XYCOM 8100‑0289B Detailed Product Description

I. Product Overview

XYCOM 8100‑0289B is a rugged industrial embedded motherboard / CPU module under the 8100 series of XYCOM (now part of Artisan Technology Group). It is designed as a highly reliable, wide-temperature, and shock-resistant industrial-level control core, commonly used in industrial automation, measurement and control systems, data acquisition, and embedded control scenarios in harsh environments. The "0289B" in the model number represents the hardware configuration and version customization number, indicating that this board card is equipped with industrial-grade processors, wide-temperature memory, reinforced I/O, hardware monitoring, and high anti-interference design. It can operate independently as an embedded controller or be integrated into industrial enclosures / display terminals, providing long-term, unmanned, and stable operation capabilities. 

II. Hardware Architecture and Mechanical Characteristics

Board Specifications: Industrial-grade standard, embedded ATX / half-length board, multi-layer reinforced PCB, onboard core chip, memory, storage, I/O controller, power management, watchdog and EMI filtering circuit; compact in size, suitable for 6U/4U industrial chassis, VME chassis or custom embedded enclosures.

Structure and Reinforcement: Full-board component reinforced welding + connector locking reinforcement, edge metal edge protection, anti-vibration, anti-shock, anti-gold finger oxidation; PCB uses high TG material, resistant to high and low temperatures, able to withstand thermal cycling, suitable for high dust, high humidity, and strong electromagnetic interference conditions.

Installation and Cooling: Supports screw fixation / rail installation; passive cooling design without fan, core area reserved for heat sink installation, suitable for low-power long-term operation, avoiding dust accumulation faults.

Status Indicators: Onboard power, operation, fault, watchdog LED indicators, combined with power-on self-test (POST), can quickly locate CPU, memory, I/O and bus faults, facilitating on-site maintenance.

III. Core Processor and Memory Configuration

Main Processor: Equipped with low-power industrial-grade x86 processor (commonly Intel Celeron J1900 or equivalent quad-core, with a main frequency of 2.0GHz), no fan, low power (typical 10W), supports 7×24-hour continuous operation, balancing computing performance and energy consumption control, suitable for industrial control, data processing and lightweight graphical interfaces.

Memory: Onboard 4GB DDR3L wide-temperature industrial memory (optional 8GB), supports parity / EDC error correction, anti-electromagnetic interference, temperature resistance (-40°C to +85°C), meeting multi-task system, real-time data caching and complex control logic operation requirements.

Storage Interfaces:

Standard mSATA/2.5-inch SATA interfaces, support industrial-grade SSD (32GB~256GB), no mechanical components, anti-vibration, temperature resistance, ensuring data security;

Reserved CompactFlash slot, supports large-capacity storage expansion and system image backup, suitable for power-off data protection scenarios.

BIOS and Firmware: Uses SPI Flash BIOS, supports Shadow RAM, hardware monitoring, remote wake-up, PXE boot, can be upgraded firmware on-site, suitable for customized functional requirements.

IV. I/O Interfaces and Communication Capabilities

Serial Interfaces: Onboard RS-232×2, RS-422/485×1 (with optical isolation), baud rate 50~115.2kbps, supports Modbus RTU, PLC communication, serial port sensor connection, isolation design anti-surge, anti-static, suitable for strong interference sites.

Network Interfaces: Integrated Gigabit Ethernet ×2 (RJ45, with isolation), supports link aggregation, redundant network, industrial Ethernet protocol (PROFINET, EtherNet/IP), ensuring high-speed data transmission and network reliability, suitable for industrial IoT gateways, SCADA systems.

USB Interfaces: USB 2.0×4, USB 3.0×1, supports keyboard, mouse, external hard drive, USB acquisition device, touch screen controller, interface reinforced to prevent detachment, suitable for frequent insertion and removal in industrial sites.

Video Output: VGA×1, HDMI×1, LVDS×1 (board-mounted pins), supports dual display output, suitable for industrial displays, touch screens, large-screen display, resolution up to 1920×1080, meeting local operation interface and remote monitoring display requirements.

Other I/O: GPIO×8 (programmable input/output), compatible with relay control, sensor signal acquisition, and indicator light driving;

Audio interface: microphone input, speaker output, supports voice alarm and on-site intercom;

RTC real-time clock: battery backup, power-off retention of date and time, ensures accurate timestamps for event recording and data log.

VII. Electrical Characteristics and Environmental Specifications

Power supply: DC 12V/24V industrial standard power supply, wide voltage 9~36V, anti-reverse connection, overvoltage, overcurrent, surge protection; typical power consumption 15W, low power consumption design, low heat dissipation pressure, compatible with redundant power supply configuration.

