The Mimo USRP (Universal Software Radio Peripheral) system represents a significant advancement in wireless communication technology, particularly in multi-input and multi-output (MIMO) systems. At its core, the Mimo USRP system integrates cutting-edge hardware and software components to enable sophisticated signal processing and real-time communication applications. Developed and maintained by the Ettus Research team, a part of National Instruments, the USRP platform is renowned for its versatility, allowing engineers and researchers to explore and implement various wireless protocols and standards. The Mimo USRP system facilitates the creation and testing of MIMO configurations, which utilize multiple antennas at both the transmitter and receiver ends to enhance the capacity and reliability of wireless communications. By utilizing spatial diversity and multiplexing techniques, MIMO technology significantly improves Signal-to-Noise Ratios (SNR) and data rates, making it a cornerstone of modern wireless standards, such as LTE and 5G. One of the significant advantages of the Mimo USRP system is its open architecture, which provides users with the flexibility to develop custom waveforms and algorithms. The system supports multiple operating frequency bands and offers a range of daughterboards that can be fitted for specific applications, thereby expanding the use cases—from academic research and prototyping to commercial product development. The substantial software ecosystem surrounding the USRP, primarily driven by the GNU Radio framework, elevates the ease of use for both novice and experienced engineers. GNU Radio offers a visual programming environment that allows users to design and implement complex signal processing flows without the need for extensive programming knowledge, enhancing accessibility and innovation across disciplines. Moreover, the Mimo USRP system stands as a testament to collaborative development in the open-source community. Researchers and developers can share their contributions and advancements, helping to drive innovation and foster a community of practice surrounding software-defined radio (SDR) technologies. From an educational perspective, the Mimo USRP system serves as an indispensable tool for students and faculty in electrical engineering and telecommunications programs. It not only allows hands-on experimentation with state-of-the-art communication techniques but also prepares the upcoming generation of engineers to engage with and contribute to the rapidly evolving field of wireless communication. In summary, the Mimo USRP system embodies a powerful solution for advancing research, education, and product development in MIMO wireless technologies, backed by a strong foundation of expertise, extensive experience, and recognized authority in the field.