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PM8372 View Datasheet(PDF) - PMC-Sierra

Part NamePM8372 PMC-Sierra
PMC-Sierra PMC-Sierra
Description4-Port FC/GE Retimer and FC-AL Port Bypass Controller
'PM8372' PDF : 2 Pages
1 2
4-Port FC/GE Retimer and FC-AL Port Bypass Controller
PM8372
PBC 4x2G
Preview
GENERAL
• Supports 4 Fibre Channel Physical
Interfaces at 1.0625 or 2.125 Gbit/s
per Fibre Channel – Physical Interface
(FC-PI) or 4 Gigabit Ethernet Retimers
at 1.25 Gbit/s per IEEE 802.3z.
• Each port supports FC 1G or 2G rate
detection/auto-selection.
• Supports Arbitrated Loop and Retimer
configuration.
• Each port is independently selectable
to perform retimer, reclocker or
bypass-path function.
• Non-blocking crossconnect supports
protection switching, broadcasting and
multicasting.
• Automatic selection of retimer,
reclocker or bypass-path function to
minimize latency and jitter when a disk
is bypassed.
• Per-port receive monitoring for loss of
signal, error rate, and link level
violations.
• Supports single-ended or differential
106.25 MHz reference clock REFCLK
for Fibre Channel applications or
125 Mhz reference clock for Gigabit
Ethernet applications.
HIGH-SPEED INTERFACE
• High-speed outputs with selectable pre-
emphasis per port to counteract
dielectric losses and allow maximum
reach on printed circuit boards.
• Selectable receive input equalization for
improved signal integrity.
• Minimized board footprint and improved
signal integrity achieved because:
No external components are required
to interface the high-speed signals to
optics, coax, or serial backplanes
using the internal AC coupling
capacitors and terminating resistors.
Receive input termination of 100 or
150 differential is selectable.
Source output impedance of 100 or
150 differential is programmable.
TEST AND CONTROL
• Supports optional 2-pin serial
management interface using selectable
Two-Wire Interface (TWI) or MDC/MDIO
protocol for configuration and diagnostic
access.
• For normal mode of operation, a
management interface is not required.
• Digital Loss of Link (DLOLB) detect
outputs for monitoring individual or
multiple links. DLOLB can be
programmed to indicate excessive
8B/10B code error rate, loss of
synchronization, loss of signal, CRC32
errors, or comma density.
• Interrupt output to flag changes in
bypass state and DLOLB error
conditions.
• Supports built-in self-test (BIST) via
internal Fibre Channel pattern
generation and checking.
• External control pins can be overwritten
by registers.
BLOCK DIAGRAM
TDOP[2]
TDON[2]
2
RDIP[1]
RDIN[1]
2
TDOP[1]
TDON[1]
2
RDIP[0]
RDIN[0]
2
TCK
TMS
TDI
TDO
TRSTB
SERDES/
Reclocker
Tx
10 Control
Rx
Retimer/
Monitor
10
SERDES/
Reclocker
Tx
10 Control
Rx
Retimer/
Monitor
10
Loopback/
Failover
Cross
Connect
CDRU
Impedance
Control
Two Wire
Interface
Rx
Retimer/
Monitor
10
Tx
Control 10
SERDES/
Reclocker
Rx
Retimer/
Monitor
10
Tx
Control 10
SERDES/
Reclocker
Pattern
Generator/
Comparator
2
RDIP[2]
RDIN[2]
2
TDOP[3]
TDON[3]
2
RDIP[3]
RDIN[3]
2
TDOP[0]
TDON[0]
Control Block
DLOLB
PORT_DLOLB[3:0]
INTRB
PMC-2021698
Issue 2
PROPRIETARY AND CONFIDENTIAL TO PMC-SIERRA, INC.,
AND FOR ITS CUSTOMERS’ INTERNAL USE
© Copyright PMC-Sierra, Inc. 2003.
All rights reserved.
Direct download click here
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