Curtiss-Wright / Systran SCRAMNet Datasheet
Artisan Technology Group is your source for quality
new and certified-used/pre-owned equipment
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DELIVERY
• TENS OF THOUSANDS OF
IN-STOCK ITEMS
• EQUIPMENT DEMOS
• HUNDREDS OF
MANUFACTURERS
SUPPORTED
• LEASING/MONTHLY
RENTALS
• ITAR CERTIFIED
SECURE ASSET SOLUTIONS
SERVICE CENTER REPAIRS
Experienced engineers and technicians on staff
at our full-service, in-house repair center
WE BUY USED EQUIPMENT
Sell your excess, underutilized, and idle used equipment
We also offer credit for buy-backs and trade-ins
www.artisantg.com/WeBuyEquipment
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SM
Remotely inspect equipment before purchasing with
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The Power Within
Product Fact Sheet
SCRAMNet+
SC150 PCI
SC150 VME6U
Hardware Compatibility:
PCI Specification Version 2.0
Hardware Compatibility:
VMEbus Rev. C.3, ANSI/IEEE
Standard 1014-1987
Physical Dimensions: 4.200" x 9.500"
(106.680 mm x 341.300 mm)
SC150e PCI
Hardware Compatibility:
PCI Specification Version 2.0
SC150 Rehostable
Hardware Compatibility: Register/Memory Bus
Physical Dimensions: 3.300" x 4.000"
(83.820 mm x 101.600 mm)
SC150e PMC
Accessories
Hardware Compatibility:
PCI Local Bus Specification,
Rev. 2.1,
CMC IEEE P1386/Draft 2.0
PMC IEEE P1386.1/Draft 2.0
LinkXchange Crossbar Switch
SC150e CPCI
Hardware Compatibility:
PCI Local Bus Specification,
Rev. 2.1, CompactPCI Core
Spec. PICMG 2.0 R3.0
CompactPCI Hot Swap
Spec. PICMG 2.1 R1.0
Physical Dimensions: 6.299" x 3.937"
(160.000 mm x 100.00 mm)
© Copyright 2006, Curtiss-Wright Controls, Inc.,
All Rights Reserved. MKT-FS-SN-051706v2
Physical Dimensions: 6.299" x 9.173"
(160.000 mm x 233.000 mm)
Physical Dimensions: 4.200" x 9.500"
(106.680 mm x 341.300 mm)
Physical Dimensions: 2.913" x 5.866"
(74.000 mm x 149.000 mm)
SCRAMN e t +
w Shared-Memory Communications
w 250 nSec/node Latency
w 16.7 MB/sec Data Throughput
w Coax or Fiber Optic Media Options
w Flexible Memory Size Options
A modular digital switch offering high-speed, low
latency digital switching and media conversion with
support for 2 to 16 SCRAMNet+ connections.
w Single-Slot Solution
-
Fiber Optic Bypass Switch
-
Mechanical switch providing automatic network
reconfigurationand port bypass with only a 15-to-22
millisecond delay in network operations.
w Backplane Support
PCI
PMC
- Rehostable
- VME6U
- CompactPCI ®
SCRAMalyzerTM Network Monitor System
The proven SCRAMNet+ SC150 series is designed to provide
the speed and deterministic performance of shared-memory
while avoiding the data collisions and computer-to-computer
latencies often caused by the complex, time-consuming
layers of software and hardware protocols used in typical
networking systems. Although standard networks may offer
sufficient data transfer rates between boards for some realtime systems, they are unable to match the superior host-toboard communication achieved by the SCRAMNet+
Network’s shared-memory architecture.
In critical real-time systems, computer-tocomputer data latency is dependent on
two factors: network speed and, more
importantly, data throughput between
the host computer and the network node.
The SCRAMNet+ Network’s shared-memory
speed and simplicity insure that communication at
every computer is optimized for minimal data latency.
It virtually guarantees that all computers in the system are
operating simultaneously on the same set of data.
The SCRAMalyzer is a port-able network monitoring
system that provides critical data for easy analysis
of SCRAMNet network performance.
Memory SIMMs, Media Cards and Cables
Additional items are available which allow users
to fully deploy and customize their SCRAMNet+
Network, whether it be memory expansion, media
conversion, or simply connecting the SCRAMNet
nodes. Ask your representative for more details.
