How to Choose a Cost-Effective Domestic Embedded Processor?

A good embedded system solution can save us a lot of development time, especially when a good system solution requires a higher and more reliable processor. So how can we quickly choose a high cost-effective domestic processor amidst the complexities of work?
Today, I recommend a highly cost-effective embedded processor from Allwinner: T113-S3
How to Choose a Cost-Effective Domestic Embedded Processor?

Allwinner Embedded Processor T113

About 10 years ago, I first encountered Allwinner’s processors while developing with Linux. At that time, most embedded fields used processors from foreign manufacturers, and Allwinner was relatively unknown.
As Allwinner’s processors have their own characteristics, they gradually gained some fame in the country. Here, let me ask everyone, do you know or have you heard of Allwinner’s processors?
The following video is from strongerHuang
1. T113 Processor
The processor T113 that we are talking about today is a general-purpose embedded CPU, and it is also an embedded CPU with certain characteristics.
T113-S3 is a highly cost-effective, entry-level embedded processor from Allwinner in the fields of intelligent industrial control and automotive applications. The T113-S3 processor uses a dual-core Cortex-A7 with a clock speed of up to 1.2GHz, supports video codecs, and has 128M DDR3 built-in.

How to Choose a Cost-Effective Domestic Embedded Processor?

In addition, it also has video capture interfaces (Parallel-CSI/CVBS in), display interfaces (MIPI-DSI/LVDS/RGB/CVBS out), USB2.0 interfaces, CAN interfaces, and Gigabit Ethernet interfaces, making it particularly suitable for entry-level human-machine interfaces (HMI) and embedded devices with video functions, as well as applications suitable for IoT gateways, commercial displays, energy power, industrial control, and medical devices.
2. MYIR Based on T113 Core Board
The T113-S3 core board adopts a high-density high-speed circuit board design, integrating the T113-S3 processor, Nand Flash/eMMC, E2PROM, discrete power supply, etc., on a board size of 37mm×39mm. MYC-YT113X features the strictest quality standards, ultra-high performance, rich peripheral resources, high cost-effectiveness, and long supply times, making it suitable for the core board requirements of high-performance intelligent devices.
How to Choose a Cost-Effective Domestic Embedded Processor?
The T113-S3 core board is positioned in the industrial control field and has multiple advantages:
  • 5V power supply for better compatibility and convenience
  • Smaller package design: 37mm×39mm
  • Equipped with a shield for stability and reliability
  • Obtained various certifications: high and low temperature, testing, CE, ROHS
3. MYIR Based on T113 Baseboard
MYIR based on T113 baseboard provides rich peripheral interfaces to meet different user needs:

How to Choose a Cost-Effective Domestic Embedded Processor?

The following video is from strongerHuang
This is the parameter information provided by MYIR:

How to Choose a Cost-Effective Domestic Embedded Processor?

Entry-Level Processor Development Guide

Although it is an entry-level embedded processor, it is still necessary to master some basic knowledge.
Of course, the original processor manufacturer, as well as the MYIR development board official, provide corresponding development guides and demo software.

How to Choose a Cost-Effective Domestic Embedded Processor?

To facilitate developers to quickly develop their applications, the official provides a ported system, as well as supporting SDK, various development and debugging tools, application development examples, etc.
T113 is particularly suitable for entry-level human-machine interfaces (HMI) and embedded devices with video functions. Here’s a demo video:
Of course, the official has also considered beginners and novices, providing a nanny-level step-by-step tutorial, including:
  • Preparation of software and hardware development environment

  • Using SDK to build development board image

  • Flashing system image

  • Various configurations such as U-boot, Kernel, etc.

  • Applications such as Makefile, Qt, etc.

How to Choose a Cost-Effective Domestic Embedded Processor?

The specific details will be provided with the relevant CD materials when purchasing the development board. The main process of Linux software development can also refer to the previously shared article “MYIR Based on D9 Software Development Process“.

Finally

Allwinner T113-S3 is a 【high cost-performance】 embedded processor, dual-core A7, clock speed 1.2GHz, with 128M memory on-chip, this CPU only costs about 20 yuan, what do you think?
Even if you add eMMC, EEPROM, power supply, etc., and package it into a module, the price is still only a few dozen yuan.

How to Choose a Cost-Effective Domestic Embedded Processor?

Of course, it mainly depends on your needs. If you are looking for a similar chip, you might as well learn about this T113-S3 core board and development board.
Here is an introduction to MYIR based on T113-S3 core board and development board:
https://www.myir.cn/shows/118/58.html
Tip: The public account does not support external links, please copy the link to the browser to open it, or click on “Read the original text” at the end to learn more.
MYIR Electronics, a high-tech enterprise focusing on the design and R&D of embedded processor modules, is a leading embedded processor module manufacturer. MYIR Electronics has more than 10 years of R&D experience in the field of embedded processors, providing customers with CPU modules based on ARM architecture, FPGA architecture, and charging control systems, as well as customized solutions and OEM services for clients in the fields of smart medical, smart transportation, smart security, IoT, edge computing, industrial gateways, and artificial intelligence. The company helps customers accelerate the product launch process through professional and efficient services, and has served more than 10,000 enterprise clients in the industry.
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How to Choose a Cost-Effective Domestic Embedded Processor?
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