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Arm Cortex-A55 和双 Cortex-M33 MPU OSM SOM

概览

简介

该系统模块(SOM)由一个多功能 OSM 载板和一个兼容的 OSM 模块组成,其重点在于以 RZ/G3S MPU 为基础的工业网关。 与单板计算机(SBC)设计不同,SOM 具有特殊功能,可简化基板开发、降低成本并最大限度地降低设计风险。

由于 SOM 供应商在高速嵌入式设计方面经验丰富,终端客户可以专注于基板开发,从而降低风险并缩短产品上市时间。 此外,使用不同的 OSM 模块可在不改变底板的情况下扩展或升级系统性能(根据性能要求选择 OSM 模块)。 对越来越多的物联网应用来说,实施 OSM 标准可充分利用将模块化嵌入式计算的优势,以满足应用对成本、空间、接口和可靠性(因为是焊接连接)日益增长的需求。

系统优势:

  • 1.1 GHz Arm® Cortex®-A55 和双 250MHz Arm® Cortex®-M33 CPU
  • 智能网关应用的理想选择
  • 通过篡改检测增强安全性
  • 通过 M.2 连接器(带 PCIe)扩展连接

产品对比

应用

  • 智能工业网关
  • 安全家庭网关
  • 物联网边缘设备
  • 追踪设备

成功产品组合交互框图

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4:3 ratio Sheet.458 Sheet.420 Carrier Board Carrier Board Carrier Board SOM SOM SOM Sheet.1 Sheet.2 Sheet.3 Sheet.4 EU193 EU193 EU193 Sheet.126 Sheet.128 Sheet.206 Sheet.207 Sheet.208 Sheet.209 Sheet.210 Sheet.211 Sheet.212 Sheet.215 Connector 1.154 Sheet.244 Sheet.247 Sheet.248 Sheet.250 Sheet.251 Sheet.252 Sheet.275 Sheet.276 Sheet.277 Sheet.279 Sheet.280 Sheet.284 Sheet.285 Sheet.396 Sheet.397 Sheet.399 Sheet.400 Sheet.402 Sheet.403 Sheet.405 Ref Clock (PCIe) Ref Clock (PCIe) Ref Clock (PCIe) Ref Clock (PCIe) Ref Clock (PCIe) Ref Clock (PCIe) Sheet.408 G2, G5:0.9V G2, G5:0.9V G2, G5:0.9V G3, G7, G9, G10: 1.8V, 1.1V G3, G7, G9, G10: 1.8V, 1.1V G3, G7, G9, G10: 1.8V, 1.1V G6: 1.8V G6: 1.8V G6: 1.8V G8: 3:3V G8: 3:3V G8: 3:3V G4: 1.8V G4: 1.8V G4: 1.8V Sheet.414 Sheet.419 Sheet.421 Sheet.422 Sheet.423 Sheet.424 Sheet.425 Sheet.426 Sheet.427 Sheet.429 Connector 1.154.430 Connector 1.154.431 Sheet.432 Connector 1.154.433 Sheet.434 Sheet.435 Sheet.436 Input Input.438 Input.439 Input.440 Input.441 µ USB, 5V µUSB, 5V µUSB, 5V 5-20V 5-20V 5-20V Sheet.446 Sheet.447 Connector 1.154.448 Connector 1.154.449 5V 5V 5V 1.2V 1.2V 1.2V 1.8V 1.8V 1.8V 3.3V 3.3V 3.3V USB-A, 5V USB-A, 5V USB-A, 5V µ SD, 3.3V µSD, 3.3V µSD, 3.3V Sheet.456 Sheet.457 Sheet.384 OMS 1.1 Pin Grid Array, Size “S” 30 x 30 mm2 OMS 1.1 Pin Grid Array, Size “S” 30 x 30 mm2 OMS 1.1 Pin Grid Array, Size “S” 30 x 30 mm2 Sheet.391 OMS 1.1 Pin Grid Array, Size “S” 30 x 30 mm2 OMS 1.1 Pin Grid Array, Size “S” 30 x 30 mm2 OMS 1.1 Pin Grid Array, Size “S” 30 x 30 mm2 Sheet.459 Sheet.460 Power Switch 2 Power Switch Power Switch Power Switch 3 Power Switch Power Switch Power Switch 4 Power Switch Power Switch DC/DC Buck 1 DC/DC Buck DC/DC Buck DC/DC Buck 2 DC/DC Buck DC/DC Buck DC/DC Buck 3 DC/DC Buck DC/DC Buck Bi-Directional Buck Boost Bi-Directional Buck Boost Bi-Directional Buck Boost µSD Connector µSD Connector µSD Connector GPIO Header GPIO Header GPIO Header JTAG Connector JTAG Connector JTAG Connector RJ45 Connector RJ-45 Connector RJ-45 Connector RJ-45 Connector RJ-45 Connector RJ-45 Connector USB-A Connector USB-A Connector USB-A Connector µ USB Connector µUSB Connector µUSB Connector µUSB Connector µUSB Connector µUSB Connector USB-C Connector USB-C Connector USB-C Connector M.2 Connector M.2 Connector M.2 Connector Ethernet PHY Ethernet PHY Ethernet PHY Ethernet-PHY Ethernet PHY Ethernet PHY eMMc eMMc eMMc LPDDR4 LPDDR4 LPDDR4 NOR Flash NOR Flash NOR Flash VersaClock VersaClock VersaClock PMIC PMIC PMIC Power Switch 1 Power Switch Power Switch MCU RZ/G3S MCU MCU UART UART UART PCIe PCIe PCIe QSPI QSPI QSPI USB x2 USB x2 USB x2 RGMII x2 RGMII x2 RGMII x2 JTAG JTAG JTAG SDIO SDIO SDIO UART CAN 12C, SPI, 12S, PWM, ADC UART CAN 12C, SPI, 12S, PWM, ADC UART CAN 12C, SPI, 12S, PWM, ADC LPDDR4 LPDDR4 LPDDR4 eMMC eMMC eMMC
Exiting Interactive Block Diagram