For more information on this product or
our other high-integrity computing solutions:
Sales Phone (U.S.): 1-800-252-5601
Sales Phone (Int'l): +1-937-252-5601
Sales Info: sales.cwcembedded.com
Product Info: dayton.cwcembedded.com
www.cwcembedded.com
The SCRAMNet+ Network (Shared Common RAM Network)
was developed to satisfy the demanding real-time requirements
of high-fidelity simulations — but its capabilities extend equally
well to virtually all other distributed real-time applications.
Based upon a replicated shared-memory concept, the
SCRAMNet+ Network is optimized for the high-speed, ultralow-latency transfer of data among many computing platforms
that are all solving portions of the same real-time problem.
Its simplicity and speed are ideally suited for applications
requiring a high degree of synchronization and control.
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com
Features
The newest addition to the SCRAMNet+ Network —
the SC150e — takes full advantage of the speed and
efficiency of today’s computers to dramatically improve
data throughput between SCRAMNet+ memory and the
host computer. The SC150e boards perform memory-tohost transfers at 70 MBytes/sec. — over four times faster
than other shared-memory networks.
To utilize the replicated shared-memory concept,
distributed processes map their global data structures into
the dual-port memory located on each SCRAMNet+ node.
Any time an application process updates a data structure
located in its local SCRAMNet+ memory, the address
and data are immediately (and automatically) broadcast
to all other nodes on the SCRAMNet+ Network. This
automatic data transfer requires no software intervention or
backplane loading, enabling the host computer to provide
more processing resources to the application.
The SCRAMNet+ Network is available with complete
hardware and software support to include optional cabinet
kits, passive bypass switches, network switches, cabling
options, interrupt drivers, and menu-driven diagnostics for
a wide variety of computer and operating systems. New
tools like our SCRAMalyzerTM throughput and monitoring
system make the design, implementation, and analysis of a
SCRAMNet+ Network faster and easier than ever before.
wSCRAMNet+ memory mapping provides an easy way to transmit data. The application simply writes data to SCRAMNet+ memory and the network immediately handles the data exchange. There’s no need for complex communication protocols or additional software.
wA wide variety of different computer systems, bus architectures and operating systems can be connected in a SCRAMNet+ Network. The network will function like a single multiprocessor system, regardless of the computing platforms used.
wNo processor time is required to support network communications. Computing resources can be devoted to application-specific tasks.
wMemory paging allows nodes to isolate specific memory areas and their contents, so that they are available only to selected nodes on the network.
wNo token passing or polling for data is necessary. All nodes may simultaneously offer traffic on the network with no collisions, resulting in extremely low microsecond latency and deterministic operation.
wEvent counter/timer with global reset provides network performance measurement and global time synchronization.
Don’t wrestle with non-deterministic networks and
their complex software requirements. When real-time
performance counts, count on the “on-time every-time”
performance of the SCRAMNet+ Network!
Power Generation Plant Simulators
w Ship Simulators
w Land Vehicle Simulators
w Mission Planning Simulators
w Force-Level Training Simulators
w Virtual Reality Systems
w Location-Based Entertainment Systems
SCRAMNet+ dual-port memory appears on the host
bus as additional host memory. The host reads and
writes data through one port while the network writes
data to memory through a second port. Data written to
memory by the host is automatically transmitted by the
4 MB
Yes
8 MB
Long-link
Fiber
250 nsec. Min.
(up to 3,000 Node Latency
meters)**
* Check with a representative for specific bus specifications.
** PCI and CPCI form factors only.
www.cwcembedded.com
16.7 MB/sec.
Network
Transfer Rate
x
x
x
x
x
x
x
User Defined Interface
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
hardware to all nodes on the network. Insertion and
transmit/receive FIFOs buffer the data flow to avoid the
data collisions often encountered in standard networks.
The SCRAMNet+ Network’s ring topology can be
expanded up to 256 nodes to create a powerful multiprocessor computing sys-tem, with complete host-processor
and operating system independence at each node.
x
Up to 70.0
CompactPCI x
MBytes/sec.
PMC
x
Yellow Dog Linux 2.1
Operating
Humidity:
10% to 90%
(noncondensing)
2 MB
PCI
x
Windows XP
SC150e
Operating
Temperature:
0° to 60° C,
32° to 140° F
Standard
Fiber
(up to 300
meters)
150 Mbit/sec.
Bit Rate
x
VME6U
Rehostable
Electrical:
Universal
+5/3.3 VDC
x
Windows Server
x
Windows NT
x
Windows Me
x
Windows 2000
x
Windows 98
PCI
VxWorks
Long-link
250 nsec. Min.
