2004 Product Guide

DISCLAIMER Alliance Semiconductor Corporation reserves the right to make changes to its products or specifications at any time, without notice, in order to improve design or performance and to supply the best possible product. Alliance Semiconductor does not assume any responsibility for use of any circuitry described other than the circuitry embodied in an Alliance Semiconductor product. The Company makes no representations that circuitry described herein is free from patent infringement or other rights of third parties which may result from its use. No license is granted by implication or otherwise under any patent, patent rights or other rights, of Alliance Semiconductor Corporation.

LIFE SUPPORT POLICY Alliance Semiconductor Corporation products are not authorized for use as critical components in life support devices or systems unless a specific written agreement pertaining to such intended use is executed between the manufacturer and an officer of Alliance Semiconductor. 1. Life support devices or systems are devices or systems which (a) are intended for surgical implant into the body or (b) support or sustain life and whose failure to perform, when properly used in accordance with instructions for use provided in the labeling, can be reasonably expected to result in a significant injury to the user. 2. A critical component is any components of a life support device or system whose failure to perform can be reasonably expected to cause the failure of the life support device or system, or to affect its safety or effectiveness.

©Copyright 2004. All rights reserved

NTD™ is a trademark of Alliance Semiconductor Corporation. HyperTransport™ is a trademark of the HyperTransport Technology Consortium.

www.alsc.com Product Guide 2004 1 Notice: The information in this document is subject to change without notice.

Table of Contents ANALOG AND MIXED SIGNAL PRODUCTS ................................................................................ 3

ANALOG AND MIXED SIGNAL PRODUCTS ......................................................................................... 4 CLOCK AND TIMING PRODUCTS ...................................................................................................... 5

Clock and Timing Product Selector Guide Alpha-Numeric Listing.......................................... 6 Clock and Timing Product Selector Guide Function and Configuration Listing ...................... 9 Zero Delay Buffers (ZDB) and Specialty Clock Management Cross Reference Guide........ 12 EMI Reduction Products Cross Reference Guide................................................................. 13

POWER AND SYSTEMS MANAGEMENT PRODUCTS.......................................................................... 14 CPU Supervisor Product Selector Guide .............................................................................. 15 CPU Supervisor Cross Reference Guide.............................................................................. 22

SYSTEM SOLUTIONS PRODUCTS............................................................................................. 27 CONNECTIVITY............................................................................................................................. 29

HyperTransport™ Bridges Product Selector Guide .............................................................. 29 AS90L10204 HyperTransport™-to-PCI/PCI-X Bridge .......................................................... 30 AS90L10208 HyperTransport™-to-PCI/PCI-X Bridge .......................................................... 31 JTAG Controllers Product Selector Guide ............................................................................ 32 AS91L1001 JTAG Test Controller......................................................................................... 33 AS91L1002 JTAG Test Sequencer....................................................................................... 34 AS91L1003U 3-Port JTAG Gateway..................................................................................... 35 AS91L1006BU 6-Port JTAG Gateway .................................................................................. 36

NETWORKING .............................................................................................................................. 37 RPR Controllers Product Selector Guide.............................................................................. 37 AS95L210x Family of Resilient Packet Ring Controllers ...................................................... 38

MEMORY PRODUCTS.................................................................................................................. 43 SRAM PRODUCTS....................................................................................................................... 44

Synchronous SRAM.............................................................................................................. 45 Asynchronous SRAM ............................................................................................................ 49 Synchronous SRAM Cross Reference Guide ....................................................................... 51 Fast Asynchronous SRAM Cross Reference Guide ............................................................. 56 Synchronous Dual Port SRAM Cross Reference Guide....................................................... 58

2 Product Guide 2004 www.alsc.com Notice: The information in this document is subject to change without notice.


ANALOG AND MIXED SIGNAL PRODUCTS


Analog and Mixed Signal Products Alliance Semiconductor is a worldwide supplier of Analog and Mixed Signal Products in two main categories: Power and Systems Management, and Clock and Timing.

• The Power and Systems Management Portfolio includes CPU Supervisor Products. These include products that feature POR (Power On Reset), WDT (Watch Dog Timers), LVS (Low Voltage Sense), BB (Battery Backup), brownout detect and control, and many more system and device level key functions.

• The Clock and Timing Portfolio includes Frequency Synthesizers and Generators, Multipliers, Zero Delay Buffers, Distribution and Fan-out buffers. The EMI Reduction family of devices, a sub-segment of Clock and Timing, are made up of Frequency Synthesizer and Generators which are widely used in many designs today to reduce radiated emissions towards regulatory compliance. The EMI reduction family is noted for low cost, very low power consumption, very small package size options, and overall timing accuracy and performance.

Fabricated in Low Voltage CMOS technologies, the Analog and Mixed Signal Product portfolio offers a full range of coverage, functions, options, and configurations, that provide flexibility in design and low cost.

Power-On Reset Application

ASM 809

VDD

uP

RESET

XtalOSC

FreqDivide

FBKDivider

PD Filter VCO DIV

MODPD

XIN/CLKIN

XOUT

REF_OUT

EMI ClockSynthesizer

MOD_OUT

LF (ext loop filter)

GND GND


Clock and Timing Products Alliance Semiconductor provides in-depth coverage and support in Clock Management with cost effective, low power, Clock and Timing solutions that cater to the requirements for PC/Data processing applications and handhelds, high resolution LCD displays, DDR memory modules, consumer applications (MP3 players/recorders, games, etc.), networking, wireless, mobile applications and others. The Clock Management Solution family encompasses Clock and Frequency Generators, Frequency Multipliers, Zero Delay Buffers, and specific specialty solutions. High precision frequency multipliers provide 2x or 4x outputs of the input frequency up to 312 MHz, with higher frequencies to be offered in the near future. The depth of modulation, the profile (sinusoidal, triangular, non-linear), type of modulation and direction (center or down) are selectable from these Clock and Timing products. In addition, both modulated and unmodulated outputs are available. Many of the devices (single, dual and triple PLL based designs) feature a selection of output frequency derived from the input reference, along with the depth of modulation, type of modulation profile, and frequency of modulation through programming via I2C. A broad family of Zero Delay Buffers (ZDB) provide multiple low skew outputs of an input clock suitable for clock distribution applications, such as clocks to multiple PCI slots in a PC motherboard or SDRAM bank clocks. Available in 1:5 and 1:9 configurations with internal feedback or 1:4 and 1:8 configurations with external feedback, these Zero Delay Buffers provide relative skew among various outputs under controlled load conditions. Various drive options are also available to support one or two 50-ohm transmission lines. Clock and Timing products are designed to work with 2.5V, 3.3V, and 5V applications. Clock and Timing devices are found in applications such as workstations, servers, RAID arrays, notebook PCs, LCD high-resolution displays, PDA and hand held devices, automotive electronics, battery-driven entertainment systems, and others.


Clock and Timing Product Selector Guide Alpha-Numeric Listing

Part Number Industrial

(-40°C to +85°C) Automotive

(-40°C to +125°C) SOIC TSSOP Other PKG

options Product Description

AS80M2180 YES - YES YES - EMI REDUCTION

ASM3P1819N YES - YES YES - EMI REDUCTION

ASM3P2180A-D YES - YES YES - EMI REDUCTION





ASM3P2779A YES - YES YES 6 TSOT23 Very Low Power EMI REDUCTION

ASM3P2811A YES - YES YES - EMI REDUCTION



ASM3P2821B YES - YES YES - EMI REDUCTION


ASM3X2105A YES YES YES YES - EMI REDUCTION

ASM4SSTVF16857 Extended Commercial* - - YES TVSOP DDR I REGISTER - PLANAR

ASM4SSTVF16859 Extended Commercial* - - YES MLF TVSOP DDR I REGISTER - STACKED

ASM4SSTVF32852 Extended Commercial* - - - LFBGA DDR I REGISTER - STACKED

ASM5CVF857 Extended Commercial* - - YES MLF/BGA DDR I (to DDR 400) ZDB

ASM5P2304A-1 YES - YES YES - ZDB 15-133 MHz

ASM5P2304A-1H YES - YES YES - ZDB 15-133 MHz




ASM5P2304B-1 YES - YES YES - Low Freq ZDB (4-25 MHz)

ASM5P2304B-1H YES - YES YES - Low Freq ZDB (4-25 MHz)

ASM5P2304B-2 YES - YES YES - Low Freq ZDB (4-25 MHz)

ASM5P2304B-2H YES - YES YES - Low Freq ZDB (4-25 MHz)


All products are available in Commercial (0°C to +70°C). * Extended Commercial = 0°C to +85°C
















ASM5P23S04A-1 YES - YES YES - ZDB 15-133 MHz

ASM5P23S04A-1H YES - YES YES - ZDB 15-133 MHz














L2042A (Low Voltage) YES - YES YES - EMI REDUCTION

P1707A YES - YES YES - EMI REDUCTION

P1708C YES - YES YES - EMI REDUCTION

P1817A-B YES - YES YES - EMI REDUCTION

P1819A-B YES - YES YES - EMI REDUCTION

All products are available in Commercial (0°C to +70°C).







P2005A YES YES YES YES - EMI REDUCTION

P2005S YES YES YES YES - EMI REDUCTION


P2010A YES YES YES YES - EMI REDUCTION



P2040C YES - YES YES - EMI REDUCTION



P2082A YES - YES YES - FREQUENCY MULTIPLIER

P2084A YES - YES YES - FREQUENCY MULTIPLIER










All products are available in Commercial (0°C to +70°C).


Clock and Timing Product Selector Guide Function and Configuration Listing

Part Number Frequency

Range (Fin) in MHz

Fout_MAX in MHz

Output Frequency

Deviation (%) Reference

Output ModOut Scaling

Xtal Osc

Supply Voltage Package

Input Frequency Range 6 MHz to 210 MHz

AS80M2180 6-30 30 -1.25% or 4.0% - 1X YES 3.0 to 3.6 8 SOIC 8 TSSOP

ASM3P1819N 20-40 40 -1.25% YES 1X YES 3.0 to 3.6 8 SOIC 8 TSSOP

ASM3P2180A-D 6-36 36 +/-0.625 to -3.5% - 1X - 3.0 to 3.6 8 SOIC 8 TSSOP

ASM3P2182A-D 25-210 210 +/-0.13 to +/-1.24% - 1X - 3.0 to 3.6 8 SOIC

8 TSSOP

ASM3P2183A-D 6-103 103 +/-0.625 to -3.6% - 1X YES 3.0 to 3.6 8 SOIC 8 TSSOP

ASM3P2184A-D 10-40 40 +/-0.625 to -3.5% - 1X YES 3.0 to 3.6 8 SOIC 8 TSSOP

ASM3P2185A-D 25-50 50 +/-0.625 to -1.25% - 1X - 3.0 to 3.6 8 SOIC

8 TSSOP

ASM3P2779A 15-30 38 +/-1% - 1X YES 3.0 to 3.6 8 SOIC 8 TSSOP

ASM3P2811A 10-40 40 +/-0.625 to -3.5% - 1X YES 3.0 to 3.6 8 SOIC 8 TSSOP



ASM3P2821B 15-27 27 -2.5% YES 1X - 3.0 to 3.6 8 SOIC 8 TSSOP

ASM3P5821A 20-40 34 -1.5% - 1X YES 3.0 to 3.6 8 SOIC 8 TSSOP

ASM3X2105A 6-10 10 +/-1% - 1X, ½X YES 3.0 to 3.6 8 SOIC 8 TSSOP

P1817A-B 10-32 32 +/-1.25 to +/-1.50% YES 1X YES 3.0 to 3.6 8 SOIC

8 TSSOP

P1819A-B 20-40 40 +/-0.625 to -3.5% - 1X YES 3.0 to 3.6 8 SOIC 8 TSSOP

P2005A 8-32 32 +/-1.0 to +/-3.0% - 1X, ½X YES 3.0 to 3.6 8 SOIC 8 TSSOP

P2005S 8-32 32 +/-0.6 to +/-1.8% - 1X, ½X YES 3.0 to 3.6 8 SOIC 8 TSSOP

P2008A 4-32 32 +/-0.8 to +/-3.2% YES 1X, ½X YES 2.9 to 5.5 8 SOIC 8 TSSOP

P2010A 10-35 35 +/-1.25 to +/-2.5% - 1X YES 3.0 to 3.6 8 SOIC

8 TSSOP

P2027A 10-30 30 +/-0.2 to +/-0.6% - 1X YES 3.0 to 3.8 8 SOIC 8 TSSOP

P2041A 25-60 60 +/-0.50 to +/-2.50% - 1X - 2.7 to 5.5 8 SOIC

8 TSSOP

P2681A 6-20 20 +/-0.4 to +/-5% - 1X, ½X YES 3.0 to 3.6 8 SOIC 8 TSSOP




Input Frequency Range 30 MHz to 175 MHz

L2042A 30-75 75 +/-0.50 to +/-2.00% - 1X - 2.25 to

3.7 8 SOIC

8 TSSOP

P1708C 60-175 175 +/-0.25 to +/-2.00% - 1X - 3.0 to 3.6 8 SOIC

8 TSSOP




Range (Fin) in MHz

Fout_MAX in MHz

Output Frequency



Xtal Osc


Input Frequency Range 30 MHz to 175 MHz (Continued)

