MaxHub MT61N-I7 Single Board Computer: Industrial-Grade SBC for IoT, Digital Signage, and Embedded Systems

The MaxHub MT61N-I7 Single Board Computer is a cutting-edge computing solution designed to meet the demands of both industrial and commercial applications. Its robust specifications and compact design make it versatile for various uses, including IoT applications, digital signage, and embedded systems. Built to perform reliably in challenging environments, the MT61N-I7 combines efficient processing with a broad set of I/O capabilities, enabling businesses to deploy edge computing, manage remote devices, and accelerate digital transformation with confidence.

• High-performance yet compact: The MT61N-I7 delivers multi-core processing within a small footprint, enabling responsive edge computing for real-time analytics, device management, and interactive signage. Its compact form factor minimizes space requirements in control rooms, retail displays, and field installations, while maintaining robust performance for demanding workloads.
• Industrial-grade reliability: Engineered for harsh environments, the MT61N-I7 supports deployments across factories, warehouses, outdoor kiosks, and transport hubs. With a wide operating temperature range, rugged construction, and strong EMI/EMC characteristics, it sustains steady operation and long service life in real-world conditions.
• Versatile I/O and expansion: A rich set of interfaces—including video outputs (HDMI/DisplayPort), multiple USB ports, Ethernet networking, PCIe slots, and GPIO—facilitates seamless integration with cameras, sensors, controllers, and peripheral devices. This flexibility makes it suitable for digital signage players, edge servers, and embedded control systems.
• Efficient power and thermal design: Designed for energy-conscious deployments, the MT61N-I7 supports efficient power usage and, in appropriate configurations, fanless operation. Intelligent thermal management helps maintain performance under sustained workloads, reducing maintenance needs and prolonging device longevity.
• Flexible deployment for diverse applications: Perfect for IoT gateways, industrial automation, smart kiosks, robotics controllers, and other embedded projects requiring reliable, scalable edge computing. The MT61N-I7 enables organizations to deploy consistent compute capabilities across locations with ease.

Technical Details of MaxHub MT61N-I7 Single Board Computer

• Technical specifications vary by SKU; please consult the official product sheet or your catalog's SKU/UPC reference for exact CPU, memory, and storage configurations.
• Processor configurations: Multi-core processors within the Intel Core-based family are supported, with options based on the MT61N-I7 module variations.
• Memory and storage: Memory and storage options vary by SKU; refer to the product datasheet for supported RAM capacities, eMMC/SSD options, and expansion interfaces.
• Interfaces: Includes multiple video outputs, USB ports, Ethernet, PCIe, and GPIO; designed to support complex edge computing tasks and peripheral integration.
• Operating environment: Engineered for reliability in industrial environments, with robust EMI/EMC compliance and extended operating temperature ranges as documented in the official specs.

How to install MaxHub MT61N-I7 Single Board Computer

• Plan your deployment: Confirm the MT61N-I7 SKU, required peripherals, power supply, enclosure, and environmental conditions to ensure compatibility with the intended site.
• Prepare the board: Mount the SBC in a compatible enclosure or on a DIN rail, ensuring adequate clearance for heat dissipation. Verify mounting accessories and grounding requirements before powering on.
• Connect peripherals: Attach display output (HDMI or DisplayPort), connect a keyboard and mouse if needed for initial setup, and integrate network cables, cameras, sensors, and any other required I/O devices.
• Configure firmware and boot: Power on and access the BIOS/UEFI to configure boot order, secure boot, device initialization, and peripheral priorities. Update firmware using official tools if a newer revision is available.
• Install an operating system: Choose an OS appropriate for edge computing (Linux-based distributions, Android, or vendor-provided SBC firmware). Install according to the official guidance, then configure network settings, remote management, and user accounts.
• Optimize and validate: Install necessary drivers and software packages, calibrate connected sensors or cameras, test connectivity, and run representative workloads to verify performance and stability. Establish monitoring and logging for ongoing reliability.

Frequently asked questions

• Q: What are the typical use cases for the MaxHub MT61N-I7 SBC?

  A: The MT61N-I7 is designed for industrial IoT gateways, digital signage players, and embedded control systems. It supports edge computing workloads, data collection from sensors, real-time analytics, and reliable operation in demanding environments.

• Q: Does the MT61N-I7 support fanless operation?

  A: Depending on the configuration and cooling solutions chosen, the MT61N-I7 can be deployed in fanless or minimal-noise configurations. Always verify the recommended thermal design for your specific SKU and operating environment.

• Q: What kind of I/O options are available on this SBC?

  A: The MT61N-I7 offers a versatile set of interfaces, including video outputs (HDMI/DisplayPort), USB ports, Ethernet, PCIe expansion, and GPIO, enabling seamless integration with displays, sensors, cameras, and peripheral devices.

• Q: How do I update the firmware and drivers?

  A: Firmware and driver updates are typically provided by MaxHub or the official distributor. Use the recommended update utility and follow the vendor’s instructions to minimize risk and maintain device security.

• Q: What operating systems are supported?

  A: The MT61N-I7 supports common SBC-friendly operating systems, including Linux-based distributions and specialized SBC firmware. Choose an OS that aligns with your application requirements, such as edge analytics, remote management, or kiosk software.

• Q: Where can I find the exact specifications for my SKU?

  A: Exact specifications vary by SKU. Refer to the official product sheet or the ec.synnex listing for your UPC/SKU to confirm CPU, memory, storage, and I/O capabilities for your precise configuration.