Our engineering work is concentrated on Rockchip and Allwinner platforms. This focus helps customers compare processor options, display interfaces, multimedia features, I/O lists, cost targets, and operating system fit before committing to a board design.
Android Linux Embedded SBC
Android and Linux Embedded SBC Manufacturer
Avontek develops and manufactures Android and Linux embedded single board computers for product companies, system integrators, and industrial device builders.
We do not build end-user brands. We build the embedded platforms that power them.
Company
Android and Linux SBC Development and Manufacturing
Founded in 2015, Avontek Technology Co., Ltd. develops and supplies Android and Linux embedded SBCs, custom mainboards, and complete smart control panel products for OEM teams, system integrators, and device manufacturers.
Our engineering work stays behind the customer product: Rockchip and Allwinner SoC platform selection, interface planning, display and touch integration, Android and Linux BSP adaptation, and product-specific mainboard customization.
After development starts, Avontek keeps the path connected to manufacturing, fixture checks, lifecycle supply planning, and direct engineering communication from prototype to delivery.
Learn about AvontekProducts
Embedded SBC Product Platforms
Avontek builds Android and Linux SBC products around Rockchip and Allwinner SoCs, with options for standard board platforms, custom mainboards, industrial applications, and complete smart control panel devices.
Rockchip SBC
Rockchip-based Android and Linux SBCs for HMI, terminals, gateways, and custom embedded products. Supported platforms include RK3308, PX30, RK3326, RK3288, RK3566, RK3576, and RK3399.
Allwinner SBC
Allwinner SBC platforms for cost-sensitive display, control, and connected devices, with customization work around A33, A64, and R528 based mainboards.
Android SBC
Android embedded boards for touchscreen products, smart terminals, control panels, and connected commercial devices that need display, touch, wireless, and peripheral integration.
Linux SBC
Embedded Linux SBCs for IoT gateways, industrial control, equipment interfaces, and edge devices that call for stable I/O, BSP work, and long-term supply planning.
Industrial SBC
Industrial SBC platforms for HMI, automation, equipment control, data collection, and field devices where reliable interfaces and factory follow-up matter.
Custom SBC
Custom SBC and mainboard development for products that call for specific display interfaces, I/O, power design, wireless modules, mechanical fit, or factory targets.
Smart Control Panels
Complete wall-mounted smart control panel products for home automation, room control, building systems, and connected spaces, including S6E Pro, S8E, S9E, T7E, T8E, T10E, and T10E Pro.Why Avontek
Why choose Avontek?
Avontek is built for customers who need embedded hardware that can leave the lab. We help teams choose a SoC platform, adapt Android or Linux, shape the mainboard around real product constraints, and get the design ready for repeatable builds.
We customize SBCs and mainboards around the product, including display and touch, power input, wireless modules, camera, audio, Ethernet, USB, GPIO, mechanical layout, connector position, and enclosure constraints.
We handle Android and embedded Linux work such as BSP adaptation, boot configuration, display and touch bring-up, peripheral driver checks, system image preparation, and debugging during customer integration.
From prototype review to batch builds, we help define functional tests, coordinate manufacturing, review BOM and component availability, and keep lifecycle supply visible as the product moves toward delivery.
Request a Quote
Discuss an Android or Linux SBC project
Share your SoC preference, operating system, display, I/O, quantity, and customization requirements. Our team will review the project direction and respond with practical next steps.
- Rockchip and Allwinner SBC selection
- Android and Linux BSP support
- Custom mainboard and production planning
Blog
Latest Blog
Technical notes and selection guides for Android SBCs, Linux SBCs, Rockchip boards, Allwinner boards, and embedded product development.
Sep 13, 2026
Wall-Mounted Smart Control Panel Mechanical Planning: Back Box, Mounting, and HeatPlan a wall control panel around real back-box depth, cable bends, mounting tolerances, thermal paths, antenna clearance, and service removal.
Smart Control Panels
Sep 07, 2026
Functional Test Software for Embedded SBC Production: What Should Be Automated?Define automated SBC factory tests with measurable limits, fixture self-checks, traceable records, controlled retries, and practical operator tasks.
Manufacturing & Testing
Sep 02, 2026
Android Launcher Customization for Embedded SBC ProductsPlan an embedded Android launcher around Home behavior, managed-device policy, startup, service access, peripheral readiness, and safe application updates.
Android SBC
Aug 27, 2026
Embedded Linux Update Strategy: A/B Partition, Recovery Image, and Field MaintenanceChoose an embedded Linux update architecture with clear slot handling, boot confirmation, shared-data compatibility, recovery ownership, and failure tests.
Linux SBC
Aug 22, 2026
Touchscreen HMI Board Selection: Capacitive Touch, Cover Glass, Cable, and EMI IssuesSelect an HMI board by validating the touch controller, cover glass, bonding, cable, grounding, glove operation, and noise behavior as one assembly.
HMI
Aug 17, 2026
Industrial SBC Power Input Design: 12V, 24V, Protection, and Field ReliabilityDefine industrial SBC input limits, startup loads, reverse polarity, surge protection, brownout recovery, and power acceptance tests before PCB release.
Industrial Control
Aug 12, 2026
Device Tree Planning for Linux SBC Projects: Ethernet, UART, GPIO, Display, and StoragePlan the device tree against the released schematic, kernel bindings, pin ownership, power dependencies, and peripheral tests for a Linux SBC.
BSP & Driver
Aug 08, 2026
Linux IoT Gateway Security Checklist for Field-Deployed Edge DevicesA practical security checklist for Linux gateways: device identity, exposed services, signed updates, service access, factory provisioning, and field support.
IoT Gateway