i.MX RT1050跨界MCU，配备Arm^® Cortex^®-M7内核

概述

i.MX RT1050 是业界首款跨界MCU，兼具应用处理器的高性能与高度集成，以及微控制器的易用性和实时功能。i.MX RT1050基于Arm^® Cortex^®-M7内核，运行频率为600 MHz。

支持MCUXpresso SDK中的FreeRTOS^™。

该设备由恩智浦MCUXpresso软件和工具提供全面支持，这是一套针对Kinetis、LPC和i.MX RT微控制器的综合全面的免费软件开发工具。MCUXpresso SDK还包括Keil MDK和IAR Embedded Workbench for Arm的项目文件。

特征

高性能Cortex-M7
3020 CoreMark/1284 DMIPS @ 600 MHz
高达512 kB紧耦合存储器(TCM)
MCUXpresso SDK涵盖对FreeRTOS的支持
实时低延迟响应，低至20 ns
通过集成DC-DC转换器实现行业最低的动态功耗
低功耗运行模式下运行频率为24MHz
面向GUI和增强HMI的先进多媒体
- 2D图形加速引擎
- 并行摄像头传感器接口
- LCD显示屏控制器(高达WXGA 1366x768)
- 3x I²S，面向高性能多通道音频
丰富的外部存储接口选项
- NAND、eMMC、QuadSPI NOR Flash和Parallel NOR Flash
无线连接接口：
- Wi-Fi^®、Bluetooth^®、Bluetooth Low Energy、ZigBee^®和Thread^™
由MCUXpresso SDK、IDE和配置工具提供支持

特征

高性能Cortex-M7
3020 CoreMark/1284 DMIPS @ 600 MHz
高达512 kB紧耦合存储器(TCM)
MCUXpresso SDK涵盖对FreeRTOS的支持
实时低延迟响应，低至20 ns
通过集成DC-DC转换器实现行业最低的动态功耗
低功耗运行模式下运行频率为24MHz
面向GUI和增强HMI的先进多媒体
- 2D图形加速引擎
- 并行摄像头传感器接口
- LCD显示屏控制器(高达WXGA 1366x768)
- 3x I²S，面向高性能多通道音频
丰富的外部存储接口选项
- NAND、eMMC、QuadSPI NOR Flash和Parallel NOR Flash
无线连接接口：
- Wi-Fi^®、Bluetooth^®、Bluetooth Low Energy、ZigBee^®和Thread^™
由MCUXpresso SDK、IDE和配置工具提供支持

i.MX RT1050 crossover MCU based on Cortex-M7

i.MX RT1050 crossover MCU based on Cortex-M7

i.MX RT crossover MCU in MAPBGA package

i.MX RT crossover MCU in MAPBGA package

Using i.MX RT1050 with CLRC663 plus family and the NFC Reader Library

Using i.MX RT1050 with CLRC663 <i>plus</i> family and the NFC Reader Library thumbnail

i.MX RT Crossover MCUs

i.MX RT Crossover MCUs thumbnail

i.MX RT1050 running an Embedded Wizard powered GUI Application

i.MX RT1050 running an Embedded Wizard powered GUI Application thumbnail

uClinux demo running on the NXP EVK board

uClinux demo running on the NXP EVK board thumbnail

i.MX RT1050 EVK with Storyboard Suite Demo Applications

i.MX RT1050 EVK with Storyboard Suite Demo Applications thumbnail

i.MX RT1050- How to Achieve Both Performance and Usability for Your Next-Gen IoT Product Design

i.MX RT1050- How to Achieve Both Performance and Usability for Your Next-Gen IoT Product Design thumbnail

Transfer learning between edge nodes

Transfer learning between edge nodes thumbnail

Food classification on i.MX8 + RT1050

Food classification on i.MX8 + RT1050 thumbnail

4x Motor Control NXP ICC

4x Motor Control NXP ICC thumbnail

MCU Tech Minutes | Qt for MCUs Thermostat Demo using i.MX RT1050 Evaluation Kit

MCU Tech Minutes | Qt for MCUs Thermostat Demo using i.MX RT1050 Evaluation Kit thumbnail

