Pionway FPGA modules cover a wide range of use cases. To help you find the right fit, we group our products into three areas based on how customers most commonly put them to work.
When an FPGA module becomes part of your shipping product, the priority is getting a stable USB-to-FPGA link in place quickly, so your team can spend its time on the parts of the design that actually differentiate your product instead of re-inventing a host interface.
Building on a Pionway module and SDK lets you skip months of driver and protocol development up front, and keeps that maintenance burden off your team's plate as the project moves forward.
This approach fits well for prototype runs, replacing aging in-house test fixtures, custom hardware such as inspection stations on a production line, and products shipping in low-to-medium volumes.
We maintain the SDK and module firmware with forward compatibility in mind, so moving to a newer FPGA or adding a feature later shouldn't force a rewrite of your host-side code. We also track new operating system releases to keep the toolchain current.
If you've designed a converter, sensor, or other component and want customers or partners to see it running, connecting it through a Pionway module gives you a ready-made USB link to a PC without building custom test hardware from scratch.
Standardizing on one module and one development environment across your evaluation boards cuts the engineering cost of each new eval kit and gives your customers a consistent, well-tested experience out of the box.
The module lineup spans low-speed serial peripherals through high-speed gigabit transceiver interfaces, so the same approach can carry across your whole product line as your components evolve. Customers can also write their own HDL against the same interface to explore your part in more depth.
FPGAs bring a lot of parallel compute to the table, and a Pionway module gives you access to that from an ordinary USB port on a laptop or desktop, without needing custom lab hardware to get started.
Our HDL host interface and endpoint modules are deliberately lightweight, so most of the FPGA's logic resources stay available for your own algorithms rather than the communication layer.
Combined with onboard high-speed memory and expansion I/O through standard connectors, there's enough headroom for memory-intensive processing, and adding a high-speed acquisition front end is just a matter of plugging into the expansion connector.