Mercury Systems
50 Minuteman Road
Andover, Massachusetts 01810 [email protected]
https://www.mrcy.com/?utm_campaign=tl&utm_source=milembedded
Andover, Massachusetts 01810 [email protected]
https://www.mrcy.com/?utm_campaign=tl&utm_source=milembedded
Articles related to Mercury Systems
Radar/EW
VITA 65 in record time - Interview with Dr. Ian Dunn, Chief Technology Officer, Advanced Computing Solutions, Mercury Computer Systems, Inc. - Story
December 09, 2010
Editor's Note: Gone are the days when a VITA spec takes years to become a reality. The following interview is a behind-the-scenes look at why OpenVPX was born and how it achieved rapid ANSI approval. Editor Chris Ciufo interviewed Ian Dunn shortly after ANSI blessed the spec. Edited excerpts follow.
Radar/EW
Using a rapidly evolving ecosystem to develop optimized OpenVPX systems - Story
October 06, 2010
OpenVPX (VITA 65) design principles and a rapidly maturing component ecosystem support development of next-generation embedded computing systems.
Radar/EW
Scalable, rack-mount MicroTCA box - Product
July 26, 2010
One European vendor recently revealed that their robust 1,500 unit MicroTCA backlog demonstrates the market's keen interest in using Advanced Mezzanine Card (AMC) COTS boards, but in a smaller and complete rack-mount chassis.
Unmanned
Case study: OpenVPX systems help deliver UAV program quickly - Story
June 21, 2010
The OpenVPX standard's interoperability and Quick Reaction Capability (QRC) support features allow it to quickly resolve issues and reduce time to integration.
Radar/EW
ISR subsystem makes things a lot easier - Product
June 01, 2010
Wouldn't life be easier if engineers could just put an entire already-made subsystem into their design and move on, exponentially speeding development time and ease?
Radar/EW
Exploiting advanced imagery with a standards-based network architecture - Story
May 16, 2009
Modern military forces rely heavily on sensor-based imaging systems, but extracting only the most valuable imagery information and getting it into the right hands quickly can be challenging. However, a new Converged Sensor Network (CSN) Architecture is delivering critical sensor-based information to users on the tactical edge.
