SSOM-RK3588-Chinchilla (V2) is a SOM / CoM from Chinchilla Smart Computing Inc. SoC: Rockchip RK3588. Form factor: Chinchilla Pin2Pin (39.4 x 47 mm).
AI performance is 6 TOPS (INT8). Available configurations: 8GB (4–32GB) memory and 32/64/128GB storage. Supported OS: Linux, Debian, Ubuntu, and Android.
Intended applications include edge AI, vision, signage, and multimedia. 15 other products use the same Rockchip RK3588, so you can compare by form factor and supplier.
Positive ONE provides technical support. We also handle carrier board design and contract development.
We welcome inquiries about technical specifications, pricing, lead time, and evaluation unit loans. We also handle carrier board design and contract development.
SOM implementation progresses in the order “module alone → mounted on a carrier board → enclosed”. The position of this product is shown below.
STEP 1
SOM only
System on Module
A core module that integrates the SoC, memory, and power supply. Used mounted on a carrier board.
This product is here
→
STEP 2
SOM + carrier board
Carrier / SBC / Evaluation board
A working board that carries the SOM and brings out external I/O (Ethernet, USB, video, power, etc.). For evaluation and integration.
→
STEP 3
SOM + carrier board + enclosure
Box PC / AI BOX / Edge server
Finished units with the board housed in an enclosure, designed for heat dissipation, dust protection, and installation. They can be installed and put into mass production as-is.
This product is STEP 1 (SOM only). It can be mounted on a carrier board for STEP 2 and housed in an enclosure for STEP 3. Positive ONE can support you end to end, including carrier board design and enclosure integration (contract development).
Edge AI serversNVR / multi-cameraARM PC / NASDigital signage
If you are considering adoption
We provide end-to-end support from product selection to carrier board design, Linux BSP, bring-up, and mass-production rollout. We also lend evaluation units and conduct design reviews.
Because this product supports Linux, you can directly connect the driverless USB sensors distributed by Positive ONE. Measurement, I/O, and communication can be added later and handled with the same API from prototype to mass production.
