In today’s rapidly advancing technology landscape, the wave of industrial intelligence is surging. The IDO – SOM2708 – S1 core board (based on Allwinner T527) launched by Touch Intelligence shines like a brilliant new star, bringing new solutions to the industrial sector.8-core A55+2 Tops computing powerNPU+supports open-source HarmonyOS+industrial grade
Core board: 8-core + 2 Tops + 2GB_LPDDR4 + 32GB_eMMC, only 229 yuanCore board: 8-core + 2 Tops +4GB_LPDDR4 + 32GB_eMMC, only 299 yuanDevelopment board: 8-core + 2 Tops +4GB_LPDDR4 + 32GB_eMMC, industrial-grade PHY + isolated 485 + CAN + dual-band WiFi, only 699 yuan(Purchase the development board, after placing the order, contact customer service: yingshimm2, limited-time cashback of 100 yuan, and a free book – limited to 50 copies, choose any from the Hard Ten website) 
Powerful Core, Building the Foundation of Excellent Performance
The IDO – SOM2708 – S1 core board is built on the Allwinner industrial high-performance SoC chip platform T527. It integrates 8-core Cortex – A55, DSP, and RISC – V multi-core heterogeneous processors, with a maximum frequency of 1.8GHz, paired with a 2TOPS computing power NPU, achieving a data processing capability of up to 36.7KDMIPS. It also supports 4K high-definition video hardware decoding, easily handling diverse data processing needs in complex industrial scenarios, whether for high-speed computing or image recognition.
Full-Function Interfaces, Building Convenient Interconnection Bridges
In the era of industrial interconnection, the richness and compatibility of interfaces are crucial. This core board is equipped with a wealth of industrial interconnection interfaces, including 10 serial ports, 2 CAN ports, 2 Gigabit Ethernet ports, PCIe 2.1, USB 3.1, and more, with commonly used HDMI, eDP, MIPI DSI/CSI, LVDS, RGB interfaces perfectly covered. Whether connecting sensors, actuators, or other devices, seamless integration is achieved, ensuring smooth interconnectivity.
Compact Design, Balancing Quality and Reliability
- Small Size, Big Energy: The core board adopts a compact size design of 45mm×40mm×3mm, integrating SoC, LPDDR4X, PMIC, eMMC, and other components, effectively saving space and facilitating integration in compact devices.
- Excellent Quality Assurance: Using a stamp hole package, it has anti-vibration advantages, with a 162Pin pitch of 1.0mm stamp hole and 164Pin LGA design, combined with a 10-layer high-density board with lead-free gold plating process and high Tg material, ensuring excellent and stable EMC performance, certified by CE/FCC/RoHS, and achieving 100% domestically produced stable supply with a supply cycle of over 10 years.
- Rigorous Testing Safeguards: It has undergone strict power integrity and signal integrity simulation design, passing various electromagnetic compatibility, temperature shock, high temperature and humidity aging, long-term storage stress tests, ensuring product stability.
Rich Ecosystem, Expanding Infinite Application Possibilities
- Diverse System Support: Supports open-source HarmonyOS OpenHarmony v5.0, providing HarmonyOS compatibility XTS certification services, while also adapting to Android, Ubuntu 22, Debian 11, and various Linux operating systems, meeting different users’ system needs.
- Comprehensive Driver Coverage: Provides driver support for common devices such as CPU, NPU, HDMI, LVDS, simplifying the development process for developers.
- Complete Supporting Documentation: Provides testing reports, core board specifications, development board schematics, user manuals, and other rich supporting materials, along with development selection guidance and FAE technical support, helping developers get started quickly.
If you want to obtain materials, contact Hard Ten customer service via WeChat: yingshimm2
Wide Applications, Empowering Upgrades Across Multiple Industrial Fields
The IDO – SOM2708 – S1 core board is widely used in the industrial field. In industrial HMI scenarios, it creates intuitive and convenient human-machine interaction interfaces with its powerful graphics processing capabilities and high-definition display support; in intelligent robotics applications, it achieves flexible operation and intelligent decision-making of robots through its high-performance computing and precise control capabilities; in the field of industrial control, its stable and reliable performance ensures efficient operation and precise control of equipment; in automotive intelligent scenarios, it adapts to complex environments, providing strong support for applications such as intelligent driving.