P2040A 30-110 110 +/-0.7 to +/-2.0% - 1X - 3.0 to 3.6 8 SOIC 8 TSSOP

P2042A 30-110 110 +/-0.20 to +/-2.00% - 1X - 3.0 to 3.6 8 SOIC

8 TSSOP

Wide Input Frequency Range Devices

P1707A 60-175 175 +/-0.5 to +/-2.50% - 1X - 3.0 to 3.6 8 SOIC

8 TSSOP

P2040C 50-175 175 +/-0.4 to +/-2.2% - 1X - 3.0 to 3.6 8 SOIC 8 TSSOP

P2160A 40-166 166 +/-0.50 to +/-1.00% - 1X - 3.0 to 3.6 8 SOIC

8 TSSOP

P2781A-B 3-78 78 +/-0.25 to +/-5% - 1X YES 3.0 to 3.6 8 SOIC 8 TSSOP



High Precision Frequency Multipliers

P2082A 3-78 156 - - 2X YES 3.0 to 3.6 8 SOIC 8 TSSOP

P2084A 3-78 312 - - 4X YES 3.0 to 3.6 8 SOIC 8 TSSOP

Specialty Clock Management

ASM4SSTVF16857 DDR 1 JEDEC

Compliant 14-bit Register - Planar

250 - - - - 2.3 to 2.7 48 TSSOP TVSOP


Compliant 13/26-bit Register - Stacked

250 - - - - 2.3 to 2.7 64 TSSOP 56 MLF


Compliant 14/28-bit Register - Stacked

250 - - - - 2.3 to 2.7 114 LFBGA

ASM5CVF857

DDR 1 – DDR 333 – DDR 400

JEDEC Compliant ZDB

250 -0.5% YES 1X - 2.3 to 2.7 48 TSSOP

40 MLF 56 BGA

Zero Delay Buffers

ASM5P2304A-1 15-133 133 - - 1X - 3.0 to 3.6 8 SOIC 8 TSSOP

ASM5P2304A-1H 15-133 133 - - 1X - 3.0 to 3.6 8 SOIC 8 TSSOP

ASM5P2304A-2 15-133 133 - - 1X, 2X, ½X - 3.0 to 3.6 8 SOIC

8 TSSOP

ASM5P2304A-2H 15-133 133 - - 1X, 2X, ½X - 3.0 to 3.6 8 SOIC

8 TSSOP

ASM5P2304B-1 4-25 25 - - 1X - 3.0 to 3.6 8 SOIC 8 TSSOP

ASM5P2304B-1H 4-25 25 - - 1X - 3.0 to 3.6 8 SOIC 8 TSSOP

ASM5P2304B-2 4-25 50 - - 1X, 2X, ½X - 3.0 to 3.6 8 SOIC

8 TSSOP

ASM5P2304B-2H 4-25 50 - - 1X, 2X, ½X - 3.0 to 3.6 8 SOIC

8 TSSOP




Range (Fin) in MHz

Fout_MAX in MHz

Output Frequency



Xtal Osc






ASM5P2308A-2 15-133 133 - - 1X, 2X, ½X - 3.0 to 3.6 16 SOIC

16 TSSOP

ASM5P2308A-3** 15-133 133 - - 2X, 4X - 3.0 to 3.6 16 SOIC TSSOP

ASM5P2308A-4 15-133 133 - - 2X, 2X - 3.0 to 3.6 16 SOIC 16 TSSOP

ASM5P2308A-5H 15-133 133 - - ½X, ½X - 3.0 to 3.6 16 SOIC 16 TSSOP



ASM5P23S04A-1 15-133 133 - - 1X - 3.0 to 3.6 8 SOIC 8 TSSOP

ASM5P23S04A-1H 15-133 133 - - 1X - 3.0 to 3.6 8 SOIC 8 TSSOP

ASM5P23S04A-2 15-133 133 - - 1X, 2X, ½X - 3.0 to 3.6 8 SOIC

8 TSSOP

ASM5P23S04A-2H 15-133 133 - - 1X, 2X, ½X - 3.0 to 3.6 8 SOIC

8 TSSOP

ASM5P23S04A-5H 15-133 133 - - ½X, ½X - 3.0 to 3.6 8 SOIC 8 TSSOP





ASM5P23S08A-2 15-133 133 - - 1X, 2X, ½X - 3.0 to 3.6 16 SOIC

16 TSSOP

ASM5P23S08A-3** 15-133 133 - - 2X, 4X - 3.0 to 3.6 16 SOIC 16 TSSOP

ASM5P23S08A-4 15-133 133 - - 2X, 2X - 3.0 to 3.6 16 SOIC 16 TSSOP

ASM5P23S08A-5H 15-133 133 - - ½X, ½X - 3.0 to 3.6 16 SOIC 16 TSSOP



** Output phase is indeterminant from INPUT REF. If needed in phase, use the –2 version.


Zero Delay Buffers (ZDB) and Specialty Clock Management Cross Reference Guide

Alliance TI Cypress ICS IDT Pericom

ASM4SSTVF16857 SN74SSTVF16857 CY2SSTV16857 ICSSSTVF16857 IDT74SSTV16857 PI74SSTVF16857



ASM5PCVF857 CDCVF857 CY2SSTV857-32 ICS95V857 IDTCSPT857C PI6CVF857

ASM5P2304A-1 - CY2304-1 - - -

ASM5P2304A-2 - CY2304-2 - - -

ASM5P2304B-1 - CY2304-1 - - -

ASM5P2304B-2 - CY2304-2 - - -

ASM5P2305A-1 - CY2305-1 - IDT2305-1 PI6C2408-1

ASM5P2305A-1H - CY2305-H1 - IDT2305-1H PI6C2408-1H

ASM5P2308A-1 - CY2308-1 MK2308S-1 IDT2308-1 PI6C2408-1

ASM5P2308A-1H - CY2308-1H MK2308S-1H IDT2308-1H PI6C2408-1H

ASM5P2308A-2 - CY2308-2 - IDT2308-2 PI6C2408-2

ASM5P2308A-3 - CY2308-3 - IDT2308-3 PI6C2408-3

ASM5P2308A-4 - CY2308-4 - IDT2308-4 PI6C2408-4

ASM5P2308A-5H - CY2308-5H - IDT2308-5H -

ASM5P2309A-1 - CY2309 - IDT2309 -

ASM5P2309A-1H - CY2309-1H - IDT2309-1H -

ASM5P23S05A-1 - CY23S05 - IDT23S05 PI6C2405A-1

ASM5P23S05A-1H - CY23S05-1H - IDT23S05-1H PI6C2405A-1H

ASM5P23S08A-1 - CY23S08-1 - IDT23S08-1 PI6C2408-1

ASM5P23S08A-1H - CY230S8-1H - IDT23S08-1H PI6C2408-1H




ASM5P23S08A-5H - CY23S08-5H - IDT23S08-5H -

ASM5P23S09A-1H - CY23S09-1H - IDT23S09-1H PI62409-1H

ASM5P23S09A-1 - CY23S09-1 - IDT23S09 PI62409-1

Note: Alliance offers both SOIC & TSSOP, industrial or commercial temperature grades, and STD or lead-free package options for all devices listed.


EMI Reduction Products Cross Reference Guide

Alliance Part Number

Input Frequency

(in MHz)

Frequency Selection Needed

Modulation Type

Cypress Part

Number

Output Frequency

(in MHz)

Frequency Selection Needed

Mobile Graphic

Frequency

AS80M2180 6-30 NO Down, Center W180/180i 8-28 4 ranges 27 MHz Source

ASM3P1819N 20-40 NO Down, Center CY25819 20-40 - 27 MHz Source

ASM3P2779A 20-38 NO Center - - - 27 MHz Source

ASM3P2811A 10-40 2 ranges Down, Center CY25811 10-40 3 ranges -



ASM3P2821B 15-27 NO Down CY25811 4-32 3 ranges -

ASM3P5821A 20-40 NO Down CY25811 4-32 3 ranges -

P1707A 60-175 NO Center SM561 54-166 10 ranges

LVDS Frequencies 65 MHz (XGA),

108 MHz (SXGA), and 162 MHz

(UXGA)

P1708C 50-110 NO Center SM560 25-108 10 ranges LVDS Frequencies

65 MHz (XGA), 108 MHz (SXGA)

P1819A-H 20-40 NO Down, Center CY25819 16-32 4 ranges 27 MHz Source

P2040C 60-175 NO Center - - -

LVDS Frequencies 65 MHz (XGA),

108 MHz (SXGA), and 162 MHz

(UXGA)

P2781A 3-78 4 ranges Center FS781 SOIC 6-82 4 ranges 25 MHz Source

P2781B 3-78 4 ranges Center FS781 TSSOP 6-82 4 ranges 27 MHz Source

P2782A 3-78 4 ranges Center FS782 SOIC 6-66 4 ranges -

P2782B 3-78 4 ranges Center FS782 TSSOP 6-66 4 ranges -

P2784A 3-78 4 ranges Center FS784 SOIC 6-32 4 ranges -

P2784B 3-78 4 ranges Center FS784 TSSOP 6-32 4 ranges -


Power and Systems Management Products CPU Supervisor Products

Alliance Semiconductor provides cost effective, low power, Supervisor products that are an essential part of the 5V/3.3V/3V system providing active low and active high reset inputs to microprocessors, microcontrollers, ASICs, ASSPs, and digital systems. These Supervisor products initialize the systems into a known state and avoid malfunctioning of systems during power-up, power-down, power control, and brownout conditions, thus eliminating the possibility of code corruption. The CPU Supervisor Products also feature edge triggered and level triggered manual reset inputs. These enable the users to connect an external contact switch to generate a reset. This typically would be used as an alternative to operator intervention in systems that require reset. An early warning to the system controller about the impending system power failure, provided through the power fail input, enables the saving of essential system parameters. A Watch Dog Timer (WDT) is another useful feature that monitors and restarts a system processor. These are typically used as time out devices to force a system out of software “endless loop”. The reset outputs on the CPU Supervisor Products are available in Open Drain (OD) or Push Pull (PP) configurations to suit the user requirements. Various threshold voltage options are available on the supervisor devices, 4.63V, 4.38V, 4.00V, 3.08V, 2.93V, and 2.63V, which support 5%, 10%, and 20% system voltage tolerances. Reset timeout period options such as 140ms, 300 ms, and 800 ms cater to different system requirements. Dual power supply monitoring is a highly useful feature that is essential in the design of one core supply and IO supply systems. This system architecture is gaining wide acceptance. The CPU and System Supervisor Products are available in industry standard, space saving packages such as SOT-23, SOT-143, SO-8, and Micro SO in commercial and industrial temperature range. Supervisor devices are found in computers, embedded systems, portable and battery operated systems, notebook PCs, cellular phones, safety systems, automotive systems, wireless communication systems, PDAs, printers, set top boxes, intelligent systems and others.


CPU Supervisor Product Selector Guide Specifications Features

RST Output Stage

Alliance Part Number Input Voltage (V) Min to Max Vth (V) Temp PFD WDT

Batt Back

up L H MR

OD PP

Package

CPU Supervisors with Selectable Trip-point Tolerance, Watchdog timer with POR

ASM1232LP 4.5-5.5 Vt1 T1 - X - X X L X X 8P-DIP

ASM1232LPCMA 4.5-5.5 Vt1 T1 - X - X X L X X 8-MicroSO

ASM1232LPEMA 4.5-5.5 Vt1 T2 - X - X X L X X 8-MicroSO

ASM1232LPN 4.5-5.5 Vt1 T2 - X - X X L X X 8P-DIP

ASM1232LPS 4.5-5.5 Vt1 T1 - X - X X L X X 16-SO

ASM1232LPS-2 4.5-5.5 Vt1 T1 - X - X X L X X 8-SO

ASM1232LPSN 4.5-5.5 Vt1 T2 - X - X X L X X 16-SO

ASM1232LPSN-2 4.5-5.5 Vt1 T2 - X - X X L X X 8-SO

ASM1832 1.0-5.5 Vt1 T2 - X - X X L - X 8P-DIP

ASM1832EMA 1.0-5.5 Vt1 T2 - X - X X L - X 8-MicroSO

ASM1832S 1.0-5.5 Vt1 T2 - X - X X L - X 8-SO

CPU Supervisors with POR, Edge Triggered MR

ASM161JEUS 1.1-5.5 4 T2 - - - X - ↓ X - 4L-SOT143

ASM161LEUS 1.1-5.5 4.63 T2 - - - X - ↓ X - 4L-SOT143

ASM161MEUS 1.1-5.5 4.38 T2 - - - X - ↓ X - 4L-SOT143

ASM161REUS 1.1-5.5 2.63 T2 - - - X - ↓ X - 4L-SOT143

ASM161SEUS 1.1-5.5 2.93 T2 - - - X - ↓ X - 4L-SOT143

ASM161TEUS 1.1-5.5 3.08 T2 - - - X - ↓ X - 4L-SOT143

ASM162JEUS 1.1-5.5 4 T2 - - - - - ↓ - X 4L-SOT143

ASM162LEUS 1.1-5.5 4.63 T2 - - - - - ↓ - X 4L-SOT143

ASM162MEUS 1.1-5.5 4.38 T2 - - - - - ↓ - X 4L-SOT143

ASM162REUS 1.1-5.5 2.63 T2 - - - - - ↓ - X 4L-SOT143

ASM162SEUS 1.1-5.5 2.93 T2 - - - - - ↓ - X 4L-SOT143

ASM162TEUS 1.1-5.5 3.08 T2 - - - - - ↓ - X 4L-SOT143

Legend: Vth = Threshold, PFD = Power Fail Detect, WDT = Watch Dog Timer, RST = Reset, MR = Manual Reset, OD = Open Drain, PP = Push Pull, T1 = 0°C to +70°C, T2 = -40°C to + 85°C, T3 = -40°C to +105°C, H = High, L = Low, ↓ = Edge Triggered, Vt1 = Selectable between 4.62V or 4.37V, Vt2 = Selectable between 4.63V or 4.38V, and 2.88V or 2.55V.



