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COMMERCE BUSINESS DAILY ISSUE OF DECEMBER 24,1996 PSA#1748Defense Supply Center Columbus, DSCC-PLI, 3990 E. Broad Street, P.O.
Box 16704, Columbus, OH 43216-5000 A -- ADVANCED MICROCIRCUIT EMULATION (AME) SOL BAA 97-PLI-01 DUE
012697 POC Contract Specialist, Scott Savory, (614) 692-7121;
Contracting Officer, Cheryl Montoney, (614) 692-7114. ADVANCED
MICROCIRCUIT EMULATION PROGRAM (AME PROGRAM) Broad Agency Announcement
(BAA 97-PLI-01). The Defense Logistics Agency is soliciting proposals
for its Advanced Microcircuit Emulation (AME) Program. Proposed
development concepts should lead directly to Form, Fit, and Function
(FFF) emulation capability with demonstrated emulations of
microcircuits, hybrids, and/or elements of electronic assemblies as
applicable. Proposed concepts must be technically/economically viable
and also implement a Low Rate Initial Production (LRIP) capability.
Concepts must evidence a realistic near-term viability for an ongoing
stand-alone, non-subsidized emulation enterprise. Specifically excluded
are: theoretical concepts, proposed studies, concepts not including a
turn-key capability for at least a single application area, standard
redesign, after market concepts, remanufacture, and non-functional (in
the Government's judgment) concepts. The goal of the AME Program is
the development, demonstration, implementation and reproducibility (as
described in the Proposer Information Packet, see below) of FFF
methods of production and supply of non-procurable microcircuits and
their related electronic assemblies. AME will be the basis to
economically supply DLA's needs for items that have been discontinued
or declared non-procurable by the original source of supply or for
which the Government anticipates obsolescence problems in the future.
Relevant technologies to AME's goal include, but are not limited to:
device characterization, device test, microcircuit design, microcircuit
fabrication, microwave design, device packaging, hybrid design, hybrid
assembly, electronic assembly fabrication, electronic assembly test,
and device/assembly qualification. Specific application areas of
interest to DLA include: (1) Advanced Digital Devices: The desired
capability may be broadly bounded by Large Scale Integration up through
Very Large Scale Integration devices. (2) Microprocessors and
Microcontrollers: This application area includes both early standard
and custom microprocessors (4 bit and bit-slice) up through mid-term
microprocessors (16 and 32 bit) and greater. (3) Memory: This
application area includes the broad RAM and ROM categories beyond 4K.
(4) Hybrid Microcircuits: This application area includes hybrid
microcircuits employing components from SSI up to the scale and
complexity of the die in the accompanying application areas one through
three above. (5) Linear/Analog Devices: This application area includes
devices beginning with the low end high performance operational
amplifiers and continuing through advanced high performance
analog-to-digital (A/D) and digital-to-analog (D/A) converters. (6)
Assemblies: This application includes engineering services related to
replacement of electronic assemblies or elements thereof with emulated
FFF devices. The target assemblies are both printed wiring boards and
microwave categories. Efforts in this category are producing/mounting
FFF components and also FFF emulation of sub-assemblies and/or
assemblies using modern emulation techniques. In addressing all of the
application areas, fully integrated emulation capabilities are
required with proven in-house or captive design and production
capability desired. Further details on individual topics are available
in the BAA 97-PLI-01 Proposer Information Package (PIP). PROGRAM
SCOPE: Proposals for individual efforts should not exceed five years in
length with LRIP implemented no later than the midway point of the
third year. Technologies that have a significant impact on key issues
related to DLA's mission, such as: massively broadening the emulatable
device coverage, economical end item costs, rapid availability, and
high end item quality will be given highest priority. Contract awards
are expected late in first quarter of FY 97. Total funding for AME is
anticipated to be approximately $25, 000, 000.00 over five years. Both
multiple and partial awards are possible. GENERAL INFORMATION:
Proposers must obtain the document BAA 97-PLI-01 Proposer Information
Package (PIP). The PIP provides further information on areas of
interest, the submission, evaluation, funding processes, proposal
format, and proposal abstract format. Proposals not meeting format
requirements of the PIP may not be reviewed. Internet electronic mail
to the administrative address below is the preferred method of
requesting the PIP. The PIP will be sent first class mail. Alternately,
a proposer may provide a completed prepaid (suitable for 2 pound
content) self-addressed overnight US Postal Service Express Mail
container to the administrative address below. The PIP will be placed
in the container for shipment. Finally a copy of the PIP may also be
obtained in person at the address at the end of this announcement. This
BAA will remain open for a period of six (6) months from the date of
publication. The first cut-off date for receipt of proposals will be 30
days after the date of publication of this announcement. Proposals
received on or before 4:00 p.m. EST on the first cut-off date will be
considered for initial contract awards. An original and five (5) copies
of the Proposal must be submitted to the address at the end of this
announcement. Proposers are strongly encouraged to submit a Proposal
Abstract in advance of actual proposals. This procedure is intended to
minimize unnecessary effort in proposal preparation and review. An
original and four (4) copies of each Proposal Abstract must be
submitted to the administrative address for this BAA. Upon review, the
Government will provide written feedback on the likelihood of a full
proposal being selected. Regardless of the results of a Proposal
Abstract review, the decision to offer a full Proposal is entirely the
responsibility of the offeror. This announcement in conjunction with
the PIP, constitutes the total BAA. No additional information is
available, nor will a formal RFP or other solicitation regarding this
announcement be issued. Requests for additional information, a further
and/or revised announcement will be disregarded. The Government
reserves the right to select some, none, or all of the proposals
received. Evaluation of the proposals will be accomplished through a
scientific review of each proposal using the following criteria, which
are listed in descending order of relative importance: (1) overall
scientific and technical merit, (2) proven, demonstrated captive or
in-house capability to produce/fabricate high quality devices (as
proposed in the concept), (3) potential contribution to meeting DLA's
and the Services' requirements, (4) plans, management structure, and
capability to accomplish technology development, implement LRIP, and
transition to a self-sufficient stand-alone enterprise (possibly
including the use of proposer's resources), (5) Offeror's capabilities
and past performance on related efforts, (6) cost realism. Note: Cost
realism will only be significant in proposals which have significantly
under or over estimated the cost to complete their effort. All
administrative correspondence and questions on this announcement,
including requests for information on how to submit a Proposal Abstract
or Full Proposal to this BAA, must be directed to the administrative
contact below. DLA intends to use electronic mail and FAX for
correspondence regarding this announcement. Proposals and Proposal
Abstracts may not be submitted by FAX, any such so sent will be
disregarded. The Administrative Address for BAA 97-PLI-01 is: Scott M.
Savory, Defense Supply Center Columbus, ATTN: DSCC-PLI (IAC Research
and Development Team), P.O. Box 16704, Bldg. 20, Columbus, OH
43216-5010, Phone (614) 692-7121, FAX (614) 692-6935, electronic mail:
Scott -- Savory@dscc.dla.mil. (0355) Loren Data Corp. http://www.ld.com (SYN# 0006 19961224\A-0006.SOL)
A - Research and Development Index Page
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