HDSP-420X Agilent(Hewlett-Packard), HDSP-420X Datasheet

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HDSP-420X

Manufacturer Part Number
HDSP-420X
Description
20 mm (0.8 inch) Seven Segment Displays
Manufacturer
Agilent(Hewlett-Packard)
Datasheet
Fibre Channel Transmitter and
Receiver Chipset
Technical Data
Features
• ANSI X3.230-1994 Fibre
• Selectable 531.25 Mbaud or
• Selectable On Chip Laser
• TTL Compatible I/Os
• Single +5.0 V Power Supply
Applications
• Mass Storage System I/O
• Work Station/Server I/O
• High Speed Peripheral
Description
The HDMP-1512 transmitter and
the HDMP-1514 receiver are
bipolar integrated circuits,
separately packaged, in 80 pin M-
Quad packages. They are used to
build a high speed Fibre Channel
link for point to point data com-
munications. Shown in Figure 1 is
a typical full duplex point-to-
point Fibre Channel link. The
sending system provides parallel,
8B/10B, encoded data and a
transmit byte clock to the HDMP-
1512 transmitter. Using the trans-
mit byte clock, the transmitter
656
Channel Standard
Compatible (FC-0)
1062.5 Mbaud Data Rates
Driver and 50
Driver
Channel
Channel
Interface
Cable
converts the data to a serial
stream and sends it over a copper
cable or fiber-optic link. The
receiver converts the serial data
stream back to parallel encoded
data and presents it, along with
the recovered transmit byte
clock, to the receiving system.
The sending system has the
option to electrically wrap the
transmitted data back to the local
receiver. It is possible to transmit
over the cable driver, or laser
driver when data is being
wrapped back to the local
receiver.
The two-chip set (transmitter
chip and receiver chip) is
compatible with the FC-0 layer of
the American National Standards
Institute (ANSI), Fibre Channel
specification, X3.230-1994. This
specification defines four
standard rates of operation for
Fibre Channel links. The HDMP-
1512 and HDMP-1514 chip-set
will operate at the two highest
defined serial rates of 531.25
Mbaud and 1062.5 Mbaud. These
serial baud rates correspond to
8B/10B encoded byte rates of 50
Mbytes/sec and 100 Mbytes/sec
respectively. The proper setting
of a single pin on each chip
selects the desired rate of
operation.
HDMP-1512 Transmitter
HDMP-1514 Receiver
Several features, exclusive to this
chip-set, make it ideal for use in
Fibre Channel links. In addition,
the laser driver on the transmitter
chip, the dual loss of light
detectors on the receiver chip,
and the power supervisor and
power reset features make this
chip-set ideal for use with laser
optics. The serial cable driver
(transmitter chip), and the cable
equalizer (on the receiver chip),
can be operated in conjunction
with, or as an alternative to, the
laser driver. The laser driver can
also be driven directly with an
external high speed serial input.
Altogether, the various features,
input/output options, and
flexibility of this chip-set make
several unique link configurations
possible. In particular, it is ideally
suited for use in applications
where conformance to the FCSI
specification # 301-Rev 1.0,
Gbaud Link Module Specification,
is desired.
5964-6637E (4/96)

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HDSP-420X Summary of contents

Page 1

Fibre Channel Transmitter and Receiver Chipset Technical Data Features • ANSI X3.230-1994 Fibre Channel Standard Compatible (FC-0) • Selectable 531.25 Mbaud or 1062.5 Mbaud Data Rates • Selectable On Chip Laser Driver and 50 Cable Driver • TTL Compatible I/Os ...

Page 2

CLOCK Tx ENCODED DATA ENCODED DATA Rx CLOCK REF CLOCK Figure 1. Point-to-Point Data Link. 10 DATA BYTE 0 TTL INTERFACE Tx [00:09] INPUT LATCH DATA BYTE 1 Tx [10:19] 10 TBC Figure 2. HDMP-1512 (Tx) Block Diagram. Transmitter Operation ...

Page 3

When operating in the 531.25 Mbaud mode, data byte 0, Tx[00:09], is active and is clocked into the input latch a single byte (10 bits) on each rising edge of TBC. In the 1062.5 Mbaud mode both data byte 0, ...

Page 4

INTERNAL INPUT DATA SELECT STREAM 11 ± MUX V _LZ1 _LZ GND_LZ 26 -LZON 30 LASER ON LZPWRON 36 ERROR FAULT 29 DETECTOR -LZBG CC Figure 3. Laser ...

Page 5

LZTC (# 27) will begin to discharge. After approximately 2 msec, the voltage on LZTC falls to the fault value and the error detector will bring the FAULT pin (# 29) high to alert the system. The ...

Page 6

Setting pin #32 high disables the equalizer. Setting pin # 32 low enables the equalizer. The typical performance of the input equalizer is shown in the (frequency response) plot of Figure 7. The ...