RST Output Stage


Batt Back

up L H MR

OD PP

Package

Low Power CPU Supervisors

ASM1233DZ-10 1.2-5.5 4.375 T2 - - - X - - X - 4L-SOT223

ASM1233AZ-15 1.2-5.5 2.72 T2 - - - X - - X - 4L-SOT223

ASM1233DZ-15 1.2-5.5 4.125 T2 - - - X - - X - 4L-SOT223

ASM1233DZ-5 1.2-5.5 4.625 T2 - - - X - - X - 4L-SOT223

ASM1233MS-3 1.2-5.5 2.72 T2 - - - X - - X - 8-SO

ASM1233MS-5 1.2-5.5 4.375 T2 - - - X - - X - 8-SO

ASM1233MS-55 1.2-5.5 4.625 T2 - - - X - - X - 8-SO

ASM1810R-10 1.2-5.5 4.37 T2 - - - X - - - X 3L-SOT23

ASM1810R-15 1.2-5.5 4.12 T2 - - - X - - - X 3L-SOT23

ASM1810R-5 1.2-5.5 4.62 T2 - - - X - - - X 3L-SOT23

ASM1811R-10 1.2-5.5 4.35 T2 - - - X - - X - 3L-SOT23

ASM1811R-15 1.2-5.5 4.13 T2 - - - X - - X - 3L-SOT23

ASM1811R-5 1.2-5.5 4.62 T2 - - - X - - X - 3L-SOT23

ASM1812R-10 1.2-5.5 4.35 T2 - - - - X - - X 3L-SOT23

ASM1812R-15 1.2-5.5 4.13 T2 - - - - X - - X 3L-SOT23

ASM1812R-5 1.2-5.5 4.62 T2 - - - - X - - X 3L-SOT23

ASM1815R-10 1.2-5.5 2.88 T2 - - - X - - - X 3L-SOT23

ASM1815R-20 1.2-5.5 2.55 T2 - - - X - - - X 3L-SOT23

ASM1815R-5 1.2-5.5 3.06 T2 - - - X - - - X 3L-SOT23

ASM1816R-10 1.2-5.5 2.88 T2 - - - X - - X - 3L-SOT23

ASM1816R-20 1.2-5.5 2.55 T2 - - - X - - X - 3L-SOT23

ASM1816R-5 1.2-5.5 3.06 T2 - - - X - - X - 3L-SOT23

ASM1817R-10 1.2-5.5 2.88 T2 - - - - X - - X 3L-SOT23

ASM1817R-20 1.2-5.5 2.55 T2 - - - - X - - X 3L-SOT23




RST Output Stage


Batt Back

up L H MR

OD PP

Package

ASM1817R-5 1.2-5.5 3.06 T2 - - - - X - - X 3L-SOT23

ASM8500-27 1.0-5.5 2.7 T2 - - - X - - X - 3L-SOT89

ASM8500-29 1.0-5.5 2.93 T2 - - - X - - X - 3L-SOT89

ASM8500-42 1.0-5.5 4.2 T2 - - - X - - X - 3L-SOT89

CPU Supervisors with Dual Supply Monitoring, Selectable Threshold

ASM1834 1.2-5.5 Vt2 T2 - - - X - L - X 8P-DIP

ASM1834A 1.2-5.5 Vt2 T2 - - - X - L X X 8P-DIP

ASM1834AEMA 1.2-5.5 Vt2 T2 - - - X - L X X 8-MicroSO

ASM1834AS 1.2-5.5 Vt2 T2 - - - X - L X X 8-SO

ASM1834D 1.2-5.5 Vt2 T2 - - - - X L X X 8P-DIP

ASM1834DEMA 1.2-5.5 Vt2 T2 - - - - X L - X 8-MicroSO ASM1834DS 1.2-5.5 Vt2 T2 - - - - X L - X 8-SO

ASM1834EMA 1.2-5.5 Vt2 T2 - - - X - L - X 8-MicroSO ASM1834S 1.2-5.5 Vt2 T2 - - - X - L - X 8-SO

CPU Supervisors with Watchdog Timer, Battery Backup, and Power Fail Detector

ASM690ACPA 1.1-5.5 4.65 T1 X X X X - - - X 8P-DIP ASM690ACSA 1.1-5.5 4.65 T1 X X X X - - - X 8-SO ASM690AEPA 1.1-5.5 4.65 T2 X X X X - - - X 8P-DIP ASM690AESA 1.1-5.5 4.65 T2 X X X X - - - X 8-SO ASM692ACPA 1.1-5.5 4.4 T1 X X X X - - - X 8P-DIP ASM692ACSA 1.1-5.5 4.4 T1 X X X X - - - X 8-SO ASM692AEPA 1.1-5.5 4.4 T2 X X X X - - - X 8P-DIP ASM692AESA 1.1-5.5 4.4 T2 X X X X - - - X 8-SO

ASM802LCPA 1.1-5.5 4.65 T1 X X X X - - - X 8P-DIP

ASM802LCSA 1.1-5.5 4.65 T1 X X X X - - - X 8-SO

ASM802LEPA 1.1-5.5 4.65 T2 X X X X - - - X 8P-DIP

ASM802LESA 1.1-5.5 4.65 T2 X X X X - - - X 8-SO

ASM802MCPA 1.1-5.5 4.4 T1 X X X X - - - X 8P-DIP

ASM802MCSA 1.1-5.5 4.4 T1 X X X X - - - X 8-SO

ASM802MEPA 1.1-5.5 4.4 T2 X X X X - - - X 8P-DIP




RST Output Stage


Batt Back

up L H MR

OD PP

Package

ASM802MESA 1.1-5.5 4.4 T2 X X X X - - - X 8-SO

ASM805LCPA 1.1-5.5 4.65 T1 X X X - X - - X 8P-DIP

ASM805LCSA 1.1-5.5 4.65 T1 X X X - X - - X 8-SO

ASM805LEPA 1.1-5.5 4.65 T2 X X X - X - - X 8P-DIP

ASM805LESA 1.1-5.5 4.65 T2 X X X - X - - X 8-SO

CPU Supervisors with Watchdog Timer and Power Fail Detector

ASM705CPA 1.2-5.5 4.65 T1 X X - X - L - X 8P-DIP

ASM705CSA 1.2-5.5 4.65 T1 X X - X - L - X 8-SO

ASM705CUA 1.2-5.5 4.65 T1 X X - X - L - X 8-MicroSO

ASM705EPA 1.2-5.5 4.65 T2 X X - X - L - X 8P-DIP

ASM705ESA 1.2-5.5 4.65 T2 X X - X - L - X 8-SO

ASM706CPA 1.2-5.5 4.4 T1 X X - X - L - X 8P-DIP

ASM706CSA 1.2-5.5 4.4 T1 X X - X - L - X 8-SO

ASM706CUA 1.2-5.5 4.4 T1 X X - X - L - X 8-MicroSO

ASM706EPA 1.2-5.5 4.4 T2 X X - X - L - X 8P-DIP

ASM706ESA 1.2-5.5 4.4 T2 X X - X - L - X 8-SO

ASM706JCPA 1.1-5.5 4 T1 X X - X - L - X 8P-DIP

ASM706JCSA 1.1-5.5 4 T1 X X - X - L - X 8-SO

ASM706JCUA 1.1-5.5 4 T1 X X - X - L - X 8-MicroSO

ASM706JEPA 1.2-5.5 4 T2 X X - X L - X 8P-DIP

ASM706JESA 1.2-5.5 4 T2 X X - X - L - X 8-SO

ASM706PCPA 1.1-5.5 2.63 T1 X X - X L - X 8P-DIP

ASM706PCSA 1.1-5.5 2.63 T1 X X - X L - X 8-SO

ASM706PCUA 1.1-5.5 2.63 T1 X X - X L - X 8-MicroSO

ASM706PEPA 1.2-5.5 2.63 T2 X X - X L - X 8P-DIP

ASM706PESA 1.2-5.5 2.63 T2 X X - X L - X 8-SO

ASM706RCPA 1.1-5.5 2.63 T1 X X - X - L - X 8P-DIP

ASM706RCSA 1.1-5.5 2.63 T1 X X - X - L - X 8-SO

ASM706RCUA 1.1-5.5 2.63 T1 X X - X - L - X 8-MicroSO




RST Output Stage


Batt Back

up L H MR

OD PP

Package

ASM706REPA 1.2-5.5 2.63 T2 X X - X - L - X 8P-DIP

ASM706RESA 1.2-5.5 2.63 T2 X X - X - L - X 8-SO

ASM706SCPA 1.1-5.5 2.93 T1 X X - X - L - X 8P-DIP

ASM706SCSA 1.1-5.5 2.93 T1 X X - X - L - X 8-SO

ASM706SCUA 1.1-5.5 2.93 T1 X X - X - L - X 8-MicroSO

ASM706SEPA 1.2-5.5 2.93 T2 X X - X - L - X 8P-DIP

ASM706SESA 1.2-5.5 2.93 T2 X X - X - L - X 8-SO

ASM706TCPA 1.1-5.5 3.08 T1 X X - X - L - X 8P-DIP

ASM706TCSA 1.1-5.5 3.08 T1 X X - X - L - X 8-SO

ASM706TCUA 1.1-5.5 3.08 T1 X X - X - L - X 8-MicroSO

ASM706TEPA 1.2-5.5 3.08 T2 X X - X - L - X 8P-DIP

ASM706TESA 1.2-5.5 3.08 T2 X X - X - L - X 8-SO

ASM813LCPA 1.1-5.5 4.65 T1 X X - - X L - X 8P-DIP

ASM813LCSA 1.1-5.5 4.65 T1 X X - - X L - X 8-SO

ASM813LCUA 1.1-5.5 4.65 T1 X X - - X L - X 8-MicroSO

ASM813LEPA 1.1-5.5 4.65 T2 X X - - X L - X 8P-DIP

ASM813LESA 1.1-5.5 4.65 T2 X X - - X L - X 8-SO

CPU Supervisors with Power Fail Detector

ASM707CPA 1.2-5.5 4.65 T1 X - - X X L - X 8P-DIP

ASM707CSA 1.2-5.5 4.65 T1 X - - X X L - X 8-SO

ASM707CUA 1.2-5.5 4.65 T1 X - - X X L - X 8-MicroSO

ASM707EPA 1.2-5.5 4.65 T2 X - - X X L - X 8P-DIP

ASM707ESA 1.2-5.5 4.65 T2 X - - X X L - X 8-SO

ASM708CPA 1.2-5.5 4.4 T1 X - - X X L - X 8P-DIP

ASM708CSA 1.2-5.5 4.4 T1 X - - X X L - X 8-SO

ASM708CUA 1.2-5.5 4.4 T1 X - - X X L - X 8-MicroSO

ASM708EPA 1.2-5.5 4.4 T2 X - - X X L - X 8P-DIP

ASM708ESA 1.2-5.5 4.4 T2 X - - X X L - X 8-SO

ASM708JCPA 1.1-5.5 4 T1 X - - X X L - X 8P-DIP

ASM708JCSA 1.1-5.5 4 T1 X - - X X L - X 8-SO

ASM708JCUA 1.1-5.5 4 T1 X - - X X L - X 8-MicroSO

ASM708JEPA 1.2-5.5 4 T2 X - - X X L - X 8P-DIP

ASM708JESA 1.2-5.5 4 T2 X - - X X L - X 8-SO




RST Output Stage


Batt Back

up L H MR

OD PP

Package

ASM708RCPA 1.1-5.5 2.63 T1 X - - X X L - X 8P-DIP

ASM708RCSA 1.1-5.5 2.63 T1 X - - X X L - X 8-SO

ASM708RCUA 1.1-5.5 2.63 T1 X - - X X L - X 8-MicroSO

ASM708REPA 1.2-5.5 2.63 T2 X - - X X L - X 8P-DIP

ASM708RESA 1.2-5.5 2.63 T2 X - - X X L - X 8-SO

ASM708SCPA 1.1-5.5 2.93 T1 X - - X X L - X 8P-DIP

ASM708SCSA 1.1-5.5 2.93 T1 X - - X X L - X 8-SO

ASM708SCUA 1.1-5.5 2.93 T1 X - - X X L - X 8-MicroSO

ASM708SEPA 1.2-5.5 2.93 T2 X - - X X L - X 8P-DIP

ASM708SESA 1.2-5.5 2.93 T2 X - - X X L - X 8-SO

ASM708TCPA 1.1-5.5 3.08 T1 X - - X X L - X 8P-DIP

ASM708TCSA 1.1-5.5 3.08 T1 X - - X X L - X 8-SO

ASM708TCUA 1.1-5.5 3.08 T1 X - - X X L - X 8-MicroSO

ASM708TEPA 1.2-5.5 3.08 T2 X - - X X L - X 8P-DIP

ASM708TESA 1.2-5.5 3.08 T2 X - - X X L - X 8-SO

Low Power CPU Supervisors

ASM809JEUR 1.2-5.5 4 T3 - - - X - - - X 3L-SOT23

ASM809LEUR 1.2-5.5 4.63 T3 - - - X - - - X 3L-SOT23

ASM809MEUR 1.2-5.5 4.38 T3 - - - X - - - X 3L-SOT23

ASM809REUR 1.2-5.5 2.63 T3 - - - X - - - X 3L-SOT23

ASM809SEUR 1.2-5.5 2.93 T3 - - - X - - - X 3L-SOT23

ASM809TEUR 1.2-5.5 3.08 T3 - - - X - - - X 3L-SOT23

ASM810JEUR 1.2-5.5 4 T3 - - - - X - - X 3L-SOT23

ASM810LEUR 1.2-5.5 4.63 T3 - - - - X - - X 3L-SOT23

ASM810MEUR 1.2-5.5 4.38 T3 - - - - X - - X 3L-SOT23

ASM810REUR 1.2-5.5 2.63 T3 - - - - X - - X 3L-SOT23

ASM810SEUR 1.2-5.5 2.93 T3 - - - - X - - X 3L-SOT23

ASM810TEUR 1.2-5.5 3.08 T3 - - - - X - - X 3L-SOT23




RST Output Stage


Batt Back

up L H MR

OD PP

Package

ASM811JEUS 1.2-5.5 4 T3 - - - X - L - X 4L-SOT143

ASM811LEUS 1.2-5.5 4.63 T3 - - - X - L - X 4L-SOT143

ASM811MEUS 1.2-5.5 4.38 T3 - - - X - L - X 4L-SOT143

ASM811REUS 1.2-5.5 2.63 T3 - - - X - L - X 4L-SOT143

ASM811SEUS 1.2-5.5 2.93 T3 - - - X - L - X 4L-SOT143

ASM811TEUS 1.2-5.5 3.08 T3 - - - X - L - X 4L-SOT143

ASM812JEUS 1.2-5.5 4 T3 - - - - X L - X 4L-SOT143

ASM812LEUS 1.2-5.5 4.63 T3 - - - - X L - X 4L-SOT143

ASM812MEUS 1.2-5.5 4.38 T3 - - - - X L - X 4L-SOT143

ASM812REUS 1.2-5.5 2.63 T3 - - - - X L - X 4L-SOT143

ASM812SEUS 1.2-5.5 2.93 T3 - - - - X L - X 4L-SOT143

ASM812TEUS 1.2-5.5 3.08 T3 - - - - X L - X 4L-SOT143

Legend: Vth = Threshold, PFD = Power Fail Detect, WDT = Watch Dog Timer, RST = Reset, MR = Manual Reset, OD = Open Drain, PP = Push Pull, T1 = 0°C to +70°C, T2 = -40°C to + 85°C, T3 = -40°C to +105°C, H = High, L = Low, ↓ = Edge Triggered, Vt1 = Selectable between 4.62V or 4.37V, Vt2 = Selectable between 4.63V or 4.38V, and 2.88V or 2.55V. All products in SOT-23 and SOT-143 package are only offered in Tape and Reel.To order parts in Tape and Reel,add “-T” to part number.


