AAEON’s de next-RAP8 – The World’s Smallest 13th Gen SBC!

Measuring just 84mm x 55mm with onboard 13th Gen Intel Core CPUs, the de next-RAP8 let’s you do more, with less.
 
 

AAEON’s de next-RAP8 continues AAEON’s record-breaking run by breaking the board-space limitation with the world’s smallest single-board featuring the immense power of 13th Gen Intel® Core™ processors alongside a full-function, expandable I/O, offering industrial-grade performance that fits in the palm of your hand.

Expert design, elite processing, and compatibility with a range of AAEON expansion cards for functions ranging from wireless communication to AI acceleration make the de next-RAP8 a pioneering product in the fields of drones and advanced robotics.

About de next-RAP8
 

Full-Function I/O on an 86mm x 55mm Form Factor

Measuring just 3.38” x 2.17” (86mm x 55mm), the de next-RAP8 is exceptionally compact, ideally suited for space-constrained applications. Despite its diminutive dimensions, the de next-RAP8 offers an exceptionally varied I/O conducive to robotics applications, including both 2.5GbE and 1GbE LAN, six USB, two RS-232/422/285 pin headers and an 8-bit GPIO.

 

10 Cores, 12 Threads with LPDDR5x

Powered by 13th Gen Intel Core Processors, the de next-RAP8 is an exceptional high-performance platform, with processing power of up to 10 cores and 12 threads across 15W CPUs. The speed with which the de next-RAP8 processes data makes it perfect for edge AI and drone applications, wherein its exceptional connectivity, versatility, and ultra-small form factor are complimented by its 16GB onboard LPDDR5x memory, reducing latency for mission-critical data transmission.

 

Full Expansion Card Compatibility

In addition to containing an I/O capable of supporting a wide range of peripheral devices for robotics and drone solutions, the de next-RAP8 is compatible with AAEON’s PER-T642, PER-T643, and PER-R41P adaptor cards and kits. These allow users to unlock a wealth of additional functions via expansion modules, including AI acceleration, wireless communication, and additional storage or advanced graphics capture cards.