Shuttle XPC slim DH370 Barebone System - Slim PC - Socket H4 LGA-1151 - 1 x Processor Support

The Shuttle XPC slim DH370 Barebone is a remarkably compact, 1.3-liter powerhouse designed for space-conscious setups without compromising performance. Built to support Intel LGA1151v2 “Coffee Lake” processors, this rugged slim PC blends high-performance capability with flexible display options and a sleek, minimalist chassis. It’s engineered for professionals and enthusiasts who need a space-saving computer that can handle demanding multitasking, vivid multimedia rendering, and business-grade reliability in a small footprint. Whether you’re outfitting a digital signage system, a compact workstation, a media hub, or an energyefficient office PC, the DH370 delivers a versatile platform that scales with your needs while keeping noise and heat to a minimum.

• Ultra-compact 1.3-liter barebone design delivering a space-saving footprint without sacrificing expandability, making it ideal for tight desks, kiosks, media walls, and edge computing setups. The slim chassis is engineered to fit behind monitors, inside cabinets, or in portable micro‑office environments, giving you a robust computing core in a discreet form factor.
• Intel LGA1151v2 “Coffee Lake” compatibility with Hexa-core processing potential, enabling smooth multitasking, data processing, and media workloads. This platform supports modern CPUs for enhanced performance in multi-threaded applications, content creation tools, virtualization, and demanding productivity tasks—while remaining energy-efficient for continuous operation.
• Triple-display capability with HDMI 2.0 and DisplayPort connectivity, letting you drive up to three Ultra HD displays simultaneously. Create immersive workstation layouts, multi-monitor trading dashboards, or expansive digital signage without needing an external graphics solution. The combination of HDMI 2.0 and DisplayPort ensures broad compatibility with high-resolution, high-refresh-rate displays.
• Flexible storage and memory options designed for rapid configuration. The DH370 barebone supports DDR4 memory modules and M.2 SSDs, enabling fast boot times, snappy application loading, and ample caching capabilities. The open-ended memory and storage support lets you tailor the system for simple productivity tasks or more demanding media and data workflows.
• Solid cooling and reliable operation in a compact package. The design emphasizes efficient thermal management and low acoustic output, supporting long runtimes under load. Built for 24/7 operation in commercial, educational, or home environments, this barebone emphasizes dependable performance, long-term durability, and easy maintenance in a minimal footprint.

Technical Details of Shuttle XPC Slim DH370 Barebone System

• CPU Socket: Intel LGA1151v2, compatible with 8th/9th generation Coffee Lake processors
• Processor Support: Up to Hexa-core configurations supported by the LGA1151v2 platform
• Memory: DDR4 SO-DIMM memory support (types and capacities depend on installed modules)
• Storage: M.2 SSD slot and 2.5-inch drive compatibility for flexible storage configurations
• Display Outputs: HDMI 2.0 and DisplayPort (multi-display capability up to three UHD displays)
• Form Factor: Slim barebone chassis designed for compact installations with a low-profile footprint
• Networking and I/O: Standard I/O options typical for Shuttle XPC slim lines, including USB, audio, and Ethernet as supported by the base motherboard
• Power and Cooling: Energy-efficient design with effective passive/active cooling strategies; external power considerations align with compact workstation use

how to install Shuttle XPC Slim DH370 Barebone System

• Unbox and inspect the barebone for any shipping damage. Ensure you have a compatible LGA1151v2 CPU, DDR4 SO-DIMM memory modules, and at least one M.2 or 2.5" storage device ready for installation.
• Open the chassis and install the processor into the LGA1151v2 socket, following the processor alignment markers. Apply thermal paste as required and mount the cooling solution securely to ensure optimal heat dissipation.
• Insert DDR4 SO-DIMM memory modules into the memory slots, ensuring they click into place with the retention latches fully engaged. Check that modules are compatible in speed and capacity with the motherboard’s memory guidelines.
• Install your storage devices: mount an M.2 SSD into the M.2 slot and/or install a 2.5" SATA drive into the dedicated bay. Connect any required SATA data and power cables, making sure wires are neatly routed to minimize airflow obstruction.
• Reconnect all required cables (power input, display cables to HDMI 2.0 and DisplayPort, network, and peripheral connections). Reassemble the chassis, power on, and enter the BIOS/UEFI to configure boot order, memory timing, and CPU settings. Install your preferred operating system and drivers, then perform a system optimization pass to tailor performance, energy efficiency, and display outputs for your setup.

Frequently asked questions

• Q: What CPUs are compatible with the Shuttle XPC Slim DH370 Barebone? A: The DH370 is designed for Intel LGA1151v2 “Coffee Lake” processors and supports hexacore configurations depending on the specific CPU model and motherboard firmware.
• Q: How many displays can I drive with this barebone? A: The system supports up to three Ultra HD displays simultaneously via HDMI 2.0 and DisplayPort connections, enabling expansive multitasking or immersive multi-monitor setups.
• Q: Is this a fully built PC? A: No. It is a barebone system that requires you to add your own CPU, memory, and storage. It provides the chassis, motherboard, cooling, and essential components to complete your build.
• Q: What operating systems are supported? A: Windows 10/11 and Linux distributions are commonly supported, with drivers provided by the motherboard/chipset vendors. Your choice may affect hardware driver availability for certain features.
• Q: Can I upgrade the memory and storage later? A: Yes. The DH370 Barebone is designed for easy upgrades of RAM and storage, allowing you to expand memory capacity and storage options as your needs grow or as software demands change.