EP4CE6E22 Development Board The EP4CE6E22 Development Board provides a straightforward platform for prototyping and testing with the EP4CE6E22 FPGA. It includes a JTAG download port for easy programming, a USBtoserial interface, onboard storage, and simple I/O components to support quick development cycles. Key benefits Easy FPGA programming: JTAG download port enables standard and reliable programming of the EP4CE6E22 device, facilitating fast iteration and testing. Integrated USBtoserial debugging: Onboard CH340 serial port chip offers USBconnected serial output for console messages, data exchange, and debugging without extra adapters. Builtin storage: W25Q memory chip provides onboard storage for firmware, test data, or intermediate results, helping to streamline development work. Simple I/O for rapid prototyping: 5 LEDs provide visual status indicators while 5 pullup buttons offer basic user input for control flow and experimentation. Practical and compact platform: All essential components are integrated on the board to reduce setup steps and hardware overhead for FPGA projects. What is included and how it helps EP4CE6E22 FPGA: the main device for development and testing. JTAG download port: enables convenient programming with standard tools. CH340 serial port chip: supports USBtoserial communication for debugging and data transfer. W25Q memory chip: onboard storage for program data and test resources. 5 LEDs: provide immediate visual feedback during demonstrations and debugging. 5 pullup buttons: supply simple input options for logic tests and interactive demos. Specifications at a glance FPGA: EP4CE6E22 Interfaces: JTAG download port, CH340 USBtoserial interface Peripherals: W25Q memory chip, 5 LEDs, 5 pullup buttons Use scenarios FPGA learning and prototyping: Use the board to learn EP4CE6E22 architecture, develop small logic blocks, and validate designs via JTAG programming and serial console output. Serial communication development: Use the CH340 interface to test hosttoFPGA data exchange, implement debugging streams, and validate serialbased interfaces in your FPGA design. Demonstrations and educational labs: Leverage the 5 LEDs and 5 pullup buttons to create simple status indicators and interactive examples for teaching labs or project demonstrations.