tinyCLUNX33 System on Module - MIPI to USB Connector
A MIPI to USB connector solution. This production ready System on Module is tightly integrated with the Lattice CrosslinkU-NX33 device to significantly reduce customers Time To Market. RISCV+Zephyr OS, MIPI, USB2/3 PHY for Robotics, Smart cameras, Machine vision and other USB3 applications. This System on Module solves the MIPI to USB connector issue by creating a high bandwidth USB pipe to the host computer from the camera MIPI output. Contact sales@tinyvision.ai for more details. Typical Applications Robotics, automotive, industrial applications Camera aggregation Camera-USB bridging AI processing on the edge for smart cameras 2 Flavors Connectivity: 14 differential pairs, no SSRAM Compute: 6 differential pairs, 32MB 0.5GBps SSRAM Number of cameras supported tinyCLUNX design can support up to 7 concurrent camera streams. We have a working system that supports two HD camera streams at 4K/30fps. Supported bandwidth 3.5GBPS ISP Support We provide Streamlogic ISP for all camera streams. Cameras supported tinyCLKUNX supports all MIPI cameras We have drivers available out of the box for some of the most popular cameras such as Raspberry Pi. We can develop a new driver for you if needed How tinyCLUNX is different tinyCLUNX uses a system level approach for converting MIPI camera streams into UVC stream. This means you are free to use any MIPI camera for your application. tnyCLUNX supports multiple cameras while the competitors' solutions focus on providing camera modules with USB out. BY design, these are single camera solutions. The SoM has a soft RISCV processor, onboard memory, power supply, and clock that allow you to do significant processing on the board. For example, you can stitch multi-camera streams into a single streams. You can also do AI processing like anomaly detection that converts your camera into a smart USB camera. Note: This pricing is for development use only. There is a separate software IP license needed for production use. Please contact us for production pricing.