems. With both hardware-based and software loadable AFDX, we
support AFDX across evolving platforms to protect your avionics investment.
# Channels Processor Type & Speed
AFDX Stack
Rugged Options
Options/ Notes
AFDX / ARINC 664
protocol stack Cond. Cooled, Conv.
Cooled, Rugged AFDX End System. Ready for flight applications. Protocol
and AFDX stack update in SW. Optional Built-In Test. VME 6U 1 or 2 Freescale™ MPC7457
@ 1000 MHz PMC 2 FPGA AFDX / ARINC 664
protocol stack Conv.Cooling, Ext.
Temp IRIG Support. BusTools/AFDX analyzer available. CNIC-A2P3
cPCI 3U 2 FPGA AFDX / ARINC 664
protocol stack Conv.Cooling, Ext.
Temp IRIG Support. BusTools/AFDX analyzer available. CNIC-A2PF
cPCI 6U 2 FPGA AFDX / ARINC 664
protocol stack Conv.Cooling, Ext.
Temp IRIG Support. BusTools/AFDX analyzer available. CNIC-A2PX
PCI 2 FPGA AFDX / ARINC 664
protocol stack Conv.Cooling, Ext.
Temp IRIG Support. BusTools/AFDX analyzer available. CNIC-A2P
ARINC 615 Data Loader
This streamlined, single- or multi-session software provides intuitive Microsoft® Windows®based ARINC 615-3/603 data loading. The single-session software loads one ARINC 615-3/603
compatible LRU at a time. The multi-session integrated hardware/software solution supports
up to 16 simultaneous upload or download sessions with ARINC 615/603 compatible LRUs. Data
sets can be retrieved from any location accessible by the host machine (including local and
network drives), which eliminates the need for disk-swapping.
When combined with our interface hardware, the easy-to-use single-session CEI-DL software
delivers a powerful portable solution potentially capable of streaming upload data via a wireless
LAN connection (user-specific). The multi-session interface of the CEI-DL software is integrated
with multiple hardware platforms to provide Windows-based ARINC 615-3/603 data loading of
operational programs and database software. Supported on PCI, CompactPCI®, PMC, PC/104,
PC/AT and PCMCIA platforms, this flexible application software provides both an easy-to-use
portable solution and a robust, multiple-unit, factory or lab station. GE Fanuc’s CEI-DL data
loader solution can be used for development, test, flightline, and maintenance applications.
Other Protocols
34
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Interface to a wide range of avionics protocols. Many of our ARINC 429 boards offer options for
additional commercial avionics protocols. We offer modular board solutions for PCI, CompactPCI,
VME and VXI platforms. Optionally supported protocols include: ARINC 561/568 6-wire, ARINC
573/717, ARINC 419, ARINC 582, ARINC 708/453, RS-232/422/485, ARINC 615-3 and CSDB.
Form Factor
Application
# Channels
Temp Range
IP-422485-8
IP Lab, Simulation 8 Com IP-232-8
IP Lab, Simulation 8 Com IP-561A
IP Lab, Simulation 1 Com IP-708
IP Lab, Simulation 1 Com IP-717
IP Lab, Simulation 1 Com P-708
PCI Lab, Simulation 1 to 2 Com XT gefanucembedded.com
ARINC 429
Our ARINC solutions are feature rich and easy to use. Most offer individual channel
programmability for source or sink, and optional IRIG B receive time stamp. The PCI and PMC
interfaces offer on-board transmit channel listen feature. They provide a user-friendly design
with on-board management of transmission, receive, and data logging execution.
Form Factor
Application
# Channels
cPCI 3U Lab 8 A429-PC
ISA Lab, Simulation
& Test 8 or 16 A429-PCI
PCI Lab A429-PCI2
PCI A429-cPCI3U
Analyzer
IRIG Time
Temp Range Code Option
Protocol
Com ARINC 429, 575 PASS Com ARINC 429, 575 8 PASS Com /
ARINC 429, 575 Lab 16 PASS Com /
ARINC 429, 575 PCMCIA Notebook
Portable 8 PASS Com A429-PMC
PMC Lab, Rugged 16 Com XT CC /
ARINC 429, 575 A429-V2
VME Lab 16 Com /
ARINC 429, 575 CEI-220
ISA Lab, Simulation 2 to 12 BusTools Com ARINC 429, 561, 568 6-wire, 575 PC/104 Lab, Rugged,
Simulation 2 to 8 BusTools Com XT ARINC 429, 573, 575, 717 CEI-430
PC/104,
PC/104-Plus Lab, Simulation 2 to 12 Com XT CEI-500
PCI Lab, Simulation 2 to 40 Com Modular ARINC 419, 429, 453, 561, 568 6-wire, 573, 575, 582,
708, 717, CSDB, MIL-STD-1553, RS-232, RS-422, RS-485 CEI-520/520A
PCI Lab, Simulation 2 to 16 Com ARINC 419, 429, 573, 575, 582, 717, CSDB CEI-600
cPCI Lab, Simulation 2 to 32 Com Modular ARINC 419, 429, 453, 561, 568 6-wire, 573, 575, 582,
708, 717, CSDB, MIL-STD-1553, RS-232, RS-422, RS-485 CEI-620
cPCI Lab, Rugged,
Simulation 2 to 16 BusTools Com XT ARINC 429, 573, 575, 582, 717 CEI-715
PCMCIA Lab, Rugged,
Simulation 2 to 8 BusTools Com ARINC 429, 561, 568 6-wire, 573, 575, 582, 717, CSDB CEI-820
PMC Lab, Simulation 2 to 8 Com XT ARINC 429, 573, 575, 582, 717 CEI-820TX
PMC Lab, Rugged,
Simulation 32 Com XT ARINC 429, 575 CEI-830
PMC Lab, Rugged,
Simulation 2 to 16 IP Lab, Rugged,
Simulation 2 to 8 MAC - VME
VME Lab, Simulation 2 to 32 MAC - VXI
VXI Lab, Simulation 2 to 32 Portable Lab, Simulation 1 to 2 CEI-420A
IP-429HD
PA-100
BusTools BusTools Com XT ARINC 429, 575 /
/
Com BusTools BusTools ARINC 429, 573, 717 avionics
A429-PCMCIA2
ARINC 429, 573, 575, 582, 717 ARINC 429, 575, 582 Com /
Modular ARINC 419, 429, 453, 573, 575, 708, 717, RS-232,
RS-422, RS-485 Com /
Modular ARINC 419, 429, 453, 573, 575, 708, 717, RS-232,
RS-422, RS-485 Com ARINC 429, 575 product selection guide · summer 2007
|
35
Avionics IP Core
Revolutionary advances in a new generation of programmable logic devices (PLDs) allow us to
provide new and exciting protocol communications options. The military electronics industry is
rapidly moving to deploy these higher levels of integration provided by System on a Chip (SoC) or
integrated I/O implementations.
Form Factor
Application
Operating Mode
CORE-1553
(CFM-1553)
Custom Rugged Single/Full Function CORE-1553
(CMS-1553)
Custom Rugged Single/Full Function CORE-1553
(CRT-1553)
Custom Rugged Single/Full Function CORE-1553
(K-1553-FM)
Custom Rugged Single/Full Function CORE-1553
(K-1553-R)
Custom Rugged Single/Full Function FlightCORE-1553
(FC-GSK)
Custom Rugged Single/Full Function FlightCORE-1553
(FC-SMF)
Custom Rugged Single/Full Function Other Aerospace
Products
ABI-cPCI3U2WMUX-2
ABI-PC3-WMUX-1
ABI-PCI-WMUX-1
ABI-PMC2-WMUX
ABI-V6-WMUX
36
|
GE Fanuc Embedded Systems produces interfaces for specialized data bus systems such as
those used on the F-16 and Space Shuttle. Please consult us by phone for your specialized bus
application, including Bus Expansion and Stub Extension.
Backplane
Temperature
Features & Benefits
cPCI 3U Commercial,
Conduction Cooled The F-16 WMUX interface provides a flexible, full function WMUX interface to a wide variety of backplanes. The architecture
provides concurrent and independent operation of a Central Interface Unit (CIU), 15 Remote Interface Units (RIU), and dual
function Bus Monitoring (BM). SBS WMUX products equip the host system with a complete WMUX interface including programmable frame lists, RIU response tables, map monitoring, 100% independent sequential bus monitoring and extensive
programmable event interrupts. ISA Commercial,
Conduction Cooled The F-16 WMUX interface provides a flexible, full function WMUX interface to a wide variety of backplanes. The architecture
provides concurrent and independent operation of a Central Interface Unit (CIU), 15 Remote Interface Units (RIU), and dual
function Bus Monitoring (BM). SBS WMUX products equip the host system with a complete WMUX interface including programmable frame lists, RIU response tables, map monitoring, 100% independent sequential bus monitoring and extensive
programmable event interrupts. PCI Commercial,
Conduction Cooled The F-16 WMUX interface provides a flexible, full function WMUX interface to a wide variety of backplanes. The architecture
provides concurrent and independent operation of a Central Interface Unit (CIU), 15 Remote Interface Units (RIU), and dual
function Bus Monitoring (BM). SBS WMUX products equip the host system with a complete WMUX interface including programmable frame lists, RIU response tables, map monitoring, 100% independent sequential bus monitoring and extensive
programmable event interrupts. PMC Commercial,
Conduction Cooled The F-16 WMUX interface provides a flexible, full function WMUX interface to a wide variety of backplanes. The architecture
provides concurrent and independent operation of a Central Interface Unit (CIU), 15 Remote Interface Units (RIU), and dual
function Bus Monitoring (BM). SBS WMUX products equip the host system with a complete WMUX interface including programmable frame lists, RIU response tables, map monitoring, 100% independent sequential bus monitoring and extensive
programmable event interrupts. VME Commercial,
Conduction Cooled The F-16 WMUX interface provides a flexible, full function WMUX interface to a wide variety of backplanes. The architecture
provides concurrent and independent operation of a Central Interface Unit (CIU), 15 Remote Interface Units (RIU), and dual
function Bus Monitoring (BM). SBS WMUX products equip the host system with a complete WMUX interface including programmable frame lists, RIU response tables, map monitoring, 100% independent sequential bus monitoring and extensive
programmable event interrupts. gefanucembedded.com
Data Bus Analyzers
Our powerful application software gives you simplified control over receive, transmit, logging
and analysis functions. You can analyze bus traffic, quickly generate or modify messages and
view received data in engineering units. Our tools provide a full suite of advanced features for
use in the laboratory, in flight or on the flight line.
Notes
BusTools/1553
Software support only available for Santa Barbara based cards. Contact factory for listing of supported products. BusTools/AFDX
Software support only available for Santa Barbara based cards. Contact factory for listing of supported products. BusTools/ARINC
Software support only available for Santa Barbara based cards. Contact factory for listing of supported products. PASS 3200
Software support only available for Albuquerque based cards. Contact factory for listing of supported products. Selecting a Bus Analyzer
The wide range of protocols in use today in
various bus systems for military, avionics and
other commercial applications has accelerated the evolution of bus analyzers. As a
result, choosing the right analyzer is no longer
a simple task. The following are some important new features you may want to evaluate
before selecting an analyzer:
Logic analysis enables the user to set up
separate files, based upon certain activity
patterns or events that occur on the bus.
A logic analyzer can also discard words or
messages unrelated to bus analysis. Systemlevel troubleshooting offers the ability to set
upper and lower boundaries so an alarm is
sent when the value breaks these boundaries.
P.C. vs. Box-based Analyzers
PC-based analyzers with a graphical user
interface (GUI), such as our BusTools and
PASS3200, provide distinct advantages over
box-based analyzers. They include the ability
to perform protocol checking and set up
terminals using the GUI software. PC-based
analyzers also make it easy to set up data
streams and data buffers for export to other
applications and to perform engineering-unit
conversion. This would be very difficult to set
up in a box-based analyzer.
Archiving Traffic
Archiving traffic off the bus allows playback of
a particular activity. Playing an archived data
file back to the interface bus allows the user to
take data gathered in the field back to a laboratory environment where the problem can be
recreated for further analysis and troubleshooting. Both the BusTools and PASS3200
analyzers provide this feature.
Clear, User-Friendly Interface
Users today expect a clear, tree-based
interface or a tree based representation of
the bus. A graphical presentation breaks out
the bus components and their sub-features,
and provides the user with a clear picture of
the bus. Furthermore, a bus analyzer should
provide a detailed presentation of bus activity
while the analyzer is running.
Three Distinct Functions
A full-featured bus analyzer can be divided
into logic analyzer functions, protocol analyzer
capabilities and system-level troubleshooting.
which displays the data that occurs contiguously within an inverted stack. It displays
the first message recorded, followed by a
sequence of other messages, which followed
the first message. This is sometimes called a
‘sequential view’ or a ‘stacked view’.
Simulation Ability
Another important requirement to consider in
choosing a bus analyzer is the ability to simulate the terminals related to data bus traffic.
For instance, in MIL-STD-1553 the analyzer
would simulate the bus controller or a remote
terminal. This means loading up the bus
analyzer with data and errors that can then
be used to stimulate other components on the
bus to learn just how they will react.
avionics
Different Vantage Points
PC-based bus analyzer
tools provide many
different ways to look at
protocol and system level
analysis. For instance, a
‘data watch’ feature allows
the user to actually graph
the data as it occurs.
