USB 3.0 4 Edge-AI SpW router USB 2.0 Edge-AI SpW node
Experience effective SpaceWire network analysis with the USB High Speed SpaceWire bridge. This advanced test equipment is engineered to assist space payload professionals in simulating and analyzing SpaceWire links efficiently. Its compatibility with USB 2.0 ensures a hassle-free connection to a variety of systems, while its comprehensive set of features allows for in-depth testing of network performance and security. Be aware, by default, the product is equipped with a micro sub D9 male connector, therefore acting like a test equipment plus a spacewire male to male cable. Perfect for both laboratory settings and field use, the USB2.0 SpW node is a must-have for any space mission design team. Pictures show the product with and without the inverter accessory (available on this website as well). WIthout the female to female accessory, the product is plugged like a cable to the satellite link side. With this accessory, a spacewire cable can be used to interface the satellite link side.
Introducing the USB3.0 to SpaceWire bridge, an essential tool for testing and simulation in SpaceWire networks. This device seamlessly connects your USB 3.0 interface to SpaceWire systems, facilitating fast and efficient data transfer and troubleshooting. Ideal for aerospace engineers and system integrators who require reliable and easy-to-use interfacing solutions.
The SpaceWire Box: Professional 3-Node Integrated Solution "Zero-Effort" Integration: Provide your team with a truly "Plug & Play" system. Skip the headache of complex inter-node wiring and manual bridge configuration. Simply connect the Ethernet cable, power it up, and you are ready to go. High-Precision Synchronization (RMAP Included): The RMAP Time Code option comes standard. This is the ultimate solution for professionals requiring perfect temporal precision across all 3 nodes, ensuring seamless data alignment for critical tasks. Industrial-Grade Connectivity: The integrated Ethernet interface and dedicated USB ports transform your nodes into a robust network-ready tool. It is fully compatible with any modern IT infrastructure or industrial computing system.