Industrial Embedded Computer | BPC-101

SKU			BPC-101
Primary Components			Processor Family			Intel Core | series 14th Generation
			Processor model			Core i5-14400
			Memory Type			2x DDR4 SO-DIMM
			Memory Support			4GB, 8GB, 16GB, 32GB
			Storage Type			1x M.2 2280 SSD slot, SATA3 or NVME
			Storage Support			M.2: 128GB, 256GB, 512GB, 1T
External I/O ports			USB			6x USB
			Ethernet / LAN			2x Ethernet LAN
			Video Outputs			1x HDMI, 1x VGA
			Audio			1x 3.5mm Audio Lin-Out/Mic-In
			Power Input Port			2.5mm DC-in Jack
Power			Input Voltage Range			12-24V DC
			Max Power Consumption			80W
			Standard Power Adapter			90W DC Adapter included
Operating System			Windows			Windows 11, Windows 10 loT, Windows 10 Pro
			Linux			Linux, Linux Ubuntu 20.04 or above
Thermal and Environmental			Operating Temperature			-30 ~ +70℃
			Storage Temperature			-40 ~ +80℃
			Humidity Range			5% ~ 95% Non-condensing
			Cooling Solution			Passive - Fanless with Heatsink
Enclosure			Material			Aluminum
			Color			Gray
			Control Buttons			Power Button
			Mounting Oprtions			VESA, Wall mount, Desktop
Peripherals & Wireless Connectivity			WiFi			Optional WiFi 6
			Blue Tooth			Optioanal Bluetooth 5.2
Dimensions / Weight			Dimension			234*211*52 mm
			Weight			1.65 kg

Typical Specifications (Varies by Manufacturer/Exact Model)

1. Processor:

• Intel® Celeron®/Atom®: Low-power, fanless options (e.g., J1900, N2930, N3350, J3455, newer N5105).

• Intel® Core™ i-Series: Higher performance models (e.g., i3, i5, i7 U-series) - less common in base BPC-101, may be a variant.

• ARM-based: Some manufacturers offer ARM Cortex-A solutions for ultra-low power/edge computing.

2. Memory (RAM): SODIMM slot(s) supporting DDR3L or DDR4 (typically 4GB, 8GB, or 16GB max).

3. Storage:

• Internal: Supports 2.5" SATA HDD/SSD bay and/or mSATA/m.2 SATA/NVMe SSD.

• External: Often includes microSD card slot for boot/expansion.

4. I/O & Connectivity: (Highly configurable - verify exact ports)

• USB: Multiple USB 2.0/3.0/3.1 ports (Type-A, some with rugged M12 connectors).

• Serial: RS-232/422/485 ports (DB9 or screw terminal, often isolated).

• LAN: 1-2 x Gigabit Ethernet (RJ45 or rugged M12 X-coded), sometimes with PoE+.

• Digital I/O: GPIO (isolated inputs/outputs for sensors/controls).

• Video Output: HDMI, DisplayPort, sometimes VGA or LVDS (for direct panel connection).

• Expansion: Mini-PCIe or M.2 slots (for Wi-Fi, 4G/5G, CANbus, additional storage).

5. Power Input: Wide-range DC input (e.g., 9-36V DC or 12-24V DC), supporting industrial voltages and tolerating surges/ripple. Terminal block or DC jack.

6. Operating Environment:

• Temperature: -20°C to +60°C or -40°C to +70°C (extended range common).

• Humidity: 10% to 95% non-condensing.

• Certifications: CE, FCC, RoHS; often MIL-STD-810G for shock/vibration.

7. Operating System: Supports Windows 10/11 IoT Enterprise, Linux (Ubuntu, Debian, Yocto), sometimes FreeRTOS for ARM models.

Key Industrial Features

• Fanless & Sealed: Eliminates dust ingress points and moving part failures.

• Wide Voltage Input: Handles unstable power common in factories/vehicles.

• Rugged I/O: M12 connectors for USB/LAN ensure secure connections in high-vibration areas.

• Isolated Serial/GPIO: Protects the core system from electrical noise/surges on field lines.

• DIN-Rail Mounting: Standard for industrial control cabinets.

• Long-Term Supply: Components available for 5-10+ years (critical for industrial lifecycle).

The most Common Applications

• Factory Automation: PLC supervision, HMI controller, machine vision gateway.

• IoT Edge Gateway: Data acquisition from sensors/machines, protocol conversion (Modbus, CANbus, Ethernet/IP), cloud connectivity.

• Transportation Systems: In-vehicle computing (buses, trains, agri-machinery - if voltage range fits).

• Energy & Utilities: SCADA systems, substation monitoring, renewable energy control.

• Digital Signage & Kiosks: Media playback controller.

• Thin Client: Remote desktop access in secure/industrial environments.

• Test & Measurement Equipment: Data logging and control.

Manufacturers & Variations

The "BPC-101" designation is used by several manufacturers (e.g., AAEON, IEI, Axiomtek, DFI, B&R Automation, Kontron). Always check the full model number and brand! Suffixes denote critical differences:

• BPC-101-C10: Might indicate Celeron J1900 CPU.

• BPC-101-B: Could signify a base model or specific I/O config.

• BPC-101-WIFI: Likely includes integrated Wi-Fi.

• BPC-101-PoE: Indicates Power-over-Ethernet support.

• BPC-101-M12: Features M12 connectors for rugged I/O.

Why Choose a BPC-101?

• Space Efficiency: Fits where larger PCs cannot.

• Extreme Reliability: Fanless + rugged build for harsh conditions.

• Industrial Connectivity: Ready for factory floor sensors and networks.

• Low Maintenance: Sealed design, no fans to clean/replace.

• Power Efficiency: Low TDP processors minimize heat and energy use.

Critical Considerations Before Buying

1. Exact Model & Manufacturer: Get the full part number and datasheet.

2. CPU Performance: Match the processor to your workload (basic control vs. data processing).

3. Required I/O: Confirm the number and type of ports (especially serial, DIO, M12).

4. Operating Temperature: Ensure it covers your environment.

5. Expansion Needs: Do you require Wi-Fi, 4G/5G, or CANbus? Check Mini-PCIe/M.2 slots.

6. OS & Software Compatibility: Verify driver support for your OS and applications.

7. Mounting: Confirm it fits your installation (DIN-rail, wall, panel).

In summary: The BPC-101 is a versatile, rugged, fanless embedded computer built for industrial automation, IoT edge computing, and space-limited harsh environments. Its compact size, reliability, and industrial I/O make it a workhorse for demanding applications. Always verify the exact specifications from the manufacturer's datasheet for your intended use case.