Fiber
Node Latency
(up to 3,000
meters)
8 MB
Up to 16.7
MBytes/sec.
SuSE Linux
Yes
16.7 MB/sec.
Network
Transfer Rate
Sun Solaris
4 MB
150 Mbit/sec.
Bit Rate
SGI IRIX
2 MB
Standard
Fiber
(up to 300
meters)
I/O Support
Red Hat Linux
1 MB
Memoryto-Host
Transfer
Rate
QNX 6.x (real time platform)
Operating
Humidity:
10% to 90%
(noncondensing)
Coax
(up to 30
meters)
Performance
HP-UX
Operating
Temperature:
0° to 60° C,
32° to 140° F
Interrupts
Memory Available/ Transmission
Sizes
Error
Medium
Detection
Bus Type
SC150
Environmental
Requirements
wData filtering increases the effective throughput on the network by replicating only the portion of SCRAMNet+ memory that has been modified, eliminating unnecessary network traffic.
w
Specifications
Series
Number
wAddress-specific interrupts provide more flexibility in programming, while giving better response to individual data and network requirements.
Applications
x
x
The SCRAMNet+ Network is ideally suited for applications
with critical control loop timing requirements, such as
simulation systems. Each SCRAMNet+ node provides
the high-speed transfer of data between the control and
feedback systems that may be running on many dissimilar
computers in the system. Typical simulation systems include:
w
w
Aircraft Simulators
Missile Simulators
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com
The tight control-feedback loops required by many
instrumentation and control systems demand the low-latency
performance of the SCRAMNet+ Network for accurate, realtime data acquisition and control. SCRAMNet+ provides the
nearly-instantaneous availability of critical data that enables
system evaluation and adjustment in real-time. Typical
instrumentation and control applications include:
w Range and Telemetry Systems
w Flight Test
w Wind Tunnels
w Engine Test Stands
w Robotics
w Particle
Accelerators
w Industrial Process
Control
Features
The newest addition to the SCRAMNet+ Network —
the SC150e — takes full advantage of the speed and
efficiency of today’s computers to dramatically improve
data throughput between SCRAMNet+ memory and the
host computer. The SC150e boards perform memory-tohost transfers at 70 MBytes/sec. — over four times faster
than other shared-memory networks.
To utilize the replicated shared-memory concept,
distributed processes map their global data structures into
the dual-port memory located on each SCRAMNet+ node.
Any time an application process updates a data structure
located in its local SCRAMNet+ memory, the address
and data are immediately (and automatically) broadcast
to all other nodes on the SCRAMNet+ Network. This
automatic data transfer requires no software intervention or
backplane loading, enabling the host computer to provide
more processing resources to the application.
The SCRAMNet+ Network is available with complete
hardware and software support to include optional cabinet
kits, passive bypass switches, network switches, cabling
options, interrupt drivers, and menu-driven diagnostics for
a wide variety of computer and operating systems. New
tools like our SCRAMalyzerTM throughput and monitoring
system make the design, implementation, and analysis of a
SCRAMNet+ Network faster and easier than ever before.
wSCRAMNet+ memory mapping provides an easy way to transmit data. The application simply writes data to SCRAMNet+ memory and the network immediately handles the data exchange. There’s no need for complex communication protocols or additional software.
wA wide variety of different computer systems, bus architectures and operating systems can be connected in a SCRAMNet+ Network. The network will function like a single multiprocessor system, regardless of the computing platforms used.
wNo processor time is required to support network communications. Computing resources can be devoted to application-specific tasks.
wMemory paging allows nodes to isolate specific memory areas and their contents, so that they are available only to selected nodes on the network.
wNo token passing or polling for data is necessary. All nodes may simultaneously offer traffic on the network with no collisions, resulting in extremely low microsecond latency and deterministic operation.
wEvent counter/timer with global reset provides network performance measurement and global time synchronization.
Don’t wrestle with non-deterministic networks and
their complex software requirements. When real-time
performance counts, count on the “on-time every-time”
performance of the SCRAMNet+ Network!