CPU Supervisor Cross Reference Guide

Alliance Maxim/Dallas IMP Analog Devices Micrel Microchip

ASM1232LP DS1232LPS-2 IMP1232LP MIC1232N TC1232CPA

ASM1232LPCMA DS1232LPµ IMP1232LPCMA - - -

ASM1232LPEMA DS1232LPµ IMP1232LPEMA - - -

ASM1232LPN DS1232LP IMP1232LPN - MIC1232N TC1232EPA

ASM1232LPS DS1232LPS IMP1232LPS - - TC1232COE

ASM1232LPS-2 DS1232LPSN-2 IMP1232LPS-2 - MIC1232M TC1232COA

ASM1232LPSN DS1232LPS IMP1232LPSN - - TC1232EOE

ASM1232LPSN-2 DS1232LPSN-2 IMP1232LPSN-2 - MIC1232M TC1232EOA

ASM1233AZ-15 DS1233A-15 - - - -

ASM1233DZ-5 DS1233DZ-5 IMP1233DZ-5 - - -

ASM1233DZ-10 DS1233DZ-10 IMP1233DZ-10 - - -

ASM1233DZ-15 DS1233DZ-15 IMP1233DZ-15 - - -

ASM1233MS-55 DS1233MS-55 IMP1233MS-55 - - -

ASM1233MS-5 DS1233MS-5 IMP1233MS-5 - - -

ASM1233MS-3 DS1233MS-3 IMP1233MS-3 - - -

ASM161JEUS MAX6467US40 IMP161JEUS - - -

ASM161LEUS MAX6467US46 IMP161LEUS - - -

ASM161MEUS MAX6467US44 IMP161MEUS - - -

ASM161REUS MAX6467US26 IMP161REUS - - -

ASM161SEUS MAX6467US29 IMP161SEUS - - -

ASM161TEUS MAX6467US31 IMP161TEUS - - -

ASM162JEUS - IMP162JEUS - - -

ASM162LEUS - IMP162LEUS - - -

ASM162MEUS - IMP162MEUS - - -

ASM162REUS - IMP162REUS - - -

ASM162SEUS - IMP162SEUS - - -

ASM162TEUS - IMP162TEUS - - -

ASM1810R-5 DS1810R-5 IMP1810R-5 - MIC1810-5U TC1272-5



ASM1811R-5 DS1811R-5 IMP1811R-5 - - -

ASM1811R-10 DS1811R-10 IMP1811R-10 - - -

ASM1811R-15 DS1811R-15 IMP1811R-15 - - -

ASM1812R-5 DS1812R-5 IMP1812R-5 - - TC1274-5

ASM1812R-10 DS1812R-10 IMP1812R-10 - - TC1274-10

ASM1812R-15 DS1812R-15 IMP1812R-15 - - TC1274-15




ASM1816R-5 DS1816R-5 IMP1816R-5 - - TC1276-5

ASM1816R-10 DS1816R-10 IMP1816R-10 - - TC1276-10

ASM1816R-20 DS1816R-20 IMP1816R-20 - - TC1276-20




ASM1817R-5 DS1817R-5 IMP1817R-5 - - TC1277-5

ASM1817R-10 DS1817R-10 IMP1817R-10 - - TC1277-10

ASM1817R-20 DS1817R-20 IMP1817R-20 - - TC1277-20

ASM1832 DS1832 IMP1832 - MIC1832N -

ASM1832EMA DS1832UN IMP1832EMA - - -

ASM1832S DS1832S IMP1832S - MIC1832M -

ASM1834 DS1834 IMP1834 - - -

ASM1834A DS1834CMA IMP1834A - - -

ASM1834AEMA DS1834AU IMP1834AEMA - - -

ASM1834AS DS1834ASM IMP1834AS - - -

ASM1834D DS1834D IMP1834D - - -

ASM1834DEMA DS1834DU IMP1834DEMA - - -

ASM1834DS DS1834DS IMP1834DS - - -

ASM1834EMA DS1834U IMP1834EMA - - -

ASM1834S DS1834S IMP1834S - - -

ASM690ACPA MAX690ACPA IMP690ACPA ADM690AAN - -

ASM690ACSA MAX690ACSA IMP690ACSA ADM690AARN - -

ASM690AEPA MAX690AEPA IMP690AEPA ADM690AAN - -

ASM690AESA MAX690AESA IMP690AESA ADM690AARN - -

ASM692ACPA MAX692ACPA IMP692ACPA ADM692AAN - -

ASM692ACSA MAX692ACSA IMP692ACSA ADM692AARN - -

ASM692AEPA MAX692AEPA IMP692AEPA ADM692AAN - -

ASM692AESA MAX692AESA IMP692AESA ADM692AARN - -

ASM705CPA MAX705CPA IMP705CPA ADM705AN MIC705N -

ASM705CSA MAX705CSA IMP705CSA ADM705AR MIC705M -

ASM705CUA MAX705CUA IMP705CUA - - -

ASM705EPA MAX705EPA IMP705EPA ADM705AN MIC705N -

ASM705ESA MAX705ESA IMP705ESA ADM705AR MIC705M -



ASM706CUA MAX706CUA IMP706CUA - - -



ASM706JCPA MAX706JCPA IMP706JCPA - - -

ASM706JCSA MAX706JCSA IMP706JCSA - - -

ASM706JCUA MAX706JCUA IMP706JCUA - - -

ASM706JEPA MAX706JEPA IMP706JEPA - - -

ASM706JESA MAX706JESA IMP706JESA - - -

ASM706PCPA MAX706PCPA IMP706PCPA ADM706PAN MIC706PN -

ASM706PCSA MAX706PCSA IMP706PCSA ADM706PAR MIC706PM -

ASM706PCUA MAX706PCUA IMP706PCUA - - -

ASM706PEPA MAX706PEPA IMP706PEPA ADM706PAN MIC706PN -

ASM706PESA MAX706PESA IMP706PESA ADM706PAR MIC706PM -




ASM706RCPA MAX706RCPA IMP706RCPA ADM706RAN MIC706RN -

ASM706RCSA MAX706RCSA IMP706RCSA ADM706RAR MIC706RM -

ASM706RCUA MAX706RCUA IMP706RCUA - - -

ASM706REPA MAX706REPA IMP706REPA ADM706RAN MIC706RN -

ASM706RESA MAX706RESA IMP706RESA ADM706RAR MIC706RM -

ASM706SCPA MAX706SCPA IMP706SCPA ADM706SAN MIC706SN -

ASM706SCSA MAX706SCSA IMP706SCSA ADM706SAR MIC706SM -

ASM706SCUA MAX706SCUA IMP706SCUA - - -

ASM706SEPA MAX706SEPA IMP706SEPA ADM706SAN MIC706SN -

ASM706SESA MAX706SESA IMP706SESA ADM706SAR MIC706SM -

ASM706TCPA MAX706TCPA IMP706TCPA ADM706TAN MIC706TN -

ASM706TCSA MAX706TCSA IMP706TCSA ADM706TAR MIC706TM -

ASM706TCUA MAX706TCUA IMP706TCUA - - -

ASM706TEPA MAX706TEPA IMP706TEPA ADM706TAN MIC706TN -

ASM706TESA MAX706TESA IMP706TESA ADM706TAR MIC706TM -



ASM707CUA MAX707CUA IMP707CUA ADM707ARM - -





ASM708CUA MAX708CUA IMP708CUA ADM708ARM - -



ASM708JCPA - IMP708JCPA - - -

ASM708JCSA - IMP708JCSA - - -

ASM708JCUA - IMP708JCUA - - -

ASM708JEPA - IMP708JEPA - - -

ASM708JESA - IMP708JESA - - -

ASM708RCPA MAX708RCPA IMP708RCPA ADM708RAN MIC708RN -

ASM708RCSA MAX708RCSA IMP708RCSA ADM708RAR MIC708RM -

ASM708RCUA MAX708RCUA IMP708RCUA - - -

ASM708REPA MAX708REPA IMP708REPA ADM708RAN MIC708RN -

ASM708RESA MAX708RESA IMP708RESA ADM708RAR MIC708RM -

ASM708SCPA MAX708SCPA IMP708SCPA ADM708SAN MIC708SN -

ASM708SCSA MAX708SCSA IMP708SCSA ADM708SAR MIC708SM -

ASM708SCUA MAX708SCUA IMP708SCUA - - -

ASM708SEPA MAX708SEPA IMP708SEPA ADM708SAN MIC708SN -

ASM708SESA MAX708SESA IMP708SESA ADM708SAR MIC708SM -

ASM708TCPA MAX708TCPA IMP708TCPA ADM708TAN MIC708TN -

ASM708TCSA MAX708TCSA IMP708TCSA ADM708TAR MIC708TM -

ASM708TCUA MAX708TCUA IMP708TCUA - - -




ASM708TEPA MAX708TEPA IMP708TEPA ADM708TAN MIC708TN -

ASM708TESA MAX708TESA IMP708TESA ADM708TAR MIC708TM -

ASM802LCPA MAX802LCPA IMP802LCPA ADM802LAN - -

ASM802LCSA MAX802LCSA IMP802LCSA ADM802LARN - -

ASM802LEPA MAX802LEPA IMP802LEPA ADM802LAN - -

ASM802LESA MAX802LESA IMP802LESA ADM802LARN - -

ASM802MCPA MAX802MCPA IMP802MCPA ADM802MAN - -

ASM802MCSA MAX802MCSA IMP802MCSA ADM802MARN - -

ASM802MEPA MAX802MEPA IMP802MEPA ADM802MAN - -

ASM802MESA MAX802MESA IMP802MESA ADM802MARN - -

ASM805LCPA MAX805LCPA IMP805LCPA ADM805LAN - -

ASM805LCSA MAX805LCSA IMP805LCSA ADM805LARN - -

ASM805LEPA MAX805LEPA IMP805LEPA ADM805LAN - -

ASM805LESA MAX805LESA IMP805LESA ADM805LARN - -

ASM809JEUR MAX809JEUR IMP809JEUR ADM809JAR MIC809JU TCM809J

ASM809LEUR MAX809LEUR IMP809LEUR ADM809LAR MIC809LU TCM809L

ASM809MEUR MAX809MEUR IMP809MEUR ADM809MAR MIC809MU TCM809M

ASM809REUR MAX809REUR IMP809REUR ADM809RAR MIC809RU TCM809R

ASM809SEUR MAX809SEUR IMP809SEUR ADM809SAR MIC809SU TCM809S

ASM809TEUR MAX809TEUR IMP809TEUR ADM809TAR MIC809TU TCM809T

ASM810JEUR MAX810JEUR IMP810JEUR ADM810JAR MIC810JU TCM810J

ASM810LEUR MAX810LEUR IMP810LEUR ADM810LAR MIC810LU TCM810L

ASM810MEUR MAX810MEUR IMP810MEUR ADM810MAR MIC810MU TCM810M

ASM810REUR MAX810REUR IMP810REUR ADM810RAR MIC810RU TCM810R

ASM810SEUR MAX810SEUR IMP810SEUR ADM810SAR MIC810SU TCM810S

ASM810TEUR MAX810TEUR IMP810TEUR ADM810TAR MIC810TU TCM810T

ASM811JEUS MAX811JEUS IMP811JEUS ADM811JAR MIC811JU TCM81LJ

ASM811LEUS MAX811LEUS IMP811LEUS ADM811LAR MIC811 TCM811L

ASM811MEUS MAX811MEUS IMP811MEUS ADM811MAR MIC811 TCM811M

ASM811REUS MAX811REUS IMP811REUS ADM811RAR MIC811 TCM811R

ASM811SEUS MAX811SEUS IMP811SEUS ADM811SAR MIC811 TCM811S

ASM811TEUS MAX811TEUS IMP811TEUS ADM811TAR MIC811 TCM811T

ASM812JEUS MAX812JEUS IMP812JEUS ADM812JAR MIC812 TCM812J

ASM812LEUS MAX812LEUS IMP812LEUS ADM812LAR MIC812 TCM812L

ASM812MEUS MAX812MEUS IMP812MEUS ADM812MAR MIC812 TCM812M

ASM812REUS MAX812REUS IMP812REUS ADM812RAR MIC812 TCM812R

ASM812SEUS MAX812SEUS IMP812SEUS ADM812SAR MIC812 TCM812S

ASM812TEUS MAX812TEUS IMP812TEUS ADM812TAR MIC812 TCM812T

ASM813LCPA MAX813LCPA IMP813LCPA - - -

ASM813LCSA MAX813LCSA IMP813LCSA - - -

ASM813LCUA MAX813LCUA IMP813LCUA - - -

ASM813LEPA MAX813LEPA IMP813LEPA - - -

ASM813LESA MAX813LESA IMP813LESA - - -




ASM8500-27 - - - - -

ASM8500-29 - - - - -

ASM8500-42 - - - - -


SYSTEM SOLUTIONS PRODUCTS


System Solutions Products Alliance develops Connectivity and Networking ASSPs that address critical bandwidth and performance bottlenecks in legacy and emerging embedded, networking, computing and storage systems.

• The Connectivity Product Portfolio includes the most comprehensive product selection of high-speed bridges based on HyperTransport™ technology (HT) including HT-to-PCI/PCI-X bridges. These bridges work together with the HyperTransport interface on the new generation of leading embedded and discreet microprocessors from AMD, Broadcom, PMC-Sierra and Transmeta. They allow system architects to leverage the performance of these leading microprocessors while still maintaining compatibility with legacy PCI/PCI-X based systems. The Connectivity Product Portfolio also includes a series of industry standard IEEE1149.1 JTAG gateways and controllers that partition a JTAG scan chain into multiple smaller chains for easier fault diagnostics and faster Flash programming.

• The Networking Product Portfolio includes a family of networking media access controllers to address

the needs of established and emerging protocols and standards including 10 Gbps Ethernet, Resilient Packet Ring (RPR) (IEEE802.17), Generic Framing Procedure (GFP) and others. These networking controllers serve a variety of applications and vertical markets including networking, cable infrastructure, storage, compute and others.