Multiple comparative
windows enable analysis
of bus activity at different
points within the bus traffic,
allowing comparison of
messages and/or the data.
With BusTools, the user can
request a sequential view
product selection guide · summer 2007
|
37
MIL-STD-1553
Variable
Voltage
IRIG Time Code
Option
Form Factor
Application
Operating Mode
Analyzer
Temp Range
# Channels
1553-3CP3
cPCI 3U Rugged Single/Full Function PASS CC 2 or 3 1553-PCI3
PCI Lab Single/Full Function PASS Com 1 to 4 1553-PMC3
PMC Rugged Single/Full Function PASS CC 1 to 4 ABI-cPCI3U2
cPCI 3U Lab ABI Com XT 1 to 4 /
/
ABI-cPCI6U
cPCI 6U Lab ABI Com XT 1 or 2 /
/
ABI-PC104-2
PC-104 Lab, Rugged ABI PASS Com XT 2 ABI-PC3
ISA Lab ABI PASS Com XT 1 or 2 /
/
ABI-PCI
PCI Lab ABI PASS Com 1 or 2 /
/
PCMCIA Lab, Notebook
Portable ABI PASS Com 1 ABI-PMC2
PMC Lab, Rugged ABI Com XT CC 1 or 2 /
/
ABI-V5
VME Simulation & Test ABI Com 1 or 2 /
/
ABI-V6-1/2
VME Lab ABI Com XT 1 or 2 /
/
ABI-V6-3/4
VME Lab ABI Com XT 3 or 4 /
/
ABI-V6CC
VME Rugged ABI CC 1 or 2 ASF-cPCI3U2
cPCI 3U Lab ASF Com XT 1 to 4 /
/
ASF-cPCI6U
cPCI 6U Lab ASF Com XT 1 or 2 /
/
ASF-PC104-2
PC-104 Lab, Rugged ASF Com XT 2 ASF-PC3
ISA Lab ASF Com XT 1 or 2 /
/
ASF-PCI
PCI Lab ASF Com 1 or 2 /
/
PCMCIA Lab, Notebook
Portable ASF Com 1 ASF-PMC2
PMC Lab, Rugged ASF Com XT CC 1 or 2 /
/
ASF-V6-1/2
VME Lab ASF Com XT 1 or 2 /
/
ASF-V6-3/4
VME Lab ASF Com XT 3 or 4 / / ASF-V6CC
VME Rugged ASF CC 1 or 2 / EPMC-1553
PMC CC, Lab, Rugged Single/Full Function Com XT 1 to 8 /
IndustryPack Lab Single/Full Function Com XT 1 to 2 /
ABI-PCMCIA2
(PCM2)
ASF-PCMCIA2
(PCM2)
IP-D1553
38
We offer a wide range of intelligent MIL-STD-1553 interface hardware. Our product line combines
high-speed encoding/ decoding, large onboard memory, intelligent protocol processing and
advanced board-level functionality. This enables accurate buffering and recording of bus traffic
with no data loss while simultaneously scheduling 1553 messages without host intervention.
|
gefanucembedded.com
BusTools /
/
/
/
/
/
/
ISA-1553
Form Factor
Application
Operating Mode
Analyzer
Temp Range
# Channels
Variable
Voltage
ISA Lab Single/Full Function BusTools Com 1 to 2 / LV-1553
IRIG Time Code
Option
Development PCC-D1553
PCMCIA Lab Single/Full Function BusTools Com XT 1 to 2 PCCARD-1553
PCMCIA Lab Single/Full Function BusTools Com 1 PMC1553E
PMC Lab and rugged Q104-1553
PC/104 Rugged Single/Full Function BusTools Com XT 1 to 4 QCP-1553
cPCI CC, Lab, Rugged Single/Full Function BusTools Com XT 1 to 4 /
/ QPCI-1553
PCI Lab Single/Full Function BusTools Com XT 1 to 4 /
/ QPM-1553
PMC CC, Lab, Rugged Single/Full Function BusTools Com XT CC 1 to 4 /
QPMC-1553
PMC CC, Lab, Rugged Single/Full Function BusTools Com XT CC 1 to 4 / QVME-1553
VME CC, Lab, Rugged Single/Full Function BusTools Com XT 1 to 4 /
/ QVXI-1553
VXI Lab Single/Full Function BusTools Com 1 to 4 /
/ VME-1553
VME CC, Lab, Rugged Single/Full Function BusTools Com XT 1, 2 or 4 /
/ / / / 1 or 2 avionics
/
10MBit 1553
P-10SF
PMC-MMSI
This advanced solution offers a less expensive architecture than regular 1Mbit 1553, while
providing up to 10 times the data throughput. This interface is an excellent choice for flight
controls, actuators, electro-pneumatic controllers or similar applications of standard 1553
requiring higher data rates.
Form Factor
Application
Operating Mode
Temp Range
# Channels
cPCI, PCI, PMC Lab, Rugged Single Com XT 1 to 8 PMC Lab, Rugged Single Com XT 12 IRIG Time Code
Option
Coupling
Factory /
Factory product selection guide · summer 2007
|
39
i/o &
communications
Audio . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42
Graphics & Video . . . . . . . . . . . . . . . . . . . . . . . . 42
Bus Adapters . . . . . . . . . . . . . . . . . . . . . . . . . . 43
dataBLIZZARD . . . . . . . . . . . . . . . . . . . . . . . . . 43
PCI Express Expansion . . . . . . . . . . . . . . . . . . . . . 44
PCI/PCI-X Expansion . . . . . . . . . . . . . . . . . . . . . . 44
VMEbus Repeaters . . . . . . . . . . . . . . . . . . . . . . . 44
AdvancedTCA Carriers . . . . . . . . . . . . . . . . . . . . . 45
Carrier Cards . . . . . . . . . . . . . . . . . . . . . . . . . . 46
Ethernet Interfaces . . . . . . . . . . . . . . . . . . . . . . . 48
Ethernet Switches . . . . . . . . . . . . . . . . . . . . . . . 50
Analog I/O . . . . . . . . . . . . . . . . . . . . . . . . . . . 52
Digital I/O . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
DSP-Based I/O . . . . . . . . . . . . . . . . . . . . . . . . . 54
IndustryPack Modules . . . . . . . . . . . . . . . . . . . . . 56
Serial I/O . . . . . . . . . . . . . . . . . . . . . . . . . . . 58
Packet Processors . . . . . . . . . . . . . . . . . . . . . . . 58
Other I/O . . . . . . . . . . . . . . . . . . . . . . . . . . . 59
Intelligent I/O Controllers . . . . . . . . . . . . . . . . . . . . 60
InfiniBand Switches . . . . . . . . . . . . . . . . . . . . . . . 60
InfiniBand HCAs . . . . . . . . . . . . . . . . . . . . . . . . 60
Fabric Interface . . . . . . . . . . . . . . . . . . . . . . . . 60
Fibre Channel HBAs . . . . . . . . . . . . . . . . . . . . . . . 61
Reflective Memory . . . . . . . . . . . . . . . . . . . . . . . 61
Telemetry Systems . . . . . . . . . . . . . . . . . . . . . . . 63
Storage Controllers . . . . . . . . . . . . . . . . . . . . . . . 62
On-board Storage . . . . . . . . . . . . . . . . . . . . . . . 62
Special Function AMCs . . . . . . . . . . . . . . . . . . . . . 62
WAN DS3/E3 Interfaces . . . . . . . . . . . . . . . . . . . . . 63
WAN T1/E1/J1 Interfaces . . . . . . . . . . . . . . . . . . . . 63
WAN OC-3/OC-12 Interfaces . . . . . . . . . . . . . . . . . . 64
Audio
Our Audio PMCs are SoundBlaster®-compatible audio cards capable of interfacing to a single
stereo line input, stereo auxiliary input, a microphone, and a mono input, as well as amplifierdriven stereo speaker outputs, hardware volume control, and a mono output.
Notes
PMC-AUDIO-BP
General purpose SoundBlaster®-compatible audio PMC with rear I/O PMC-AUDIO-CC
Conduction cooled SoundBlaster®-compatible audio PMC with rear I/O; extended temperature range PMC-AUDIO-FP
General purpose SoundBlaster®-compatible audio PMC with front and rear I/O; conformal coating available Graphics & Video
We offer high-resolution, high-performance graphics I/O solutions for embedded video and
display applications. Our graphics subsystems are based on high-performance commercial
silicon for state-of-the-art image quality and capabilities.
Form Factor
Chip Set
I/O
Cooling
G2 Graphics
PMC Module
PMC ATI Radeon® 9000 Dual Display Output, Multiple Video Input and
Display Output, Single Display Output Commercial, Extended
and Conduction Cooled G2 Riser Modules
PMC Dual Display Output, Multiple Video Input and
Display Output, Single Display Output Commercial Grade Extended Temperature
Range
Option Yes GRA110
3U VPX NVIDIA® G73 graphics
processor DVI, NTSC and PAL, RS170, VGA
Air- and
Conduction Cooled Option Yes Octegra3
6U VME MPC7447A
G4 PowerPC®, 3Dlabs P9 Dual Display output, Video input via VIM2, Gigabit
Ethernet, serial comms Air- and
Conduction Cooled Option Yes PMC-VIDEOPLUS
PMC SM Lynx3DM8+ DB15 Convection Option N/A PMCGA3
PMC 3DLabs P9 VPU Multiple Video/ TV formats, RS170 Air- and
Conduction Cooled Option Yes PMCGA4
PMC 3DLabs P10 VPU Multiple Video/ TV formats, RS170 Air- and
Conduction Cooled Option Yes VME Pentium M Mobile Intel® 915 GM 2eSST VME, Gigabit Ethernet, Keyboard and
Mouse, Serial (2), USB (2) Commercial, Air-cooled No No Sentiris S4110
PMC NVIDIA® Quadro4 Multiple outputs Convection Option Option Telum 2001-VGA
AMC SM Lynx3DM8+ DB15 Convection N/A N/A TS-MPEG-4
Bundle
PMC Altera Stratix FPGA RS-170, RTP over UDP Air- and
Conduction Cooled Option Yes TS-RS-170 Video
Capture PMC
PMC Altera Stratix FPGA RS-170 Air- and
Conduction Cooled Option Yes Mezzanine Virtex-4 2x TV, 2x RGB, 2x DVI Air- and
Conduction Cooled Option Yes SE1
VIM2
Note: The MAGIC1 graphics, video and processing systems computer can be found on page 6.
42
Conformal
Coating
|
gefanucembedded.com
Bus Adapters
GE Fanuc Embedded Systems bus adapters directly connect two buses. The virtual bus created
allows the two systems to operate as one for seamless operation, superior performance, and
the combined benefits of two systems.
Cards Included
Memory
Mapping
Controller Mode
DMA (MB/s)
Slave Mode
DMA (MB/s)
Cable Interface
Interrupts
Optional Dual Port RAM
414
2 VME / 35 N/A Fiber to 500m 2 Programmed, IRQ1-7 128 KB & 8 MB 616
1 PCI, 1 VME / N/A N/A Copper to 25ft 2 Programmed, IRQ1-7 128 KB & 8 MB 618-3
1 PCI, 1 VME / 35 13 Fiber to 500m 2 Programmed, IRQ1-7 128 KB & 8 MB /
800
2 VME64 / 70 N/A Fiber to 500m 2 Programmed, IRQ1-7 128 KB & 8 MB / 810
1 PCI, 1 VME64 /
70 N/A Fiber to 500m 2 Programmed, IRQ1-7 128 KB & 8 MB /
820
1 PMC, 1 VME64 /
70 N/A Fiber to 500m 2 Programmed, IRQ1-7 128 KB & 8 MB /
830
1 cPCI, 1 VME64 /
70 N/A Fiber to 500m 2 Programmed, IRQ1-7 128 KB & 8 MB /
dataBLIZZARD
DB0-PCI-PMC
DB0-PMC-PMC
Coupling software and hardware efficiency, the dataBLIZZARD™ point-to-point systems
communication interface moves data at high sustained transfer rates with minimal
processor overhead.
