Radxa Partners with Allwinner Technology to Launch the First A733 Platform-Based Single Board Computer Cubie A7A

Radxa Partners with Allwinner Technology to Launch the First A733 Platform-Based Single Board Computer Cubie A7A

—— Empowering Innovative Applications Across Multiple Industries with a High-Performance Edge AI Computing Platform

【August 18, 2025, Zhuhai, China】 —— Radxa today officially announced its collaboration with Allwinner Technology (stock code: 300458) to launch the first single board computer (SBC) based on the Allwinner A733 processor platform — the Cubie A7A. This product combines high-performance computing, AI acceleration capabilities, and flexible interface expansion, targeting various application scenarios such as edge computing, artificial intelligence, industrial automation, and smart home, providing developers, enterprise customers, and system integrators with a cost-effective, long-lifecycle hardware foundation.

Radxa Partners with Allwinner Technology to Launch the First A733 Platform-Based Single Board Computer Cubie A7A

Balancing High Performance and Cost-Effectiveness

The Cubie A7A is equipped with the Allwinner A733 high-performance octa-core AI platform processor, which includes 2× Arm® Cortex®-A76 + 6× Arm Cortex®-A55 CPU cores, complemented by an Imagination BXM-4-64 GPU, supporting graphics and computing standards such as OpenGL ES 3.2, Vulkan 1.3, and OpenCL 3.0. Additionally, it integrates a Vivante VIP9000 Neural Processing Unit (NPU), providing up to 3 Tops of AI inference capability and supporting various precision operations including INT8, INT16, FP16, and BF16, meeting diverse AI application needs. In terms of storage, the Cubie A7A supports up to 16GB LPDDR5 memory, as well as various high-speed storage interfaces such as eMMC 5.1, UFS 3.0, and NVMe SSD, ensuring data processing speed and system responsiveness.

Rich Interfaces and Flexible Expansion

The Cubie A7A offers a rich array of peripheral interfaces including PCIe 3.0, HDMI 2.0, MIPI CSI/DSI, USB 3.1, Gigabit Ethernet (supporting PoE), and 40Pin GPIO, compatible with various peripherals and sensor modules. Furthermore, it features built-in Wi-Fi 6 and Bluetooth 5.4, enabling diverse wired and wireless connectivity options for quick integration in different deployment environments.

Multi-System Support and Developer-Friendly Ecosystem

The Cubie A7A supports Debian Linux, Tina Linux, Buildroot, and Android 13 industry version operating systems, compatible with mainstream AI frameworks (including ONNX, TensorFlow, PyTorch, Caffe, TFLite, etc.), and provides an official NPU development toolchain and accompanying examples from Allwinner, significantly lowering the development and deployment barriers for AI applications. Additionally, the onboard RISC-V architecture XuanTie E902 co-processor can run RTOS real-time tasks, achieving low-power standby, real-time control, and secure boot functionalities, further enhancing system stability and security.

Collaborative Win-Win, Promoting Edge AI and Open Source Ecosystem Development

Radxa founder Tang Liang stated:

“Allwinner Technology has a deep accumulation in high-efficiency processor design and AI chip optimization, while Radxa has rich experience in single board computer design, hardware open ecosystem, and global developer community operation. The Cubie A7A is the result of the combination of both parties’ strengths, setting a new benchmark for edge computing. We hope to bring high-performance edge AI platforms to more developers and industry users through this product.”

Allwinner Technology’s Vice President of Solution Operations Zhu Zhenhua stated:

“The A733 is a high-performance platform launched by Allwinner for the new generation of edge computing and AI applications. We have long adhered to the strategic concept of embracing open source, open markets, and industry ecosystems. Our collaboration with Radxa in the single board computer field is not only an innovation at the product level but also an important step in promoting the healthy development of the open hardware ecosystem. In the future, Allwinner will continue to work with ecosystem partners to jointly expand the application boundaries of the A733 in artificial intelligence, robotics, industrial control, and other niche fields.”

Market and Application Prospects

With its high-performance CPU+GPU+NPU combination, open hardware interfaces, mature software ecosystem, and long-term supply assurance (2024-2034), the Cubie A7A will have broad application space in fields such as robotic main control, machine vision inspection, smart home gateways, and education and research, providing partners and developers with stable and sustainable hardware foundations.

About Radxa

<span>Radxa, established in 2013, is a technology company focused on the research and development of single board computers, embedded computing platforms, and related ecosystem products, widely used in education, research and development, industrial control, and edge computing. Radxa adheres to open cooperation, actively participates in open source community building, and is committed to providing global developers and enterprises with high-performance, scalable, and long-term supply hardware platforms.</span>

About Allwinner Technology

<span>Allwinner Technology Co., Ltd. (stock code: 300458) was established in 2007 and is an excellent designer of intelligent application processors SoC, high-performance analog devices, and wireless interconnect chips. Allwinner Technology is customer-centric, gathers an excellent team, and insists on long-term investment in core technologies, providing market-leading competitive system solutions and attentive services in areas such as ultra-high-definition video encoding and decoding, high-performance CPU/GPU/NPU multi-core integration, advanced process high integration, ultra-low power consumption, and full-stack integrated platforms. Its products are widely applicable in various fields including industrial control, smart vehicles, smart home appliances, smart robotics, smart security, network set-top boxes, smart hardware, tablets, power analog devices, wireless communication modules, and smart IoT.</span>

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