High-real-time microprocessors will become the "core" competitiveness of products

A powerful brain is the soul of the system, i.MX RT series high real-time microprocessor, integrated Cortex-M7 core, up to 600MHz frequency, rich peripherals, high security, very competitive price, Will become the "core" competitiveness of your products.

There is no three-axe, how can I take this porcelain to live. The i.MX RT series of cross-border processors, based on the ARM Cortex-M7 core, up to 600MHz, available in 3015 CoreMark®/1284 DMIPS (> 2 DMIPS/MHz), thanks to the high-density 512KB TCM SRAM, i. The MX RT Series also delivers ultra-fast real-time response with interrupt latency as low as 20 nanoseconds.

Rich peripherals:

UART, SPI, I2C, I2S, MQS, CSI, LCD, USB, CAN, KeyPad, ENET, 2D image accelerator, etc., you have seen it before.

Diverse startup methods:

The chip can be booted from QSPI NOR/NAND Flash, SD/eMMC, parallel NOR FLASH/SRAM and other storage to meet your diverse program programming requirements.

Program security:

The encrypted firmware is stored in a storage medium such as external SPI Flash or Nand Flash, and is decoded at runtime. The online hardware decoding component ensures that the program's operating speed is not affected.

You thought it was over here, but no, except for these we still have:

"Introduction to Cortex-M7 - i.MX RT1050" - i.MX RT1050 full Chinese development guide, do you always think that the name has been heard.

The powerful core is accompanied by a wealth of peripherals, making the i.MX RT1050 more complex than a regular microcontroller. Believe in such a strong and novel core, you are eager to find out at the first sight of your encounter, but because of the scarcity of development materials and help documentation, you are discouraged. The book "Introduction to Cortex-M7 - i.MX RT1050" written by Guangzhou Zhou Ligong Microcontroller Technology Co., Ltd. will help you to know the i.MX RT1050. It is not so difficult to get started.

Don't worry, you will be the first person to eat crabs. The difficulties you are worried about and even the real difficulties you have encountered have been tested on the "white mice" of Zhou Ligong's engineering team and have summarized a wealth of experience. Here are a few highlights of the book, including but not limited to the following points.

Modular hardware design guidelines:

We split the chip application into separate parts and detail the principles and functions of each part. Each of these steps is our initial experience on the chip groping, which will accelerate your hardware design.

1, power supply design

The more powerful the processor, the more complex its power supply design:

Seeing this picture, are you a little worried about whether you will accidentally "burn"? Relax your heart and open the manuscript. You will know that the chip power is actually just a paper tiger.

2, Boot configuration

The variety of startup methods has been dazzled, how to use it is also a headache, pick up the EasyARM-RT1052 development kit, you will find it can be so simple.

3, the design of the debugging circuit

The debugging circuit is the door where you open a chip, but when you are ready to connect the board to the debugger, you can find the answer in the Reset and Debug section when you are tired and unable to enter the program.

There are a lot of things that can't be listed one by one, but such a hardware design cheat will definitely make you take a lot of detours.

Software introduction guide:

This book has a detailed introduction of up to 29 on-chip peripherals, including peripheral features, configuration steps, etc. The most important thing is that each peripheral's explanation section is directly accompanied by the routine source code and a large number of comments for the reader to use. This chip makes it easy to control the various on-chip peripherals.

1, XBAR use

XBAR is like a router with internal signals on the chip, so your peripherals can also be interconnected. Can open Baidu have not found a few useful news, why not try to call us to try it.

2, more abundant routines

Numerous peripherals, various combination routines, Zhou Ligong R & D team to continuously improve the software SDK package for the EasyARM-RT1052 development board in combination with application scenarios and different customer needs:

MQS high quality audio decoding routines;

Various peripherals trigger ADC acquisition;

Resistance screen drive;

emWin routines, and related migration and design guidance documents;

Many others will be found in the reference materials of the Zhou Ligong development board. Constantly improving and fixing the SDK package will reduce your troubles for development.

3. Introduction to HD display solution

i.MX RT1050's eLCD peripherals support up to 1366×768 resolution screens, but it is not so easy to find a high-definition screen with RGB interface. We provide a complete solution to make your embedded device have the same mobile phone. Visual experience.

Download debugging method:

External Flash saves costs and also causes the complexity of development and debugging. The simple "download" button becomes: Generate Firmware > Open Programmer > Program Flash; "debug" button may also return to the retro serial assistant.

Even if you are proficient in compiling IDEs and debuggers, it can be an unnecessary cost to spend time outside of these developments. We provide quick and easy debugging methods, and everyone is focused on what they are good at.

M1052 cross-border core board:

The M102 cross-border core board onboard the Cortex-M7's RT1050 processor, which has the powerful processing performance of the MPU, and the ease of use and real-time advantages of the MCU microcontroller! The M1052 integrates Wi-Fi/zigbee/LoRa/NFC wireless capabilities and comes pre-installed with the AWorks real-time operating system for intelligent hardware and industrial IoT applications.

EasyARM-RT1052 development board:

The EasyARM-RT1052 development board, which is compatible with books, is a development kit designed by Guangzhou Zhou Ligong Microcontroller Technology Co., Ltd. for NXP's i.MX RT series cross-border processor. The main control uses the NXP i.MX RT series crossover processor MIMXRT1052, which has the advantages of low-power application processor and high-performance microcontroller, providing ultra-high performance ARM Cortex-M7 core, real-time function and MCU-class availability for audio subsystems, consumer products, home and building automation, industrial technology design, motor control, and power conversion.

EasyARM-RT1052 development board

Seeing here, do you really want to have such a set of development kits and manuscripts? What are you waiting for, send an email to rt1050. Contact us at this email address.