Odroid, a brand owned by Hardkernel, specializes in manufacturing high-performance single-board computers (SBCs), computing modules, and accessories for embedded systems. These devices are known for their energy efficiency, powerful computing capabilities, and broad compatibility with Linux and Android systems, making them an excellent choice for developers working on IoT, artificial intelligence, automation, and embedded solutions.
There are 140 products.
I2S 2Watt Stereo Boom Bonnet Kit for XU4, C2 and C1+
EMMC 5.0 Flash memory module for Odroid H2/H3 computers. 64GB capacity, no operating system pre-installed. The kit includes a microSD adapter. Hardkernel 64GB eMMC Module H2/H3
16GB eMMC Module XU4 Android
OS Preinstalled Flash Memory with Linux
EMMC Flash memory module for Hardkernel Odroid N2 computers. 32GB capacity, Android operating system installed. The set includes a microSD adapter. Hardkernel 32GB eMMC Module N2 Android
OS Preinstalled Flash Memory with Linux
IR Remote Controller - Works with the ODROID C1, C0, C2, N2, N2+, C4, HC4 on-board IR receiver
Pre-installed XUbuntu 15.04 or latest version for ODROID-XU3, XU4 and HC1
A set of four M12 lenses is an ideal choice to be used with oCam series cameras. Lens set with IR cut filter
Self-assembly case designed for minicomputers Odroid H3 and Odroid H3+. Equipped with a slot for a network card and two slots for a 2.5" SATA drive. Hardkernel ODROID-H3 Case Type 7
Self-assembly enclosure included with the Odroid HC4 minicomputer. Equipped with a fan and two 3.5" SATA drive slots. Hardkernel HC4-P KIT
The oCam supports plug-and-play by UVC compliant adapting the standard M12 lens with focal length of 6mm
Laser acrylic enclosure for the 3.5inch LCD Shield for Odroid C1, Odroid C1+ and Odroid C2. Color: Smoky Blue
Strong & Durable Poly Carbonate Case for Odroid-HC1, half-transparent.
eMMC Flash memory module for Hardkernel Odroid N2 computers. 64GB capacity, Linux operating system installed. The set includes a microSD adapter. Hardkernel 64GB eMMC Module N2 Linux
Module with OLED display and real-time clock (RTC) dedicated to HC4-P kits. Odroid OLED+RTC for HC4-P
Laser acrylic enclosure for the 3.5inch LCD Shield for Odroid C1, Odroid C1+ and Odroid C2. Color: Clear
A new game controller that is similar to the steering wheel available for the Nintendo Wii. It is built using the USB IO BOARD and an auxiliary motion sensor, and allows you to play many games available for mobile phone that would normally use the phone’s gyroscope
Odroid offers high-performance single-board computers that rival traditional PCs in terms of computing power and versatility. Popular models such as Odroid C4, Odroid N2, and Odroid XU4 feature ARM processors, high-frequency RAM, and a wide range of communication interfaces, including USB, GPIO, I2C, UART, and HDMI.
Odroid devices serve as a powerful alternative to Raspberry Pi and Arduino, offering superior performance and compatibility with embedded systems and industrial automation. With support for Wi-Fi and Bluetooth communication modules, users can seamlessly integrate their solutions into wireless control and IoT systems.
Odroid develops computing modules that enable scalable AI, IoT, and industrial automation systems. With low-power ARM processors and high-performance GPUs, Odroid single-board computers excel in advanced artificial intelligence applications, image recognition, and real-time video analytics.
Odroid delivers powerful hardware platforms for AI processing and computer vision solutions. With AI accelerators such as NPUs and high-frequency GPUs, Odroid devices enable large-scale data processing, object recognition, and machine learning algorithm execution.
These devices are compatible with leading AI frameworks, including TensorFlow, PyTorch, and OpenCV, making them ideal for robotics, autonomous systems, and intelligent IoT solutions.
Odroid single-board computers support a broad range of communication interfaces, including Wi-Fi, Ethernet, and Bluetooth, ensuring seamless integration with modern IoT and automation solutions. Built-in GPIO, UART, I2C, and SPI interfaces allow for easy connection of sensors, converters, and control units, expanding the possibilities for embedded projects and robotics.
With microSD and eMMC support, users can store large amounts of data and rapidly boot operating systems, tailoring their hardware configurations to specific needs.
To ensure stable operation at high processing frequencies, Odroid provides heat sinks and active cooling systems. Additionally, users can equip their devices with dedicated enclosures that protect the hardware from damage while optimizing heat dissipation.
With an innovative approach to single-board computers and computing modules, Odroid offers flexible and high-performance solutions for AI, IoT, and industrial automation developers. These devices serve as an alternative to Raspberry Pi and Arduino, providing superior processing power, extensive compatibility, and support for embedded systems. Odroid continues to evolve its products to meet emerging trends and growing user demands.
