This customizable COM Express Type 6 board, featuring 7th-gen Intel Core i5/i7-7000U series processors, offers a 15W TDP low-power design ideal for fanless embedded use. It supports up to 32GB DDR4 memory and includes an onboard 64GB SATA SSD (OEM customizable) with 2x SATA 3.0 and M.2 options for expandable storage. With Intel HD Graphics 620, it enables triple-screen (LVDS/VGA/DDI) output for HMI and multi-monitor setups. The board also includes an industrial-grade Gigabit Ethernet card, expandable to 6 cards for network redundancy, and 8x PCIe X1 lanes + I2C for peripherals. It operates on 12V DC with a 9-36V wide voltage range, passes -40°C to 85°C tests, and holds EMC certification, making it perfect for rail transit, energy monitoring, industrial automation, medical imaging, and military applications.

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Description

Customizable COM Express Type 6 Board | i5/i7-7000U Series | 64GB SSD OEM Support | 2×SATA + M.2 Option | LVDS/VGA/DDI Output | Dedicated for Rail Transit/Energy Monitoring

Parameter	Details
CPU	i3-7100U, i5-7200U, i7-7600U
Memory	2*DDR4 2133Mhz/2400Mhz, maximum support 32GB
Storage	Onboard single-chip SATA SSD Max 64GB (OEM required)
Storage	2*SATA interfaces
Network Card	1*Intel i211-AT industrial gigabit network card (maximum support for 6 network cards)
Graphics Card	Integrated Intel HD graphics display card
Power Supply	Default DC 12V input
Display Interface	1dual-channel 24bit LVDS
	1VGA display output
	1*DDI output
Expansion Bus	8*PCIEX1 channels
Expansion Bus	i2C interface
Working Environment	-40°C ~ 85°C, 10% ~ 95% (non-condensing)
System	WIN7/8/10/Linux
Dimensions	95*95 (mm)
Electrostatic Protection Level	Level 3

Core Strengths and Features

Processor Performance

7th generation Intel Core i5-7200U (dual-core, four-thread) or i7-7600U (quad-core, eight-thread), featuring a 15W TDP low-power design that balances computational performance with energy efficiency, making it suitable for fanless embedded scenarios.

Memory and Storage

Supports dual-channel DDR4 2133/2400MHz with a maximum capacity of 32GB, meeting the demands of real-time processing of industrial big data.
Onboard 64GB SATA SSD (OEM customizable capacity) + 2x SATA 3.0 interfaces, ensuring both system speed and data storage expandability.

Network and Expansion

Standard configuration includes 1x Intel i211-AT industrial-grade Gigabit Ethernet card, with support for expansion up to 6 network cards via PCIe for link redundancy and network load balancing.
8x PCIe X1 lanes + I2C interface, enabling connectivity with multi-axis motion control cards, data acquisition modules, and other peripherals.

Display and Power

Integrated Intel HD Graphics 620, supporting triple-screen synchronous output (LVDS+VGA+DDI), suitable for HMI (Human-Machine Interface) and multi-screen monitoring scenarios.
Default DC 12V input with support for a wide voltage range (9-36V optional), accommodating power supply environments in vehicles and outdoor equipment.

Environmental Adaptability

Industrial-grade design, passing -40°C to 85°C temperature tests and EMC anti-interference certification, suitable for extreme environments such as rail transit and wind farms.

Target Application Scenarios

Industrial Automation Control

PLC and DCS control systems, replacing traditional industrial PCs to reduce system complexity.
SCADA data acquisition and monitoring, enabling production network isolation through multiple network cards.

Rail Transit Signaling and Onboard Equipment

Train signal control and onboard PIS (Passenger Information System), displaying real-time operational information through triple-screen displays.
Compliance with EN50155 standards, with anti-vibration and wide-temperature design to adapt to railway environments.

Energy and Power Monitoring

Integrated automation systems for substations, connecting smart meters and protective devices.
Monitoring terminals for wind farms/photovoltaic power stations, enabling remote data transmission through PCIe-expanded 4G/5G modules.

Medical Equipment and Military Applications

Medical imaging processing equipment (e.g., ultrasound, endoscopy), requiring low power consumption and stable display output.
Military ruggedized computers, utilizing the I2C interface to connect sensors for environmental monitoring.