Connectivity

* Green package means lead free compound and substrate

HyperTransport™ Bridges Product Selector Guide SP1011 AS90L10204 AS90L10208

HT Link Specifications HT 1.01 HT 1.05 HT 1.05

HT Link Speed 200 & 400 MHz 200, 400, 600 & 800 MHz 200, 300, 400, 500, 600 & 800 MHz

HT Link Width 8-bit for sides A and B 8-bit for sides A and B (Supports 2 & 4-bit)

8-bit for sides A and B (Supports 2 & 4-bit)

PCI Bus Type PCI rev 2.2 PCI rev 2.2 PCI rev 2.2

PCI Bus Max Frequency 66 MHz 66 MHz 66 MHz

PCI-X Bus Type - PCI-X 1.0b PCI-X 1.0b

PCI-X Bus Max Frequency - 133 MHz 133 MHz

PCI/PCI-X Bus Width 64-bit 64-bit 64-bit

Configurable PCI/PCI-X bus - - YES

1 x 64-bit bus or 2 x 32-bit independent busses

SP1011 Register Compatible - - YES

Configurable as a single or dual SP1011

Core Voltage 2.5V 1.8V 1.8V

PCI/PCI-X Bus Voltage 3.3V 3.3V 3.3V

5V Tolerant PCI IO YES YES YES

GPIO - 7 per PCI/PCI-X bus 7 per PCI/PCI-X bus

PCI/PCI-X Bus Arbiter 5 external slots 5 external slots 5 external slots per PCI/PCI-X bus

Package 352 BGA 388 PBGA 388 PBGA

Package Size 31mm x 31mm 27mm x 27mm 27mm x 27mm

Lead Free or Green Package* - YES (Green) YES (Green)


AS90L10204 HyperTransport™-to-PCI/PCI-X Bridge

Overview The AS90L10204 is a high performance

HyperTransport™-to-PCI/PCI-X bridge capable of tunneling the data between the two HT ports or transferring the data between the HT ports and the PCI/PCI-X port. It is designed for bandwidth-hungry and performance-intensive applications in computer servers, workstations, desktop PCs and embedded systems.

Each 8-bit HT port operates at frequencies of 200, 400, 600 and 800 MHz DDR for both transmit and receive directions, and sustains a total aggregate

bandwidth up to 25.6 Gbps. Each AS90L10204 HT port can be 2, 4, or 8 bits wide in both transmit and receive directions.

AS90L10204 supports one 64-bit, PCI/PCI-X1.0b port to connect to a variety of PCI/PCI-X based peripherals and add-on cards such as NICs, storage HBA and others. Up to 31 devices can be daisy-chained to build higher capacity systems with multiple PCI/PCI-X buses and HT-based peripherals.

Key Features• Two bidirectional 8-bit HyperTransport interfaces:

• Supports 200, 400, 600 and 800 MHz DDR (double data rate) for peak bandwidth of 3.2 GB/s per 8-bit bidirectional HT port

• Supports dynamic frequency reprogramming • Complies with HyperTransport 1.05 Link Interface

Specification • Tunnels between the two HyperTransport interfaces • The HT interfaces support dual-hosted chain (host

CPU on each port) with the capability to transfer data from the PCI/PCI-X bus to either host CPU

• 1 x 64 bit, up to 133 MHz PCI-X 1.0b with support for up to 66 MHz PCI 2.2

• Supports with parity and error checking features

• Built-in two-level PCI arbiter with support for up to five external devices • Can also be configured to support an external

arbiter • 3.3V PCI IO with 5V tolerant IOs • Transaction forwarding for the following commands:

• All IO and memory commands • Type 1 to Type 1 configuration commands

(downstream only) • Type 1 to Type 0 configuration commands

(downstream only) • 1.8V core, 1.2V HT IO, 3.3V PCI/PCI-X IO • JTAG port • Available in a 388-pin PBGA green package

AS90L10204 Device Block Diagram

TxPHY

RxPHY

Link Interface

Link Interface

TxFIFO

RxFIFO

Packet Generator

Rx Buffer

TxPHY

RxPHY

Link Interface

Link Interface

TxFIFO

RxFIFO

Packet Generator

Rx Buffer

PCI/PCI-X Interface

8-bit HT@ 800 M Hz

8-bit HT@ 800 M Hz

64-bit PCI/PCI-X Port1x64-bit, 66 M Hz PCI or 133 M H z PCI-X 1.0b

HT1.05 Interface HT1.05 Interface


AS90L10208 HyperTransport™-to-PCI/PCI-X Bridge

Overview The AS90L10208 is a high performance

HyperTransport™-to-PCI/PCI-X bridge capable of transferring data between the HT host port and the other HT port or the PCI/PCI-X port. It is designed for bandwidth-hungry and performance-intensive applications in communications, networking, servers, and storage systems.

Each HT port operates at frequencies up to 800 MHz DDR for both transmit and receive directions and sustains a total aggregate bandwidth up to 25.6 Gbps

per 8-bit bidirectional HT port. Each AS90L10208 HT port can be 2, 4, or 8-bits wide in both transmit and receive directions. AS90L10208 supports one 64-bit, PCI/PCI-X1.0b port that can be configured as a single 64-bit port or a dual 32-bit ports. Up to 31 devices can be daisy-chained to build higher capacity systems with multiple PCI/PCI-X buses and HT-based peripherals. A fairness algorithm allocates bandwidth among devices, thereby eliminating starvation of bridges at the end of the chain.

Key Features • Two bidirectional 8-bit HyperTransport interfaces:

• Supports 200, 300, 400, 500, 600 and 800 MHz DDR (double data rate) for peak bandwidth of 3.2 GB/s per 8-bit bidirectional HT port

• Supports dynamic frequency reprogramming • Complies with HyperTransport 1.05 Link Interface

Specifications • No protocol-induced maximum HyperTransport link

length, which allows system designers to optimize speed vs. distance

• The HT interfaces support dual-hosted chain • One 64-bit configurable PCI/PCI-X 1.0b port:

• 1 x 64-bit, up to 66 MHz PCI 2.2 or up to 133 MHz PCI-X 1.0b

• 2 x 32-bit, up to 66 MHz PCI 2.2 or up to 133 MHz PCI-X 1.0b

• Supports daisy-chaining up to 31 devices. The bandwidth is shared among the devices using a fairness algorithm

• Built-in two-level PCI arbiter with support for up to five external devices • Can be configured to support an external arbiter

• 3.3V PCI IO with 5V tolerant IOs • Supports with parity and error checking features • Superset register compatible with the SP1011 to

leverage the same software driver • Can be configured to fully emulate a single or a dual

SP1011 devices • Transaction forwarding for the following commands:

• All IO and memory commands • Type 1 to Type 1 configuration commands

(downstream only) • Type 1 to Type 0 configuration commands

(downstream only) • 1.8V core, 1.2V HT IO, 3.3V PCI/PCI-X IO • JTAG port • Available in a 388-pin PBGA green package

AS90L10208 Device Block Diagram

TxPHY

RxPHY

Link Interface

Link Interface

TxFIFO

RxFIFO

Packet Generator

Rx Buffer

TxPHY

RxPHY

Link Interface

Link Interface

TxFIFO

RxFIFO

Packet Generator

Rx Buffer

PCI/PCI-X Interface

8-bit HT@ 800 M Hz

8-bit HT@ 800 M Hz

1x64-bit, 66 M Hz PCI or 133 M H z PCI-X 1.0b2x32-bit, 66 M Hz PCI or 133 M H z PCI-X 1.0b

HT1.05 Interface HT1.05 Interface


* Green package means lead free compound and substrate

JTAG Controllers Product Selector Guide AS91L1001 AS91L1002 AS91L1003U AS91L1006BU

Description JTAG Test Controller JTAG Test Sequencer 3-Port JTAG Gateway 6-Port JTAG Gateway

IEEE1149.1 JTAG Primary Port 1 1 1 1

IEEE1149.1 JTAG Secondary Port 1 - 3 6

Flash Interface - YES

(Used to execute tests stored in Flash)

- -

CPU Interface YES

(Used to allow CPU to drive the tests)

- - -

Core and IO Voltage 3.3V 3.3V 3.3V 3.3V

5V Tolerant IO YES YES YES YES

Package 100-pin LQFP 100-pin FPBGA

100-pin LQFP 100-pin FPBGA



Package Size 18mm x 18mm (LQFP) 11mm x 11mm (FPBGA)

18mm x 18mm (LQFP) 11mm x 11mm (FPBGA)



Lead-Free or Green Package*

YES (Lead-free for LQFP, Green for FPBGA)





AS91L1001 JTAG Test Controller

Overview The AS91L1001 device provides an

interface between the 60x bus on the Motorola MPC8260 processor and two totally independent IEEE1149.1 ports. It handles all the protocol for the 60x bus to write and read directly to registers within the device with no additional glue logic.

The AS91L1001 has three distinct modes of operation, namely Slave mode, Master mode, and 3rd-Party Support mode. These different modes control how data will be generated on the IEEE1149.1 buses.

Slave mode: In this mode, a transparent connection between the primary and the secondary ports is established. This mode is usually used to test a board from a system back plane.

Master mode: In this mode the primary and secondary ports are now both totally independent IEEE1149.1 JTAG bus masters, which enable concurrent operation on both of the IEEE1149.1 JTAG chains. The Master mode enables the primary IEEE1149.1 JTAG port to be used to access other PCBs through the 5-wire IEEE1149.1 interface on the back plane. The secondary IEEE1149.1 JTAG port is used to test the card that is hosting the AS91L1001.

3rd Party Support mode: In this mode, bit bang operation (serial shifting of data) can be enabled on any of the two ports. This is used to programs legacy FPGA/CPLD devices.

Key Features • Interprets between the Motorola MPC8260

processor and two IEEE1149.1 JTAG ports • Three distinct modes of operation: Slave mode,

Master mode, and 3rd Party Support mode • Supports a wide range of 3rd party tools • Pinout and feature set compatible (complete second

source) with the Firecron JTS01 device

• Available in a 100-pin lead-free LQFP package or a 100-pin FPBGA green package

• 3.3V Core and IO • 5V Tolerant IOs

AS91L1001 System Block Diagram

Primary JTAGPort

SecondaryJTAG Port

CPU Interface Port

Microprocessor

AS91L10033-Port JTAG

Gateway

Flash/Memory

DSP

ASIC/CPLD/FPGA

AS91L1001 JTAGTest Controller


AS91L1002 JTAG Test Sequencer

Overview The AS91L1002 provides a solution to perform

boundary scan tests and IEEE1149.1 JTAG tests on a PCB board at reset time without any third party test hardware or a microprocessor.

Once enabled, the AS91L1002 executes JTAG and boundary scan tests stored in a Flash memory. The results of the tests are compared with the expected results also stored in Flash memory. Upon completion of the tests, a PASS/FAIL result is presented. The AS91L1002 enables very rapid testing of the complete PCB at reset time to provide a quick indication and a high degree of confidence in the operation of the PCB.

The AS91L1002 can be controlled using one of two different sources: a power-on reset circuit, or a front panel switch. Any one of these can cause the AS91L1002 to execute tests that have been loaded into the Flash memory.

When the tests have completed, the status of the execution is presented off chip through a status line to indicate the PASS/FAIL condition. The test results can also be written back into the Flash to enable the diagnosis of failures when a PCB is returned to the factory for debug.

Key Features • Performs IEEE1149.1 JTAG and boundary scan

tests in standalone mode without any 3rd party test hardware

• Eliminates the need for firmware development, thereby speeding up time to market

• Performs self tests in parallel on multiple PCBs in a system

• Stores tests results back into Flash memory

• Pinout and feature set compatible (complete second source) with the Firecron JTS02 device

• Available in a 100-pin LQFP lead-free package or a 100-pin FPBGA green package


AS91L1002 System Block Diagram

Test ResultIndicators AS91L1003U

3-Port JTAGGateway

Flash/Memory

DSP

ASIC/CPLD/FPGA

(Used to store test programand expected test results)

Flash

AS91L1002JTAG TestSequencer


AS91L1003U 3-Port JTAG Gateway

Overview The AS91L1003U is a one to three-port JTAG

gateway. It partitions a simple JTAG chain into three separate chains. These separate chains can be optionally configured to operate as a single chain.

The AS91L1003U provides the capability of partitioning the PCB into multiple smaller IEEE1149.1 scan chains totally under software control. Partitioning the IEEE1149.1 chains on the PCB has several benefits, which include easier fault diagnostics capabilities as a fault on one of the IEEE1149.1 Local Scan Ports (LSPs) does not render the PCB un-testable, faster Flash programming on the PCBs and removal of IEEE1149.1 signal loading issues.

The AS91L1003U device is used to provide enhanced capabilities to the standard IEEE1149.1. It enables the IEEE1149.1 interface to be used in a true

multi-drop environment without any additional signals. This multi-drop capability enables the standard IEEE1149.1 interface to be used not just for stand alone PCB testing, but complete system testing including all PCBs within a system back plane environment.

All of the protocols required for addressing the AS91L1003U device via the multi-drop capability and the protocols for configuring which of the three IEEE1149.1 LSPs of the AS91L1003U are to be used, is handled via the 3rd party ATPG tools from vendors like Asset-Intertech and JTAG Technologies. In a multi-drop environment it is also possible to perform interconnect tests between multiple PCBs within the system, thus extending the interconnect tests to the back plane itself.

Key Features • Device multi-drop addressable via the IEEE1149.1

protocol • Support for 3 local scan chains addressable via the

IEEE1149.1 interface • Support for Pass-through mode • Support for the IEEE1149.1 USERCODE instruction • Support for Status instruction enabling non-intrusive

monitoring of the system card • Local Scan Port (LSP) enable signal provides the

ability to use non IEEE1149.1 compliant devices that require JTAG enable signal

• Provides the ability to initiate self test on a remote PCB via a standard IEEE1149.1 command

• Support for JTAG Technologies AutoWR feature • Pinout and feature set compatible (complete

second source) with the Firecron JTS03U device • Available in a 100-pin LQFP lead-free package or

a 100-pin FPBGA green package • 3.3V Core and IO • 5V Tolerant IOs

AS91L1003U System Block Diagram

JTAG

Con

nect

or

ASIC

FlashMemory

FPGA

AS91

L100

3U

StandardProduct

StandardProduct


AS91L1006BU 6-Port JTAG Gateway

Overview The AS91L1006BU is a one to six-port

IEEE1149.1 JTAG gateway. It partitions a simple IEEE1149.1 JTAG chain into six separate chains. These separate chains can be optionally configured to operate as a single chain.

