Overview

Description

System-on-Module (SoM) solutions are small form-factor, ready-to-use processor modules. SoMs enable customers to accelerate time-to-market for an embedded product and reduce overall project schedule.

This scalable human machine interface (HMI) Smart Mobility ARChitecture (SMARC) SoM solution provides an optimized power and timing tree for RZ/G2 MPUs that drive displays (HDMI and LVDS). It also supports two wireless protocols (Wi-Fi and Bluetooth®) and Gigabit Ethernet interface all on CIP Linux. This helps designers looking at a SoM avoid risk by using a proven solution.

System Benefits:

  • Powerful RZ/G2/M/N/H on Arm® Cortex®-A53 and Arm® Cortex®-A57 cores, 2/4GB LPDDR4, 32GB eMMC Flash
  • High performance – Up to 8 cores, PowerVR 3D graphics, H.265 playback, H.264 recoding/playback
  • High reliability - ECC for internal L1 and L2 cache, ECC for external DDR memory interfaces
  • Super Long Term Support (SLTS) - Security maintenance for over 10 years, real-time patches for CIP kernel, Verified Linux Package (VLP) tested and maintained by Renesas.

Comparison

Applications

Winning Combinations Interactive Diagram

Select a block to discover products for your design

Template 1 Connector Line.165 Connector Line Connector Line.149 Connector Arrow.130 Connector Arrow.131 Connector Arrow.105 Vertical Wire Bundle.110 5 5 5 Sheet.112 Connector Arrow.103 Connector Arrow.104 Connector Arrow.96 Connector Arrow.97 Connector Arrow.98 Connector Arrow.66 Connector Arrow.89 Connector dotted arrow.82 Connector Arrow.84 Connector Arrow.16 Connector Arrow.17 Connector Arrow.18 Connector Arrow.19 Connector Arrow.14 Connector Arrow.15 PMIC PMIC PMIC AND AND AND Connector Arrow Connector dotted double arrow Connector dotted line Connector Arrow.20 Connector dotted arrow VDDQVA_DDR1 (1.1V) VDDQVA_DDR1 (1.1V) VDDQVA_DDR1 (1.1V) VDDQVA_DDR0 (1.1V) VDDQVA_DDR0 (1.1V) VDDQVA_DDR0 (1.1V) VDDQ33 (3.3V) VDDQ33 (3.3V) VDDQ33 (3.3V) VDDQ18 (1.8V) VDDQ18 (1.8V) VDDQ18 (1.8V) VDD_DVFS (0.83V) VDD_DVFS (0.83V) VDD_DVFS (0.83V) VCC025 (2.5V) VCC025 (2.5V) VCC025 (2.5V) VDD1P0 (1.0V) VDD1P0 (1.0V) VDD1P0 (1.0V) Connector dotted double arrow.58 Connector 1.160 5.0V 5.0V 5.0V Connector Arrow.67 Connector Arrow.68 Connector 1.160.69 Connector 1.160.70 Connector 1.160.71 Bi-directional Connector Arrow.75 Connector Arrow.76 Connector 1.77 Connector 1.78 Connector Arrow.79 CHB_EN CHB_EN CHB_EN ASIC_RST ASIC_RST ASIC_RST VDD (0.82V) VDD (0.82V) VDD (0.82V) Connector Arrow.86 Manual Manual Manual Reset Reset Reset PRESETn_18 PRESETn_18 PRESETn_18 Bi-directional.95 VCC025 (2.5V).99 VCC025 (2.5V) VCC025 (2.5V) VDD1P0 (1.0V).100 VDD1P0 (1.0V) VDD1P0 (1.0V) Connector Arrow.106 Vertical Wire Bundle 6 6 6 Sheet.109 Connector Arrow.113 RTC_CLK RTC_CLK RTC_CLK Vertical Wire Bundle.132 6 6 6 Sheet.134 Sheet.137 Carrier Board Carrier Board Carrier Board Sheet.136 USB OTG USB OTG USB OTG Ethernet Ethernet Ethernet USB 2.0 USB 2.0 USB 2.0 USB 3.0 USB 3.0 USB 3.0 USB Debug USB Debug USB Debug CAN CAN CAN SCIF SCIF SCIF SD CARD SD CARD SD CARD Backlight Backlight Backlight HDMI HDMI HDMI Speaker/Mic Speaker/Mic Speaker/Mic PCIe Slots PCIe Slots PCIe Slots LVDS Display LVDS Display LVDS Display Camera Module x2 Camera Module x2 Camera Module x2 Vertical Wire Bundle.138 4 4 4 Sheet.140 US101 US101 US101 Connector Line.145 Connector 1.160.146 Bi-directional.147 Connector Line.148 Connector 1.150 Sheet.164 MPU MPU MPU DBSC DBSC DBSC MMC MMC MMC SDIO SDIO SDIO I2C I2C I2C RGMII RGMII RGMII SDHI SDHI SDHI UART UART UART SSI SSI SSI SDHI SDHI SDHI CSI CSI CSI LVDS LVDS LVDS UART UART UART DU SSI DU SSI DU SSI SCFI SCFI SCFI USB 2.0 USB 2.0 USB 2.0 PCIe PCIe PCIe USB 3.0 USB 3.0 USB 3.0 Connector Line.166 Connector 1.160.167 Connector 1.169 Ground Sheet.171 Sheet.172 Ground.174 Sheet.175 Sheet.176 VDDQ18 VDDQ18 (1.8V) VDDQ18(1.8V) VDDQ33 (3.3) VDDQ33 (3.3) VDDQ33(3.3) Buck Converter Buck Converter Buck Converter Buck Regulator Buck Regulator Buck Regulator Voltage Supervisor Voltage Supervisor Voltage Supervisor Switch Switch Switch Ethernet PHY Ethernet PHY Ethernet PHY Wi-Fi Bluetooth Module Wi-Fi Bluetooth Module Wi-Fi Bluetooth Module PCIe Clock PCIe Clock PCIe Clock Real-Time Clock Real-Time Clock Real-Time Clock Programmable Clock Generator Programmable Clock Generator Programmable Clock Generator Programmable Clock Generator.45 Programmable Clock Generator Programmable Clock Generator LPDDR4 x2 LPDDR4 x2 LPDDR4 x2 eMMC eMMC eMMC Board to Board Connector Board to Board Connector Board to Board Connector
Exiting Interactive Block Diagram

Videos & Training

Renesas Winning Combination US101 Scalable SMARC SoM with AI

Renesas' SMARC 2.0 SoM is a Linux-based AI development platform using the RZ/G2 family of Microprocessors suitable for HMI, 3D animation or 4K UHD playback.