Shuttle XPC slim DL20N Barebone System — Fanless 1-Liter Slim PC

Discover the Shuttle XPC slim DL20N Barebone System, a purpose-built, fanless 1-liter Slim PC designed for quiet operation and flexible deployment in tight spaces. As the successor to the DL10J, the DL20N blends energy efficiency with robust reliability, ideal for digital signage, compact desktops, media appliances, edge computing, and small office deployments. Built around the Intel Jasper Lake family on a 10 nm process, this barebone system delivers steady performance for everyday tasks while keeping heat and noise to a minimum. The DL20N’s compact footprint makes it easy to mount behind displays, under desks, or in shelving units, enabling versatile placements where traditional desktops simply won’t fit. Its passive cooling design means near-silent operation in customer-facing environments and data-collection enclosures, helping you maintain a professional, distraction-free setup. With a focus on reliability for 24/7 operation, this Shuttle XPC slim model is engineered to run continuously without compromising stability or performance.

• Ultra-compact, fanless design: The 1-liter chassis uses a passive cooling approach to deliver silent operation while maintaining reliable thermal performance. This means no noise from fans, fewer moving parts to wear out, and a cleaner, low-maintenance solution for offices, retail kiosks, signage displays, and quiet workspaces. The metal alloy enclosure doubles as a sturdy mounting platform, making it ideal for VESA mounts, wall installations, or under-desk setups where space is at a premium.
• Powerful yet efficient processor: At the heart of the DL20N is the Intel Celeron N4505 dual-core processor (2.0 GHz), part of the Jasper Lake family built on a 10 nm process. This combination delivers solid productivity for everyday tasks, light compute workloads, and multimedia playback, all while keeping power consumption low—an essential characteristic for 24/7 operation and energy-conscious deployments where electricity costs and heat output matter.
• Slim form factor with flexible configuration: As a barebone system, the DL20N invites you to tailor memory, storage, and operating system to your exact needs. Install your preferred RAM modules and storage drives to optimize for digital signage, tiny workstation tasks, or compact server-like roles. The modular design enables straightforward upgrades or changes without replacing the entire unit, extending the life of your investment and simplifying maintenance in distributed deployments.
• Rugged reliability for 24/7 operation: The fanless architecture minimizes moving parts and reduces dust intake, increasing reliability in challenging environments. With Shuttle’s proven thermal design and high-quality materials, the DL20N is suited for continuous operation in retail, healthcare points-of-care devices, kiosks, or industrial edge applications where uptime is critical and quiet operation is appreciated by users and customers alike.
• Socket BGA-1338 compatibility: The DL20N utilizes Socket BGA-1338 packaging as part of Shuttle’s compact Slim PC strategy. This enables a compact, integrated motherboard design that fits the 1-liter chassis while delivering dependable performance for small form-factor builds. This design choice supports sleek installations and easy integration into existing hardware ecosystems without bulk or noise.

Technical Details of Shuttle XPC slim DL20N Barebone System

• Processor: Intel Celeron N4505, 2.0 GHz dual-core
• CPU Family: Intel Jasper Lake, 10 nm process
• Form Factor: XPC Slim Barebone, 1-liter chassis
• Cooling: Fanless design for silent operation
• Socket: Socket BGA-1338
• Memory/Storage: RAM and storage are user-installable and not included in the base barebone unit
• Operating Environment: Suitable for 24/7 operation in compact, noise-sensitive spaces

how to install Shuttle XPC slim DL20N

To assemble your Shuttle XPC slim DL20N, begin by preparing a clean, static-free work area. Install the memory modules into the dedicated RAM slots, making sure they click securely into place. Next, attach your storage drive or drives—this can be a solid-state drive (SATA or NVMe via the chassis configuration) or other compatible storage media as supported by your barebone. Once RAM and storage are in place, secure the drives and panels back onto the chassis. Connect peripheral devices such as keyboard, mouse, display, and any required network adapters or USB peripherals. Power up the unit and enter the BIOS/UEFI to configure boot order, enable/disable discrete features, and tailor system settings to your OS choice. Install your preferred operating system and drivers, then perform any necessary updates. For ongoing reliability in 24/7 environments, ensure proper ventilation around the unit and keep intake/exhaust paths unobstructed. Always follow electrostatic discharge (ESD) precautions when handling internal components, and consider mounting options (such as VESA or wall-mounting) that complement the passive cooling design for optimum airflow and stability.

Frequently asked questions

• Q: What is the DL20N?
  A: The DL20N is Shuttle’s fanless, slim XPC barebone system designed for compact spaces and 24/7 operation. It accepts user-installed RAM and storage and is powered by an Intel Jasper Lake Celeron processor.
• Q: Does the DL20N come with RAM or storage?
  A: No. The DL20N is a barebone unit and requires you to install memory and storage to suit your needs and workload.
• Q: Is the system truly fanless?
  A: Yes. The DL20N uses passive cooling to maintain silent operation, reducing noise and mechanical wear in noise-sensitive environments.
• Q: Can it be used for 24/7 operation?
  A: Yes. The DL20N is designed for continuous operation in edge computing, digital signage, kiosks, and compact office setups where reliability and low noise are essential.
• Q: What is the advantage of Socket BGA-1338?
  A: Socket BGA-1338 refers to the processor packaging used in this compact Slim PC design, contributing to a small, integrated motherboard layout within the 1-liter chassis while maintaining compatibility with modern processors.