The AS91L1006BU provides the capability of partitioning the PCB into multiple smaller IEEE1149.1 JTAG scan chains that are totally under software control. Partitioning the IEEE1149.1 JTAG chains on the PCB has several benefits, including easier fault diagnostics capabilities as a fault on one of the IEEE1149.1 JTAG Local Scan Ports (LSPs) does not render the PCB untestable, faster Flash programming on the PCBs, and removal of IEEE1149.1 JTAG signal loading issues.

The AS91L1006BU is also used to provide enhanced capabilities to the standard IEEE1149.1

JTAG. It enables the IEEE1149.1 JTAG interface to be used in a true multi-drop environment without any additional signals. This multi-drop capability enables the standard IEEE1149.1 JTAG interface to be used not just for stand-alone PCB testing, but also for complete system testing including all PCBs within a system back plane environment.

All of the protocols required for addressing the AS91L1006BU device via the multi-drop capability and the protocols for configuring which of the six IEEE1149.1 LSPs on the AS91L1006BU is to be used, are handled via 3rd party ATPG tools from vendors like Asset-Intertech and JTAG Technologies. In a multi-drop environment it is also possible to perform interconnect tests between multiple PCBs within a system, thus extending the interconnect tests to the back plane itself.

Key Features • Device multi-drop addressable via the IEEE1149.1

JTAG protocol • Support for 6 local scan chains addressable via the

IEEE1149.1 JTAG interface • Support for Pass-through mode • Support for status instruction enabling non-intrusive

monitoring of the system card • Local Scan Port (LSP) enable signal provides the

ability to use non IEEE1149.1 JTAG compliant devices that require JTAG enable signal

• Provides the ability to initiate self test on a remote PCB via a standard IEEE1149.1 JTAG command

• Support for JTAG Technologies AutoWR feature, which enables faster Flash programming

• Pinout and feature set compatible (complete second source) with the Firecron JTS06BU device

• Available in a 100-pin LQFP lead-free package or a 100-pin FPBGA green package


AS91L1006BU System Block Diagram

JTAG

Con

nect

or

Microprocessor

AS91

L100

6BU

StandardProduct

StandardProduct

ASIC ASIC StandardProduct

Flash Memory

Flash Memory

CPLD

FPGA ASIC


Networking

RPR Controllers Product Selector Guide

AS95L2101 AS95L2102 AS95L2100

Forwarding and Processing Bandwidth 5 Gbps 10 Gbps 20 Gbps

Client-Side Interface 1 SPI4.2 port 1 SPI4.2 Port 2 SPI4.2 Ports

Line-Side Interface 2 SFI-4 Ports (A and B) 2 SFI-4 Ports (A and B) 2 SFI-4 Ports (A and B)

Control Plane Interface 32-bit PCI bus or 16-bit generic CPU bus

32-bit PCI bus or 16-bit generic CPU bus

32-bit PCI bus or 16-bit generic CPU bus

Ethernet MAC 2 x 2.5G - 2 x 10G

SONET (STS) / SDH (STM) Protocol per Line-Side Port OC-12 and OC-48 OC-12 and OC-48 OC-48 and OC-192

Frame Delineation POS/HDLC, GFP and Ethernet / PacketPHY POS/HDLC and GFP POS/HDLC, GFP and

Ethernet / PacketPHY

Ring Protocols IEEE 802.17 draft 3.x

Cisco SRP v2 Others

IEEE 802.17 draft 3.x Cisco SRP v2

Others

IEEE 802.17 draft 3.x Cisco SRP v2

Others

On-chip Transit Buffer Single or dual Single or dual Single or dual

Single or Dual Card Mode YES YES YES

Packet Priority Classification High, medium and low High, medium and low High, medium and low

Package 928 HSBGA 928 HSBGA 928 HSBGA

Package Size 40mm x 40mm 40mm x 40mm 40mm x 40mm


AS95L210x Family of Resilient Packet Ring Controllers

Overview The AS95L210x family of Resilient Packet Ring

(RPR) Controllers is especially designed to support the emerging IEEE802.17 Resilient Packet Ring (RPR) standard at various line interface speeds including OC-12, OC-48 and OC-192 for SONET, and 2.5G and 10G for Ethernet and PacketPHY.

The AS95L210x family is based on a unique patented Adaptive Compute Architecture that combines wire-speed processing power with adaptive logic. This technology provides unparalleled control over hardware and software that enable the same device to be adapted – without performance penalty – to various ring protocols such as the emerging IEEE802.17 draft 3.x, Cisco’s SRP™ and other proprietary protocols.

The RPR Controller family uniquely supports multiple physical interfaces, modes, protocols and

standards. The AS95L210x family incorporates the resilient ring Media Access Control (MAC) along with layer 1 and layer 2 functions that include: SONET framers, Ethernet MACs, POS/HDLC, GFP and WIS frame delineators. The family also integrates on-chip address matching Content Addressable Memory (CAMs), and large buffer memory for insert and high priority transit queues.

The AS95L210x family includes on-chip configuration, performance and fault-management features that support RPR requirements for Operation, Administration, Maintenance and Provisioning (OAM&P). The AS95L210x family is ideally suited for a variety of vertical markets including networking, communications, computing, cable infrastructure, servers and storage cluster systems.

AS95L210x Device Block Diagram

DDR SRAM Interface

Line-Side Port A

OC-192 FramersQuad OC-48 FramersQuad OC-12 Framers

2.5G & 10G Ethernet MAC

HDLC/GFP

Line-Side Port B

OC-192 FramersQuad OC-48 FramersQuad OC-12 Framers

2.5G & 10G Ethernet MAC

HDLC/GFP

DDR SRAM Interface

RPR MAC

Receive Queue

Transit Transmit Queues

Scheduler Adaptive ComputeEngine

Adaptive HeaderEngine

Receive QueueAdaptive HeaderEngine

PCI / CPU Management Bus

Single orDual

SPI4.2Interface

SFI-4

SFI-4

SPI4.2

Transit Transmit Queues


Functional Description The AS95L210x family includes three devices

based on the same architecture that incorporate the same set of features. They are software compatible and differ in the bandwidth and line rate they support. The AS95L2100 has a 20 Gbps maximum bandwidth and supports OC-192, OC-48 and 10 GE line interfaces. The AS95L2102 has 10 Gbps maximum bandwidth and supports OC-48 and OC-12 line interfaces. The AS95L2101 has 5 Gbps max bandwidth and supports OC-48, OC-12 and 2.5 GE line interfaces. Each device is comprised of two major subsystems: the line-side ports and the RPR MAC.

The two line-side ports (A and B) are symmetrical and each incorporates a PHY interface, frame delineation logic, SONET framers, Ethernet MACs and multiplexing logic. They are used to connect the AS95L210x family to the rings through an external PHY device (Serdes).

The RPR MAC performs the MAC functions and incorporates two Adaptive Header Engines (AHE), each with an address-matching CAM. It also includes protection switching logic and an Adaptive Control Engine (ACE) for executing fairness algorithms and controlling dispatching regimes.

One or two client-side ports (depending on the device) are used to connect to a client FPGA or to a Network Processor (NPU). A control plane interface is used to configure and manage the operation of the AS95L210x RPR Controllers.

The AS95L210x family operates in two modes. In standard topology mode (framer mode) it operates as a dual full-duplex Ethernet MAC or as multiple SONET Framers; and in ring mode the AS95L210x family additionally has all the logic required for packet

ring processing, bandwidth management and protection switching.

Each packet received on the line-side ports is delineated, processed and reassembled in accordance with the appropriate protocol and framing convention (Ethernet, SONET, GFP, or HDLC) and passed to the AHE. The AHE performs CRC checks and discards or marks corrupt packets. In ring mode it matches the packet’s destination address with CAM entries to determine packet routing. Local traffic is stripped from the ring and the packet type is classified as data or control. Local data packets are transferred to the client-side SPI4.2 port for delivery to the application processor. Control packets, consisting of provisioning information, fairness messages, ring status, topology and others are passed to the control plane CPU or to the client-side port for processing.

The AS95L210x family supports multiple queuing options including single or dual transit buffers with up to three priority classifications (high, medium and low).

The AHE can extract information from encapsulated headers for various frame delineation protocols enabling it to adapt to a wide spectrum of industry and proprietary standards as well as to custom header processing requirements.

The AS95L210x family of RPR Controllers operates in either single-line card or dual-line card modes. In single line-card mode, a single device terminates the rings for cost efficiency. In dual-line card mode, two AS95L210x (one on each line card) terminate the rings (one for each ringlet) for redundancy.

Single-Line Card System Block Diagram

Ring 0

Ring 1

Ring 2

Ring 3

PHY

RPRController

AS95L210x

NPU

/FPG

A

Traf

fic M

anag

er

Switc

h

F

abric

ControlPlane CPU


Software A complete Linux-based software kernel driver

and user-space API that allows for configuration and management of all line and client–side interfaces for the AS95L210x RPR Controller family is available.

The driver consists of two logical portions: the main kernel driver that manages the hardware, and the kernel “Snap-in” – referred to as Profile – that manages the ring protocol specific features. A different Profile is needed for each of the ring protocols such as IEEE802.17 Draft 3.x, Cisco’s SRP and others. The following figure illustrates the software modules. The driver also supports the two modes of operation: framer mode and ring mode.

Each Profile consists of two portions: a binary executable file that is directly downloaded to the AS95L210x family during system initialization; and a host executable that interacts with the Profile and with the main kernel driver.

The binary file portion of the Profile contains execution code for the Adaptive Control Engine

(running the fairness algorithm). Binary file generation tools and Assembler tools are included as part of the software module.

The Host kernel snap-in executable contains the software to manage the fairness algorithm (running in the Adaptive Control Engine), the topology discovery protocol, the intelligent protection switching and steering control as well as other ring control protocols such as LRTT (Loop Round Trip Time) and FDD (Fairness Differential Delay) calculations.

The AS95L210x family provides a number of on-chip configurations and fault management features that support RPR requirements for OAM&P. Equipment manufacturers use these adaptive features to provide more robust and flexible multi-service solutions.

A user-level API tester is provided to allow each driver and ring-level API to be tested. The API tester also provides an easy mechanism to bring up the AS95L210x family in ring mode or framer mode.

Software Modules

Cus

tom

er P

rovi

ded

Thre

aded

Use

r Spa

ce A

pplic

atio

n

User Space

OS

Kern

el M

ultip

lexe

r

open (..)

Configuration

Statistics

Error Handling / Recovery

HDLC Mgmt A

PI

SONE

T M

gmt A

PI

Ethernet Mgmt API

GFP M

gmt API

SPI4.2 Mgmt API

PCI/C

PU B

usC

ontro

ller

Inte

rnet

Han

dler

Kernel Space Snap-in Profile IEEE802.17 / SRP v2 / Others

Profile Management API

Topology Discovery

Intelligent ProtectionSwitching or Steering Control

Fairness Algorithm

open (..)

close (..) close (..)

read (..) read (..)

write (..) write (..)

ioctl (..) ioctl (..)

Kernel Space AS95L210x Driver

Kernel Space

RPRController

AS95L210x

RPRController

AS95L210x

PhysicalHardware

Instance Manager

Packet DMA Handler

Diagnostics / Self Test

Ring Control API


AS95L210x Key Features • Highly integrated device with on-chip SONET

Framers (OC-12/OC-48/OC-192), Ethernet MACs (2.5G and 10G) and RPR MAC

• Supports IEEE802.17 draft 3.x, Cisco SRP v2 and others

• Adaptive compute architecture accommodates modifications and proprietary protocols without performance loss

• Supports packet ring header processing, bandwidth management and protection switching • Provides steered and wrapped protection switching

(within 50 ms) per IEEE802.17

• Supports up to 255 nodes per ring

• Up to 20 Gbps bandwidth

• Single-line card and dual-line card modes

• Terminates up to 4 rings (8 ringlets)

• SONET/SDH section/line/path processing compliant with Telcordia GR-253, ANSI T1.105, T1.416 and ITU G.751, G.783 and G.804

• Full duplex 2.5G and 10G Ethernet MAC processing compliant with IEEEP802.3ae/D5.0 • WIS (WAN Interface Sub-layer) support for 10

Gbps Ethernet Serial WAN applications

• Compliant with POS/HDLC IETF RFC 1662 and IETF RFC 2615

• SONET/SDH framers defined by IETF RFCs 2615 / 1662 and GFP framers defined by ANSI T1X1.5

• RMON counters comply with IETF RFC 2863 (802.3 MIBs)

• Supports the Generic Framing Procedure (GFP) encapsulation per ANSI T1.105.02 (SONET) and ITU-T G.709 (OTN)

• On-chip memory for high-priority transit traffic buffer and staging buffer for insert traffic

• On-chip CAM for address matching

• Interface for external SRAM for medium and low priority transit traffic

• The control plane interface can be configured either as a 32-bit PCI bus or as a generic 16-bit CPU bus

• 928-pin HSBGA package



MEMORY PRODUCTS


SRAM Products Alliance offers a broad range of SRAM products, including synchronous and fast asynchronous SRAM. Synchronous SRAMs address the need for high-bandwidth data path buffers for primarily high-speed communications. Alliance offers a complete family of synchronous SRAMs, including No Turnaround Delay (NTD) and synchronous burst devices for these applications. In addition, Alliance supports the full range of 3.3V and 5V asynchronous SRAMs used with mainstream digital signal processors (DSPs) and microcontrollers.

