NewAE CW310 Bergen Board Kintex K410T FPGA
The NewAE CW310 Bergen Board is a robust FPGA development platform built around a Kintex K410T FPGA, ideal for embedded security analysis and large-scale hardware projects like OpenTitan. It integrates SRAM and DDR3 memory, alongside a SAM3X microcontroller for efficient FPGA management, and features USB Host PHY, Ethernet MAC, and JTAG interfaces.
Features
- Features Kintex K410T FPGA for high-performance, large-scale hardware implementations.
- Integrated SRAM and DDR3 memory for complex SoC designs and data processing.
- Dedicated SAM3X microcontroller provides robust FPGA configuration and thermal control.
- Connectivity via USB Host PHY, Ethernet MAC, and standard JTAG for versatile development.
- Equipped with cross-flow fans for efficient cooling without needing an additional heatsink.
Out of stock
The NewAE Technology NAE-CW310-K410T-NORM CW310 Bergen Board offers a powerful FPGA development environment tailored for advanced embedded security analysis and substantial hardware implementations. Centered on a Kintex K410T FPGA, this platform supports intricate System-on-Chip (SoC) designs, including critical projects like OpenTitan, providing a strong foundation for both research and product development.
The board is engineered with integrated SRAM and DDR3 memory, facilitating high-performance computing tasks and efficient data handling crucial for demanding applications. A dedicated SAM3X microcontroller is responsible for comprehensive FPGA management, encompassing configuration, precise voltage control, and vigilant thermal monitoring, ensuring stable and reliable operation throughout development cycles. Diverse connectivity options are available through its USB host PHY, Ethernet MAC, and JTAG interfaces, enabling flexible system integration and debugging. Additionally, integrated LNA and cross-flow cooling fans work in unison to enhance measurement accuracy and maintain optimal operating temperatures, making the CW310 Bergen Board an excellent choice for side-channel analysis and cutting-edge FPGA prototyping.
Additional Information
| Weight | 0.2 kg |
|---|---|
| Dimensions | 10 × 10 × 2 cm |
