PMC PM5363 Datasheet

PMC-Sierra,Inc.
PM5363
TUPP+622
VT/TU Payload Processor/Performance Monitor for 622 Mbit/s

FEATURES

The TUPP+622 chip offers the following features:
• Provides independently-configurable AU3/AU4 fr ame format on incoming and outgoing directions.
• Compensates for pleisiochronous relationships between incoming and outgoing higher level (STS-1 to AU3) synchronous payload envelope frame rates through processing of the lower level (VT6 to TU11) tributary pointers.
• Provides for multiframe synchronization or ring closure at the head-end node in a SONET/SDH ring.
• Optionally frames to th e H4 byte in the Path overhead to determine tributary multiframe boundaries.
• Inserts valid pointers, and all-zeros transport overhead bytes on the outgoing stream with va lid “Telecombus” control signals.
• Independently-configurable incoming and outgoing interfaces that opera te in
19.44 MHz or 77.76 MHz byte interface modes.
• Provides a standard JTAG test port for boundary scan board test purposes.
• Provides a generic 8-bit microprocessor bus interfa ce .
• Low power 2.5V CMOS core logic/3.3V TTL compatible inputs and outputs
• Available in a 304-pin S BGA package.
• Supports industrial temperature range (-40°C to 85°C) operation.

PER-TRIBUTARY FUNCTIONS

The TUPP+622 chip offers the following per-tributary functions:
• Detects Loss Of Pointer and reacquisition.
• Performs lower chan nel supervisio n for Intermediate Performance Monitoring in SONET/SDH rings.
• Extracts and serializes the entire tributary Path overhead of each tributary.
• Detects tributary elastic store underflow and overflow errors.
• Stores and processes 16-byt e or 64-byte format tributary Path trace messages (tributary trail trace identifiers). Detects tributary Path Trace Mismatch and unstable alarms.
• Detects tributary Path Signal Label Mismatch and unstable alarms.
• Extracts tributary Path signal label into internal registers and detects Change of Tribut a ry Path Sign al Lab el eve nts for each tributary.
• Detects tributary unequipped defect, tributary Path Defect Indication, and the assertion and removal of tributary extended Remote Defect Indications.
• Extracts and stores tributary size bits.
• Calculates and compares the tributary Path BIP-2 error detection code. Accumulates the BIP-2 errors and tributary Path Remote Error Indications on a block or bit basis.

BLOCK DIAGRAM

TCK
TMS
TDI
TRSTB
SCLK
HSCLK
IHSMODEB
OHSMODEB
GSCLK [1:0]
IC1J1[4:1]
IPL [4:1]
ITMF [4:1]
ITPL [4:1] ITV5 [4:1]
IAIS [4:1]
IDP [4:1]
ID [31:0]
D [7:0]
MBEB
RSTB
CSB RDB
WRB
ALE
A [13:0]
JTAG
Controller
Input Demux
Interface
Microprocessor
Processor (RTOP)
Tributary Payload
Processor (VTPP)
Processor (RTOP)
Tributary Payload
Processor (VTPP)
Processor (RTOP)
Tributary Payload
Processor (VTPP)
STM-1 (STS-3) Tributary Processor (STP) x4
• Supports in-band error reporting by updating REI, RDI, and auxiliary RDI bits in the V5 byte (G1 in TU3) with the status of the incoming stream.
• Optionally generate s tributary Path AIS on the detection of LOP, loss of tributary multiframe, trace identifier unstable, trace identifier mismatch, signal label unstab le , and/o r signa l label mismatch. Also allows software to force AIS insertion.
• Under software control, allows insertion of all-zeros or all-ones tributary idle code with unequipped indication.

