SBIR-STTR Award

Millimeter Wave (MMW) Crossbar Switching for Multi-Beam Electronic Scanning Antenna Technology
Award last edited on: 4/5/2002

Sponsored Program
SBIR
Awarding Agency
DOD : Army
Total Award Amount
$881,161
Award Phase
2
Solicitation Topic Code
A98-117
Principal Investigator
Richard Augeri

Company Information

JJW Consulting Inc

1500 New Horizons Boulevard
North Amityville, NY 11701
   (631) 630-5320
   jjwconsulting@comcast.net
   N/A
Location: Single
Congr. District: 02
County: Suffolk

Phase I

Contract Number: DAAD17-99-C-0023
Start Date: 12/18/1998    Completed: 8/9/1999
Phase I year
1999
Phase I Amount
$117,827
The JJW Consulting/AIL Systems Inc. team proposes the development of a Ka-Band 4 x 20 Crossbar Switch with low insertion loss (< 0 2dB) andhigh isolation (>30dB). The crossbar switch incorporates innovative photonic techniques that result in rapid switching (< 1 ms), low power dissipation (< 10 watts-maximum) and is relatively inexpensive. The proposed design can switch any of the inputs to any of the outputs simultaneously. The bandwidth of the Ka-Band switch is 4 GHz minimum. The number of ports on the switch can be expanded beyond the 4 x 20 design as proposed. The innovative design can also be extended in frequency to at least W-Band.

Benefits:
Due to its low cost potential, development and application of systems using multi-beam electronic scanning techniques for point-to-point communication and shared apertures becomesaffordable. In addition, commercial applications such as satellite communications, rf testing, multi-beam radars for airport control, cellular communications also becomes feasible and affordable.

Phase II

Contract Number: DAAD17-00-C-0021
Start Date: 4/11/2000    Completed: 4/11/2002
Phase II year
2000
Phase II Amount
$763,334
The JJWconsulting/AIL Systems, Inc. proposes to develop a feasibility model of a Ka-Band 4 x 18 Crossbar Switch with low insertion loss (< 2.0dB) and high isolation () 25dB) The crossbar switch incorporates innovative photonic techniques that has rapid switching (<1ms) power handling (>10 watts) and is relatively inexpensive to produce in quantity. The design that we have shown to be feasible in a Phase I program can switch any of the inputs to any of the outputs simultaneously. The bandwidth of the Ka-Band Switch is 4 GHz minimum. The number of ports on the Switch can be expanded beyond the 4 x 18 proposed. The innovative design can also be extended in frequency to at least W-Band.

Benefits:
Due to its low cost potential, development and applications of systems using multi-beam electronic scanning techniques for point-to-point communications and shared apertures become affordable. In addition, commercial applications such as satellite communications, of testing, multi-beam radars for airport control, cellular communications also becomes feasible and affordable.