DLA’s MICROCIRCUIT EMULATION PROGRAMS

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Permanent Solution | Made in the United States | Military Quality | Secure & Trusted | Low Volume | On Demand | Supported 562 Weapons Systems GEM & AME DLA’s MICROCIRCUIT EMULATION PROGRAMS SOLVING MICROCIRCUIT OBSOLESCENCE FOR OVER 30 YEARS SRI International in Princeton, NJ (formerly Sarnoff Corporation), is the prime contractor for the DLA’s Generalized Emulation of Microcircuits (GEM) and Advanced Microcircuit Emulation (AME) Programs. The Emulation Programs provide a continuing source of Form, Fit, Function, and Interface replacements for non-procurable microcircuits. The programs deliver a permanent solution to microcircuit obsolescence that can be utilized during any phase of a weapon system life cycle. Our Mission: To Maintain and Consistently Develop Obsolete Microcircuit Manufacturing Capability for the Defense Logistics Agency and its DMSMS Customer Base to Support U.S. Military Weapons Systems and Readiness. Warfighter Support Cost Avoidance QML Manufacturing R & D

Transcript of DLA’s MICROCIRCUIT EMULATION PROGRAMS

Page 1: DLA’s MICROCIRCUIT EMULATION PROGRAMS

Permanent Solution | Made in the United States | Military Quality | Secure & Trusted | Low Volume | On Demand | Supported 562 Weapons Systems

GEM & AMEDLA’s MICROCIRCUIT EMULATION PROGRAMS

SOLVING MICROCIRCUIT OBSOLESCENCE FOR OVER 30 YEARS

SRI International in Princeton, NJ (formerly Sarnoff Corporation), is the prime contractor for the DLA’s Generalized Emulation of Microcircuits (GEM) and Advanced Microcircuit Emulation (AME) Programs. The Emulation Programs provide a continuing source of Form, Fit, Function, and Interface replacements for non-procurable microcircuits. The programs deliver a permanent solution to microcircuit obsolescence that can be utilized during any phase of a weapon system life cycle.

Our Mission: To Maintain and Consistently Develop Obsolete Microcircuit Manufacturing Capability for the Defense Logistics Agency and its DMSMS Customer Base to Support U.S. Military Weapons Systems and Readiness.

Warfighter SupportCost Avoidance QML ManufacturingR & D

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Solving Microcircuit Obsolescence For Over 30 YearsMicrocircuit Obsolescence Threatens the Readiness of American Defense Systems

www.gemes.com | [email protected] | tel. +1 (609) 734-2613 * Last updated: October 2018** Examples provided

Over $2,000,000,000 Estimated Cost Avoidance

Government and Industry Partnership Built to Last

Over 155,000 Parts Delivered

995* Parts Listed on DLA QML-38535

Manufacturing Capability for

Over 25,000 Parts Numbers

Supported Weapon Systems

302* 126* 71* 63*Navy Air Force Army Marine Corps

Formerly Sarnoff Corporation

SARNOFFC o r p o r a t i o n

R

Weapons Systems We Support**

F/A-18 HornetTrident MissileAV-8B HarrierWASP Class LHDSH-60 SeahawkLos Angeles Class SSNSea Sparrow MissileArleigh Burke-Class DDG MK-7 Missile Sea KingAEGIS Combat System

AIM-9 SidewinderPhalanx CIWSE2C Hawkeye

Navy

A-10 ThunderboltF-15 EagleF-16 FalconF/A-22 RaptorB-1 LancerB-2 SpiritB-52 StratofortressC-5 GalaxyE-8 Joint STARSC-130 Hercules

C-135 StratolifterLGM-30 MinutemanAGM-65A Maverick Missile

Air Force

MIM-104 PatriotBradley Fighting Vehicle AN/GYK-29 Gun DisplayAH-64 ApacheM47 Dragon Anti-Tank Missile

Army

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On-Shore, Trusted Microcircuit Design and ManufacturingReplace Your Obsolete Parts With Form, Fit, Function, Interface (F3I), Military Grade Microcircuits

When a request for an obsolete microcircuit is received, SRI begins its unique Emulation process to manufacture a Form, Fit, Function, and Interface (F3I) compliant microcircuit. Our on-demand manufacturing process significantly reduces the time to deliver a part.