Cards Included
Memory
Mapping
Controller Mode
DMA (MB/s)
Cable Interface
Interrupts
Semaphores
per card
2 PCI / 95 Fiber to 500m 2 Programmed 7 1 PCI, 1 PMC /
95 Fiber to 500m 2 Programmed 7 2 PMC /
95 Fiber to 500m 2 Programmed 7 i /o & c o m m u n i c a t i o n s
DB0-PCI-PCI
Loopback
Diagnostic
product selection guide · summer 2007
|
43
PCI Express Expansion
Host Data Bus
Slots Available
Enclosure
Host Card
Backplane Controller
Cable Included
PCIE-AMC-7S
PCI Express (1) x4, single-wide, full-size AMC, (2) x2, single-wide, midsize AMC, (4) x4 single-wide, mid-size AMC 2U, 19-inch
rackmount PCI Express x8 AdvancedMC backplane
controller card /
PCIE-PCIX-7S
PCI Express (1) 64-bit/133 MHz, (2) 64-bit/100 MHz, (4) 64-bit/66 MHz 4U, 19-inch
rackmount PCI Express x4 Integrated / PCIE-PCIX-7S-LP
PCI Express (1) 64-bit/133 MHz, (2) 64-bit/100 MHz, (4) 64-bit/66 MHz 4U, 19-inch
rackmount Low profile PCI
Express x4 Integrated /
PCI/PCI-X Expansion
Expansion
Bays
Backplane
Controller
Power Supply
(1) 116 CFM
(1) 44 CFM None 210-2A card 420 Watts ATX mini-tower (1) 27.5 CFM (2) 3.5"; (2) 5" Integrated 300 Watts (7) 32-bit/33 MHz 19-inch rackmount (2) 42.5 CFM None Integrated 300 Watts (7) 64-bit/33 MHz 19-inch rackmount (2) 42.5 CFM None Integrated 300 Watts Host Data Bus
5V Slots Available
Enclosure
Cooling Fans
2123A
32-bit 32-bit/33 MHz PCI (13) 32-bit/33 MHz 19-inch rackmount 2131
32-bit 32-bit/33 MHz PCI (7) 32-bit/33 MHz 2132
32-bit 32-bit/33 MHz PCI Omnispan® 64-bit/33 MHz PCI VMEbus Repeaters
|
GE Fanuc Embedded Systems expansion systems offer a simple, cost-effective way to add PCI
slots. These products feature independent operation of host and expansion buses, as well as
low latency and high throughput for maximum performance. Individual PCI expansion cards are
also available. See product datasheets for details.
Family
OS-PR107
44
These systems allow you to migrate to PCI Express and preserve legacy PCI cards, or access
AdvancedMC modules from a host computer with a free PCI Express slot. The systems are
designed for high throughput, enhanced system functionality and ease of use. See product
datasheets for details.
Our bus repeaters extend a VMEbus backplane from one chassis to a second chassis. Both
chassis operate as one unit, controlled by the system controller in the primary chassis.
Media Cable
Distance
Connector Type
Data Transfers
Addressing
Link Mode
Require System
Controller
VME-5504L
Flat Cable 1000 ft DIN 16, 32, 8 16 Software transparent / VME-5531L
Fiber Optic Cable 5 ft to 6,560 ft DIN 16, 32, 8 16, 24, 32 Software transparent VME-5532L
Fiber Optic Cable 5 ft to 6,560 ft DIN 16, 32, 8 16, 24, 32 Software transparent gefanucembedded.com
AdvancedTCA Carriers
Chassis
GE Fanuc Embedded Systems offers AMC compliant, 2 or 4 bay AdvancedTCA® carrier blades
supporting extended full-height AMCs.
Architecture
Front Access Bays
Slot Compliance
IPMI Version
AMC.1 Type 4, AMC.1 Type 8, AMC.2 Type E2, AMC.3 v1.5 AMC.2 Type 2/4, AMC.2 Type E2, AMC.3 v1.5 AT-AMC1
ATCA System AMC.1 2 for extended full-size, double-wide AMCs,
4 for extended full-size, single-width AMCs AT-AMC2
ATCA System AMC.2 2 for extended full-size, double-wide AMCs,
4 for extended full-size, single-width AMCs Free Newsletter Subscriptions Available
As a service to customers, GE Fanuc
Embedded Systems issues several e-newsletters that address specific vertical market
interests. These newsletters are distributed
by email on a monthly or quarterly basis
to interested parties. You may subscribe to
one or all of them; subscription is free and
you may cancel at any time. To establish a
subscription, visit our web site at
www.gefanucembedded.com
AdvancedMC Insider:
fied. This publication has a razor sharp focus
on discussing and addressing the specific
needs encountered in the military and
aerospace industry.
GE Fanuc Embedded Insider:
Our GE Fanuc Embedded Insider covers a
broad range of technologies for military,
telecommunications, medical, transportation and industrial applications. Learn about
our latest products and discover the latest
trends in technology.
i /o & c o m m u n i c a t i o n s
The AdvancedMC ™ Insider is a monthly
publication that offers subscribers valuable
information regarding the AdvancedMC form
factor and other telecommunication technologies. You will receive periodic updates
on technology developments, market trends,
new product releases and future plans for
the technology.
Mil&Aero Insider:
Our Mil&Aero Insider is a quarterly newsletter that will keep you updated with the
latest information on GE Fanuc Embedded
Systems military and aerospace products.
Learn about innovative applications ranging
from benign through rugged to flight-quali-
product selection guide · summer 2007
|
45
Carrier Cards
GE Fanuc Embedded Systems carrier cards offer a range of I/O expansion solutions for cPCI, PCI,
PMC and PC•MIP® based systems.
Form
Factor
Capacity
BIO-1
cPCI Rear panel transition board for cPCI-100A BIO-4
cPCI Rear panel transition board for cPCI-200A; has 50-pin SCSI-2 style latching shielded connectors CAR-3CCPMC1
cPCI 3U 1 PMC CP-613
cPCI 6U 2 PMC, PC•MIP® For systems that require front- or rear-panel I/O in a single 6U cPCI slot. CP-620-5V
cPCI 6U 2 PMC Holds two PMCs with front- or rear-panel I/O support; single slot solution CP-640
cPCI 6U 2 PMC Full hot swap capable; holds up to 2 PMCs with front- or rear-panel I/O support; single slot solution CP-640-3
cPCI 6U 2 PMC Full hot swap capable; holds up to 2 PMCs with front- or rear-panel I/O support; single slot solution CP-641
cPCI 6U 2 PMC Full hot swap capable mezzanine carrier board; holds up to 2 PMCs with front- or rear-panel I/O support; single slot solution CP236
cPCI 3U 1 PMC Hot insertion capability; also available with the 6U or 3U faceplate CP237
cPCI 6U 2 PMC Multi-purpose PMC Expansion Card for CompactPCI CP238
cPCI 6U 2 PMC Multi-purpose PMC Expansion Card for CompactPCI CPCI-100A-BP
cPCI 3U 2 IP
For 3U CompactPCI systems; has 2 IP sites and rear panel I/O CPCI-100A-FP
cPCI 3U 2 IP
For 3U CompactPCI systems; has 2 IP sites and front panel I/O CPCI-200A-FP
cPCI 6U 4 IP
For 6U CompactPCI systems; has 4 IP sites and front panel I/O CPCI-200B-BP
cPCI 6U 4 IP
For 6U CompactPCI systems; has 4 IP sites and rear panel I/O; 3.3V/5V signaling; 8/32 MHz IP slots CPMC1
cPCI 3U 1 PMC Supports air and conduction cooling as well as front and rear I/O. DCPMC
cPCI 6U 2 PMC A Dual CompactPCI PMC Carrier (DCPMC) card in a conduction-cooled or rugged 6U form factor. DCPMC64
cPCI 6U 2 PMC Rugged dual CompactPCI 64-bit PMC carrier module in 6U form factor. DPMCC
46
Notes
CAR-3CCPMC1 is designed to interface a PMC Mezzanine card to the cPCI bus in rugged environmental conditions. DPMCC is a Dual PCI Mezzanine Card Carrier designed as a companion to the V5B and V5C series embedded computers. ICS-7002
PCI (Full
Length) 2 PMC The ICS-7002A is a full length PCI card capable of carrying two single-width PCI Mezzanine Card (PMC) modules. It allows the
User I/O (Pn4) connectors of the two sites to be interconnected, or to be connected to external equipment in a flexible fashion. ICS-7003
PCI (Full
Length) 2 PMC ICS-7003 is the first PCI form factor dual PMC carrier with PCI Express interface. Compatible with x8 and x16 PCI Express slots
in late model workstation and server PCs, the ICS-7003 provides unmatched data transfer performance. IMPCC1
3U cPCI 1 PMC Single PMC carrier for 3U CompactPCI PowerPact product family P0CC1
6U VME 2 single width PMCs or
1 double width PMC PCI-40B
PCI 4 IP
For PCI-based systems; provides 4 IP slots; 3.3V/5V signalling; 8/32 MHz IP slots PCI-40B-R
PCI 4 IP
For PCI-based systems; provides 4 IP slots; 3.3V/5V signalling; 8/32 MHz IP slots; reduced memory version PCI-60A-8/32
PCI 6 IP
For PCI-based systems; provides 6 IP slots; 8/32 MHz IP slots |
gefanucembedded.com
Dual PMC carrier in 6U VME form factor Form
Factor
Capacity
PEX430
VPX 1 PMC or XMC PMC237
6U single
slot VMEbus 3 PMC PMC239/F
PCI
Notes
Provides both a PCI Express switch and mezzanine carrier for building VPX systems PMC expansion card for VME systems PCI to PMC adapter with fan
PP-600
6U x 80mm Provides flexible access to 128 lines of rear I/O for 6U CompactPCI (cPCI) carrier cards TM-683
6U x 80mm Transition module providing flexible access for the 128 lines of rear-panel I/O TPMCC
VME 6U 3 PMC VIPC326-ET6U
6U VMEbus 2 IP
For 6U VMEbus; provides 2 IP slots; extended temperature range of -40º to +85ºC; programmed interrupts; ribbon I/O VIPC327-ET6U
6U VMEbus 2 IP
For 6U VMEbus; provides 2 IP slots; extended temperature range of -40º to +85ºC; programmed interrupts; ribbon ejectors VIPC626-ET
6U VMEbus 4 IP
For 6U VMEbus; provides 4 IP slots; extended temperature range of -40º to +85ºC; programmed interrupts; ribbon I/O VIPC627-ET
6U single
slot VMEbus 4 IP
For 6U VMEbus; provides 4 IP slots; rear I/O available for slots C & D; extended temperature range of -40º to +85ºC;
programmed interrupts; ribbon I/O VIPC628-ET
6U single
slot VMEbus 4 IP
For 6U VMEbus; provides 4 IP slots; extended temperature range of -40º to +85ºC; programmed interrupts; shielded I/O VIPC664-ET
VME 6U 4 IP
For 6U VME64x; provides 4 IP slots and has rear panel I/O; extended temperature range of -40º to +85ºC;
programmed interrupts VIPC8243
6U single
slot VMEbus 4 IP
Intelligent 4-slot IP carrier for 6U VMEbus; 250 MHz PPC8240 CPU; 64MB SDRAM; 1 + 8MB FLASH memory; 10/100BaseT
Ethernet interface VIPC8244
6U single
slot VMEbus 4 IP
Intelligent 4-slot IP carrier for 6U VMEbus; 250 MHz PPC8240 CPU; 64MB SDRAM; 1 + 8MB FLASH memory; 10/100BaseT
Ethernet interface; SCSI interface XM-664-60
Transition module; 60x178 for VIPC664-ET XM-664-80
Transition module; 80x233 for VIPC664-ET i /o & c o m m u n i c a t i o n s
TPMCC is a Triple PCI Mezzanine Card Carrier designed as a companion to the V5C series embedded computers. product selection guide · summer 2007
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47
Ethernet Interfaces
High speed networking is critical to many embedded applications. Our Gigabit Ethernet cards
are designed to relieve bandwidth bottlenecks by adding Gigabit Ethernet to CompactPCI®,
VMEbus, AdvancedTCA® and MicroTCA™ applications. We offer a number of form factors and a
range of ruggedization levels.
