TQ9501 and Receiver Datasheet

TQ9501 Datasheet, PDF, Equivalent


Part Number

TQ9501

Description

531/1063 Mbaud Fibre Channel Transmitter and Receiver

Manufacture

TriQuint Semiconductor

Total Page 16 Pages
Datasheet
Download TQ9501 Datasheet


TQ9501
TRIQUINT
S E M I C O N D U C T O R, I N C .
Data
32
Parity
4
Control
11
HOST
Data
32
Parity
4
Control
12
Data
10
Control
2
TQ9303
ENDEC
Data
10
Control
2
TQ9501
Transmitter
TQ9502
Receiver
Optical Tx
2 or Copper
Interface
2
Fiber
2 Optic
Cable
2
Optical Rx
2 or Copper
Interface
TQ9501/9502
531/1063 Mbaud
Fibre Channel
Transmitter and
Receiver
TriQuint’s Fibre Channel transmitter (TQ9501) and receiver (TQ9502) are
part of the FC531/FC1063 (Fibre Channel 531 and 1063 Megabaud) chip
set. In addition to the transmitter and receiver, TriQuint offers the ENcoder/
DECoder (TQ9303 ENDEC). The TQ9501, TQ9502, TQ9303 and a gigabit
fiber optic module set provide a complete solution for Fibre Channel's FC0
and FC1 layers as well as partial support for the FC2 layer.
The TQ9501 and TQ9502 are designed in TriQuint's proprietary 0.7-micron
GaAs process, enabling the transmitter and receiver to run at higher speeds
and lower power than with conventional processes. The transmitter and
receiver data interface has been selected to be 10 bits in order to conserve
input/output power and to reduce pin count and package size. The trans-
mitter performs the parallel-to-serial conversion and generates the internal
high-speed clock for the serial output. The receiver performs serial-to-
parallel conversion, recovers the clock and data from the serial input, and
detects the K28.5 character (Fibre Channel standard “SYNC” transmission
character).
The TQ9303 ENDEC implements 8b/10b encoding and decoding, ordered
set encoding and decoding, parity checking and generation, 32-bit CRC
checking and generation, and word synchronization as defined in the
Fibre Channel Physical and Signaling Interface Standard (FC-PH).
Fibre Channel provides a high-speed physical layer for Intelligent
Peripheral Interface (IPI) and Small Computer System Interface (SCSI)
upper-layer command sets, High-Performance Parallel Interface (HIPPI)
data link layer, and other user-defined command sets. Fibre Channel
replaces the SCSI, IPI and HIPPI physical interfaces with a higher-
speed interface capable of driving longer distances.
Features
• Compliant with ANSI X3T11
Fibre Channel Standard
• Operates at 531.125 Mbaud
and 1.0625 Gigabaud
(1.25 Gigabaud max)
• Low power dissipation
(2.25 W, typical)
• Low jitter
• No external PLL components
• 10-bit TTL-compatible data bus
• Synchronous Data Bus Interface
Direct interface to TQ9303 ENDEC
• Single +5 V supply
• 48-pin MQuad package
For additional information and latest specifications, see our website: www.triquint.com
1

TQ9501
TQ9501/TQ9502
Fibre Channel is optimized for predictable transfers of
large blocks of data, such as those used in file
transfers between processors (super computer,
mainframe, super-mini, etc.), storage systems (disk
and tape), and output-only devices such as laser
printers and raster scan graphics terminals.
TriQuint offers two chip sets for Fibre Channel: the
TQ9501 and TQ9502 chip set for 531.125 Mbaud and
1.0625 Gbaud, and the GA9101 and GA9102 chip set
for the 265.625 Mbaud rate.
Functional Description – TQ9501 Transmitter
The Fibre Channel protocol is implemented in
hardware, making it simple, efficient and robust. The
lower-level physical interface is decoupled from the
higher-level protocol allowing the Fibre Channel to be
configured with various topologies, including point-to-
point, multi-drop bus, ring, and cross point switch.
Fibre Channel supports distances up to 10 Km at baud
rates of 132.8125 Mbaud to 1.0625 Gbaud. Copper
media such as Coax and STP (Shielded Twisted Pair)
are used for shorter distances while fiber optic cables
are used for longer distances.
Applications for the TQ9501 and TQ9502 include serial
SCSI, IPI, HIPPI, point-to-point serial communication,
ATM and other networking applications.
Figure 1. TQ9501 Transmitter
The TQ9501 serializes a 10-bit TTL input into a
differential PECL output. The TQ9501 is composed of
an input register, a parallel-to-serial converter, a PLL
clock generator, a differential output buffer and a PECL-
to-TTL translator, as illustrated in Figure 1.
The self-contained PLL (Phase-Locked Loop) clock
generator requires no external components. It
generates an internal high-speed bit clock for the serial
output, an internal byte clock for the parallel-to-serial
converter and BYTECLK, based on REFCLK (REFerence
CLocK). BYTECLK is used by the TQ9303 ENDEC to
generate TXCLK.
TXD0..9 are latched into the input register on the rising
edge of TXCLK. The parallel-to-serial converter
serializes the data into a differential PECL buffer. TXD9
is sent first and TXD0 is sent last.
LOOPEN
TLX
TLY
TX
TY
SIG
SIGN
2
PLL Clock
Generator
Bit
Clock
Byte
Clock
Parallel-
to-Serial
Converter
10
PECL-to-TTL
Converter
RATESEL
REFCLK
(25–31.25 MHz
BYTECLK
(50–62.5 MHz
or 100–125 MH
10 TXD0..9
TXCLK
SIGDET
2 For additional information and latest specifications, see our website: www.triquint.com


Features T R I Q U I N T S E M I C O N D U C T O R, I N C . Data Data 32 Parity 4 Control 11 HOST Data 32 Parity 4 Con trol 12 Data 10 Control 2 TQ9502 Receiv er 2 Optical Rx or Copper Interface 2 T Q9303 ENDEC 2 Fiber Optic Cable 10 Cont rol 2 TQ9501 Transmitter 2 Optical Tx o r Copper Interface 2 TQ9501/9502 531/1 063 Mbaud Fibre Channel Transmitter and Receiver TriQuint’s Fibre Channel t ransmitter (TQ9501) and receiver (TQ950 2) are part of the FC531/FC1063 (Fibre Channel 531 and 1063 Megabaud) chip set . In addition to the transmitter and re ceiver, TriQuint offers the ENcoder/ DE Coder (TQ9303 ENDEC). The TQ9501, TQ950 2, TQ9303 and a gigabit fiber optic mod ule set provide a complete solution for Fibre Channel's FC0 and FC1 layers as well as partial support for the FC2 lay er. The TQ9501 and TQ9502 are designed in TriQuint's proprietary 0.7-micron Ga As process, enabling the transmitter an d receiver to run at higher speeds and lower power than with conventional processes. The transmitter and.
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