InPA® Systems was founded in 2007 by experts in ASIC emulation, FPGA prototyping, and functional verification, to develop and market a patent pending INtegrated Prototype Automation technology to accelerate SoC/ASIC/ASSP verification and system validation, with advanced debugging technology using high-speed FPGA prototypes.
SoCs, ASICs, ASSPs are often finding that the bottleneck for product development is in software/hardware integration. Over the past decade, FPGA prototypes have become a main stream vehicle for hardware verification and also for software development as they run extremely fast and have real world interfaces. InPA Systems Active DebugTM and Full Visibility technology accelerates the time-to-pre-silicon prototype so you can deliver stable hardware earlier for full system validation. InPA is focused on addressing the verification and debugging needs for this high growth market.
InPA is a pioneer in integrating custom or fixed FPGA prototypes with existing EDA verification environments to achieve fast time-to-pre-silicon-prototype. InPA offers the industry's first integrated prototyping system that enables companies to verify and debug their pre-silicon FPGA prototype faster and with higher quality.
SoCs, ASICs, ASSPs are often finding that the bottleneck for product development is in software/hardware integration. Over the past decade, FPGA prototypes have become a main stream vehicle for hardware verification and also for software development as they run extremely fast and have real world interfaces. InPA Systems Active DebugTM and Full Visibility technology accelerates the time-to-pre-silicon prototype so you can deliver stable hardware earlier for full system validation. InPA is focused on addressing the verification and debugging needs for this high growth market.
InPA is a pioneer in integrating custom or fixed FPGA prototypes with existing EDA verification environments to achieve fast time-to-pre-silicon-prototype. InPA offers the industry's first integrated prototyping system that enables companies to verify and debug their pre-silicon FPGA prototype faster and with higher quality.