Form Factor
Media
Interface
Ports
Front Panel
I/O Connectors
CP3-QUAD100TX
cPCI 3U Copper 10/100BaseTX 4 RJ-45 PMC-GBIT-DT2BP
PMC Copper 10/100/1000BaseT 2 RJ-45 PMC-GBIT-DT2CC
PMC Copper 10/100/1000BaseT 2 RJ-45 PMC494
PMC Copper 10BaseT 3 J4 PMC610
PMC Copper 10/100BaseTX 4 PMC610J4
PMC Copper 10/100BaseTX 4 PMC613FX
PMC Fiber 100BaseFX 1 PMC615
PMC Copper 10/100BaseTX 4 PMC618
PMC Fiber 100BaseSX 4 LC PMC673
PMC Fiber 1000BaseSX 3 LC PMC673TX
PMC Copper 10/100/1000BaseT 3 RJ-45 PMC675
PMC Fiber 100BaseFX 2 SC PMC676
PMC Fiber 10/100/1000BaseSX 2 SC PMC676TX
PMC Copper 10/100/1000BaseT 2 RJ-45 PMC677
PMC Fiber 1000BaseSX 4 LC PMC677TX
PMC Copper 1000BaseT 4 RJ-45 PMC682/E
PMC Copper 10/100BaseTX 1 RJ-45 PMC695
PMC Fiber 1000BaseSX 1 1000BaseSX+1 RS232+1 10/100BaseT SC PMC695TX
PMC Copper 1000BaseT 1 1000BaseT+1 RS232+1 10/100BaseT RJ-45 PMC696
PMC Fiber 1000BaseSX 2 LC PMC696TX
PMC Copper 10/100/1000BaseT 2 RJ-45 RM610
PCI Copper 10/100BaseTX 4 RJ-45 RM666FX
PCI Fiber 100BaseFX 2 SC RM675
PCI Fiber 1000BaseSX 2 LC RM675TX
PCI Copper 10/100BaseTX 2 RJ-45 RM676
PCI Fiber 1000BaseSX 2 SC RM676TX
PCI Copper 10/100/1000BaseT 2 RJ-45 RM677
PCI Fiber 1000BaseSX 4 LC RM677TX
PCI Copper 10/100/1000BaseT 4 RJ-45 Telum GE-QT
AMC Copper 10/100/1000BaseT 4 RJ-45 VD-FOE
SW XD-FOE
SW 48
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Rear Panel
I/O Connectors
RJ-45 J4 SC J4 PCI Controller/
Ethernet MAC
Notes
Hot swap capable Intel® 82546 Requires PIM-GBIT-DT Intel® 82546 Conduction cooled; Requires PIM-GBIT-DT 10BaseT to 10Base2 media converter with 3 additional Ethernet port routed to rear Intel® 82551ER Optional 2 ports on front panel Intel® 82551ER Optional 2 ports routed to rear panel Intel® 82551 Options: 2 ports; ST connectors Intel® 82551ER AMD 79C975 Intel® 82544 Options: 1000BaseLX 1394B-3CPCI
Intel® 82544 Options: 10/100BaseT; ST and LC connectors Intel® 82546 Options: single port (Intel 82545), 1000BaseLX, LC connectors; Solaris LAN Boot
Intel® 82546 Single port optional; Solaris LAN Boot
2 x Intel 82546 ®
1000BaseLX optional 2 x Intel® 82546 Intel® 8255ER
Intel® 215555 Options: 1000BaseLX; LC connectors Intel® 215555 Options: 1000BaseLX Intel® 82559ER Intel® 82546 This conduction cooled, 3U
CompactPCI® card provides four
nodes (eight ports) of IEEE-1394B
and one node (two ports) of USB 2.0
serial data communications. Each
of the eight 1394B ports is hardware
programmable and can support a
maximum data rate of 100 Mbit/s
(transformer coupled S100B), while
the USB 2.0 ports provide for a
maximum speed of 480 Mbits/s. It
also offers PCI bus master capability
for DMA transfers.
Dual port version available LC and ST connectors available Intel® 82546 Options: single port (Intel 82545), 1000BaseLX, LC connectors; Solaris LAN Boot
Intel® 82546 Options: single port (Intel 82545); Solaris LAN Boot
Intel® 82546 1000BaseLX optional i /o & c o m m u n i c a t i o n s
SC connectors available Intel® 82546 Intel® 82571EB AMC.0 & AMC.1 compliant; RoHS compliant Port Failover software for GbE NICs running VxWorks Port Failover software for GbE NICs running Windows XP product selection guide · summer 2007
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49
Ethernet Switches
GE Fanuc Embedded Systems offers an unmatched range of Ethernet switches for a broad
range of application types, from telecom and networking to government and military. We
offer mixed copper and fiber front panel ports, and managed, unmanaged and configuration
managed switches.
Form Factor
Management
Ethernet Ports
NETernity
CP3-GESW12M3
cPCI 3U Managed 10 - 10/100/1000BaseT NETernity™
CP3-GESW12M3N
cPCI 3U Managed 10 - 10/100/1000BaseT Conduction cooled NETernity™
CP3-GESW12M3R
cPCI 3U Managed 10 - 10/100/1000BaseT Rugged, air cooled NETernity™
CP3-GESW8
cPCI 3U Unmanaged 8 - 10/100/1000BaseT 1 front access and 7 rear access ports NETernity™
CP3-GESW8N
cPCI 3U Unmanaged 8 - 10/100/1000BaseT Conduction cooled; 1 front access and 7 rear access ports NETernity™
CP6-GESW24M3
cPCI 6U Managed 24 - 10/100/1000BaseT Hot swap capable; PICMG 2.1 and 2.16 compliant
NETernity™
CP6-GESW24M3N
cPCI 6U Managed 24 - 10/100/1000BaseT Conduction cooled; hot swap capable; PICMG 2.1 & 2.16 compliant NETernity™
CP6-GESW24M3R
cPCI 6U Managed 24 - 10/100/1000BaseT Rugged, air cooled; hot swap capable; PICMG 2.1 & 2.16 compliant NETernity™
CP921RC
cPCI 6U Managed 24-10/100/1000BaseT OpenWare™; IPv6 enabled; PICMG 2.16 and RoHS compliant NETernity™
CP940
cPCI 6U Unmanaged 8 - 10/100BaseTX Rear I/O; Industrial temp available NETernity™
CP941
cPCI 6U Unmanaged 8 - 10/100BaseTX Front I/O; Industrial temp available NETernity™
CP945FP-12
cPCI 6U Unmanaged 12 - 10/100BaseTX Front I/O
NETernity™
CP948
cPCI 6U Unmanaged 8 - 10/100BaseTX+ 4
100BaseFX Front I/O NETernity™
CPX24
6U cPCI Managed 24-10/100/1000BaseT IPv6 support; all ports routed to rear I/O; 2-10Gb uplink ports; PICMG 2.16 compliant; optional
1000BaseSX or 1000BaseLX fiber ports or mixed copper and fiber ports; unmanaged version available NETernity™
GBX16
6U VME Managed 16- 10/100/1000BaseT IPv6 support; optional 12 - 10/100/1000BaseT and 4 - 1000BaseSX or 1000BaseLX fiber ports; Aircooled and conduction-cooled formats available NETernity™
GBX410
3U VPX Managed 12- 10/100/1000BaseT,
plus 4- 1000BaseSX optics NETernity™
PMC941
PMC Unmanaged 8 - 10/100BaseTX Industrial temp available NETernity™
PMC941FX
PMC Unmanaged 4 - 100BaseFX + 4
- 10/100BaseTX Fiber ports are front access with LC connectors; copper ports are routed to rear I/O NETernity™
PMC942
PMC Unmanaged 7 - 10/100/1000BaseT NETernity™
PMCE4R
PMC Unmanaged 8- 10/100BaseT NETernity™
RM921
VME 6U Managed 24 - 10/100/1000BaseT OpenWare switch management environment; IPv6 switching & routing; all ports front I/O;
12-port version available; ports can be copper, fiber or a mix;100BaseFX port option NETernity™
RM922RC
VME 6U Managed 24- 10/100/1000BaseT OpenWare™; IPv6 enabled; rear I/O; RoHS compliant NETernity™
RM940
VME 6U Unmanaged 8 - 10/100BaseTX Options: conduction cooling; Industrial temp NETernity™
RM941
VME 6U Unmanaged 8 - 10/100BaseTX Front I/O; RJ-45 connectors; Industrial temp available NETernity™
RM942
VME 6U Unmanaged 8 - 10/100BaseFX NETernity™
RM943/.10
VME 6U Unmanaged 8 - 10/100/1000BaseT ™
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Notes
Unmanaged version available; air- an conduction-cooled formats available 4 front panel ports with RJ-45 connectors and 3 rear I/O ports Air- and conduction cooled formats available; Optional Nuclear Event Detect (NED) Option: 6 ports 10/100/1000BaseT + 2 ports 1000BaseSX Form Factor
Management
Ethernet Ports
NETernity
RM945FP-12
VME 6U Unmanaged 12 - 10/100BaseTX NETernity™
RM947IND
VME 6U Unmanaged 8 - 10/100BaseTX+2
10BaseFL+1 10Base2 NETernity™
RM948
VME 6U Unmanaged 8 - 10/100BaseTX+4
100BaseFX CP3-GESW-TM10
cPCI 3U Rear transition module for NETernity™ CP3-GESW12 switches; RS232 interface CP3-GESW8-TM8
cPCI 3U Rear transition module for NETernity™ CP3-GESW8 family switches CP6-GESW-TM24
cPCI 6U Rear transition module for NETernity™ CP6-GESW24 switches; RS232 interface TRCP940
cPCI 6U 8 - 10/100BaseTX TRCP9XXRC-12
PICMG 2.16
compliant 12 - 10/100/1000BaseT Transition module for CP944, CP946, CP920 and CP921RC switches; RoHS compliant TRCP9XXRC-5
PICMG 2.16
compliant 5 - 10/100/1000BaseT Transition module for CP944, CP946, CP920 and CP921RC; RoHS compliant
TRCP9XXRC
PICMG 2.16
compliant 24 - 10/100/1000BaseT Transition module for CP944, CP946, CP920 and CP921RC; RoHS compliant 24 - 10/1001000BaseT
Transition module for RM922RC; RoHS compliant
TRRM922RC
TRRM940
6U VMEbus 8 - 10/100BaseTX Notes
Front I/O; RJ-45 connectors Industrial temperature
Transition module for CP940 switch Transition module for RM940 switch i /o & c o m m u n i c a t i o n s
™
product selection guide · summer 2007
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51
Analog I/O
We offer a range of analog-to-digital and digital-to-analog converters designed for general
purpose and industrial use.
input
Form Factor
Function
Channels
Resolution
Max Sampling Rate /
Conversion Frequnency*
Temp (C)
VME-3113A
VME Input
64D, 64SE 12-Bit
33 kHz
0º to +55º VME-3122
VME Input
64D, 64SE 16-Bit
100 kHz
0º to +55º PMC-AD16-ETB
PMC Input
32D/16SE rear 16-Bit
83 kHz
-40º to +85º VME-3123
VME Input
16D
16-Bit
1.7 MHz
0º to +55º VME-3128
VME Input
64D, 64SE 14-Bit
58 kHz
0º to +55º D = Differential, SE = Single-Ended, *Aggregate Frequency
output
Form Factor
Function
Channels
Resolution
Output Settling Time
Temp (C)
PMC-DA16-ETB
PMC Output
8 SE rear 16-Bit
10 usec
-40º to +85º VME-4116
VME Output
8 16-Bit
10 usec
0º to +55º VME-4120
VME Output
16 12-Bit
1.7 msec
0º to +55º VME-4132
VME Output
32 12-Bit
3.4 msec
0º to +55º VME-4140
VME Output
32 12-Bit
10 usec
0º to +55º VME-4145
VME Output
4 16-Bit
400 nsec
0º to +55º Form Factor
Function
Channels
Resolution
Conversion Frequnency /
Output Settling Time
Temp (C)
VME Input / Output
16 12-Bit
33 kHz / 1.7 msec
0º to +55º SE = Single-Ended
input / output
VME-4514A
BCT4-AMC1
This unique carrier card was developed in close cooperation with IBM® in order to give
system designers access to the powerful technology of both the BladeCenter® and the
AdvancedMC ™. GE Fanuc Embedded Systems offers IBM BladeCenter carriers which
can accept up to four AdvancedMCs per carrier. The modules are also capable of being
monitored and managed by BladeCenter system management software.
BCT4-AMC1 enables high-performance solution-specific blades to be built using a wide
variety of AdvancedMC modules. The carrier blade provides 2 hot swappable front panel
bays for I/O AdvancedMCs, and 2 internal bays for processor and storage AdvancedMCs. It
also can generate and distribute a master clock for the platform.
The BCT4-AMC1 is perfect for system designers creating high-performance
telecommunications solutions using standard off-the-shelf AdvancedMC modules with
specific networking features such as LAN/WAN and storage capabilities. AdvancedMC
modules allow BladeCenter servers to be optimized for next generation IP Multimedia
Subsystem (IMS) and Fixed Mobile Convergence (FMC) IP-centric applications.
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Digital I/O
Form Factor
Function
Interface
Channels
Temp
PIO-2
VME Input/Output
Opto-Isolated Inputs/Outputs- Backplane
32 All Ranges
PMC-TTL64-ET
PMC Input/Output
Unbuffered TTL Inputs/Outputs
64 -40º to +85º PMCPIO1
PMC Input/Output
16 Bi-Directional TTL & 16 Solid State Relay 32 All Ranges
PMC-DIO-ETB
PMC Input/Output
24V Opto-Isolated Inputs/Outputs- Backplane
16
-25º to +85º PMC-DIO-ETF
PMC Input/Output
24V Opto-Isolated Inputs/Outputs- Front Panel
16
-25º to +85º VME-2528
VME Input/Output
TTL Inputs/Outputs
128 0º to +55º VME-2510B
VME Input/Output
TTL Inputs/Outputs
64 0º to +55º VME-2532A
VME Input/Output
TTL Inputs/Outputs
32
0º to +55º VME-2534
VME Input/Output
32 High-Voltage Outputs, 32 High-Voltage Inputs, 0-60VDC- Backplane
32 0º to +55º VME-2536
VME Input/Output
32 Opto-Isolated Outputs, 32 Opto-Isolated Inputs, 5-125VDC - Front Panel
32 0º to +60º VME-2540
VME Input/Output
RS-422 Differential w/ Single-Ended TTL Inputs 24 0º to +65º VME-1182
VME Input
Opto-Isolated Inputs- Front Panel
64 0º to +55º VME-1184
VME Input
Opto-Isolated Inputs- Backplane
32 -5º to +70º VME-1111
VME Input
0-66VDC Buffered Inputs with Debounce- Front Panel
64
0º to +55º VME-1128
VME Input
0-66VDC Buffered Inputs-Front Panel
128 0º to +55º VME-1129
VME Input
0-66VDC Buffered Inputs with Debounce- Front Panel
128 0º to +55º VME-1150
VME Input
5-48VDC Opto-Isolated Inputs- Front Panel
64
0º to +55º VME-1160A
VME Input
5-48VDC Opto-Isolated Inputs- Front Panel
32 0º to +55º VME-2128
VME Output
High Voltage Buffered Outputs- Front Panel
128 0º to +55º VME-2120
VME Output
High Voltage Buffered Outputs- Front Panel
64 0º to +55º VME-2131
VME Output
High Current Buffered Outputs- Front Panel
64
0º to +55º VME-2170A
VME Output
32 High Current Opto-Isolated Outputs- Front Panel
32 0º to +55º VME-2210
VME Output
Relay Outputs- Front Panel
64 0º to +55º VME-2232
VME Output
Relay Outputs- Front Panel
32 0º to +55º VME-2533
VME Output
RS422/485 32 0º to +55º product selection guide · summer 2007
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53
i /o & c o m m u n i c a t i o n s
For applications requiring reliable input and output of analog and digital signals, our digital I/O
cards provide a variety of interfaces to connect to special function devices.