Page 7

EWRAP The table above llustrates these various settings. Normally, the recovered serial clock is used by the clock gener- ator to generate the various internal clocks the receiver uses ...

Page 8

Rx Power Supply Supervisor A power supply supervisor feature has been designed into the receiver as a system aid during power-up. The -POR (pin # 27) output is held low until the power supply voltage (V ) crosses the CC ...

Page 9

HDMP-1512 (Tx), HDMP-1514 (Rx) Transmitter & Receiver Byte Rate Clock Requirements + 4 5 Symbol f Nominal Frequency F Frequency Tolerance (For Fibre Channel Compliance) tol Symm ...

Page 10

HDMP-1512 (Tx), HDMP-1514 (Rx) DC Electrical Specifications + 4 5 Symbol V TTL Input High Voltage Level, Guaranteed high signal for IH,TTL all inputs 100 ...

Page 11

HDMP-1512 (Tx) Timing Characteristics + 4 5.5 V, PPSEL = 0, SPDSEL = Symbol t Setup Time s t Hold Time h [1] t_txlat Transmit Lateny Note: ...

Page 12

O_TTL V _TTL CC V _LOG CC 800 72 ESD ESD GND_LOG GND_TTL Figure 9. O-TTL and I-TTL Simplified Circuit Schematic. O-BLL V _HS CC V _LOG ESD ESD ESD ESD GND_HS GND_LOG Figure ...

Page 13

HDMP-1512 (Tx)Pin Assignments Pin Name Pin 01 CAP1A 21 02 CAP1B 22 03 GND_A 23 04 GND_A VCC_HS1 27 08 +LOUT 28 09 -LOUT 29 10 GND_LZHS ...

Page 14

HDMP-1512 (Tx), Signal Definitions Symbol Signal Name CAP0[A:B] Loop Filter Capacitor Pins [79,80] CAP1[A:B] Loop Filter Capacitor Pins [1,2] -COMGEN Comma Generate Pin [32] -ECLKSEL External Clock Select Pin [69] EWRAP Enable Wrap Pin [71] FAULT Laser Fault Indicator Pin ...

Page 15

HDMP-1512 (Tx), Signal Definitions (cont’d.) Symbol Signal Name LZPWRON Laser Power On Pin [36] LZTC Laser Timing Cap Pin [27] PPSEL Ping-Pong Select Pin [34] SI Laser External Serial Input Pins [11,12] SO Cable Serial Data Output Pins [5,6] SPDSEL ...

Page 16

HDMP-1512 (Tx), Signal Definitions (cont’d.) Symbol Signal Name VCC_LZAC Laser Power Supply Pin [17] VCC_LZBG Laser Power Supply Pins [15] VCC_TTL TTL Power Supply Pins [41,42,63,64] NC Pin [38 ...

Page 17

HDMP-1514 (Rx) Pin Assignments Pin Name Pin 01 CAP1A 21 02 CAP1B 22 03 GND_A 23 04 GND_A 24 05 -TCLKSEL 25 06 N_RXTEMP 26 07 CLKIN (TCLK P_RXTEMP 28 09 GND_TTLA 29 10 VCC_TTLA ...

Page 18

HDMP-1514 (Rx), Signal Definitions (cont’d.) Symbol Signal Name DR_REF Receiver Reference Pin [21] EN_CDET Enable Comma Detect Pin [38] -EQEN Equalizer Enable Input Input Pin [32] EWRAP Enable Wrap Pin [71] GND_A Analog Ground Pins [3,4] GND_HS High Speed Ground ...

Page 19

HDMP-1514 (Rx), Signal Definitions (cont’d.) Symbol Signal Name PPSEL Ping-Pong Select Pin [76] PS_CT Power Supply Timing Cap Pin [22] RBC[0:1] Receive Byte Clocks Pin [67, 69] RX[00:19] Data Outputs Pins [43, 62] SPDSEL Serial Speed Select Pin [71] -TCLKSEL ...

Page 20

Package Description and Assembly Recommendations The HDMP-1512 and HDMP- 1514 are available in the industry standard M-Quad 80 lead package. The outline dimensions conform to JEDEC plastic QFP specifications and are shown in Figure 13. The package material is aluminum. ...

Page 21

TBC Tx[00:19] DATA Figure 14. HDMP-1512 (Transmitter) Timing Diagram, with PPSEL = 0. COM_DET   ...

Page 22

TBC      Tx[00:09] DATA Tx[10:19] DATA          ...

Page 23

V 0.1 µ EWRAP TBC 74 ...

Page 24

V 0.1 µ EWRAP TBC 74 ...

Page 25

V 0.1 µ RBC1 67 68 RBC0 LUNUSE ...

Page 26

V 0.1 µ RBC1 67 68 RBC0 ...

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