One of our customers for timing products saw a real opportunity to commercialize and bring FPGA designs to market. Jim Bittman, chief hardware engineer at BittWare, founded BittWare in 1989. The company was recently acquired by Molex and is headquartered in Concord, New Hampshire. As early as the 1990s, BittWare focused on DSP boards-but at the beginning of the 21st century, the company realized new growth opportunities with a new generation of powerful FPGAs.
However, the transition from designing and manufacturing DSP-based circuit boards to circuit boards with large FPGAs is not simple, because the nature of these devices poses significant engineering challenges for early adopters such as BittWare.
FPGA is powerful and accompanied by system integration challenges
FPGA combines programmable logic, embedded high-speed transceiver, protocol IP controller, digital signal processing, memory controller, and a lot of computing power. FPGA is the brain of modern electronic design. But to unlock and utilize the powerful features of the industry's latest FPGAs, system designers will face powerful system integration challenges. The design requires network connections and high-speed serial interfaces to share data, memory, power, timing, and other resources between the chip and the circuit board. Designers need to develop solutions that can be brought to market quickly and efficiently. In addition, it is necessary to develop customized solutions tailored to different markets and customers.
This is where BittWare comes in. BittWare develops Intel and Xilinx board-level solutions to connect FPGA with 10/40/100GbE high-speed network interface, PCIe Gen 1, Gen 2 or Gen 3, DDR4 memory, Silicon Labs low-jitter programmable clock and advanced system monitoring The circuit board management controller is combined. These boards are based on industry standard commercial off-the-shelf (COTS) form factors to ensure compatibility and interoperability with chassis and single-board computer vendors. The benefit is that BittWare's customers get a turnkey solution that can significantly reduce technical risks and speed up time to profit.
Another challenge is that different applications usually require different frequency clocks to support different network protocols and control functions. BittWare and Silicon Labs have worked closely to address this challenge by establishing support for BittWare software so that their customers can directly customize Silicon Labs' programmable clocks for their applications. A general hardware platform can be easily adapted to support a wide range of different applications. The hardware (including the clock) can be upgraded remotely on site, so new applications can be quickly activated through software upgrades.
The market is benefiting from these system-level turnkey solutions, including broadcast video, finance, instrumentation, government, and military/aerospace. In particular, applications such as data center network security, high-frequency trading, and high-performance computing need to be quickly reprogrammed to support innovative new functions and services.
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