SBIR-STTR Award

Technology For Affordability
Award last edited on: 9/16/2002

Sponsored Program
SBIR
Awarding Agency
DOD : Navy
Total Award Amount
$1,203,961
Award Phase
2
Solicitation Topic Code
N93-004
Principal Investigator
Patricia P Wiener

Company Information

Page Automated Telecommunications System

240 South Whisman Road
Mountain View, CA 94040
   (650) 230-2300
   info@patsi.com
   www.patsi.com
Location: Single
Congr. District: 18
County: Santa Clara

Phase I

Contract Number: N00014-93-C-0214
Start Date: 9/7/1993    Completed: 3/7/1994
Phase I year
1993
Phase I Amount
$51,297
Page Automated Telecommunications Systems, Inc. has been developing affordable fiber optic techniques for perception action decision based systems. In the process we have discovered that we can produce fiber optic arrays, highly dense arrays for backplanes, ribbons, optoelectronic circuit/interconnect modules as well as embedded sensors. We will in this project verify present fabrication methods, its limits and automation requirements which will further reduce costs. We will define cost parameters for the manufacture of highly dense optical backplanes and interconnect modules both passive and active interconnect circuit modules. We will define assembly practices and determine capital equipment modifications to ensure cost effective, high performance products both for government and industry.

Phase II

Contract Number: N00244-95-C-0301
Start Date: 8/15/1995    Completed: 8/15/1997
Phase II year
1995
Phase II Amount
$1,152,664
This phase I project has developed a manufacturing approach which, if implemented in the phase II portion of this project, provides a Cost-Effective fiber optic based technology. This technology is viewed as an enabling technology for: usable Fly-By-Light systems; optical LAN systems due to cost; highly parallel, High-Speed computer systems due to high density; low weight and low cost optical cabling; and for optical computing and signal processing systems due to Z plane interconnect. All of the above also benefit from the robust nature of this technology. By implementing this manufacturing approach, which is based on simplicity in handling, the cost parameters are beneficial and would consequently broaden the market for opto, optoelectronic systems.