DSP-Based I/O
Highly versatile, DSP-based I/O products provide an interface between the cPCI or VME bus and
a flexible array of inputs and outputs.
Form Factor
Inputs
DIO1-6CP
cPCI 6U 16 HLD; 16 TTL Level Discrete; 16 HLD Loopback; 16 Differential Logic DIO1-cPCI-CC
cPCI 3U 8 Bi-Level Optically Coupled DIO1-VME-CC
VME 120 A/D DIO2-cPCI-CC
cPCI 3U 8 TTL Bi-Level Discrete DIO2-VME-CC
VME 2 50-kHz Serial Differential Inputs; 20 High-Level 16-Bit Differential Analog DIO3-cPCI-CC
cPCI 3U 32 0 to 28 Volt Discrete; 4 Analog Frequency; 11 High-Level Single Ended Analog; 28 Low-Level Differential Analog;
2 Frequency Gear Sensor DIO3-VME-CC
VME 32 Analog-to-Digital Converter (ADC) DIO4-cPCI-CC
cPCI 3U 24 Discrete Ground/Open 0 to 28 V; 16 TTL Level Discrete; 16 HLD Loopback Added security for network applications
Network administrators are increasingly
turning to deep packet inspection at full
Gigabit Ethernet line rates. This level of control
is necessary to manage traffic flow and security, and the Cavium OCTEON™ is the processor
of choice for these demanding high speed
applications, including network
address translation.
With our single width AdvancedMC ™ module,
you can create content-aware applications
in one MicroTCA™ slot or AdvancedTCA®
bay. This allows you to quickly build devices
such as Session Border Controllers, Media
Gateways, Edge Routers, Firewalls and Video
Services Switches.
The Telum™ NPA-38x4 has a high-end Cavium
Octeon 12-core CN3850-SCP secure communications processor and 512MB of high-speed
DDR2 memory. The Cavium processor
supports dual-issue, five-stage pipeline
and optimized latencies as well as
auto instruction pre-fetching and
advanced data pre-fetching features
to minimize memory delays.
High-speed communications
are enabled by four lanes of GbE
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gefanucembedded.com
(AMC.2 Type 4) to the Fat Pipes Region of the
AdvancedMC connector. For control purposes,
two lanes of GbE are provided to AMC ports 0
and 1 in the Common Options Region.
The Telum NPA-38x4 is a single-width module
available in full-size or mid-size form factor.
It supports multiple configuration options
including four front panel ports of GbE
supporting IEEE 1000BaseT or 1000BaseSX
via small form-factor pluggable (SFP) transceivers, or 4 ports of GbE to the AdvancedMC
connector for rear transition module
(RTM) support.
GE Fanuc Embedded Systems is a
leader in AdvancedMC design
with more
than a dozen modules in production, including
this Cavium-based packet processor which
is deployed in customer applications. This
experience allows us to offer you the comfort
and security you need to make your networks
more secure.
Outputs
Bidirectional
Temp (C)
Cooling
16 Differential Logic; 16 Discrete Ground/Open; 16 TTL Level Discrete; 1 Analog Interface; 8-Channel 10-Bit ADC for
monitoring the power supply secondary voltages -40º to +85º Conduction Cooled 8 Bi-Level Optically Coupled 16 Individually Programmable General Purpose
TTL I/O -40º to +85º Conduction Cooled 104 General Purpose; 8 Software Programmable; 8 High Current None -40º to +85º Conduction Cooled 16 Discrete 300 mA 28 V; 16 Discrete Open Collector Outputs; 32 Discrete Source 28 V; 8 TTL
Bi-Level Discrete; 1 Four Coil Stepper Motor 1 Analog Interface; 8-Channel 10-Bit ADC for
monitoring the power supply secondary voltages -40º to +85º Conduction Cooled 2 50-kHz Serial Differential; 20 High-Level 16-Bit Differential Analog None -40º to +85º Conduction Cooled 6 DC Programmable Analog -10 to +10V; 4 Excitation +/-10 Volt 1 Analog Interface - 8-Channel 10-Bit ADC for
monitoring the power supply secondary voltages -40º to +85º Conduction Cooled 32 General Purpose Outputs; 1 Tone Generator None -40º to +85º Conduction Cooled 16 TTL Level Discrete; 16 Discrete Ground/Open 1 Analog Interface; 8-Channel 10-Bit ADC for
monitoring the power supply secondary voltages -40º to +85º Conduction Cooled Real Time Ethernet Networks
The reason for Ethernet’s unpredictability is
the CSMA/CD bus access procedure (Carrier
Sense Multiple Access with Collision Detection). CSMA/CD is a temperamental mailman
who delivers mail unpredictably, and in the
real-time world of machine control, this kind
of chaos is simply unacceptable. So unless a
true, dedicated connection can be introduced,
Ethernet has no role in real-time networking.
Switches offer real-time operation
Fortunately, there is an innovative way to
overcome this inherent limitation of Ethernet.
It is based on the use of Ethernet switches and
full duplex connections. An Ethernet switch
decides which pathway a data packet takes
from among the many possible paths through
the network, and therefore offers the potential
for control. The secret to real-time Ethernet is
to define an individual ‘network’ for every individual piece of terminal equipment, on which
only that terminal equipment communicates.
By using two cable pairs for each connection, data packets can be sent and received
simultaneously (full duplex operation). In this
configuration, using full duplex and switching,
two pieces of terminal equipment cannot
get in the way of one another, and collisions
involving two or more data transmissions are
impossible (see Figure). The chaotic CSMA/CD
bus access procedure is no longer a factor,
and Ethernet offers a real-time capability,
which makes it suitable for industrial and
defense applications.
For a complete description of this type of
Ethernet network configuration, please
download our white paper which is available
at www.gefanucembedded.com
WAFER ST ORAGE
IP SUBN ET: 192.168.100.1
WAFER ETCH T OOL 1
IP SUBN ET: 192.168.10.1
ETCH CHAMBER 2
(ETCH)
ETCH CHAMBER 1
(ETCH)
TRANSPORT
MODULE
ETHERNET SWI TCH
LAYER-2
ETCH CHAMBER 3
(ETCH)
ETCH CHAMBER 4
(ETCH)
WAFER ETCH T OOL 2
IP SUBN ET: 192.168.90.1
ETHERNET SWI TCH
LAYER-2
WAFER ETCH T OOL 9
IP SUBN ET: 192.168.90.1
ETHERNET SWI TCH
LAYER-2
WORK
STATION 1
WORK
STATION 2
WORK
STATION 3
ETHERNET
SWITCH
LAYER-2
ETHERNET SWIT CH
LAYER-2, LAYER-3
(ROUTER)
ETHERNET SWI TCH
LAYER-2, LAYER-3
(ROUTER)
ETHERNET
SWITCH
LAYER-2
STORAGE
UNIT 1
STORAGE
UNIT 2
i /o & c o m m u n i c a t i o n s
In theory, Ethernet is a great technology for
real-time control networks. It is familiar, it is
ubiquitous and it is cheap. But Ethernet has
a serious drawback: there is no way to know
exactly when a message will be delivered.
Real-time networks have always been based
on the certainty that when instructions are
sent, they will be received and understood in
about one millisecond.
ETHERNET
SWITCH
LAYER-2
STORAGE
UNIT 3
WAFER ST ORAGE
IP SUBN ET: 192.168.100.1
CEO
COO
CTO
EXECUTIVE OFFICES
IP SUBN ET: 192.168.2.1
product selection guide · summer 2007
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55
IndustryPack Modules
IndustryPacks (IPs) and transition modules offer mix and match functionality in a simple-to-use
modular form for demanding applications of all types.
Product Description
IP-1553-STD
IP-16ADC
Single channel MIL-STD-1553B interface with variety of DDC chipset; memory and temperature options Implements 16 single-ended or 8 differential 16-bit analog-to-digital conversion channels IP-488
Provides talker, listener, and controller access to the IEEE-488 instrumentation bus IP-AD16SS
8 channels simultaneously converting 16-bit analog-to-digital conversion; 40 KHz IP-ALTERA-HD50
IP-ALTERA-IP50
IP-ALTERA-TTL
IP with user-programmable Altera FPGA; differential and TTL I/O; with HD50 cable kit IP with user-programmable Altera FPGA; differential and TTL I/O; with ribbon cable kit IP with user-programmable Altera FPGA; TTL I/O; with ribbon cable kit IP-CM302-25-256
Communications IP with 25MHz MC68302 processor and 256K RAM; three TTL serial channels IP-CM302-25-512
Communications IP with 25MHz MC68302 processor and 512K RAM; three TTL serial channels IP-DAC
IP-DIGITAL482
Provides 6 channels of 12-bit digital-to-analog conversion on a single-wide IP 48 channels of TTL-level digital I/O, timers, handshakes; replacement for MC68230-based IPs IP-DIO48-ET
48 TTL level tri-state digital I/O lines with pullups; interrupts; debounce; ESD IP-DRV16-ET
16 opto-isolated high side switches with 48V; 1A capacity; short circuit protection IP-DUALPIT2
32 channels of TTL-level digital I/O, timer I/O, timers, handshakes; replacement for MC68230-based IPs IP-EXTENDEDCAN
IP-MP-SERIAL
IP-MP-SERIAL423
Extended CAN-Bus controller on a single-wide IP Single-wide IP that implements 2 EIA-323/422/485 high-speed synchronous serial ports Single-wide IP that implements 2 EIA-423 high-speed synchronous serial ports IP-NVRAM-2M
Two megabytes of battery-backed SRAM IP-OCTAL-232
8 EIA-232 asynchronous serial ports, each with RXD, TXD, RTS, CTS & GND signals; 3-level FIFOs; 8 general purpose inputs IP-OCTAL-422
8 EIA-422 asynchronous serial ports, each with RXD, TXD & GND signals; 3-level FIFOs; 8 general purpose inputs IP-OCTAL-485
8 EIA-485 asynchronous serial ports, each with DX+, DX- & GND signals; 3-level FIFOs; 4 16-bit timers IP-OCTALPLUS232
8 channels of asynchronous RS232 115 kbaud serial interface; FIFOs; ESD protection IP-OCTALPLUS422
8 channels of asynchronous RS422 460 kbaud serial interface; FIFOs; ESD protection IP-OCTALPLUS485
8 channels of synchronous RS485 2 Mbaud serial interface; FIFOs; ESD protection IP-OCTALPLUSTTL
8 channels of asynchronous TTL level 460 kbaud serial interface; FIFOs; ESD protection IP-OCTPL232-ET
8 channels of asynchronous RS232 115 kbaud serial interface; FIFOs; ESD protection; extended temperature range IP-OCTPL422-ET
8 channels of asynchronous RS422 460 kbaud serial interface; FIFOs; ESD protection; extended temperature range IP-OCTPLTTL-ET
8 channels of asynchronous TTL 460 kbaud serial interface; FIFOs; ESD protection; extended temperature range IP-OPTOAD16BPV1
56
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16 opto isolated, multiplexed 16-bit analog-to-digital channels with gain control 80 KHz; -40º to +85ºC gefanucembedded.com
Product Description
IP-OPTOAV16-ET
Single wide IP with 16 interrupt generating; optically isolated digital inputs; -40º to +85ºC operating; 28V avionics use IP-OPTODA12CH8
8 opto-isolated 12-bit digital-to-analog conversion channels with gain control 70 KHz; -40º to +85ºC IP-OPTODA16CH4
4 opto-isolated 16-bit digital-to-analog conversion channels with gain control 100 KHz; -40º to +85ºC IP-OPTODAQ12-ET
Opto-isolated 12 bit 16 channel multiplexed analog-to-digital conversion; 8 channel digital-to-analog; 80 KHz; -40º to +85ºC IP-OPTOINPUT16C
IP-OPTOIO-8
IP-OPTOOUT-16
IP-PREC-ADC
IP-PWI
IP-QUADRATURE
IP-RELAY
IP-UD
Single-wide IP with 16 interrupt generating; optically isolated digital inputs; -40º to +85ºC operating Single-wide IP with 16 interrupt generating; optically isolated digital inputs; commercial temp Includes 8 optically isolated inputs; 8 optically isolated outputs Single-wide IP with 16 optically isolated digital outputs IndustryPack with precision reference and 12-bit ADC Single-wide IP with 3 pulse width input channels Four quadrature encoder input channels Eight latching form C relays Provides 24 buffered TTL level I/O lines IP-UD-D
Single-wide IP with 24 differential I/O lines and EIA-422 differential interface IP-UD-E
Provides 24 TTL level I/O lines, each with ESD protection circuitry IP-UD-E-48
Provides 48 TTL level I/O lines, each with ESD protection circuitry IP-UD-I
Single-wide IP with 24 buffered TTL level I/O lines; interrupts IP-UD-ID
Single-wide IP with 24 differential I/O lines; EIA-422 interface; interrupts IP-UD-IE
Single-wide IP with 24 TTL level I/O lines with ESD protection circuitry; interrupts IP-UD-IHV-16I80
Single-wide IP with 16 high-voltage inputs; 8 high-voltage outputs; interrupts IP-UD-IHV-8I160
Single-wide IP with 8 high-voltage inputs; 16 high-voltage outputs; interrupts IP-UL-ADC40
XM-1553
40 channels of 12-bit ADC conversion Passive transition module for SBS IP-1553 IndustryPack XM-302-1-3U
Transition module supports IP-CM302 products; 3U front panel XM-302-1-6U
Transition module supports IP-CM302 products; 6U front panel XM-OCTAL
XM-OCTAL-6U-D
XM-OCTAL-6U-RJ8
i /o & c o m m u n i c a t i o n s
IP-OPTOINPUT16
Transition module for IP-OCTAL; supports 2 OCTAL serial modules Octal serial 6U mounting transition module with 25-pin D connectors Octal serial 6U mounting transition module with RJ45 connectors product selection guide · summer 2007
|
57
Serial I/O
GE Fanuc Embedded Systems offers a wide range of multi-channel serial interface boards
for standard bus and expansion architectures such as CompactPCI®, VMEbus, IndustryPack®,
PC•MIP®, and PMC.
