GOWIN EMPU(GW1NS-4C) Solution
Manuals and User Guides for GOWIN EMPU(GW1NS-4C) Solution. We found 1 manuals for free downloads Reference manual
GOWIN EMPU(GW1NS-4C) Solution is a powerful and versatile device designed for embedded applications. It combines a Gowin FPGA with a RISC-V microcontroller, providing an ideal platform for developing custom hardware and software solutions. The solution is suitable for various use cases, including industrial automation, medical devices, consumer electronics, and more.
Key Features
- FPGA and MCU Integration
- Real-time Operating System (RTOS) Support
- SIP SPI-Flash Support
- Embedded User-Flash Support
- High Running Speed
- Customizable Hardware and Software
- Open-Source Components
- Comprehensive Technical Support
Pages: 26 GOWIN EMPU(GW1NS-4C) Solution Reference manual
Brand: GOWIN Size: 742 KB
Languages: English
Open manualFrequently Answers and Questions
What real-time operating systems (RTOS) are supported by GOWIN EMPU(GW1NS-4C) Solution?
GOWIN EMPU(GW1NS-4C) Solution supports uC/OS-III, FreeRTOS, and RT-Thread Nano version. The specific versions supported for each RTOS are mentioned in the reference manual.
How can I run code in SRAM from SIP SPI-Flash?
The reference manual provides a detailed solution for running code in SRAM from SIP SPI-Flash. It includes hardware and software programming reference designs, as well as instructions on configuring the target memory and the SCT file. The process involves extracting the ER_ROM1 data and writing it to the SIP SPI-Flash using the provided tools and hardware design.
How can I run code in SRAM from Embedded User-Flash?
The reference manual describes a solution for running code in SRAM from Embedded User-Flash. This solution allows you to improve the running speed of code by placing it in the data memory SRAM. It involves configuring the target memory and placing the relevant code in a separate file, such as ram_func.c. After compilation and configuration, you can download the hardware design bitstream file and the software programming design Binary file to the device.
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