Murata IoT for Embedded Artists i.MX Platforms
Murata has partnered with Embedded Artists to integrate wireless connectivity into existing Embedded Artists i.MX Development Kits (Linux and FreeRTOS). The i.MX Platforms, based on the Arm® Cortex® cores, are designed to bridge the gap between the performance of Applications Processors and the flexible usability of microcontrollers (MCUs) without increasing costs or power consumption.
Solution Partners
Features
- Embedded Artists M.2 EVBs connect to an M.2 connector on i.MX 6/7/8 or RT Devkit
- Provides comprehensive hardware interfaces with all options
- No adapter required
- M.2 interface supports WLAN-PCIe/SDIO, BT-UART/PCM/I2S, WLAN/BT/Coexist control lines, and debug pinouts
Example Setup for i.MX 6/7/8
Example Setup for i.MX RT
EVB Application Matrix
Embedded Artists M.2 EVBs
Embedded Artists Type 1LV M.2 EVB
Based on the Murata LBEE59B1LV Module, offering 802.11 a/b/g/n Wi-Fi + BLUETOOTH/BLE 5.0.
Applicable Evaluation Platforms
Embedded Artists iMX RT1062 Developer Kit
Designed for users to get up and running quickly with the iMX RT1062 OEM board.
Related Products
Murata Type 1DX Wi-Fi® 11b/g/n + BLUETOOTH® 4.2 Module
Small, high-performance module based on the Infineon CYW4343W combo chipset.
Murata Type 1MW BLUETOOTH®+Wi-Fi® Module
Shielded ultra-small dual-band Wi-Fi 11a/b/g/n/ac & BLUETOOTH 4.2 module based on Infineon CYW43455.
Murata Módulo BLUETOOTH®/Wi-Fi® tipo 1LV
Módulo Wi-Fi 802.11a/b/g/n e BLUETOOTH® 5 de banda dupla e ultrapequeno com base no Cypress CYW43012.
NXP Semiconductors i.MX 6 Processors
Multicore platform that includes single, dual, and quadcore families based on the Arm Cortex-A9.
NXP Semiconductors i.MX 7 Applications Processors
Highly integrated multicore processors designed for portable IoT applications.
Related Solutions
Murata Solução sem fio para plataformas de avaliação NXP i.MX
Integra Wi-Fi e Bluetooth à plataforma de desenvolvimento existente para NXP i.MX RT1050/1060.
Murata Connectivity Modules
Simplifies wireless development by lowering the RF expertise needed to enable various applications.