SRAM 64K 256K 512K 1M 2M 4M 9M 18M 36M

Synchronous - - - - 128K x 18 64K x 32/36

256K x 18 128K x 32/36

512K x 18 256K x 32/36

1M x 18 512K x 32/36

1M x 32/36 2M x 18

5V Fast Asynchronous 8K x 8 32K x 8 32K x 16 128K x 8

64K x 16 - 512K x 8 256K x 16 - - -

3.3V Fast Asynchronous - 32K x 8 32K x 16 128K x 8

64K x 16 - 512K x 8 256K x 16 - - -

All SRAMs are available in industrial temperature range


Synchronous SRAM

Alliance Semicnductor7C = CMOS SRAM

Core Voltage: 33 = 33V, and 25 = 2.5VDevice depth denoted in K bits or M bits

Device density width: x18-bits, x32-bits, x36-bitsSuffix letter denotes die revision

Clock cycle time in MHzPackages: TQ = TQFP-thin quad flat pack (100 pin), B = ball gid array

Temperature Ranges C = Commercial (0 C to 70 C) I = Industrial (-40 C to 85 C)

NTD = No turn-around delay, PFS = pipelined single-cycle deselect,PFD = Pipelined dual-cycle deselect, FT = flow through

TM

AS 7 C 256 TQ C2 5 NTD 36A -166

3.3V Synchronous SRAM

Product Selector Guide Density Org Alliance Part

Number Clk (MHz)* Packages Status** Comments

2M 64K x 36 AS7C3364FT36B 7.5 ns TQFP (100) Production 3.3V IO

64K x 32 AS7C3364FT32B 7.5 ns TQFP (100) Production 3.3V IO

128 x 18 AS7C33128FT18B 7.5 ns TQFP (100) Production 3.3V IO

64K x 36 AS7C3364PFS36B 166 TQFP (100) Production 3.3V IO



64K x 36 AS7C3364PFD36B 166 TQFP (100) Production 3.3V IO



4M 128K x 36 AS7C33128FT36B 7.5 ns TQFP (100) Production 3.3V IO









* Maximum speed in pipelined mode. ** S = sample date, P = estimated production date.




9M 256K x 32 AS7C33256PFS32A 166 TQFP (100) Production 3.3V/2.5V IO

512K x 18 AS7C33512PFS18A 166 TQFP (100) Production 3.3V/2.5V IO

256K x 36 AS7C33256PFD36A 166 TQFP (100) Production 3.3V/2.5V IO



18M 512K x 36 AS7C33512FT36A 7.5 ns TQFP (100), BGA (165) Production 3.3V/2.5V IO

512K x 32 AS7C33512FT32A 7.5 ns TQFP (100), BGA (165) Production 3.3V/2.5V IO

1M x 18 AS7C331MFT18A 7.5 ns TQFP (100), BGA (165) Production 3.3V/2.5V IO

1M x 18 AS7C331MPFS18A 166 TQFP (100), BGA (165) Production 3.3V/2.5V IO

512K x 36 AS7C33512PFS36A 166 TQFP (100), BGA (165) Production 3.3V/2.5V IO


1M x 18 AS7C331MPFD18A 166 TQFP (100), BGA (165) Production 3.3V/2.5V IO

512K X 36 AS7C33512PFD36A 166 TQFP (100), BGA (165) Production 3.3V/2.5V IO

512K x 32 AS7C33512PFD32A 166 TQFP (100), BGA (165) Production 3.3V/2.5V IO

36M 1M x 36 AS7C331MFT36A 7.5 ns TQFP (100), BGA (165) Production 3.3V/2.5V IO


2M X 18 AS7C332MFT18A 7.5 ns TQFP (100), BGA (165) Production 3.3V/2.5V IO

1M x 36 AS7C331MPFS36A 166, 200, 250 TQFP (100), BGA (165) Production 3.3V/2.5V IO





2.5V Synchronous SRAM



18M 512K x 36 AS7C25512FT36A 7.5 ns TQFP (100), BGA (165) Production 3.3V/2.5V IO

512K x 32 AS7C25512FT32A 7.5 ns TQFP (100), BGA (165) Production 3.3V/2.5V IO


1M x 18 AS7C251MPFD18A 250 TQFP (100), BGA (165) Production 3.3V/2.5V IO

1M x 18 AS7C251MPFS18A 250 TQFP (100), BGA (165) Production 3.3V/2.5V IO





3.3V NTD™ Synchronous SRAM (NTD is industry compatible with other ZBT™ and NT cycle products.)



2M 64K x 36 AS7C3364NTD36B 166 TQFP (100) Production 3.3V IO

64K x 32 AS7C3364NTD32B 166 TQFP (100) Production 3.3V IO

4M 128K x 36 AS7C33128NTD36B 166 TQFP (100) Production 3.3V IO



9M 256K x 36 AS7C33256NTD36A 166 TQFP (100) Production 3.3V/2.5V IO

256K x 32 AS7C33256NTD32A 166 TQFP (100) Production 3.3V/2.5V IO

512K x 18 AS7C33512NTD18A 166 TQFP (100) Production 3.3V/2.5V IO

18M 512K x 36 AS7C33512NTD36A 166 TQFP (100), BGA (165) Production 3.3V/2.5V IO

512K x 32 AS7C33512NTD32A 166 TQFP (100), BGA (165) Production 3.3V/2.5V IO

1 M x 18 AS7C331MNTD18A 166 TQFP (100), BGA (165) Production 3.3V/2.5V IO

36M 1M x 36 AS7C331MNTD36A 166, 200, 250 TQFP (100), BGA (165) Production 3.3V/2.5V IO

1M x 32 AS7C331MNTD32A 166, 200, 250 TQFP (100), BGA (165) Production 3.3V/2.5V IO

2M x 18 AS7C332MNTD18A 166, 200, 250 TQFP (100), BGA (165) Production 3.3V/2.5V IO



2.5V NTD™ Synchronous SRAM (NTD is industry compatible with other ZBT™ and NT cycle products.)



18M 1M x 18 AS7C251MNTD18A 166 TQFP (100), BGA (165) Production 3.3V/2.5V IO

512K x 36 AS7C25512NTD36A 166 TQFP (100), BGA (165) Production 3.3V/2.5V IO

Synchronous Dual Port SRAM



9M 256K x 36 AS9C25256M2036L 166 PQFP (208) Samples 3.3V/2.5V IO

512K x 18 AS9C25512M2018L 166 TQFP (144) Samples 3.3V/2.5V IO



Asynchronous SRAM

Alliance Semicnductor7C = CMOS SRAM

Voltage: Blank = 5V CMOS, 3 = 3.3V CMOSDevice number assigned by Alliance Semiconductor. Suffix letter denotes die revision.

Access time in nanoseconds

Packages: J = SOJ 300 or 400 mil, TJ = SOJ 300 mil (applies only when J is400 mil), T = TSOP 1 or 2, ST = sTSOP

AS 7 C 4098A J C3 -12

Temperature Ranges C = Commercial (0 C to 70 C) I = Industrial (-40 C to 85 C)

5V Fast Asynchronous SRAM


Number Speed (ns) Packages Status** Comments

64K 8K x 8 AS7C164 10/12/15/20 SOJ (28) Production -

256K 32K x 8 AS7C256A 10/12/15/20 SOJ (28), TSOP1 (28) Production -

512K 32K x 16 AS7C513B 10/12/15/20 SOJ (44), TSOP2 (44) Production -

1M 128K x 8 AS7C1024B 10/12/15/20 SOJ (32.3 & 32.4), TSOP1(32) Production 32.3 = 300 mil,

32.4 = 400 mil

128K x 8 AS7C1025B 10/12/15/20 SOJ (32.3 & 32.4) Production CPG (Center Power & Ground)

64K x 16 AS7C1026B 10/12/15/20 SOJ (44), TSOP2 (44) Production -

4M AS7C4096 12/15/20 SOJ (36), TSOP2 (44) Production -

512K x 8

AS7C4096A 12/15/20 SOJ (36), TSOP2 (44) S=2Q ’04, P= 3Q ‘04 -

AS7C4098 12/15/20 SOJ (44), TSOP2 (44) Production -

256K x 16

AS7C4098A 12/15/20 SOJ (44), TSOP2 (44) S=2Q ’04, P= 3Q ‘04 -

** S = sample date, P = estimated production date.


3.3V Fast Asynchronous SRAM


Number Speed (ns) Packages Status** Comments

256K 32K x 8 AS7C3256A 10/12/15/20 SOJ (28), TSOP1 (28) Production -

512K 32K x 16 AS7C3513B 10/12/15/20 SOJ (44), TSOP2 (44) Production -

1M 128K x 8 AS7C31024B 12/15/20 SOJ (32.3 & 32.4), TSOP1(32) Production 32.3 = 300 mil,

32.4 = 400 mil

128K x 8 AS7C31025B 10/12/15/20 SOJ (32.3 & 32.4) Production CPG (Center Power & Ground)

64K x 16 AS7C31026B 10/12/15/20 SOJ (44), TSOP2 (44) Production -

4M 512K x 8 AS7C34096A 10/12/15/20 SOJ (36), TSOP2 (44) Production -

256K x 16 AS7C34098A 10/12/15/20 SOJ (44), TSOP2 (44) Production -

** S = sample date, P = estimated production date.


GSI

-

GS82

032A

T

- -

GS82

032A

T

- -

GS82

0E32

AT

- - -

GS84

0F36

AT

GS84

0F36

AT

B=BG

A T=

TQFP

Sam

sung

K7B2

0182

5B

K7B2

0322

5B

K7B2

0362

5B

-

K7A2

0320

0B

K7A2

0360

0B

- - - - -

K7B4

0322

5B

K7B4

0362

5B

Q=TQ

FP

F=BG

A

Mic

ron

MT58

L128

L18F

T

MT58

L64L

32FT

MT58

L64L

36FT

MT58

L128

L18P

T

MT58

L64L

32PT

MT58

L64L

36PT

MT58

L128

L18D

T

MT58

L64L

32DT

MT58

L64L

36DT

MT55

L64L

32P1

T

MT55

L64L

36P1

T

MT58

L128

L32F

1T

MT58

L128

L36F

1T

T= 2

CE T

QFP

S= 3

CE T

QFP

ISSI

-

IS61

LF64

32A

IS61

LF64

36A

-

IS61

LP64

32A

IS61

LP64

36A

- - - - -

IS61

SF12

832

IS61

SF12

836

TQ=T

QFP

IDT -

IDT7

1V63

3S

- -

IDT7

1V63

2S

- - - - - - -

IDT7

1V35

77S

PF=T

QFP

Cyp

ress

CY7C

1324

F

CY7C

1336

F

CY7C

1344

F

CY7C

1326

F

CY7C

1329

G

CY7C

1346

G

CY7C

1223

F

- - - -

CY7C

1338

F

CY7C

1345

F

A=TQ

FP

CLK

(M

Hz)

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

Volt

(V)

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

Org

128K

x18

64Kx

32

64Kx

36

128K

x18

64Kx

32

64Kx

36

128K

x18

64Kx

32

64Kx

36

64Kx

32

64Kx

36

128K

x32

128K

x36

Den

2M

2M

2M

2M

2M

2M

2M

2M

2M

2M

2M

4M

4M

Sync

hron

ous

SRAM

Cro

ss R

efer

ence

Gui

de

Allia

nce

AS7C

3312

8FT1

8B

AS7C

3364

FT32

B

AS7C

3364

FT36

B

AS7C

3312

8PFS

18B

AS7C

3364

PFS3

2B

AS7C

3364

PFS3

6B

AS7C

3312

8PFD

18B

AS7C

3364

PFD3

2B

AS7C

3364

PFD3

6B

AS7C

3364

NTD3

2B

AS7C

3364

NTD3

6B

AS7C

3312

8FT3

2B

AS7C

3312

8FT3

6B

Allia

nce S

emico

nduc

tor pa

ckag

e abb

revia

tions

and t

heir e

quiva

lents.

TQ

=TQF

P, B

=BGA


GSI

GS84

0F36

AT

-

GS84

032A

T

GS84

018A

T

GS84

0E32

AT

GS84

0E18

AT

GS84

0E18

AT

-

GS84

0Z36

AT

GS84

0Z18

AT

GS88

032B

T

GS88

018B

T

GS88

0E18

BT

B=BG

A T=

TQFP

Sam

sung

K7B4

0182

5B

K7A4

0320

0B

K7A4

0360

0B

K7A4

0180

0B

K7A4

0320

1B

K7A4

0360

1B

-

K7N4

0320

1B

K7N4

0360

1B

K7N4

0180

1B

-

K7A8

0180

0B

K7A8

0180

1B

Q=TQ

FP

F=BG

A

Mic

ron

MT58

L256

L18F

1T

MT58

L128

L32P

1T

MT58

L128

L36P

1T

MT58

L256

L18P

1T

MT58

L128

L32D

1T

MT58

L128

L36D

1T

MT58

L256

L18D

1T

MT55

L128

L32P

1T

MT55

L128

L36P

1T

MT55

L256

L18P

1T

MT58

L256

L32P

T

MT58

L512

L18P

T

MT58

L512

L18D

T

T= 2

CE T

QFP

S= 3

CE T

QFP

ISSI

IS61

SF25

618

IS61

SP12

832

1S61

SP12

836

IS61

SP25

618

- - -

IS61

NP12

832

IS61

NP12

836

IS61

NP25

618

IS61

SPS2

5632

IS61

SPS5

1218

IS61

SPD5

1218

T

TQ=T

QFP

IDT

IDT7

1V35

79S

-

IDT7

1V35

76S

IDT7

1V35

78S

- - - -

IDT7

1V35

56S

IDT7

1V35

58S

-

IDT7

1B67

803S

-

PF=T

QFP

Cyp

ress

CY7C

1325

F

CY7C

1339

F

CY7C

1347

F

CY7C

1327

F

CY7C

1340

F

-

CY7C

1328

F

-

CY7C

1350

F

CY7C

1352

F

CY7C

1364

B

CY7C

1362

B

CY7C

1367

B

A=TQ

FP

CLK

(M

Hz)

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

Volt

(V)

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

Org

256K

x18

128K

x32

128K

x36

256K

x18

128K

x32

128K

x36

256K

x18

128K

x32

128K

x36

256K

x18

256K

x32

512K

x18

512K

x18

Den

4M

4M

4M

4M

4M

4M

4M

4M

4M

4M

9M

9M

9M Sy

nchr

onou

s SR

AM C

ross

Ref

eren

ce G

uide

(Con

tinue

d)

Allia

nce

AS7C

3325

6FT1

8B

AS7C

3312

8PFS

32B

AS7C

3312

8PFS

36B

AS7C

3325

6PFS

18B

AS7C

3312

8PFD

32B

AS7C

3312

8PFD

36B

AS7C

3325

6PFD

18B

AS7C

3312

8NTD

32B

AS7C

3312

8NTD

36B

AS7C

3325

6NTD

18B

AS7C

3325

6PFS

32A

AS7C

3351

2PFS

18A

AS7C

3351

2PFD

18A

Allia

nce S

emico

nduc

tor pa

ckag

e abb

revia

tions

and t

heir e

quiva

lents.

