MIXTILE BLADE 3
High-performance Octa-Core 64-bit Processor
2.5-inch Pico-ITX Mainboard
HPC Cluster Node, AI and Edge Computing
MIXTILE EDGE 2
20% Smaller Than Previous Models
Innovative Connection Method
Flexible to Fit Your Needs
Design
Mixtile design based on your requirements
Develop
Hardware, firmware, and software development
Manufacture
Hardware manufacture with full supply chain
Engineer
Mixtile engineers cover whole project development
Evaluate
Project evaluated from development to manufacture
A System-on-Module (SoM) based on RK3568 high-performance and low-power processor.
Module contains SoC, eMMC, LPDDR4, and PMU.
Core 3568 expands all function of its CPU in a smaller size with our optimized board-to-board connecting solution. Without size limitations, Core 3568 supports more peripherals and more applications.
Information
Optimized Board-to-Board Connecting Solution
Mixtile System-on-Modules use an optimized board-to-board connecting solution for electrical connections with its carrier board.
Without plug-in sockets, Mixtile SoMs support more than 500 pins for a CPU with the size of 50mm x 50mm.
More DetailsSingle Board Computer
Mixtile Single Board Computer is designed and optimized for IoT applications. Mixtile’s SBC can reduce the time and cost you need for products go to market.
InformationConfigurable Shell Solution
Edge 2 provides configurable board and shell solutions. Not only is the board configurable, but the shell can also be adjusted based on your project requirements.
Edge 2’s current layout is designed with two antennas and two expansion ports. The rear and front IO can be customized to your needs.
InformationMixtile provides customers a standard single board computer (SBC) to create products that are cost-effective and fast-to-market.
Mixtile Program enables customers to modify Mixtile’s
standard product to fit their IoT commercial
applications and edge computing applications.
More DetailsTechnology Ability:
IoT applications
Wireless communication protocol
High performance low power processor
Edge computing unit
More Details
Distribution Channels
In the Press
