With an overwhelming number of processors being used for High Performance Computing (HPC), a suite of tools is required to manage the system, optimize application code and reliably debug issues.

Aaron Frank discusses the continuation of VME after the end-of-life of the popular Tempe TSI148 VMEbus bridge chip.

Curtiss-Wright's new VME64x Interface replaces the Tempe device with a long-life reconfigurable FPGA solution in order to combat obsolescence.

Curtiss-Wright's new T2080-based VME SBC features an NXP® Power® Architecture T2080 Processor backed with an FPGA-based VME Interface. Read more here!

Curtiss-Wright announces the results of an HPEC System Performance Study for the US Air Force-led, next-generation, radar evaluation program. Read more here!

Working with ESA – leading in turn to a key contribution to the IXV spaceplane – was the catalyst to help turn one Irish firm into a full-fledged space solution company, whose customers today include NASA, SpaceX, Boeing and Airbus Defence and Space.

Three key factors to consider when optimizing high performance embedded computing (HPEC) systems for defense & military platforms. Discover what they are!

Meet the HPEC development challenge with our open, standards-based tools already proven in the realm of traditional supercomputers.