MCU Minutes | CANopen and CANopen FD in the MCUXpresso SDK

MCU Minutes | CANopen and CANopen FD in the MCUXpresso SDK thumbnail

i.MX RT1050 crossover MCU based on Cortex-M7
i.MX RT crossover MCU in MAPBGA package
Using i.MX RT1050 with CLRC663 plus family and the NFC Reader Library
i.MX RT Crossover MCUs
i.MX RT1050 running an Embedded Wizard powered GUI Application
uClinux demo running on the NXP EVK board
i.MX RT1050 EVK with Storyboard Suite Demo Applications
i.MX RT1050- How to Achieve Both Performance and Usability for Your Next-Gen IoT Product Design
Transfer learning between edge nodes
Food classification on i.MX8 + RT1050
4x Motor Control NXP ICC
MCU Tech Minutes | Qt for MCUs Thermostat Demo using i.MX RT1050 Evaluation Kit
MCU Minutes | CANopen and CANopen FD in the MCUXpresso SDK

i.MX RT1050 crossover MCU based on Cortex-M7

i.MX RT1050 crossover MCU based on Cortex-M7

i.MX RT crossover MCU in MAPBGA package

i.MX RT crossover MCU in MAPBGA package

Using i.MX RT1050 with CLRC663 plus family and the NFC Reader Library

i.MX RT Crossover MCUs

i.MX RT1050 running an Embedded Wizard powered GUI Application

uClinux demo running on the NXP EVK board

i.MX RT1050 EVK with Storyboard Suite Demo Applications

i.MX RT1050- How to Achieve Both Performance and Usability for Your Next-Gen IoT Product Design

Transfer learning between edge nodes

Food classification on i.MX8 + RT1050

4x Motor Control NXP ICC

MCU Tech Minutes | Qt for MCUs Thermostat Demo using i.MX RT1050 Evaluation Kit

MCU Minutes | CANopen and CANopen FD in the MCUXpresso SDK

开发板和设计

MIMXRT1050-EVK : i.MX RT1050评估套件 thumbnail

MIMXRT1050-EVK:i.MX RT1050评估套件

Evaluation and Development Boards

RK043FN02H-CT : 4.3" LCD面板 thumbnail

RK043FN02H-CT:4.3" LCD面板

Evaluation and Development Boards

PERMANENT-MAGNET-MOTOR : 3-Phase PMSM Control thumbnail

3-Phase PMSM Control

Designs

QUAD-MOTOR-CONTROL-DEV-PLATFORM : Quad Motor Control Development Platform thumbnail

Quad Motor Control Development Platform

Designs

开发板和设计

MIMXRT1050-EVK : i.MX RT1050评估套件 thumbnail

MIMXRT1050-EVK:i.MX RT1050评估套件

Evaluation and Development Boards

RK043FN02H-CT : 4.3" LCD面板 thumbnail

RK043FN02H-CT:4.3" LCD面板

Evaluation and Development Boards

PERMANENT-MAGNET-MOTOR : 3-Phase PMSM Control thumbnail

3-Phase PMSM Control

Designs

QUAD-MOTOR-CONTROL-DEV-PLATFORM : Quad Motor Control Development Platform thumbnail

Quad Motor Control Development Platform

Designs

.

目标应用

可穿戴产品

工业控制

技术

智能家居

汽车电子

摩托车发动机控制单元(ECU)和小型发动机控制

适用于您应用的配套产品

第1步:

第2步:

其他推荐产品

配备Arm^® Cortex^®-M7内核的i.MX RT1020跨界处理器

配备Arm^® Cortex^®-M7内核的i.MX RT1020跨界处理器

MCUXpresso软件与工具

MCUXpresso配置工具 – 一套全面的系统配置工具，包括引脚、时钟、SDK构建工具等。

MCUXpresso SDK – 一个开源软件开发套件(SDK)，专为选择处理器和评估板而构建。

MCUXpresso IDE – 一个易于使用的集成开发环境(IDE)，用于创建、构建、调试和优化应用。

i.MX RT系列 - 兼具应用处理器/MCU的优点

i.MX RT系列 - 兼具应用处理器/MCU的优点

直到最近，嵌入式处理根据设计需求划分为泾渭分明的两大阵营。要求性价比和灵活可用性的设计，需要依靠微控制器(MCU)。对于性能的需求超出MCU的设计，需要使用应用处理器。

只要一个小芯片，就能让您的电机控制设计整体变得更智能

只要一个小芯片，就能让您的电机控制设计整体变得更智能

恩智浦长期专注于面向电机控制的嵌入式解决方案 - 历史可一直追溯至我们的摩托罗拉产品线。在过去，电机控制应用通常依赖微控制器(MCU)提供的性价比和灵活的可用性。