End Market Solutions

Overview
Ambric's Massively Parallel Processor Array (MPPA) architecture represents a revolutionary new way to realize high - performance computing requirements. Unlike many other reconfigurable platform  vendors, Ambric defined the software model first and then developed the hardware around that model. That software model, called the Structural  Object Programming  Model (SOPM), enables developers to lift their “white board” design directly into  Ambric's aDesigner Tool set with very rapid results. Ambric’s MPPA platform is an ideal replacement for designs that  use multiple FPGAs or DSPs. These designs historically  have required excessive time and complex  design effort  to bring to market. Ambric commits to cut your development time, from concept to market launch, by more than half.

Just ask our existing customers in the video, medical, wireless, networking, and military markets.

Why Ambric?

Time to market
Ambric has multiple testimonials from customers highlighting the time and resources they saved  as compared to designs based on FPGAs  or DSPs .  Ambric's platform eliminates both the need  for extensive  semaphore coding and  the debug issues associated with shared memory. On the Ambric platform, a full compile and load of the chip takes less than two minutes. FPGAs take hours …. and hours…… and hours…….

Scalability
One customer has developed a design  that  hosts over 12,000 32-bit processors in one system, all manageable within   the easy - to - use Eclipse IDE.  Only Ambric's architecture has been demonstrated to  retain a linear increase in performance  as it scales up to this level of complexity. 

Performance
With over 1 TeraOp of performance in a 12W profile, Ambric’s approach to solving high performance computing challenges is revolutionary.  Many others have attempted to create parallel platforms based on reconfigurable processors, but only Ambric's  MPPA has been adopted and designed into applications spanning multiple market segments.

Please contact our sales department for more information: (503) 601-6500.