Form Factor
Interface
Asynchronous
Synchronous
# Channels
Front I/O
cPCI 6U RS232/422/485 / / 8 / EPMCQ2
PMC RS232/422/485 /
/ 6 / / P-SER
PMC RS232/422/485 / / 12 / / PMC-3211-24F
PMC RS232/422 / / 4 / PMC-422
PMC RS232/422/485 / 8 /
/ 11050-201*
PMC 232/422/V.35 / 4 / /
PMC421
PMC RS232/422/485 / 8 / / PMC423
PMC RS232/422/485 / 16 / / PMC424
PMC RS232/422/485 / 8
/ /
PMC682
PMC RS232/422/485 / 2 / PMC682ISO
PMC RS232/422/485 / 2 / PMCQ1
PMC RS232/422/485 / / 4 VME-6015
VME RS232/422/485 / / 4 COM 2360 DTE/
DCE
/ *RoHS Compliant
Telum NPA-38x4
Security and quality of service issues have caused network administrators to rely increasingly on
deep packet inspection at full Gigabit Ethernet line rates. Telum NPA-38x4 is our high-performance
packet processor AdvancedMC designed for these demanding high-speed applications.
With a single Telum NPA-38x4 module, you can create content-aware applications in one
MicroTCA™ slot or AdvancedTCA® bay. This allows you to quickly build devices such as Session
Border Controllers, Media Gateways, Edge Routers, Firewalls and Video Services Switches, and
gain more control of your wired or wireless networks.
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gefanucembedded.com
Rear I/O
/ / /
Opto-Isolated
Other I/O
GE Fanuc Embedded Systems offers a variety of highly reliable, high-performance I/O solutions
for embedded computing applications.
Notes
MFIO-C6
6U CompactPCI multi-function I/O card with 8 analog inputs, 7 open collector 250mA outputs, 48 LVTTL I/O channels, 5 LVDS output ports, 2 LVDS input ports, 2
10/100BaseT interfaces and 6 serial ports; PowerQUICC II processor; 3 axis accelerometer; air-cooled and conduction-cooled formats available
PMC-ECAN-2
PMCD3
PMC with two CAN 2.0 interfaces Multifunction PMC with Gigabit Ethernet, sync/async serial and IEEE 1394 (Firewire) interfaces; air-cooled and conduction-cooled formats available MicroTCA™
MicroTCA™ inherits a wealth of capabilities
from AdvancedTCA®, its parent specification.
These include fabric-based interconnects
in place of a traditional bus architecture,
carrier-grade redundancy options, IPMIbased management and JTAG, Open Source
software resources, high-speed data transfer
in the 1 GB to 10 GB range, scalability and
serviceability (modular, hot swap capabilities).
The µTCA specification allows for a great deal
of leeway in how µTCA can be implemented,
particularly in regard to levels of redundancy
and in the physical packaging of the system
itself. As a result of this flexibility, µTCA
systems are well suited to many applications
outside the telecom environment.
For example, medical imaging equipment
such as MRI and CT continues to move out
from the hospital setting into clinics and
mobile environments. A small yet extremely
capable architecture like µTCA can be appropriate for these applications, especially in
rural locations and developing countries.
In addition, the communication needs of a
network-connected military force may be
fulfilled by µTCA, particularly in less rigorous
environments such as satellite stations,
WLANs, radar and naval applications like
sonar and shipboard communications
networks. Many of these applications require
high bandwidth and compute density, which
µTCA delivers in a compact, affordable and
field-serviceable package.
The µTCA architecture can also be appropriate in certain industrial environments.
Semiconductor manufacturing, for example,
is conducted in a clean, temperaturecontrolled environment and does not require
rugged computing equipment ­— ideal for
µTCA-based solutions.
The µTCA architecture offers all the capabilities required in a telecom network, and
is thus capable of handling many IT functions. µTCA-based solutions can be applied
to VOIP-based telephony, as well as being
appropriate for other parts of the network
such as Ethernet routers, storage servers and
WLAN applications.
There is little question that µTCA offers
features which simply are not available
in other embedded architectures. With
its significant flexibility in packaging from
“pico” systems all the way up to large rack
mounted arrays, and its use of mezzanine
modules, which are intentionally designed to
be low cost items, it is ‘operating system and
backplane fabric agnostic — a blank slate on
which system designers may draw the new,
exciting systems of the future.
i /o & c o m m u n i c a t i o n s
MicroTCA™ is a new system architecture in
which AdvancedMC ™ cards plug into their
own backplane. System packaging options
range from rack-mounted enclosures all the
way down to tiny “pico” enclosures that are
not much bigger than a laptop. MicroTCA™
(µTCA) systems are self-contained, with their
own power supply and cooling capabilities.
product selection guide · summer 2007
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59
Intelligent I/O
Controllers
GE Fanuc Embedded Systems firmware provides all required support for scanning inputs, updating
outputs, EU and data-type conversions, fault detection, fault isolation, and error reporting.
Function
Processor
RAM (Byte)
VME-9081
SBC running built-in software designed to detect, test, and control a variety of I/O board products.
Typical application is aircraft trainers.
Intel® Ultra Low Voltage Celeron® 650MHz
128MB
VME-9150
SBC running built-in software that is designed to operate multiple IIOCs in parallel.
Typical application is power plant control room simulators.
Intel® Ultra Low Voltage
Celeron® 650MHz
128MB
InfiniBand Switches
InfiniBand® Technology products are ideal for data center applications needing to move large
amounts of data at high speeds. EIS-4024-1U-B, the premier member of our InfiniBand family,
delivers 10 Gb/s speed and design flexibility.
Data Ports
Link Configuration
Chassis
Hot Swappable
Power Supplies
Hot Swappable Fans
Optical Enabled
EIS-4024-1U-B
24 4x rackmount 2 /
/
EIS-4008-1U-B
8 4x rackmount 2 /
/ InfiniBand HCAs
GE Fanuc Embedded Systems offers the advantages of high-speed InfiniBand® Technology to
the world of embedded computing. These Host Channel Adapters (HCAs) are ideal for embedded
applications that need high-speed and low latency.
Form Factor
Ports
Configuration/
Description
Silicon
Interface
Optical Enabled
IB4X-CPCI-2A
6U cPCI front panel, cPCI 3U 2 1x or 4x Mellanox InfiniHost 32/64-bit/66 MHz, 3.3V / IB4X-PCIX-2A
Standard profile PCI-X
2 1x or 4x Mellanox
32/64-bit/133 MHz, 3.3V
/ IB4X-PCIE8-2A
Standard profile PCIe 2 1x or 4x Mellanox 8x PCI Express
/ Fabric Interface
60
Fabric interfaces extend system performance by exploiting high speed serial links between
processors and I/O. StarFabric boards can support multi-board configurations to create AXISenabled multi-computer, high performance signal, image and data processing platforms.
Form Factor
Mezzanine
Rugged Options
Fabric Interfaces
Real Time O/S Support
AXIS Enabled
PMC-StarLite
PMC None 1-3 rugged air-cooled; 4-5 rugged conduction-cooled StarFabric Integrity 5.x, LynxOS 4.x, VxWorks 6.x /
StarSwitch2
6U VME 2 PMC sites 1-3 rugged air-cooled; 4-5 rugged conduction-cooled StarFabric Integrity 5.x, LynxOS 4.x, VxWorks 6.x / |
gefanucembedded.com
Host Interface Options
Other
Reflective Memory, Ethernet,
Embedded (IIOC as slave CPU)
Optional Host Software Support Package (VME/SW-IIOC2) provides extensive software library for use with customer’s simulation software.
Optional Chassis configuration.
Reflective Memory, Ethernet,
Embedded (IIOC as slave CPU)
Optional Host Software Support Package (VME/SW-IIOC2) provides extensive software library for use with customer’s simulation software.
Fibre Channel HBAs
Fibre Channel host bus adapters and supporting software tools provide high sustained
throughput, low latency, and industry standard multi-node connectivity. All Fibre Channel HBAs
are RoHS compliant.
Bit Rate (Gb/s)
Form Factor
Half Duplex Rate (MB/s)
Telum FC2432
4
AMC
Telum FC2312-FF
2
AMC
200
Telum
FC2312-CC*
2
AMC
FC2312-PMC-CC
2
20023-101**
2
Full Duplex Rate (MB/s)
Media
Ports
Fiber
2
400
Fiber
2
200
400
Copper
2
PMC
200
400
Copper
2
PMC
200
400
Fiber
2
* VxWorks, Red Hat Linux, Windows XP/2000/NT, LynxOS software support
** VxWorks, Red Hat Linux, Windows XP/2000/NT, LynxOS software support; dual flash
Reflective Memory
Reflective Memory is used to create a high speed, real time, deterministic network where each
node has a local copy of shared data. Our products are available with fiber optic options at
various baud rates and are designed to support PMC, PCI or VME interfaces.
Bit Rate (Gb/s)
Form Factor
Memory Capacity
OS Support
PCI-5565PIORC
2
PCI
128 MB
W, L, V, S
PMC-5565PIORC
2
PMC
128 MB
W, L, V, S
VME-5565
2
VME
128 MB
W, L, V, S
i /o & c o m m u n i c a t i o n s
Legend: W=Windows NT, L=Linux, V=VXWorks, S=Solaris
Reflective Memory Hub
The ACC-5595 is a managed Reflective Memory hub designed to operate with our 5565 family of Reflective
Memory real-time network products. The ACC-5595 can automatically bypass ports when it detects a loss
of signal or the loss of valid synchronization patterns, allowing the other nodes in the network to remain
operational. Each Reflective Memory hub provides up to 8 ports using small form factor pluggable (SFP)
transceivers, and hub assemblies can be cascaded, up to a maximum of 256 nodes.
product selection guide · summer 2007
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61
Storage Controllers
GE Fanuc Embedded Systems storage contoller products allow you to add SCSI capabilities to
a single board computer or a system, and we continue to enhance our cards with features that
meet a range of requirements.
SCSI Interface
Form Factor
I/O Routing
RAID Support
Ruggedization
PMC-5797
Ultra320
PMC
Front Panel
Level 1 (IM)
Commerical
PMC-USCSI320
Ultra320
PMC
Front Panel
No
Commerical
PMC-USCSI320BP
Ultra320
PMC
Backplane
No
Commerical
PMCUSCSI320BP-CC
Ultra320
PMC
Backplane
No
Conduction Cooled Rugged
On-board Storage
We offer a variety of hard disk adapters and Compact Flash/MicroDrive Host Bus Adapters in the
PMC form factor, including innovative solid state options. We also offer an RoHS compliant Serial
ATA AdvancedMC ™ hard drive module.
