Allwinner A733
Overview
Supplier sourcing insights & recommendations


The Allwinner A733 (also known as the A7z) is a high-performance 12nm octa-core SoC released in late 2024, designed to compete with the Raspberry Pi 5 by prioritizing on-device AI Cnx-SoftwareWordpress. It is gaining significant traction in the mid-range tablet, laptop, and Single Board Computer (SBC) markets due to its integrated 3 TOPS NPU and support for up to 16GB of LPDDR5 RAM Cnx-SoftwareIotportal.
Market Trends & Insights
- AI-Native Sourcing: Unlike its competitors, the A733 features a dedicated Vivante VIP9000 NPU, making it a "challenger" for projects requiring local AI inference (image/voice recognition) without external accelerators IotportalLinux-Sunxi.
- Edge Computing Growth: The inclusion of a RISC-V E902 co-processor positions the chipset for low-power industrial monitoring and real-time control, driving adoption in IoT edge gateways Wordpress.
- Next-Gen Portables: It is currently being integrated into Android 15 tablets and Linux-based DIY laptops (e.g., Olimex Teres upgrade), signaling a shift toward more powerful, affordable mobile computing solutions Cnx-SoftwareWordpress.
Supplier Landscape
Verified suppliers are already distributing A733-based solutions, primarily in the development board category:
- Major Hardware Partners: Radxa (Cubie A7z) and Orange Pi (Orange Pi 4 Pro) are the primary manufacturers utilizing this SoC for high-performance SBCs LinkedinCnx-Software.
- Sourcing Availability: Suppliers like Shenzhen Sochip Technology and HK HongShengChuang Industrial offer both the raw chipset and integrated development modules .
I have compiled three comprehensive supplier lists covering the raw processor, Radxa Cubie A7z, and Orange Pi 4 Pro platforms. You can review the full company profiles and product specifications in the files below.
You can continue exploring this product line with:
Allwinner A733 Processor Supplier
Verified suppliers · 3 lists

Shenzhen Sochip Technology Co., Ltd.
Trusted supplier in Microcontrollers and Processors, FPGA
Shenzhen Daotu Intelligent Electronics Co., Ltd.
Well-suited supplier in Electronic Modules and Kits

Shenzhen Dalu Electronics Co., Ltd.
Well‑matched supplier in Development Boards, Kits

Shenzhen Baijie Technology Co., Ltd.
Well-suited supplier in PCBA

Shanghai Xuanxin Technology Co., Ltd.
Well-suited supplier in Development Boards, Kits

Shenzhen Dongjiang Chuangfu Technology Co., Ltd.
Competitive supplier in Electronic Accessories

Shenzhen Qihuawei Tech Co., Ltd.
Well-suited supplier in Microcontrollers and Processors, FPGA

Shenzhen Innovo Technology Co., Limited
Recommended supplier for ICs

Shenzhen Liontron Technology Co., Ltd.
Well‑matched supplier in Development Boards, Kits
Related Searches
Explore more sourcing topics & related categories
Sources & References
28 sources cited · Verified industry data & reports

Allwinner A733 Processor - Benchmarks and Specs
Notebookcheck
The eight-core processor presented at the end of 2024 consists of two clusters: two ARM Cortex A76 cores with up to 2 GHz and six ARM Cortex A55 cores with up ...

A733 Family Key Features
Radxa
Chapter 2 Ordering Information. Update Table 2-1 Ordering Information. Chapter 3 Features. Update the features of DE and DI in.

Allwinner A733 octa-core Cortex-A76/A55 AI SoC supports ...
CNX Software
Allwinner A733 is an octa-core Cortex-A76/A55 processor with an optional 3 TOPS NPU and support for up to 16GB RAM designed for Android 15 tablets and laptops.

Allwinner A733 review | 58 facts and highlights
Versus
CPU speed. 2 x 2 GHz & 6 x 1.79 GHz ; CPU threads. 8 threads ; Uses big.LITTLE technology. ✓Allwinner A733 ; Uses HMP. Unknown. Help us by suggesting a value.

QiHua Allwinner A733 Mainboard
AliExpress
The Allwinner A733 processor is a high-performance octa-core chip supporting Linux and Android 15, featuring ARM Cortex-A76/A55 cores and an NPU for AI ...

Allwinner A733 Benchmark
CPU Benchmarks
CPU Test Suite Average Results for Allwinner A733 ; 9,010 Thousand Strings/Sec · 2,408 MBytes/Sec · 52,646 KBytes/Sec · 104 Frames/Sec · 1,148 Million Matrices/Sec.




























