SMARC Module

Compact, powerful, and scalable modules for IoT applications.

The SMARC (Smart Mobility ARChitecture) module is a compact, computer module standard designed to meet the demands of next-generation applications. Utilizing a standard 314-pin edge connector, a single SMARC design can support a wide range of processors, memory options, and wireless configurations. It's diversity and number of available hardware interfaces make it an ideal choice for everything from a single display and single input handheld device to complex medical equipment requiring multiple displays, audio, and several input types. Future-proof your designs with the versatility and efficiency of Ezurio’s SMARC SOMs.

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What is SMARC?

SMARC® (Smart Mobility ARChitecture) is a popular global hardware specification by the Standardization Group for Embedded Technologies (SGET), of which Ezurio is a proud member driving key standards. It is designed for compact, low-power , and high-performance usage to future-proof your design.

Quick: Can add new features without changing the board layout.
Compatible: Utilizes ARM® and x86 processors.
Low-Power: 5W - 15W usage
Future-Proof: Standard, low-profile 314 pin edge connector.

What Are The Advantages of SMARC?

Value Advantage	SMARC 2.1.1	Qseven	Proprietary SOMs
Form Factor	Small 82mm x 50mm 82mm x 80mm	Small 70mm x 40mm 70mm x 70mm	Varies depending on design
Scalability	Highly scalable Utilizes ARM processors from leading embedded SoC manufacturers such as NXP, TI, and MediaTek	Limited scalability Fewer processor options and expansion capabilities	Dependent on custom design, often lacks modular scalability
Connectivity	Includes integrated Ethernet PHY and USB hub, on-board wireless	No integrated Ethernet PHY Requires external USB hub	Varies based on design
Supply Chain Robustness	Available to be 2nd sourced Can qualify multiple vendors and have supply chain flexibility	Available to be 2nd sourced but limited processor support	Cannot be 2nd sourced

SMARC System-on-Modules

Nitrogen93
SMARC

i.MX 93 Processor
1.7GHz Dual-Core Cortex-A55
Wi-Fi 6/6E + Bluetooth 5.4

Nitrogen8M Plus
SMARC

i.MX 8M Plus Processor
1.8GHz Quad-Core Cortex-A53
Machine Learning via NPU (2.3 TOPS)

Nitrogen8M Mini
SMARC

i.MX 8M Mini Processor
1.8GHz Quad-Core Cortex-A53
Wi-Fi 6/6E + Bluetooth 5.4

Tungsten510
SMARC

Genio510 Processor
2.0GHz Dual-Core Cortex-A78 & 2.0GHz Quad-Core Cortex-A55
Dual 4K60 and FHD60 displays

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Tungsten700
SMARC

Genio700 Processor
2.2GHz Dual-Core Cortex-A78 & 2.0 GHz Hexa-Core Cortex-A55
Machine learning via NPU (3.7 TOPS)

SMARC

Carrier Board

Size optimized SMARC 2.1.1 board
Tri-Band & Dual-Band Wi-Fi Antennas
Compatible with any of our Nitrogen or Tungsten SMARC SOMs

Why Choose Ezurio?

Hardware Upgrade Roadmap

We support a wide range of processors, memory configurations, and on-board wireless modules, giving flexibility & scalability across hardware designs and generations.

Personal Support

Benefit from unmatched support services, including direct engineering assistance, design guidance, and custom solutions, helping you minimize risk and bring your products to market faster.

In-House Test Services

Our extensive global certification capability, including an accredited testing facility and on-site EMC experts, ensure that your SOM is thoroughly tested, certified, and ready for production.

Universal SMARC Carrier

Reduce design risk and accelerate your time to market with Ezurio's Universal SMARC Carrier kit. Designed to be adaptable, supporting various I/Os and interfaces for seamless integration into diverse embedded computing environments. It is compliant with the SMARC v2.1 specification from SGET.

Compatible with our entire line of SMARC SOMs.
All the antennas needed to support wireless options from 2.4/5/6 GHz.
Test any SMARC from a single carrier board.

Learn More

White Paper: How To Choose the Right SOM, Single-Board Computer, or Custom Hardware for IoT Projects

Engineering teams have more and more IoT projects to tackle and less and less time to work on them. But SOMs, SBCs, and custom hardware often enable a 9-12 month acceleration of development timelines for IoT projects as well as significant cost savings. In this whitepaper, we'll cover:

The advantages of incorporating a custom System-on-Module or Single Board Computer into your IoT project.
How to choose the right processor platform & how to align it with your product lifecycle.
How to decide which form factor best supports the need of your device.
How to evaluate different operating systems.
How to select the right interface & device management system for you application