TQ

=TQF

P, B

=BGA


GSI

GS88

0E32

BT

GS88

0E18

BT

-

GS88

0Z36

BT

GS88

0Z18

BT

GS81

60F3

2T

GS81

60F3

6T

- - -

GS81

60F1

8T

- -

B=BG

A T=

TQFP

Sam

sung

-

K7A8

0360

1B

-

K7N8

0360

1B

K7N8

0180

1B

-

K7B1

6362

5B

- - -

K7B1

6182

5B

- -

Q=TQ

FP

F=BG

A

Mic

ron

MT58

L256

L32D

T

MT58

L256

L36D

T

MT55

L256

L32P

T

MT55

L256

L36P

T

MT55

L512

L18P

T

- - - - - - - -

T= 2

CE T

QFP

S= 3

CE T

QFP

ISSI

IS61

SPD2

5632

T

IS61

SPD2

5636

T

IS61

NP25

632

IS61

NP25

636

IS61

NP51

218

-

IS61

LF51

236A

IS61

VF10

2418

A

-

IS61

VF51

236A

IS61

LF10

2418

A

IS61

VPS1

0241

8A

-

TQ=T

QFP

IDT - - -

IDT7

1V65

603S

IDT7

1V65

803S

- -

IDT7

1T75

902S

- - - - -

PF=T

QFP

Cyp

ress

CY7C

1368

B

CY7C

1366

B

-

CY7C

1354

B

CY7C

1356

B

-

CY7C

1381

C

- -

CY7C

1381

CV25

CY7C

1383

C

CY7C

1382

CV25

-

A=TQ

FP

CLK

(M

Hz)

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

133-

166

166-

250

166-

250

166-

250

166-

250

166-

250

166-

250

Volt

(V)

3.3

3.3

3.3

3.3

3.3

3.3

3.3

2.5

2.5

2.5

3.3

2.5

2.5

Org

256K

x32

256K

x36

256K

x32

256K

x36

512K

x18

512K

x32

512K

x36

1Mx1

8

512K

x32

512K

x36

1Mx1

8

1Mx1

8

512K

x 32

Den

9M

9M

9M

9M

9M

18M

18M

18M

18M

18M

18M

18M

18M Sy

nchr

onou

s SR

AM C

ross

Ref

eren

ce G

uide

(Con

tinue

d)

Allia

nce

AS7C

3325

6PFD

32A

AS7C

3325

6PFD

36A

AS7C

3325

6NTD

32A

AS7C

3325

6NTD

36A

AS7C

3351

2NTD

18A

AS7C

3351

2FT3

2A

AS7C

3351

2FT3

6A

AS7C

251M

FT18

A

AS7C

2551

2FT3

2A

AS7C

2551

2FT3

6A

AS7C

331M

FT18

A

AS7C

251M

PFS1

8A

AS7C

2551

2PFS

32A

Allia

nce S

emico

nduc

tor pa

ckag

e abb

revia

tions

and t

heir e

quiva

lents.

TQ

=TQF

P, B

=BGA


GSI

-

GS81

6018

T

GS81

6032

T

GS81

6036

T

-

GS81

60E3

2T

-

GS81

60E1

8T

GS81

60E3

2T

GS81

60E3

6T

- -

GS81

60Z3

6T

B=BG

A T=

TQFP

Sam

sung

-

K7A1

6180

0B

-

K7A1

6360

0B

- - -

K7A1

6180

1B

-

K7A1

6360

1B

K7N1

6184

5B

K7N1

6364

5B

K7N1

6180

1B

Q=TQ

FP

F=BG

A

Mic

ron

- - - - - - - - - - - - -

T= 2

CE T

QFP

S= 3

CE T

QFP

ISSI

IS61

VPS5

1236

A

IS61

LPS1

0241

8A

-

IS61

LPS5

1236

A

IS61

VPD1

0241

8A

-

IS61

VPD5

1236

A

IS61

LPD1

0241

8A

-

IS61

LPD5

1236

A

IS61

NVP1

0241

8

IS61

NVP5

1236

IS61

NLP1

0241

8

TQ=T

QFP

IDT - - - - - - - - - -

IDT7

1T75

802S

IDT7

1T75

062S

-

PF=T

QFP

Cyp

ress

CY7C

1380

CV25

CY7C

1382

C

-

CY7C

1380

C

CY7C

1387

CV25

-

CY7C

1386

CV25

CY7C

1387

C

-

CY7C

1386

C

CY7C

1372

CV25

CY7C

1370

CV25

CY7C

1372

C

A=TQ

FP

CLK

(M

Hz)

166-

250

166-

250

133-

166

133-

166

166-

250

166-

250

166-

250

166-

250

133-

166

133-

166

166-

250

166-

250

166-

250

Volt

(V)

2.5

3.3

3.3

3.3

2.5

2.5

2.5

3.3

3.3

3.3

2.5

2.5

3.3

Org

512K

x36

1Mx1

8

512K

x32

512K

x36

1Mx1

8

512K

x32

512K

x36

1Mx1

8

512K

x32

512K

x36

1Mx8

512K

x36

1Mx1

8

Den

18M

18M

18M

18M

18M

18M

18M

18M

18M

18M

18M

18M

18M Sy

nchr

onou

s SR

AM C

ross

Ref

eren

ce G

uide

(Con

tinue

d)

Allia

nce

AS7C

2551

2PFS

36A

AS7C

331M

PFS1

8A

AS7C

3351

2PFS

32A

AS7C

3351

2PFS

36A

AS7C

251M

PFD1

8A

AS7C

2551

2PFD

32A

AS7C

2551

2PFD

36A

AS7C

331M

PFD1

8A

AS7C

3351

2PFD

32A

AS7C

3351

2PFD

36A

AS7C

251M

NTD1

8A

AS7C

2551

2NTD

36A

AS7C

331M

NTD1

8A

Allia

nce S

emico

nduc

tor pa

ckag

e abb

revia

tions

and t

heir e

quiva

lents.

TQ

=TQF

P, B

=BGA


GSI

-

GS81

60Z3

6T

GS83

2032

T

GS83

2036

T

GS83

2018

T

- - - -

GS83

20Z3

6T

GS83

20Z1

8T

B=BG

A T=

TQFP

Sam

sung

-

K7N1

6360

1B

-

K7A3

2360

0M

K7A3

2180

0M

-

K7B3

2362

5M

K7B3

2182

5M

-

K7N3

2360

1M

K7N3

2180

1M

Q=TQ

FP

F=BG

A

Mic

ron

- - - - - - - - - - -

T= 2

CE T

QFP

S= 3

CE T

QFP

ISSI

-

IS61

NLP5

1236

- - - - - - -

IS61

NLP1

0243

6

-

TQ=T

QFP

IDT - - - - - - - - - -

PF=T

QFP

Cyp

ress

-

CY7C

1370

C

-

CY7C

1440

V33

- -

CY7C

1441

V33

- -

CY7C

1460

V33

CY7C

1462

V33

A=TQ

FP

CLK

(M

Hz)

166-

250

133-

166

166-

250

166-

250

166-

250

166-

250

166-

250

166-

250

166-

250

166-

250

166-

250

Volt

(V)

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

3.3

Org

512K

x32

512K

x36

1Mx3

2

1Mx3

6

2Mx1

8

1Mx3

2

1Mx3

6

2Mx1

8

1Mx3

2

1Mx3

6

2Mx1

8

Den

18M

18M

36M

36M

36M

36M

36M

36M

36M

36M

36M Sy

nchr

onou

s SR

AM C

ross

Ref

eren

ce G

uide

(Con

tinue

d)

Allia

nce

AS7C

3351

2NTD

32A

AS7C

3351

2NTD

36A

AS7C

331M

PFS3

2A

AS7C

331M

PFS3

6A

AS7C

332M

PFS1

8A

AS7C

331M

FT32

A

AS7C

331M

FT36

A

AS7C

332M

FT18

A

AS7C

331M

NTD3

2A

AS7C

331M

NTD3

6A

AS7C

332M

NTD1

8A

Allia

nce S

emico

nduc

tor pa

ckag

e abb

revia

tions

and t

heir e

quiva

lents.

TQ

=TQF

P, B

=BGA


Sam

sung

- - - - - - -

K6R1

008C

1D

T=TS

OP I/I

I E=

48-p

in BG

A J=

300/4

00 m

il SOJ

H=

119 B

GA

D=PD

IP

ISSI

IS1C

64B

IS61

C256

AH

IS61

LV25

6

IS61

C321

6

IS1L

V321

6L

IS61

C102

4

- -

T=TS

OP I/I

I H=

sTSO

P I

B=48

-pin

BGA

M=48

-pin

mBGA

J=

300 S

OJ

K=40

0 SOJ

N,

P or

W=P

DIP

IDT

IDT7

164L

IDT7

1256

SA

IDT7

1V25

6SA

- -

IDT1

024S

-

IDT7

1124

S

PZ=T

SOP

I PH

=TSO

P II

Y=40

0 mil S

OJ

TY=3

00 m

il SOJ

P=

PDIP

B=

48-p

in BG

A

GSI

- -

GS70

328

- - - - -

TS=T

SOP

I TP

=TSO

P II

SJ=3

00 m

il SOJ

J=

400 m

il SOJ

B=

119 B

GA

Cyp

ress

CY7C

185

CY7C

199

CY7C

1399

B

CY7C

1020

B

CY7C

1020

CV33

CY7C

109B

CY

7C10

09B

-

CY7C

1019

B

Z=TS

OP I/I

I V=

300/4

00 m

il SOJ

P=

PDIP

B=

48-p

in BG

A BA

=48-

pin m

BGA

BG=1

19 P

BGA

Spee

d (n

s)

10-2

0

10-2

0

10-2

0

10-2

0

10-2

0

10-2

0

12-2

0

10-2

0

Volt

5V

5V

3.3V

5V

3.3V

5V

3.3V

5V

Org

8Kx8

32Kx

8

32Kx

8

32x1

6

32x1

6

128K

x8

128K

x8

128K

x8

CPG

Den

64K

256K

256K

512K

512K

1M

1M

1M

Fast

Asy

nchr

onou

s SR

AM C

ross

Ref

eren

ce G

uide

Al

lianc

e

AS7C

164

AS7C

256A

AS7C

3256

A

AS7C

513B

AS7C

3513

B

AS7C

1024

B

AS7C

3102

4B

AS7C

1025

B

Allia

nce S

emico

nduc

tor pa

ckag

e abb

revia

tions

and t

heir e

quiva

lents.

T=

TSOP

I/II, T

J=30

0 mil S

OJ, J

=400

mil S

OJ, S

T=sT

SOP

I, CPG

=Cen

ter po

wer a

nd gr

ound

C=

Comm

ercia

l, I=I

ndus

trial


Sam

sung

K6R1

008V

1D

K6R1

016C

1D

K6R1

016V

1D

K6R4

008C

1D

K6R4

008V

1D

K6R4

016C

1D

K6R4

016V

1D

T=TS

OP I/I

I E=

48-p

in BG

A J=

300/4

00 m

il SOJ

H=

119 B

GA

D=PD

IP

ISSI

IS61

LV10

24

IS61

C641

6

IS61

LV64

16

-

IS61

LV51

28AL

-

IS61

LV25

616A

L

T=TS

OP I/I

I H=

sTSO

P I

B=48

-pin

BGA

M=48

-pin

mBGA

J=

300 S

OJ

K=40

0 SOJ

N

P or

W=P

DIP

IDT

IDT7

1V12

4SA

IDT7

1016

S

IDT7

1V01

6SA

-

IDT7

1V42

4S

-

IDT7

1V41

6S

PZ=T

SOP

I PH

=TSO

P II

Y=40

0 mil S

OJ

TY=3

00 m

il SOJ

P=

PDIP

B=

48-p

in BG

A

GSI

GS71

108A

-

GS71

116A

-

GS74

108A

-

GS74

116A

TS=T

SOP

I TP

=TSO

P II

SJ=3

00 m

il SOJ

J=

400 m

il SOJ

B=

119 B

GA

Cyp

ress

CY7C

1018

CV33

CY7C

1021

B

CY7C

1021

CV33

CY7C

1049

B

CY7C

1049

CV33

CY7C

1041

B

CY7C

1041

CV33

Z=TS

OP I/I

I V=

300/4

00 m

il SOJ

P=

PDIP

B=

48-p

in BG

A BA

=48-

pin m

BGA

BG=1

19 P

BGA

Spee

d (n

s)

10-2

0

10-2

0

10-2

0

12-2

0

10-2

0

12-2

0

10-2

0

Volt

3.3V

5V

3.3V

5V

3.3V

5V

3.3V

Org

128K

x8

CPG

64Kx

16

64Kx

16

512K

x8

512K

x8

256K

x16

256K

x16

Den

1M

1M

1M

4M

4M

4M

4M

Fast

Asy

nchr

onou

s SR

AM C

ross

Ref

eren

ce G

uide

(Con

tinue

d)

Allia

nce

AS7C

3102

5B

AS7C

1026

B

AS7C

3102

6B

AS7C

4096

A

AS7C

3409

6A

AS7C

4098

A

AS7C

3409

8A

Allia

nce S

emico

nduc

tor pa

ckag

e abb

revia

tions

and t

heir e

quiva

lents.

T=

TSOP

I/II, T

J=30

0 mil S

OJ, J

=400

mil S

OJ, S

T=sT

SOP

I, CPG

=Cen

ter po

wer a

nd gr

ound

C=

Comm

ercia

l, I=I

ndus

trial


IDT

IDT7

0T35

19S

IDT7

0T33

39S

CLK

(MH

z)

133-

166

133-

166

Volt

(V)

3.3

3.3

Org

256K

x36

512K

x18

Den

9M

9M

Sync

hron

ous

Dua

l Por

t SR

AM C

ross

Ref

eren

ce G

uide

Al

lianc

e

AS9C

2525

6M20

36L

AS9C

2551

2M20

18L

Allia

nce S

emico

nduc

tor pa

ckag

e abb

revia

tions

and t

heir e

quiva

lents.

TQ

=TQF

P, B

=BGA

Documents

2004 Product Guide