ROCK Pi 5B Model - Rockchip RK3588 ARM SoC Single Board Computer (16GB RAM)

The ROCK 5B is a robust ARM Single Board Computer (SBC) powered by the Rockchip RK3588 SoC, offering high-performance capabilities and extensive expansion options. It features a Quad Arm Cortex A76 CPU and Quad Arm DynamIQ Cortex A55, with a powerful Arm Mali G610MC4 GPU for handling intense graphics operations. Dual HDMI ports allow connection to displays up to 8Kp60 resolution, while a micro-HDMI input supports up to 4Kp60, providing a versatile multimedia experience.

Equipped with an onboard power button, the ROCK 5B ensures ease of use and protection of data through safe shutdowns, preventing storage corruption. It includes multiple storage options with an eMMC socket for flexibility. Its extraordinary features and reliability position it as the ultimate solution for demanding multimedia and industrial applications, similar to how a Swiss Army knife becomes indispensable in a toolkit.

The ROCK 5B operates seamlessly across various systems, supporting Android 12, Debian/Ubuntu Linux, and others, embracing the full Arm architecture v8 instruction set. This compatibility extends its application scope, much like a universal remote works with several electronic devices.

Storage is ample with 8GB of RAM and high-speed eMMC socket compatibility for OS and data storage. Its 40-pin GPIO expansion header offers a wide range of interface options, allowing connectivity with multiple SBC accessories, akin to how a smartphone adapts with various apps and accessories.

Supporting 8K display output, the ROCK 5B is designed for advanced multimedia applications including gaming, video playback, and digital signage. The inclusion of dual HDMI ports for dual displays, along with camera and display interfaces, opens pathways to unrivaled visual experiences. High-quality stereo audio output integrates with visual capabilities, enhancing overall media consumption.

Effective thermal management is achieved through a PWM fan connector and heatsink mounting holes, ensuring optimal performance under demanding conditions. This feature reflects the board’s capacity to maintain its cool under pressure, similar to how a well-engineered vehicle manages its temperature for maximum efficiency.