Operating temperature: standard -10℃~+60℃; wide temperature version -40℃~+70℃, covers extremely cold and hot industrial sites, compatible with vehicle-mounted, military, and outdoor equipment scenarios.

Storage temperature: -40℃~+85℃, no damage during long-term storage, can withstand drastic temperature changes.

Humidity: 5%~95% RH (no condensation), can withstand high humidity and condensation environments, compatible with damp workshops, ships, and outdoor conditions.

Vibration / Shock: complies with MIL-STD-810 standard, vibration 5~2000Hz, 0.015" displacement, shock 10g, 11ms half-sine wave, compatible with high-vibration equipment such as machine tools, production lines, and vehicles.

Electromagnetic Compatibility: complies with IEC 61000-6-2/4, CE, UL, strong anti-static, anti-pulse group, anti-surge, and anti-radiation interference, compatible with motors, frequency converters, and high-voltage equipment in strong electromagnetic interference sites.

VI. Core Functions and Software Support

Operating system compatibility: native support for Windows 7/10 embedded, Windows XP, Linux (Debian/Ubuntu), VxWorks, QNX, compatible with mainstream industrial software, configuration software (WinCC, Intouch, Configuration Master) and real-time operating systems, mature development ecosystem.

Hardware monitoring and protection:

Hardware watchdog (WDT): programmable timeout 1~255 seconds, system abnormality automatic reset, ensures long-term stable operation;

Voltage / Temperature monitoring: real-time monitoring of core voltage, CPU / board card temperature, over-threshold automatic alarm / frequency reduction / shutdown, protects hardware safety;

Power-on self-test (POST): automatic detection of CPU, memory, I/O, network upon startup, LED displays results, quickly locates hardware faults.

Development support: provides original factory drivers (graphics card, network card, serial port, GPIO), SDK, API interfaces, C language development library, supports user's secondary development of customized control logic, HMI interface, data acquisition program, compatible with special industry requirements.

VII. Typical Application Scenarios

Industrial automation control: as the main control core of production lines, production lines, drives I/O modules, PLC, realizes process parameter control, equipment status monitoring, fault alarm and local operation.

Embedded equipment control: compatible with embedded main control of special equipment such as machine tools, injection molding machines, packaging machines, textile machinery, medical equipment, etc., no fan, anti-vibration, wide temperature operation, realizes integrated control inside the embedded equipment.

Data acquisition and monitoring (SCADA): as the on-site data acquisition terminal, connects sensors, instruments, PLC, acquires parameters such as temperature, pressure, flow rate, rotational speed, etc., local storage and upload to the upper system, supports real-time curves, historical reports and abnormal alarms.

Industrial Internet of Things (IIoT) gateway: equipped with Linux system, integrates edge computing, protocol conversion (Modbus→MQTT/OPC-UA), data encryption, point-to-point transmission, connects industrial cloud platforms, realizes remote monitoring, equipment operation and data analysis. Military industry / Vehicle-mounted / Rail transportation: Designed to withstand harsh environments such as armored vehicles, trains, ships, and outdoor base stations, featuring wide temperature range, anti-vibration capability, strong electromagnetic compatibility. It serves as a vehicle control terminal, display and control platform, and data recording device.

VIII. Product Core Advantages

Fully hardened and wide-temperature reliable design: Industrial-grade PCB, reinforced welding, fanless cooling, wide temperature operation, anti-vibration shock resistance, MTBF > 100,000 hours, suitable for high-dust, high-vibration, wide-temperature conditions, with stable long-term operation.

Rich industrial I/O and communication: Dual gigabit isolation network, multiple isolated serial ports, USB 3.0, dual-display video, programmable GPIO, supports multiple protocol communication, seamlessly connects with PLC, sensors, and upper-level systems, suitable for complex industrial networks.

Low power consumption and high performance: Low-power quad-core processor + passive cooling, overall power consumption < 15W, balancing computing performance and energy consumption control, with low heat dissipation pressure and reduced maintenance costs.

Flexible expansion and customization: Supports memory/storage upgrade, interface expansion, BIOS customization, operating system adaptation, can be customized for hardware configuration, software image, pre-installed applications, suitable for special industry scenarios.

Long lifecycle support: XYCOM industrial products have a long lifecycle (10-15 years), providing long-term spare parts supply, technical support and maintenance services to ensure long-term stable operation of industrial equipment and reduce upgrade and replacement costs.