Power Generation Plant Simulators
w Ship Simulators
w Land Vehicle Simulators
w Mission Planning Simulators
w Force-Level Training Simulators
w Virtual Reality Systems
w Location-Based Entertainment Systems
SCRAMNet+ dual-port memory appears on the host
bus as additional host memory. The host reads and
writes data through one port while the network writes
data to memory through a second port. Data written to
memory by the host is automatically transmitted by the
4 MB
Yes
8 MB
Long-link
Fiber
250 nsec. Min.
(up to 3,000 Node Latency
meters)**
* Check with a representative for specific bus specifications.
** PCI and CPCI form factors only.
www.cwcembedded.com
16.7 MB/sec.
Network
Transfer Rate
x
x
x
x
x
x
x
User Defined Interface
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
hardware to all nodes on the network. Insertion and
transmit/receive FIFOs buffer the data flow to avoid the
data collisions often encountered in standard networks.
The SCRAMNet+ Network’s ring topology can be
expanded up to 256 nodes to create a powerful multiprocessor computing sys-tem, with complete host-processor
and operating system independence at each node.
x
Up to 70.0
CompactPCI x
MBytes/sec.
PMC
x
Yellow Dog Linux 2.1
Operating
Humidity:
10% to 90%
(noncondensing)
2 MB
PCI
x
Windows XP
SC150e
Operating
Temperature:
0° to 60° C,
32° to 140° F
Standard
Fiber
(up to 300
meters)
150 Mbit/sec.
Bit Rate
x
VME6U
Rehostable
Electrical:
Universal
+5/3.3 VDC
x
Windows Server
x
Windows NT
x
Windows Me
x
Windows 2000
x
Windows 98
PCI
VxWorks
Long-link
250 nsec. Min.
Fiber
Node Latency
(up to 3,000
meters)
8 MB
Up to 16.7
MBytes/sec.
SuSE Linux
Yes
16.7 MB/sec.
Network
Transfer Rate
Sun Solaris
4 MB
150 Mbit/sec.
Bit Rate
SGI IRIX
2 MB
Standard
Fiber
(up to 300
meters)
I/O Support
Red Hat Linux
1 MB
Memoryto-Host
Transfer
Rate
QNX 6.x (real time platform)
Operating
Humidity:
10% to 90%
(noncondensing)
Coax
(up to 30
meters)
Performance
HP-UX
Operating
Temperature:
0° to 60° C,
32° to 140° F
Interrupts
Memory Available/ Transmission
Sizes
Error
Medium
Detection
Bus Type
SC150
Environmental
Requirements
wData filtering increases the effective throughput on the network by replicating only the portion of SCRAMNet+ memory that has been modified, eliminating unnecessary network traffic.
w
Specifications
Series
Number
wAddress-specific interrupts provide more flexibility in programming, while giving better response to individual data and network requirements.
Applications
x
x
The SCRAMNet+ Network is ideally suited for applications
with critical control loop timing requirements, such as
simulation systems. Each SCRAMNet+ node provides
the high-speed transfer of data between the control and
feedback systems that may be running on many dissimilar
computers in the system. Typical simulation systems include:
w
w
Aircraft Simulators
Missile Simulators
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com
The tight control-feedback loops required by many
instrumentation and control systems demand the low-latency
performance of the SCRAMNet+ Network for accurate, realtime data acquisition and control. SCRAMNet+ provides the
nearly-instantaneous availability of critical data that enables
system evaluation and adjustment in real-time. Typical
instrumentation and control applications include:
w Range and Telemetry Systems
w Flight Test
w Wind Tunnels
w Engine Test Stands
w Robotics
w Particle
Accelerators
w Industrial Process
Control
The Power Within
Product Fact Sheet
SCRAMNet+
SC150 PCI
SC150 VME6U
Hardware Compatibility:
PCI Specification Version 2.0
Hardware Compatibility:
VMEbus Rev. C.3, ANSI/IEEE
Standard 1014-1987
Physical Dimensions: 4.200" x 9.500"
(106.680 mm x 341.300 mm)
SC150e PCI
Hardware Compatibility:
PCI Specification Version 2.0
SC150 Rehostable
Hardware Compatibility: Register/Memory Bus
Physical Dimensions: 3.300" x 4.000"
(83.820 mm x 101.600 mm)
SC150e PMC
Accessories
Hardware Compatibility:
PCI Local Bus Specification,
Rev. 2.1,
CMC IEEE P1386/Draft 2.0
PMC IEEE P1386.1/Draft 2.0
LinkXchange Crossbar Switch
SC150e CPCI
Hardware Compatibility:
PCI Local Bus Specification,
Rev. 2.1, CompactPCI Core
Spec. PICMG 2.0 R3.0
CompactPCI Hot Swap
Spec. PICMG 2.1 R1.0
Physical Dimensions: 6.299" x 3.937"
(160.000 mm x 100.00 mm)
© Copyright 2006, Curtiss-Wright Controls, Inc.,
All Rights Reserved. MKT-FS-SN-051706v2
Physical Dimensions: 6.299" x 9.173"
(160.000 mm x 233.000 mm)
Physical Dimensions: 4.200" x 9.500"
(106.680 mm x 341.300 mm)
Physical Dimensions: 2.913" x 5.866"
(74.000 mm x 149.000 mm)
SCRAMN e t +
w Shared-Memory Communications
w 250 nSec/node Latency
w 16.7 MB/sec Data Throughput
w Coax or Fiber Optic Media Options
w Flexible Memory Size Options
A modular digital switch offering high-speed, low
latency digital switching and media conversion with
support for 2 to 16 SCRAMNet+ connections.
