The device is designed to support SW system testing and debugging. It provides a rich set of test functions on a single instrument to assist hardware and software engineers in all phases of SW-related system development: feasibility, circuit test boards, engineering models, standard models, and flight models. In addition, it is a reliable tool for system integration and testing of spacecraft that can easily detect minor disturbances in the SW network on spacecraft systems. Building on the industry's proven and widely deployed SW monitoring tool, the device can help identify and resolve difficult problems before they cause significant cost increases and impact on schedule. Building on the success of the first generation of devices, the device has a more powerful hardware platform with larger on-board memory to provide enhanced and extended tracking, analysis, and triggering capabilities. RMAP, new standards and customer-defined protocol analysis; 2000 times the memory, can store 16 million events; external trigger and logic analyzer interface, with external EGSE devices to trigger and synchronization; software API to achieve the pace Automation and other EGSE test equipment; support for multiple devices on a single PC host 19-inch rack mount Key Features The device includes an SW interface unit (Figure 1 and Figure 2) and software running on the host computer. The interface unit is connected to the host computer via a USB 2.0 cable and powered by a 5V power supply module. Prov