TX-SDK-V1/NOPB

Evaluation and Demonstration Boards and Kits

TX-SDK-V1/NOPB is a powerful and versatile evaluation and demonstration board and kit, it has a wide range of applications and its working principle is highly efficient.

Application Field

TX-SDK-V1/NOPB can be used for a wide range of applications, in digital communication, communication control, networking, data processing and storage, multimedia and internet applications. It can also be used in embedded system products, virtualization products, motion control products, and much more.

As a evaluator board and kit, it can be used for evaluation and testing of peripherals and related chipset. For instance, it can be used to test various types of communication interfaces, such as Serial, SMbus, I2C, SPI, UART, etc.

Working Principle

TX-SDK-V1/NOPB is based on a single board microcomputer. It can manage the data acquisition and storage functions; can identify type and communication protocol automatically; can combine with development environment software; can provide UART, SPI, I2C, Serial, USB, CAN interfaces and so on; and can match different types of radio waves; etc.

The working principle of TX-SDK-V1/NOPB is simple yet efficient. It has high performance hardware resources inside, such as the embedded MCU, LCD display, LED and so on. The LCD display can show the data acquired by MCU, so the user can easily understand the system status and do further development and optimization.

Also, it has powerful communication functions. Using UART communication protocol, it can establish reliable communication with the host computer, and using SPI and I2C can data transmission and reception between various peripherals. USB interface also allows data exchange and transmission with the PC side. Through various serial ports, it can communicate with other peripheral equipment through radio waves, infrared signals, or wired networks.

Conclusion

TX-SDK-V1/NOPB is a versatile and powerful evaluation and demonstration board and kit. It has wide range of applications by utilizing its high performance hardware resources and powerful communication functions. It can be used in various digital communication tools, motion control products, virtualization products and more.