w Single-Slot Solution
-
Fiber Optic Bypass Switch
-
Mechanical switch providing automatic network
reconfigurationand port bypass with only a 15-to-22
millisecond delay in network operations.
w Backplane Support
PCI
PMC
- Rehostable
- VME6U
- CompactPCI ®
SCRAMalyzerTM Network Monitor System
The proven SCRAMNet+ SC150 series is designed to provide
the speed and deterministic performance of shared-memory
while avoiding the data collisions and computer-to-computer
latencies often caused by the complex, time-consuming
layers of software and hardware protocols used in typical
networking systems. Although standard networks may offer
sufficient data transfer rates between boards for some realtime systems, they are unable to match the superior host-toboard communication achieved by the SCRAMNet+
Network’s shared-memory architecture.
In critical real-time systems, computer-tocomputer data latency is dependent on
two factors: network speed and, more
importantly, data throughput between
the host computer and the network node.
The SCRAMNet+ Network’s shared-memory
speed and simplicity insure that communication at
every computer is optimized for minimal data latency.
It virtually guarantees that all computers in the system are
operating simultaneously on the same set of data.
The SCRAMalyzer is a port-able network monitoring
system that provides critical data for easy analysis
of SCRAMNet network performance.
Memory SIMMs, Media Cards and Cables
Additional items are available which allow users
to fully deploy and customize their SCRAMNet+
Network, whether it be memory expansion, media
conversion, or simply connecting the SCRAMNet
nodes. Ask your representative for more details.
For more information on this product or
our other high-integrity computing solutions:
Sales Phone (U.S.): 1-800-252-5601
Sales Phone (Int'l): +1-937-252-5601
Sales Info: sales.cwcembedded.com
Product Info: dayton.cwcembedded.com
www.cwcembedded.com
The SCRAMNet+ Network (Shared Common RAM Network)
was developed to satisfy the demanding real-time requirements
of high-fidelity simulations — but its capabilities extend equally
well to virtually all other distributed real-time applications.
Based upon a replicated shared-memory concept, the
SCRAMNet+ Network is optimized for the high-speed, ultralow-latency transfer of data among many computing platforms
that are all solving portions of the same real-time problem.
Its simplicity and speed are ideally suited for applications
requiring a high degree of synchronization and control.
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com
Artisan Technology Group is your source for quality
new and certified-used/pre-owned equipment
• FAST SHIPPING AND
DELIVERY
• TENS OF THOUSANDS OF
IN-STOCK ITEMS
• EQUIPMENT DEMOS
• HUNDREDS OF
MANUFACTURERS
SUPPORTED
• LEASING/MONTHLY
RENTALS
• ITAR CERTIFIED
SECURE ASSET SOLUTIONS
SERVICE CENTER REPAIRS
Experienced engineers and technicians on staff
at our full-service, in-house repair center
WE BUY USED EQUIPMENT
Sell your excess, underutilized, and idle used equipment
We also offer credit for buy-backs and trade-ins
www.artisantg.com/WeBuyEquipment
InstraView REMOTE INSPECTION
LOOKING FOR MORE INFORMATION?
Visit us on the web at www.artisantg.com for more
information on price quotations, drivers, technical
specifications, manuals, and documentation
SM
Remotely inspect equipment before purchasing with
our interactive website at www.instraview.com
Contact us: (888) 88-SOURCE | [email protected] | www.artisantg.com
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