Shuttle BPCAL03-I5UE Core i5-1245UE, 2x DDR5, 2x LAN, 3x COM, 1x M.2, 8x USB, 2x HDMI (Max 4 display outputs)

Shuttle BPCAL03-I5UE Core i5-1245UE, 2x DDR5, 2x LAN, 3x COM, 1x M.2, 8x USB, 2x HDMI (Max 4 display outputs)

Barebone
Core i5-1245UE, 2x DDR5, 2x LAN, 3x COM, 1x M.2, 8x
USB, 2x HDMI (Max 4 display outputs), Aluminum
chassis, fanless, -20~60°C, 150W, Supports Intel® vPro™
and AMT

Who It’s For

Ideal for industrial automation engineers, kiosk and digital signage integrators, and IT professionals managing edge computing deployments in factories, retail environments, or harsh outdoor settings who need a compact, reliable fanless system with flexible I/O and wide-temperature operation.

Real-World Use Cases

• Deployed in factory automation lines for real-time process control and machine vision, where the wide operating temperature and rugged build ensure 24/7 reliability in dusty, hot environments.
• Powering interactive kiosks and self-service terminals in retail or transportation hubs, leveraging multiple COM ports for peripheral integration and dual LAN for secure networked operation.
• Driving multi-display digital signage arrays in public spaces or control rooms, supporting up to four independent displays via HDMI outputs for dynamic content delivery.
• Serving as an edge AI inference node in IoT gateways for data collection and analysis, benefiting from Intel 12th Gen processing power in a silent, maintenance-free fanless design.

Key Advantages

• Fanless operation combined with -20°C to +60°C temperature tolerance delivers silent, dust-resistant performance ideal for demanding industrial and outdoor installations.
• Modular I/O design with 3x COM ports, 2x 2.5GbE LAN, and 8x USB ports provides exceptional connectivity flexibility for legacy equipment and modern peripherals without additional adapters.
• Support for up to four independent displays and dual-channel DDR5 memory enables high-performance multi-monitor setups and efficient multitasking in edge computing scenarios.
• Compact rugged aluminum/steel chassis with multiple mounting options (VESA, DIN rail, ear mount) simplifies integration into space-constrained or mobile industrial applications.

Full Specifications

Practical Considerations

• Confirm power requirements early—standard 150W adapter suits most setups, but opt for the wide-range DC-in board for variable industrial power sources.
• Plan storage expansion carefully; the single M.2 slot supports NVMe or SATA, with an optional internal 2.5″ SATA bay available on some configurations.
• For multi-display use, verify cable quality and graphics driver settings to reliably achieve four independent outputs in demanding applications.

Frequently Asked Questions

• Q: What makes this model suitable for industrial environments? The fanless design, wide -20°C to +60°C temperature range, rugged aluminum/steel chassis, and extensive COM/USB connectivity ensure reliable operation in harsh conditions with minimal maintenance.
• Q: Can it support multiple monitors for signage or control applications? Yes, the dual HDMI 2.0b ports support up to four independent displays when combined with the integrated Intel Iris Xe graphics capabilities.
• Q: Is wireless connectivity available? Optional Intel or Realtek M.2 Wi-Fi 6/802.11ac modules with Bluetooth and external antennas can be added for flexible wireless needs.
• Q: What storage options does it offer? Primary storage via the M.2 2280 slot (PCIe NVMe or SATA); an optional internal 2.5″ SATA drive bay provides additional capacity on configured systems.
• Q: How does it compare to similar models? Compared to the non-wide-temp BPCAL02 variant, the BPCAL03 adds extended temperature support and a higher-wattage power adapter while sharing the same flexible I/O and processor options; it excels over basic embedded PCs in ruggedness and legacy port support.
• Q: What is the warranty and local support? Shuttle typically offers a standard 2–3 year warranty; contact authorized Australian resellers or Shuttle’s global support portal for local service options and RMA processes.