Unavailable Microcircuit

Together with the customer’s procurement specification(s), SRI utilizes other relevant documentation such as catalog data-sheets, Original Component Manufacturer (OCM) application notes, Next Higher Assembly (NHA) maintenance manuals, etc. to resolve any ambiguities or omissions in the procurement documentation. An Emulation design specification is created using this documentation augmented by electrical characteri-zation of known good samples of the obsolete microcircuit and physical reverse engineering processes.

Reverse Engineering

Our in-house design center uses a suite of modern CAD tools covering all aspects of chip integration and reliability. Work-ing closely with our co-located Trusted foundry and advanced TCAD tools to model and characterize the fabrication process provides SRI with a unique capability to meet our customers’ requirements. Our digital and analog design capabilities cover a range of technologies (CMOS, BiCMOS, Bipolar, etc...) and fea-ture sizes, from 3.0 μm and below.

Design and Layout

All parts are manufactured in Princeton, NJ. SRI’s Microcircuit Emulation Wafer DoD Trusted foundry occupies 25,000 square feet at the Princeton, NJ location. The Wafer Fab has ISO 4 and ISO 5 classified cleanrooms. The facility uses the MESA WIP tracking system which enables real-time wafer lot tracking and historical record retrieval. Statistical Process Control (SPC) is implemented in all process areas. SRI maintains all process equipment with OEM trained staff and service contracts.

Microcircuit Manufacturing

SRI maintains in-house capability to perform the qualification, screening, and inspection tests for quality level B and Q micro-circuits. High performance Automated Test Equipment (ATE) supports parametric and functional testing over the mil temp range for both wafers and packaged parts. All GEM devices are fully screened and QC inspected in accordance with MIL-STD-883 and MIL-PRF-38535.

Electrical Testing

Emulated parts are fully traceable and certified to customer procurement requirements, preserving existing configuration control and logistic support. GEM parts are never discontinued and can be manufactured at any time in the future.

Available Microcircuit

SRI International - Microcircuit Emulation Center | 201 Washington Road Princeton, NJ 08540

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Our StoryIn the late 1980’s, DLA recognized that microcircuit

obsolescence threatened the readiness of many American defense systems. Numerous systems in the armed

forces were designed and developed in the 1960’s and 1970’s. For example, the U.S. Air Force began flying the F-15 Eagle tactical

fighter in 1972, and the U.S. Navy first tested the Aegis phased-array radar at sea in 1973. Because of continued advancements in

semiconductor technology, the original suppliers stopped manufacturing the microelectronic components used in these and other systems. In 1987, DLA contracted with SRI to begin research and development on how to best replace obsolete microcircuits with standardized, modern integrated circuits (IC). DLA and SRI collaborated to develop the GEM Program. Using its on-site Trusted semiconductor foundry and deep knowledge of IC design/development, SRI produces on-demand, Class Q microcircuits matching the Form-Fit-Function-Interface (F3I) criteria of the required microcircuit. DLA is developing the next generation of F3I microcircuit Emulation capability through the AME Program to further alleviate growing IC

obsolescence issues caused by the continued rapid advancements in technology. The new capabilities developed by AME are utilized by

the GEM Program to ensure the Emulation Programs continue to meet weapons systems wide-ranging requirements. SRI’s

semiconductor foundry is accredited as a Department of Defense (DoD) Trusted Foundry supplier, and

our manufacturing processes are qualified to MIL-PRF-38535.

Your Trusted Manufacturing Supplier for Microcircuits With No Qualified Source

www.gemes.com

The Microcircuit Emulation CenterSRI International | 201 Washington Road | Princeton, NJ 08540

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