Form Factor
Function
Capacity
Ruggedization
Telum 200-SATA
AMC
Serial ATA Disk Drive Module
Up to 160GB Rotating
Up to 64GB Solid State
Commerical
PMC-0247
PMC
Serial ATA Disk Drive Module
Up to 160GB Rotating
Up to 64GB Solid State
Commerical
SDD910
3U VPX
Serial ATA Disk Drive Module
Up to 128GB Rotating
Commercial, Extended Temperature
PMC-243
PMC
IDE Disk Drive Module
Up to 120GB Rotating
Up to 32GB Solid State
Commerical
PMC-244
PMC
CompactFlash/MicroDrive Host Adapter
Up to 4GB
Commerical
PMC-245
PMC
CompactFlash/MicroDrive Host Adapter
Up to 8GB
Commerical
PMCF3
PMC
CompactFlash/MicroDrive Host Adapter
Up to 6 GB
Commercial, Extended Temperature, Air
Cooled Rugged, Conduction Cooled Rugged RMCD
Rugged
External Drive
Rugged memory card drive
for use in a variety of military vehicles
II, or III; Slot 2: 1 Type I or II, Slot 1: 1 Type I
Rugged
VME-5740
VME
2 SCSI SCA hard drives
6U VME
Commercial
VME-7469
VME
VMEbus IDE CD ROM or DVD Drive with optional
disk drive, SATA drive or CompactFlash
Up to 160 GB Rotating / Up to 20 GB Solid State
Up to 4 GB CompactFlash
Commerical
Telum GPSTC-AMC
Our GPS clock AdvancedMC ™ derives a clock signal from the Global Positioning System. This module is
particularly useful for telecom network edge applications where there is no access to an accurate clock. It
provides a highly stable 30.72 MHz clock output that is phase aligned to the GPS-derived 1 PPS input. This
provides extremely precise, highly reliable clock synchronization for applications such as WiMAX base stations.
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Telemetry Systems
GE Fanuc Embedded Systems is a premiere supplier of integrated, ground-based telemetry
systems for missile, test range, laboratory, and flight test environments. These system solutions
transmit data captured by instrumentation and measuring devices to remote stations where it is
recorded and analyzed.
Software
Features & Benefits
MDC
/ Allows DDR users to monitor and control several DDR channels from one central location. DDR channels can be claimed by an MDC master and can have
all DDR functions controlled remotely from that MDC master. The MDC software eliminates the need to man each DDR at every site, allowing one user to
control individual DDR channels or groups of channels remotely across a network. RCI
/ A program designed to receive messages over a network that triggers predetermined sequences of instructions. RCI can assist in a myriad of situations:
running demos, performing maintenance on systems from a remote location, or performing repetitive tasks that users were formerly forced to do by hand. WAN DS3/E3 Interfaces
Our DS3/E3 products support clear channel, fractional and channelized T3/E3 networking
applications. Supported protocols include HDLC, ATM, and TDM. The line includes high-end
adapters for line-rate constant small packet transfers, and cost effective adapters for access/
edge applications. Drivers and Driver Development Kit are available.
Interface
Form Factor
Protocol
# Full
Duplex Ports
Product Description
Drivers
Telum 1001-DE
DS3/E3 AMC ATM 1 4MB Local SAR Memory, Local CSU/DSU D, L WANic 1001-DE
DS3/E3 cPCI ATM 1 2/4 MB Local SAR Memory, Programmable interface D, L, V, *
WANic 1001-DEM
DS3/E3 PCI ATM 1 ATM DS3/E3 Monitoring Adapter Legend: L=Linux, V=VXWorks, D=Driver Development Kit (DDK), *=planned
WAN T1/E1/J1
Interfaces
Our T1/E1/J1 products offer multiple application-specific features for cost effective telecom
solutions. Supported protocols include HDLC, ATM, and IMA. The product line features linecompliant interfaces, a variety of data processing modes, and local CSU/DSU network line
management subsystems. Drivers and Driver Development Kit are available.
Form Factor
Protocol
# Full
Duplex Ports
Product Description
Drivers
MAXIM 1004-TEJ
T1/E1/J1 PMC ATM/IMA 4 Support for IMA, Programmable interface D, L, V, * Telum 624/
628-TEJ
T1/E1/J1 AMC HDLC 4/8 128/256 DSO Channels, Local CSU/DSU D, L WANic 604/
608-E1P32
E1 PCI HDLC 4/8 Local CSU/DSU, Clear channel access, DSX interface 2, D, L, V, W WANic 604/
608-T1P32
T1 PCI HDLC 4/8 Local CSU/DSU, Clear channel access, DSX interface 2, D, L, V, W i /o & c o m m u n i c a t i o n s
Interface
Legend: L=Linux, 2=Windows 2000, W=Windows NT, V=VXWorks, D=Driver Development Kit (DDK), *=planned
product selection guide · summer 2007
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63
WAN OC-3/OC-12
Interfaces
GE Fanuc Embedded Systems offers a range of ATM interface product solutions for PCI, cPCI,
and AdvancedTCA/AMC/MicroTCA system applications. This product line is complemented by an
array of drivers and a comprehensive DDK to facilitate product integration.
Interface
Form
Factor
Protocol
# Full
Duplex Ports
Product Description
Drivers
MAXIM 1001-O3M
OC-3 PMC ATM 1 Multi-Mode Optics, 2/4 MB Local SAR Memory D, L, V, * MAXIM 1001-O3S
OC-3 PMC ATM 1 Single Mode Optics, 2/4 MB Local SAR Memory D, L, V, *
Telum
1001-O12M1
OC-12 AMC ATM 1 Multi-Mode Optics, 8 MB Local SAR Memory D, L Telum
1001-O12M2
OC-12 AMC ATM 1 Multi-Mode Optics, 8 MB Local SAR Memory,
with Automatic Protection Switching Port (APS) D, L Telum
1001-O12S1
OC-12 AMC ATM 1 Single Mode Optics, 8 MB Local SAR Memory D, L Telum
1001-O12S2
OC-12 AMC ATM 1 Single Mode Optics, 8 MB Local SAR Memory,
with Automatic Protection Switching Port (APS) D, L Telum
1001-O3M1
OC-3 AMC ATM 1 Multi-Mode Optics, 4 MB Local SAR Memory D, L Telum
1001-O3M2
OC-3 AMC ATM 1 Multi-Mode Optics, 4 MB Local SAR Memory,
with Automatic Protection Switching Port (APS) D, L Telum 1001-O3S1
OC-3 AMC ATM 1 Single Mode Optics, 4 MB Local SAR Memory D, L Telum 1001-O3S2
OC-3 AMC ATM 1 Single Mode Optics, 4 MB Local SAR Memory,
with Automatic Protection Switching Port (APS) D, L Telum 1004-O3S
OC-3 AMC ATM 4 Single Mode Optics, 4 MB Local SAR Memory,
with Automatic Protection Switching Port (APS) D, L Telum 1004-O3M
OC-3 AMC ATM 4 Multi-Mode Optics, 4 MB Local SAR Memory,
with Automatic Protection Switching Port (APS) D, L Telum 1204-O3
OC-3/
STM1 AMC ATM 4 Intelligent high-performance multi-service 4-port OC-3 AdvancedMC supporting up to 2
ports of OC-3, or 1 port of GbE and 3 ports of OC-3, or 4 ports of OC-3 L WANic 1001-O3M
OC-3 PCI ATM 1 Multi-Mode Optics, 2/4/8 MB Local SAR Memory D, L, V, *
WANic 1001-O3S
OC-3 PCI ATM 1 Single Mode Optics, 2/4/8 MB Local SAR Memory D, L, V, *
Legend: L=Linux, X=Windows XP, V=VXWorks, D=Driver Development Kit (DDK), *=planned
WANic 608-SE
This multi-port PCI 2.1 compliant WAN adapter provides support for eight full duplex HDLC
interfaces at speeds up to 8 Mbp/s per port. It supports software configurable V.35, EIA-530,
X.21 and RS-232 interfaces. Featuring the H32 controller, the WANic 608-SE supports HDLC
processing on eight T1/E1 clear channel interfaces. A comprehensive Driver Development
Kit is also available, including software drivers, source code and documentation facilitating
the development of custom software, drivers or applications.
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product index
1/2ATRS-0
1/2ATRS-B
1/2ATRS-F
1/2ATRS-S
11050-201
1394B-3CPCI
1553-3CP3
1553-PCI3
1553-PMC3
1ATRL-0
1ATRL-B
1ATRL-F
1ATRL-L
1ATRS-0
1ATRS-B
1ATRS-F
1ATRS-L
20023-101
2123A
2131
2132
3/4ATRS-0
414
616
618-3
800
810
820
830
8
8
8
8
58
49
38
38
38
8
8
8
8
8
8
8
8
61
44
44
44
8
43
43
43
43
43
43
43
A
A429-cPCI3U
A429-PC
A429-PCI
A429-PCI2
A429-PCMCIA2
A429-PMC
A429-V2
ABI-cPCI3U2
ABI-cPCI3U2-WMUX-2
ABI-cPCI6U
ABI-PC104-2
ABI-PC3
ABI-PC3-WMUX-1
ABI-PCI
ABI-PCI-WMUX-1
ABI-PCMCIA2 (PCM2)
ABI-PMC2
ABI-PMC2-WMUX
ABI-V5
ABI-V6-1/2
ABI-V6-3/4
ABI-V6-WMUX
ABI-V6CC
ACC-5595
ADEPT104
ADEPT33
ADEPT36
ADEPT60
ADEPT64
AdvancedTCA-7820
AFDX-E1000 Series
AIM12
ARINC 615 Data Loader
ASF-cPCI3U2
ASF-cPCI6U
ASF-PC104-2
ASF-PC3
ASF-PCI
ASF-PCMCIA2 (PCM2)
ASF-PMC2
66
|
product index
35
35
35
35
35
35
35
38
36
38
38
38
36
38
36
38
38
36
38
38
38
36
38
61
17
17
17
17
17
23
34
17
34
38
38
38
38
38
38
38
ASF-V6-1/2
ASF-V6-3/4
ASF-V6CC
AT-AMC1
AT-AMC2
AVC-cPCI 3000
AVC-cPCI 3001
AVC-cPCI 3002
AVC-cPCI 3003
AVC-cPCI 3004
AVC-cPCI 3005
AVC-cPCI 3006
AVC-cPCI 3007
AVC-cPCI 3008
AVC-cPCI 3009
AVC-VME 6000
AVC-VME 6001
AVC-VME 6002
AVC-VME 6003
AVC-VME 6004
AVC-VME 6005
AVC-VME 6009
AXISFlow
AXISLib-RSPL
AXISLib-VSIPL
AXISPro
AXISView
38
38
38
45
45
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
28
28
28
28
28
B
Balefire
BCT4-AMC1
BIO-1
BIO-4
BusTools/1553
BusTools/AFDX
BusTools/ARINC
14
52
46
46
37
37
37
C
C1ATRL
C1ATRS
C2K
C3/4ATRL
C7057RC
CAR-3CCPMC1
CEI-220
CEI-420A
CEI-430
CEI-500
CEI-520/520A
CEI-600
CEI-620
CEI-715
CEI-820
CEI-820TX
CEI-830
CK5
CL9
CNIC-A2P
CNIC-A2P3
CNIC-A2PF
CNIC-A2PX
COM 2360 DTE/DCE
CORE-1553 (CFM-1553)
CORE-1553 (CMS-1553)
CORE-1553 (CRT-1553)
CORE-1553 (K-1553-FM)
CORE-1553 (K-1553-R)
CP-613
CP-620-5V
CP-640
8
8
20
8
20
46
35
35
35
35
35
35
35
35
35
35
35
20
20
34
34
34
34
58
36
36
36
36
36
46
46
46
CP-640-3
CP-641
CP11
CP236
CP237
CP238
CP3-GESW-TM10
CP3-GESW8-TM8
CP3-QUAD100TX
CP6-GESW-TM24
CP9
CPCI-100A-BP
CPCI-100A-FP
CPCI-200A-FP
CPCI-200B-BP
CPCI-7055RC
CPCI-7506
CPCI-7806
CPCI-7808
CPMC1
CR11
CR3
CR4
CR5
CR9
CSC - 3U
