Built around the Renesas RZ family of microprocessors, MistySOM enables efficient and flexible development of edge compute applications ranging from human machine interface (HMI) solutions to computer vision.
A general purpose SOM built around the RZ/G2L MPU, ideal for use in industrial and commercial computing applications where low power, reliability, and costs are critical.
Images and video can be captured through the 4 lane MIPI-CSI interface and with the onboard codec efficiently h.264 encoded. The G2L also supports dual ethernet and CANBus interface.
A power-efficient computer vision SOM built around the pin-compatible RZ/V2L MPU, including all the features of the G2L with the addition of an NPU.
Well suited for low power object detection, classification and localization, the V2L enables Jetson Nano-like performance for embedded video applications while using 50% less power.
A carrier board designed with low power in mind to enable rapid implementation of both the MistySOM-G2L and MistySOM-V2L into your next product.
MistyCarrier includes sense resistors for measuring system currents and jumpers to disable interfaces, an MCU allowing ultra-low power sleep state for the system, and an industrially rated super capacitor to support the RTC without a battery.
Buying your SOMs from an experienced design services firm like MistyWest enables fast and efficient support as your product progresses from prototyping to high volume chip-down design.
Industry-best supply chain reliability from Renesas means MistySOM is available when you need it, even if another global chip shortage occurs.
