Mil-Electronics T527 Development Board Documentation

Mil-Electronics T527 Development Board Documentation

The Allwinner T527 features rich interface resources, easily meeting application scenarios such as smart commercial displays, intelligent cockpits, and industrial control. To assist users in better developing on the T527 development board, Mil Electronics has released a wealth of software and hardware documentation, detailing the core functions and publicly available materials regarding the MEasy HMI … Read more

Detailed Analysis of Allwinner T527 Chip: Computing Performance

Detailed Analysis of Allwinner T527 Chip: Computing Performance

Allwinner T527 Chip Detailed Series (1) – Computing Performance – Efficient Architecture, Robust Performance Built-in 8*ARMCortex-A55 Octa-core frequency can run up to 1.8GHz, providing robust processing power Octa-core ARM Cortex-A55 in a DynamIQ big.LITTLE configuration, up to 1.8 GHz 32KB L1 I-cache and 32KB L1 D-cache per A55 core Optional 64KB L2 cache per “LITTLE” … Read more

MYiR Launches High-Performance 8-Core Processor Board with AI NPU

MYiR Launches High-Performance 8-Core Processor Board with AI NPU

MYiR Electronics, a partner of Allwinner Technology,has launched a core board and development board equipped with the AllwinnerT527 chip. The development board is based on the Allwinner T527 high-performance optional AI function MPU, featuring an eight-core A55 high-performance processor and a RISC-V co-processor,supporting 2Tops NPU, meeting the needs of edge intelligent AI acceleration applications;The T527 … Read more

Introduction to the Heterogeneous Computing Architecture of Avaota A1 with Allwinner T527 Platform

Introduction to the Heterogeneous Computing Architecture of Avaota A1 with Allwinner T527 Platform

Avaota A1 is equipped with the Allwinner T527 platform, which integrates a RISC-V small core CPU and DSP, forming a heterogeneous computing architecture together with the Arm core. In a heterogeneous multi-processing system, the presence of the main core and auxiliary core aims to collaborate to achieve more efficient task processing. This collaboration requires the … Read more

In-depth Analysis of the Allwinner T527 Chip: Computational Performance

In-depth Analysis of the Allwinner T527 Chip: Computational Performance

Allwinner Technology “T527” Chip Related Reading 《Allwinner Technology T527 Series Chip, AI Empowering Industry Intelligence 《Allwinner Technology T527 Wins “Best SoC of the Year” Honor》 《Allwinner Technology T527 High-Performance Octa-Core Heterogeneous AI Chip Wins Processor of the Year Award》

Avaota A1: Allwinner T527 Linux Mainline Released!

Avaota A1: Allwinner T527 Linux Mainline Released!

Avaota A1: Allwinner T527 Linux Mainline Released! 📖 Documentation site: avaotasbc.100ask.net💡 Source code repository: github.com/AvaotaSBC/💻 Hardware configuration:✏️ CPU: Octa-core Cortex-A55, up to 2.0GHz✏️ GPU: Mali G57, supports OpenGL ES 3.2/2.0/1.1, Vulkan 1.1/1.2/1.3, OpenCL 2.2✏️ RCPU: XuanTie E906 RISC-V @ 200MHz✏️ DSP: HIFI4 DSP @ 600MHz✏️ NPU: Optional computing power up to 2TOPS✏️ Memory chip: Supports … Read more

Comprehensive Guide to Mifans Pi T527 Development Board

Comprehensive Guide to Mifans Pi T527 Development Board

Nowadays, various Pi boards are emerging, such as Raspberry Pi, Orange Pi, and the previously shared Remi Pi. What other Pi boards do you know of? Today, I bring you another Pi board – Mifans Pi T527, which is the first industrial development board launched by Mil Electronics, featuring edge computing with high-performance Allwinner T527. … Read more