Xedge 664X Chassis
Xedge 664X Chassis
High Density 16-Slot
Chassis Systems
for MultiService
Applications
Figure 1: Xedge 6640/6645 Chassis Systems
INTRODUCTION
FEATURES & BENEFITS
The Xedge 6640 and Xedge 6645 chassis are modular high
density chassis systems that allow full redundancy by
employing main and standby slot-0 controllers, main and
standby switch fabric, and backup power supplies.
•
Installs in a standard 19-inch rack or cabinet.
•
Accepts one or two (redundant) switch fabric modules
•
Accepts one or two (redundant) slot-0 slot controllers, and
accepts up to six additional slot controllers
The front panel provides easy installation for one or two
Xedge switch fabric modules and up to seven Xedge slot
controllers of any type:
•
Supports input and power supply redundancy
•
Rear panel slots accommodate one or two Xedge line
interface modules for each installed slot controller.
•
Xedge XS or XH Switch Fabric Module
•
•
Xedge cell controllers (ACP, ACS or ECC)
Modules can be installed or extracted without powering down the shelf (hot-swappable).
•
Xedge adaptation controllers (CE, FRC, CHFRC, ETH, VSM)
•
Accommodates one Fan Tray Assembly
•
Xedge packet controllers (PCX, PCE, ISG2, PCL, etc.)
•
Supports up to two Network Timing Modules
•
Supports environmental status and alarms control.
•
Provide a signal and chassis ground connection point.
Chassis rear panels provide connectors for power sources,
grounding and alarm connections. A shorting bar located
on the rear of the chassis provide for the connection, separation, or isolation of frame and signal grounds as required.
Two DB-25 connectors at the rear panel provide local management access to the Main and Standby slot-0 controllers
via an asynchronous terminal.
Dedicated rear panel slots accommodate one or two Xedge
line interface modules (LIMs) for each installed slot controller, and up to two Network Timing Modules (NTM) for
advanced system timing configurations.
Chassis Power
Both chassis obtain power fromone or two power feeds and
two or four Power Supply Units: Main (A/B) and Standby
(C/D). This power arrangement allows for power input
redundancy and power supply redundancy.
Xedge 6640 is an AC-powered chassis that uses two or four
autoranging GPS-14 power supplies that automatically
adapt to AC power inputs ranging from 90 to 264VAC.
Xedge 6645 is a DC-powered chassis that uses two or four
DPS-14 autoranging power supplies that automatically
GENERAL DATACOMM, INC. Oxford, Connecticut, U.S.A. 06478 | Phone: 203 729-0271 | Fax 203 266-2133 | http://www.gdc.com
Xedge 664X Chassis
Physical Specifications
Environmental Specifications
Xedge 6640/6645 Chassis Dimensions
Non-Operating
Temperature -40 deg. to 158 deg. F (-40 deg. to 70 deg. C)
Altitude: 0 ft. to +40,000 ft. (0 m to +12191 m)
Height: 25.5 in (66.2 cm)
Width: 19.0 in. (48.3 cm)
Depth: 16.6 in. (44.2 cm)
Operating
Weight: 130 lbs (59 kg) fully loaded
32 deg. to 122 deg. F (0 deg. to 50 deg. C)
Relative Humidity: 5% - 95% non-condensing
Altitude: 0 ft. to +10,000 ft. ( 0 m to +3048 m)
Module Capacity
Two dedicated front slots accept switch fabric modules (XH).
Two dedicated front slots accept slot-0 controllers (Main and Standby)
Power Specifications
Factory-installed Link Personality Modules (LPMs):
LPM-1, LPM-2, LMP-3, LPM-4, LPM-5, LMP-6, LPM-CE
Xedge 6640 AC Version (P/N 010B197-001)
16 front slots accept single-width or double-width Xedge slot controllers
with 1 or two compatible LIMs per controller.
Single-width slot controller modules:
ISG2, VSM, CE, FRC, CHFRC, ETH, ECC, ACP, ACS
Input Voltage Range: 90 to 132 VAC; 198-264 VAC
Maximum Power Consumption: 1300 W (with two power supplies)
Input Frequency: 47 to 63 Hz
Input Current: 16A low range; 8A high range
Service Current Requirement: 20A low range; 10A high range
Heat Dissipation: 4,600 BTU/hr, maximum
Dual-width slot controller modules:
PCX/PCX2, PCE, PCL
Module/LIM Applications
Xedge 6645 DC Version (P/N 010B198-001)
The Slot Controller/LPM/LIM Bundle installed at the factory
supports a variety of LIM applications:
LPM-1: Uses two Utopia LIMs
LPM-2: Uses one Utopia LIM (LIM1) and one SERDES LIM (LIM2)
LPM-3: Uses one Serial LIM (LIM1) and one SERDES LIM (LIM2)
LPM-4: Uses two SERDES LIMs
LPM-5: Uses two Serial LIMs
LPM-6: Uses one Serial LIM (LIM1) and one Utopia LIM (LIM2)
LPM-CE: Uses two selected Serial LIMs (with PCE only)
Serial LIMs
Utopia LIMs
SERDES LIMs
DS1-2CS
DSX1-IMA
OC-N/STM-N
DS1-4CS
E1-IMA
AVM (Voice)
DS3-2C
155M-2
T1/E1 MP16
E1-2CS
155I-2
T1/E1 HDCC
E1-4CS
155L-2
E3-2C
155M-APS
LCE-16
155I-APS
ASIO
155L-APS
ASIO-HSSI (DCE)
155E-2
GPS14 AC Power Supply P/N: 035P114-001
Capacity: Two or four power supplies
DPS-14 DC Power Supply P/N: 041P114-001
Capacity: Two or four power supplies
Input Voltage: -48 VDC nominal (- 42 to - 70 VDC)
Maximum Power Consumption: 1300 W (with two power supplies)
Input Current: 27A at -48 VDC
Service Current Requirement: 35A
Heat Dissipation: 4,600 BTU/hr, maximum
Compliance & Compatibility
CISPR 22 Class A, FCC 15 Class A, EN55022, EN55024
UL Listed (60950)
c-UL Listed (CSA C22.2 #950)
TUV licensed (EN60950)
CE Mark
Quality Assurance: ISO 9001: 2000 Certified
Port Capacity
All Xedge chassis types can support a variety of controller/LIM combinations. The following matrix provides a simplified indication of each chassis’
maximum port capacity by interface type, assuming PCE/ASIO, PCE/DS3-2C, PCX-2/T1/E1 MP16, and PCX-2/LCE-16.
Redundant
Power
Redundant
SW Fabric
Redundant
Slot-0
Xedge 6002
NO
N/A
N/A
32
2
8
32
Xedge 6160
2 AC or 2 DC
1
NO
64
4
16
16
Xedge 6280
4 AC or 4 DC
2
YES
96
6
24
96
Xedge 6640
4 AC
2
YES
224
14
56
224
Xedge 6645
4 DC
2
YES
224
14
56
224
Chassis Type
Maximum
DS1 Ports
Maximum
DS3 Ports
Maximum
Serial Ports
Maximum
Subrate Ports
All specifications subject to change without notice. © 2015 General DataComm.
All rights reserved. ® General DataComm, GDC and the GDC logo are registered trademarks of General DataComm, Inc.
0269_xe6280_ds09 Dec15
GENERAL DATACOMM, INC. Oxford, Connecticut, U.S.A. 06478 | Phone: 203 729-0271 | Fax 203 266-2133 | http://www.gdc.com
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