CSC - 6U
CT11
CT9
CV1
46
46
20
46
46
46
51
51
48
51
20
46
46
46
46
20
20
20
20
46
20
20
20
20
20
12
12
20
20
20
D
daqNet
daqNET Acoustic Data
Conversion System
daqPC
DB0-PCI-PCI
DB0-PCI-PMC
DB0-PMC-PMC
DCPMC
DCPMC64
DDR-200
DDR-1000
DDR-1500
DDR-2000
DDR-2001
DIO1-6CP
DIO1-cPCI-CC
DIO1-VME-CC
DIO2-cPCI-CC
DIO2-VME-CC
DIO3-cPCI-CC
DIO3-VME-CC
DIO4-cPCI-CC
DisplayPac-OPR-12
DisplayPac-OPR-15
DisplayPac-OPR-17
DisplayPac-OPR-19
DisplayPac-PPCR
DPMCC
DSC-200-BNC
DSC-200-DSUB
DSC-200-HV
DSC-240-ICP
DSC-250 Thermocouple
DSC-280-FD
DSC-290
DSC-1000-5B
DSC-1000.NET
DSC-1000-RCT
DSC-1110
30
30
30
43
43
43
46
46
17
17
17
17
17
54
54
54
54
54
54
54
54
10
10
10
10
10
46
16
16
16
16
16
16
16
16
17
16
16
DSC-1150
DSC-1210
DSC-2000.NET
DSC-2210
DSC-2220
DSC-2240
DSC-2320
DSC-2330
DSC-2610
DSC-3000
DSP230
DSS-160
DSS-660
16
16
17
16
16
16
16
16
16
16
29
16
16
E
EIS-4008-1U-B
EIS-4024-1U-B
EmPower EP1A
EmPower EP2A
EmPower PrPMCQ2
EPMC-1553
EPMCQ2
ES10
ES20
ES5
60
60
24
24
25
38
58
14
14
14
F
FC2312-PMC-CC
FlightCORE-1553 (FC-GSK)
FlightCORE-1553 (FC-SMF)
FUSION60
61
36
36
17
G
G2 Graphics PMC Module
G2 Riser Modules
G4DSP-XD3
GRA110
42
42
29
42
I
IB4X-CPCI-2A
IB4X-PCIE8-2A
IB4X-PCIX-2A
ICS-110BL
ICS-115A
ICS-121
ICS-130
ICS-141
ICS-150B
ICS-500 R/T
ICS-554
ICS-564
ICS-572
ICS-610
ICS-625B
ICS-645B
ICS-645D
ICS-660B
ICS-710
ICS-725
ICS-1580
ICS-1745
ICS-7002
ICS-7003
ICS-8145
ICS-8500
ICS-8550
ICS-8552B
60
60
60
30
30
30
30
30
31
30
31
31
31
30
30
30
30
31
30
30
31
30
46
46
30
30
31
31
ICS-8554D
IMP16
IMP1A-571 Blade
IMPCC1
Intelligence IPC
INTraXtreme IXT2B
IP-1553-STD
IP-16ADC
IP-232-8
IP-422485-8
IP-429HD
IP-488
IP-561A
IP-708
IP-717
IP-AD16SS
IP-ALTERA-HD50
IP-ALTERA-IP50
IP-ALTERA-TTL
IP-CM302-25-256
IP-CM302-25-512
IP-D1553
IP-DAC
IP-DIGITAL482
IP-DIO48-ET
IP-DRV16-ET
IP-DUALPIT2
IP-EXTENDEDCAN
IP-MP-SERIAL
IP-MP-SERIAL423
IP-NVRAM-2M
IP-OCTAL-232
IP-OCTAL-422
IP-OCTAL-485
IP-OCTALPLUS232
IP-OCTALPLUS422
IP-OCTALPLUS485
IP-OCTALPLUSTTL
IP-OCTPL232-ET
IP-OCTPL422-ET
IP-OCTPLTTL-ET
IP-OPTOAD16BPV1
IP-OPTOAV16-ET
IP-OPTODA12CH8
IP-OPTODA16CH4
IP-OPTODAQ12-ET
IP-OPTOINPUT16
IP-OPTOINPUT16C
IP-OPTOIO-8
IP-OPTOOUT-16
IP-PREC-ADC
IP-PWI
IP-QUADRATURE
IP-RELAY
IP-UD
IP-UD-D
IP-UD-E
IP-UD-E-48
IP-UD-I
IP-UD-ID
IP-UD-IE
IP-UD-IHV-16I80
IP-UD-IHV-8I160
IP-UL-ADC40
ISA-1553
31
17
31
46
10
22
56
56
34
34
35
56
34
34
34
56
56
56
56
56
56
38
56
56
56
56
56
56
56
56
56
56
56
56
56
56
56
56
56
56
56
56
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
39
L
LV-1553
39
M
MAC - VME
MAC - VXI
MAGIC1
MAXIM 1001-O3M
MAXIM 1001-O3S
MAXIM 1004-TEJ
MDC
Memory Blade
MFIO-C6
MPAC-10
35
35
6
64
64
63
63
31
59
10
N
Nd-M17-KB
Nd60501
Nd61400 / Nd61220
NETernity™ CP3-GESW8
NETernity™ CP3-GESW8N
NETernity™ CP3-GESW12M3
NETernity™ CP3-GESW12M3N
NETernity™ CP3-GESW12M3R
NETernity™ CP6-GESW24M3
NETernity™ CP6-GESW24M3N
NETernity™ CP6-GESW24M3R
NETernity™ CP921RC
NETernity™ CP940
NETernity™ CP941
NETernity™ CP945FP-12
NETernity™ CP948
NETernity™ CPX24
NETernity™ GBX16
NETernity™ GBX410
NETernity™ PMC941
NETernity™ PMC941FX
NETernity™ PMC942
NETernity™ PMCE4R
NETernity™ RM921
NETernity™ RM922RC
NETernity™ RM940
NETernity™ RM941
NETernity™ RM942
NETernity™ RM943/.10
NETernity™ RM945FP-12
NETernity™ RM947IND
NETernity™ RM948
NEXUS Forte
NEXUS Quattro
14
14
14
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
51
51
51
29
29
O
Octegra3
Open Frame Computers
Open Frame Monitors
OS-PR107
42
10
14
44
P
P0CC1
P-10SF
P-708
P-SER
PA-100
PAC-MMS
PAC-Xscale
PAC-Xscale-12
PAC-Xscale-12-HZ
PAC-Xscale-HZ
Panel C
PASS 3200
PC7
PCC-D1553
46
39
34
58
35
10
13
13
10
10
10
37
24
39
PCCARD-1553
PCI-40B
PCI-40B-R
PCI-5565PIORC
PCI-60A-8/32
PCIE-AMC-7S
PCIE-PCIX-7S
PCIE-PCIX-7S-LP
PEX430
PIO-2 PMC-0247
PMC237
PMC-243
PMC-244
PMC-245
PMC239/F
PMC421
PMC-422
PMC423
PMC424
PMC494
PMC571
PMC610
PMC610J4
PMC613FX
PMC615
PMC618
PMC673
PMC673TX
PMC675
PMC676
PMC676TX
PMC677
PMC677TX
PMC682
PMC682/E
PMC682ISO
PMC695
PMC695TX
PMC696
PMC696TX
PMC721TX
PMC1553E
PMC-3211-24F
PMC-5565PIORC
PMC-5797
PMC-AD16-ETB
PMC-AUDIO-BP
PMC-AUDIO-CC
PMC-AUDIO-FP
PMCD3
PMC-DA16-ETB
PMC-DIO-ETB PMC-DIO-ETF PMC-ECAN-2
PMCF3
PMCGA3
PMCGA4
PMC-GBIT-DT2BP
PMC-GBIT-DT2CC
PMC-MMSI
PMCPIO1
PMCQ1
PMC-StarLite
PMC-TTL64-ET PMC-USCSI320
PMC-USCSI320BP
PMC-USCSI320BP-CC
PMC-VIDEOPLUS
PowerPact3 IMP1A
PowerPact3 IMP2A
PowerPact3 IMPCC2
PowerPact6 CP1A
39
46
46
61
46
44
44
44
47
53
62
47
62
62
62
47
58
58
58
58
48
31
48
48
48
48
48
48
48
48
48
48
48
48
58
48
58
48
48
48
48
25
39
58
61
62
52
42
42
42
59
52
53
53
59
62
42
42
48
48
39
53
58
60
53
62
62
62
42
20
20
20
20
PowerPC DSP Blade
PowerXpress PPC8A
PowerXtreme PPC4A
PowerXtreme PPC7A
PowerXtreme PPC7D
PowerXtreme PPC9A
PP-600
PPC8A-572 Blade
PSL09
31
24
24
24
24
24
47
31
25
Q
Q104-1553
QCP-1553
QPCI-1553
QPM-1553
QPMC-1553
QVME-1553
QVXI-1553
39
39
39
39
39
39
39
R
RC
RCBC03 F3CD 1G
RCBC03 F3CD 2G
RCC
RCCC03 F6VD 1G
RCFA17 R6xA 1G
RCFC07 F6VA 1G
RCFC08 A6VD 1G
RCFC12 A6VA 1G
RCH
RCI
RCOM05
RCOM05-ATR-6V
RCOM06
RCOM10
RDS10
RDS5
RES-110
RM610
RM666FX
RM675
RM675TX
RM676
RM676TX
RM677
RM677TX
RMCD
ROC
RT4-001CPCI
8
8
8
8
8
8
8
8
8
8
63
9
9
9
9
12
12
7
48
48
48
48
48
48
48
48
62
6
9
S
SC
SCC
SCC484TXXX
SCC784TXXX
SCM
SDD910
SE0
SE1
SealTouch-15
Sentinel-10
Sentinel Series
Sentiris S4110
Standard 19" Cages
StarSwitch2
product index
12
12
12
12
12
62
22
42
10
14
14
42
12
60
|
67
T
V
Talon 8400
Telum 200-SATA
Telum 624/628-TEJ
Telum 1001-DE
Telum 1001-O3M1
Telum 1001-O3M2
Telum 1001-O3S1
Telum 1001-O3S2
Telum 1001-O12M1
Telum 1001-O12M2
Telum 1001-O12S1
Telum 1001-O12S2
Telum 1004-O3M
Telum 1004-O3S
Telum 1204-O3
Telum 2001-VGA
Telum ASLP10
Telum FC2312-CC
Telum FC2312-FF
Telum FC2432
Telum GE-QT
Telum GPSTC-AMC
Telum NPA-38x4
ThinView-WN-RM
TI C64 DSP Blade
TM-683
TPMCC
TRCP940
TRCP9XXRC
TRCP9XXRC-5
TRCP9XXRC-12
TRRM922RC
TRRM940
TS-MPEG-4 Bundle
TS-RS-170 Video Capture PMC
68
|
product index
24
62
63
63
64
64
64
64
64
64
64
64
64
64
64
42
22
61
61
61
48
62
58
14
31
47
47
51
51
51
51
51
51
42
42
V2S
V4DSP
V5D
V7809RC
V7865
VAMP-LMV10
VAMP-SlimVista
VAMP-WN Series
VDB30
VD-FOE
VG5
VIM2
VIPC326-ET6U
VIPC327-ET6U
VIPC626-ET
VIPC627-ET
VIPC628-ET
VIPC664-ET
VIPC8243
VIPC8244
VME-1111 VME-1128 VME-1129 VME-1150 VME-1160A VME-1182 VME-1184 VME-1553
VME-2120 VME-2128 VME-2131 VME-2170A VME-2210 VME-2232 VME-2510B 24
29
22
22
22
14
14
14
17
48
24
42
47
47
47
47
47
47
47
47
53
53
53
53
53
53
53
39
53
53
53
53
53
53
53
VME-2528 VME-2532A VME-2533 VME-2534 VME-2536 VME-2540 VME-3113A
VME-3122
VME-3123
VME-3128
VME-4116
VME-4120
VME-4132
VME-4140
VME-4145
VME-4514A
VME-5504L
VME-5531L
VME-5532L
VME-5565
VME-5740
VME-6015
VME-7050
VME-7469
VME-7700RC
VME-7805
VME-7807
VME-7810
VME-7851
VME-9081
VME-9150
VP9
VPXcel3 SBC340
VPXtreme3 SBC330
VPXtreme6 SBC610
VQG4 PowerPC VME
VR9
53
53
53
53
53
53
52
52
52
52
52
52
52
52
52
52
44
44
44
61
62
58
24
62
22
22
22
22
22
60
60
22
23
24
24
29
22
W
WANic 604/608-E1P32
WANic 604/608-T1P32
WANic 608-SE
WANic 1001-DE
WANic 1001-DEM
WANic 1001-O3M
WANic 1001-O3S
Wolverine
63
63
64
63
63
64
64
10
X
XD-FOE
Xilinx FPGA Blade
XM-302-1-3U
XM-302-1-6U
XM-664-60
XM-664-80
XM-1553
XM-OCTAL
XM-OCTAL-6U-D
XM-OCTAL-6U-RJ8
XtraPower PPCM1
XtraPower PPCM2
48
31
57
57
47
47
57
57
57
57
24
24
GE Fanuc Automation & CNC
In addition to the products featured in this
catalog, GE Fanuc offers a separate and
equally stellar set of industrial automation
solutions. For over two decades, GE Fanuc
Automation has focused on incorporating
high-end computing power into the
manufacturing operations of our customers.
The computing power we deliver helps our
customers to become more successful on the
factory floor and in the boardroom.
We provide hardware and software tools
which are used in applications ranging from
aerospace manufacturing to wastewater
treatment. We design, manufacture, implement
and support these products, which range from
high speed, highly secure industrial network
elements to the latest CNC technologies.
Our product selection includes highly evolved
software suites for HMI/SCADA, process
control, production management and asset
management. In addition, we provide the
associated controller hardware, I/O, motion
control solutions and operator interfaces with
their bundled software and programming tools.
Customers facing manufacturing challenges
will find us to be a highly responsive solution
provider with a complete offering of hardware,
software and services which can provide a
distinct competitive advantage. GE Fanuc
combines industry leading product breadth
with award winning service to provide our
customers with the most comprehensive
solution set available. For more information
visit www.gefanuc.com
product index
|
69
GE Fanuc Embedded Systems
Headquarters
2500 Austin Drive
Charlottesville, VA 22911 USA
Phone: 1 800 GE FANUC
Email: info@gefanucembedded.com
© 2007 GE Fanuc Embedded Systems, Inc. All rights reserved.
All other brands or names are property of their respective holders.
GE Fanuc Embedded Systems has sales
offices throughout the world. To find sales
and support in your area, visit our web site at
www.gefanucembedded.com
08.07 30M GFA-682
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