Posts

What is the RFSOC Algorithm Verification Evaluation Board?

Image
 The  Open Source RFSOC Algorithm Verification Evaluation Board  is a versatile platform for verifying and testing algorithms in wireless communication systems. This board allows engineers to assess the performance of their RF algorithms in a real-world environment, enabling the development of high-performance, reliable systems. What is the RFSOC Algorithm Verification Evaluation Board? The RFSOC Algorithm Verification Evaluation Board is designed to accelerate the verification and development process of RF algorithms. It combines high-speed processing capabilities with RF signal generation and analysis features, making it a powerful tool for engineers working on wireless communication, radar systems, and other RF-based applications. The board integrates a variety of components, including FPGA (Field-Programmable Gate Array), RF transceivers, and processing engines, enabling users to test complex algorithms in real-time. Key Features of the Open Source RFSOC Evaluation Bo...

Digital Signal Processing DSP, FPGA Boards,Xilinx Evaluation Board Manufacturer

Image
Xi'an InterWiser Electronic Technology Co. , Ltd.  , the core team was formed in 2012 and officially established in 2015. InterWiser brings together experienced digital signal processing hardware and software engineers, as well as analog RF system engineers, from both domestic and international backgrounds. The core R&D personnel has over 10 years of project experience and is dedicated to providing comprehensive services for mixed-signal system  solutions. Additionally, the company can independently offer related services such as digital baseband module design, R&D, and production (FPGA + DSP + AD/DA), as well as integrated RF front-end systems. Keeping up with the semiconductor industry's advancements, InterWiser   has developed a comprehensive R&D system, encompassing hardware module design, board testing, logic development, data flow control, RF integration, and upper-level software as a whole, and demo...