Computer-on-modules – High-performance Embedded Modules For Flexible Integration
New Products From This Supplier
Geniatech Computer-on-Modules (CoM) deliver high-performance embedded computing for industrial automation, medical technology, IoT, automotive, and AI applications. Featuring scalable processors from NXP, Renesas, Rockchip, and ARM, they enable compact, efficient system integration. With standardized form factors (OSM, SMARC, Qseven, 96Boards), our CoMs ensure seamless compatibility with embedded systems.
Key Benefits:
✔ Scalable performance for demanding industrial applications
✔ Standardized form factors for effortless integration
✔ Low power consumption & high efficiency
✔ Support for real-time operating systems
✔ Long-term availability & custom design options
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Processor |
ARM |
Business Nature
Manufacturer
Year Established
1997
Country/Region
Shenzhen, China
Main Products
Arm Embedded...
Payment Terms
Bank wire (T/T)
Founded in 1997 and headquartered in Shenzhen, China, with branch offices in the United States and Germany, Geniatech designs and manufactures embedded computing and AI IoT solutions for 2, 000+ global enterprises. Our comprehensive product portfolio includes: E-Paper Innovations: Ultra-Low power large monochrome/color e-paper displays, E Ink tablets with Wacom stylus support for education and note-taking. AI & Edge Computing: AI acceleration modules, edge AI systems, and AI-ready development kits powering industrial upgrades. IoT & Embedded Computing: OSM/SMARC/Qseven-compliant SoMs, customizable SBCs, IoT Gateways, Mini-PCs, and industrial panel PCs. Backed by 100+ R&D engineers and in-house manufacturing, Geniatech delivers end-to-end OEM/ODM services across all major operating systems, ensuring rapid prototyping and market-ready deployment. Strategic partnerships with NXP, Renesas, Hailo, NVIDIA, Qualcomm, and Rockchip enable scalable cutting-edge solutions. With over two decades of embedded expertise, we empower industries from industrial automation to eco-friendly digital signage through hardware-software co-design, certified production, and AIoT platform ecosystems.
