GV & Associates, Inc.
 

GV & Associates Consulting Services

GV & Associates, Inc. (GVA) has a 16-year history of design, integration and fabrication of leading edge processing engines for military, commercial, and educational applications. GVA has developed and marketed a broad range Commercial Off the Shelf (COTS) products which have be used by companies such as Lockheed Martin, JPL, US Air Force Research Lab, Qualcomm, and L3 Com to integrate complex Digital Signal Processing (DSP) applications.

GVA has worked with companies such as Cubic Defenses Systems to develop state of the art VHF and UHF exciters and receivers which are deployed in the US military.

GVA has completed numerous custom designs for many companies such as those mentioned above which incorporated high speed Analog to Digital Converters (ADC), Digital to Analog Converts (DAC), Local Area Networks (LAN), Fiber Optic interfaces, Double Data Rate Memory (DDR), USB interfaces, and other customer-specific interfaces.

GVA realizes that miniaturization and higher integration plays a large role in the exercise of relevant technology. GVA continues to expand its capability to support such efforts by continuing to update our technology and expanding our relationships with innovative companies such as Xilinx, Inc.

Below is an overview of the consulting services we can provide. Please contact us for further information.

Redesign Redesign
Assistance in redesigning customer Virtex-II, Spartan and older products to Virtex-6 , Virtex-7 or Spartan-6 FPGA products.

Pricing: Project Based
Digital and Analog Design Digital and Analog Design
Digital and Analog Design Consulting for High Speeding Computing Applications

Pricing: Project Based
High Speed Printed Circuit Boards High Speed Printed Circuit Boards
Design, Fabrication, and Assembly of High Speed Printed Circuit Boards.

Pricing: Project Based
Customer Application Specific Products Customer Application Specific Products
Design and Fabrication of customer application specific products.

Pricing: Project Based