Patton electronic 6511 manual Backplane Diagram, ForeFront System Elements, Specifications

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Backplane Diagram

The ForeFront architecture guarantees total non-blocking oper- ation for any TDM application and for Packet switching applica- tions over the redundant Packet Switching Bus (PSB). With the ability to simultaneously transmit and receive on both full- duplex 10/100/1000 Ethernet up-link ports, the 6511RC offers unparalleled switching to any DSL, E1, STM-1/OC-3 media as well as redundant PSB and TDM buses.

 

3096RC T-DAC

nxT1/E1

DSL Concentrator

 

 

DSL Concentrator

TDM

DSL Concentrator

Egress

G.SHDSL Access

 

 

Connections

 

TDM/PSB

IP/Packet

Backplane

&

 

STM-1/OC-3

6511 Matrix Switch

 

Timeslot Mapper

High-Speed

Complete user flexibility allows

Trunk Egress

switching of any time slot from

 

 

any interface to any port within

 

the system.

ForeFront System Elements

ForeFront Next Generation DSL Network Access

Patton’s ForeFront Access Solutions for DSL address the new point- of-presence requirements demanded by today’s providers operating IP and TDM networks. Using a modular approach, the ForeFront AIS includes all system components to provide DSL access. Fully redun- dant power and integrated cooling enable the lightweight chassis to scale for density and services. DSL line cards offer the latest ITU/ETSI G.SHDSL technology for true standards based connectivity. Grooming facilities and high speed softswitch allow any-to-any cross-connecting to T1/E1s or STM-1/OC-3 interfaces. Integrated management gives command over the entire system end-to-end and offers tools for fault detection, isolation, and correction.

Specifications

Line Framing

DS1-SF, SLC-95, ESF, E1–G.704 basic, CRC-4 multi-

 

 

frame (G.706 framing), DS3–M23, C-bit parity formats,

 

 

E3–G.751, G.832 E3, STM-1–G.707, SONET/STS-3–Per

 

Mapping

ANSI T1.105-2001

 

DS1–VT1.5 -> STS-1 SPE, TU-11 -> STM1/VC3, TU-11

 

 

 

 

-> TUG3 -> STM1/VC4, TU12 -> STM1/VC3, TU-12 ->

 

 

TUG3 -> STM1/VC4; E1–VT2 -> STS1 SPE, TU-12 ->

 

 

STM-1/VC3, TU-12 -> TUG3 -> STM-1/VC4; DS3–DS3

 

 

-> VC3 -> AU3 -> STS-1 SPE; STM-1 –G.707;

 

Clocking

SONET/STS3– Per ANSI T1.105.02-2001

 

STM-1–G.813; STS-3 - ANSI T1.101-1999, T1.105.09-

 

 

 

 

1995, G4-1244

 

Error Counts

G.821 & G.826 (ES, SSES, US, EB, and BBE; T1.231 &

 

 

GR-253-CORE ES, SES, US and SEFS

 

Line Testing

PRBS per ITU-T 0.151 & 0.152; DS3/E3 Diagnostic &

 

 

Line Loopback; DS2 Demux Loopback; T1/E1 Diagnostic

 

 

& Loopback

 

 

 

Ethernet Ports

Dual 10/100/1000 Base-T (RJ-45 connector)

STM-1/STS-3 Ports

Single mode dual SC fiber (20km) per G.957 using 1310

 

nm lasers per G.652 or Dual 75-Ohm BNC per G.703

LED Indicators

LEDs for power, CPU, Dual Ethernet, test mode, egress

synchronization, egress trunk status

 

Management

HTTP, SNMP, TELNET Ethernet, RS-232 Console Port,

SYSLOG Client, Remote Software Upgrade via FTP

Services

Configurable alarms; Remote SNMP Traps; Front Panel

Alarm Reporting

 

LEDs

Compliance

Safety: UL/CSA per UL1950 (METS) Canadian cMET and

CS-03. EMC Directive 89/336/EEC, FCC Part 15, CE

 

 

Mark, CTR12, CTR13 FCC Part 68. Laser Safety: Class

 

1, IEC-825-1, 1993

Environment

Operating temperature: 14 to 140°F (0 to 60°C);

 

Humidity: 5 to 90%, non-condensing

07MD6511-DS3

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7622 Rickenbacker Drive Gaithersburg, MD 20879 USA Phone +1-301-975-1000 Fax +1-301-869-9293 E-mailsales@patton.com Web www.patton.com

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Contents Integrated STM-1/OC-3 Dacs Redundant Packet SwitchingNon-Blocking I/O Fabric Optical or Electrical EgressForeFront System Elements Backplane DiagramSpecifications