APPLICATIONS

Use the TUPP+622 chip in the following applications:
• SONET/SDH Add/Drop and Terminal Multiplexers
• SONET/SDH Broadband Cross-Connects
• SONET/SDH and ATM Test Equipment
TDO
Tributary Path
Overhead
OTMF [4:1]
Tributary Trace
Buffer (RTTB)
Tributary Path
Overhead
Tributary Trace
Buffer (RTTB)
Tributary Path
Overhead
Tributary Trace
Buffer (RTTB)
Output Mux
GSCLK_FP ODP [4:1] OTPL [4:1]
OTV5[4:1]
OD [31:0] AIS [4:1] IDLE [4:1] COUT [4:1] TPOH [4:1] OC1J1V1[4:1] OPL [4:1] POH [12:1] POHFP [12:1] POHEN [12:1] POHCK RAD [4:1]
INTB
PMC-1981272 (R3) PROPRIETARY AND CONFIDENTIAL TO PMC-SIERRA, INC., AND FOR ITS CUSTOMERS’ INTERNAL USE 2001PMC-Sierra, Inc.
PM5363 TUPP+622
VT/TU Payload Processor/Performance Monitor for 622 Mbit/s
TYPICAL APPLICATIONS
STS-12/STM-4 AGGREGATE-INTERFACE WITH TRIBUTARY-PROCESSING AND PERFORMANCE-MONITORING
AC1J1V1[1]
AD[7:0], ADP[1]
APL[1]
ACK
DC1J1V1[1]
DD[7:0], DDP[1]
DPL[1]
DCK
PM5363 TUPP+622
IC1J1[1] ID[7:0], IDP[1] IPL[1] HSCLK
OC1J1V1[1]
OD[7:0], ODP[1]
OPL[1]
622 Mbit/s Optical Interface
Optical
Tranceiver
PM5313 SPECTRA-622
RXD +/­SD TXD +/-
QUAD STS-3 (STM-1) AGGREGATE-INTERFACE WITH TRIBUTARY-PROCESSING AND PERFORMANCE-MONITORING
AC1J1V1
AD[7:0], ADP
APL
ACK
DC1J1V1
DD[7:0], DDP
DPL DCK
AC1J1V1
AD[7:0], ADP
APL
ACK
DC1J1V1
DD[7:0], DDP
DPL DCK
PM5363 TUPP+622
IC1J1[4] ID[31:24], IDP[4] IPL[4]
IC1J1[3] ID[23:16], IDP[3] IPL[3]
OC1J1V1[4]
OD[31:24], ODP[4]
OPL[4]
OC1J1V1[3]
OD[23:16], ODP[3]
OPL[3]
155 Mbit/s Optical Interface
Optical
Tranceiver
155 Mbit/s Optical Interface
Optical
Tranceiver
PM5342 SPECTRA-155
RXD +/­SD TXD +/-
PM5342 SPECTRA-155
RXD +/­SD TXD +/-
77.76 MHz 8-Bit High-Speed Telecombus Interface
Add
Drop
Head Office: PMC-Sierra, Inc. 8555 Baxter Place Burnaby, B.C. V5A 4V7 Canada Tel: 604.415.6000 Fax: 604.415.6200
AC1J1V1
AD[7:0], ADP
APL
ACK
DC1J1V1
DD[7:0], DDP
DPL DCK
AC1J1V1
AD[7:0], ADP
APL
ACK
DC1J1V1
DD[7:0], DDP
DPL DCK
IC1J1[2] ID[15:8], IDP[2] IPL[2]
IC1J1[1] ID[7:0], IDP[1] IPL[1]
SCLK
OD[15:8], ODP[2]
OD[7:0], ODP[1]
All product documentation is available on our web site at: http://www.pmc-sierra.com For corpo rate information, send email to: info@pmc-sierra.com
155 Mbit/s Optical Interface
Optical
Tranceiver
155 Mbit/s Optical Interface
Optical
Tranceiver
PM5342 SPECTRA-155
RXD +/­SD TXD +/-
PM5342 SPECTRA-155
RXD +/­SD TXD +/-
To order documentation, send email to: document@pmc-sierra.com or contact the head office, Attn: Document Coordinator
PROPRIETARY AND CONFIDENTIAL TO PMC-SIERRA, INC., AND FOR ITS CUSTOMERS INTERNAL USE
OC1J1V1[2]
OPL[2]
OC1J1V1[1]
OPL[1]
Four
19.44 MHz 8-Bit High-Speed Telecombus Interfaces
SCLK
PMC-1981272 (R3)
2001 PMC-Sierra, Inc.
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