iStarUSA 1U Compact Rackmount mini-ITX Chassis D-118V2-ITX

Discover a compact, reliability-driven chassis designed for dense server rooms and industrial deployments. The iStarUSA 1U Compact Rackmount mini-ITX Chassis D-118V2-ITX delivers a rugged, space-saving enclosure that fits in tight racks while offering flexible drive configurations, efficient cooling options, and a scalable power solution. Built for stability and uptime, this 1U high chassis centralizes your mini-ITX motherboard with smart drive support and clean cable management in a chassis depth of just 11 inches.

• Ultra-compact 1U rackmount design optimized for space-constrained environments, delivering a durable solution without sacrificing performance or expandability.
• Versatile drive configurations that support either one 3.5" hard drive or two 2.5" drives, enabling cost-effective storage or compact NVMe/SSD setups for OS and applications.
• Mini-ITX motherboard compatibility creates a versatile build path for edge computing, digital signage, thin clients, telecom, and industrial control systems.
• Flexible power options with support for a 1U flex power supply, making it easy to tailor the system for standard use or higher-reliability industrial deployments.
• Cooling adaptability with optional 40mm cooling fans, allowing engineers to optimize airflow in a tight 1U footprint and maintain stable temperatures under load.

Technical Details of iStarUSA 1U Compact Rackmount mini-ITX Chassis

• Form factor: 1U rackmount chassis
• Depth: 11 inches
• Motherboard support: mini-ITX
• Drive bays: supports 1x 3.5" or 2x 2.5" drives
• Power supply: compatible with 1U flex power supply (not included)
• Cooling: optional 40mm cooling fans supported
• Application focus: ideal for industrial applications requiring a compact, dependable, rack-mountable solution

how to install iStarUSA 1U Compact Rackmount mini-ITX Chassis

• Plan your build by selecting a 1U flex power supply compatible with the chassis and your chosen motherboard and storage configuration.
• Prepare the chassis chassis and ensure all mounting points are clean. Install the mini-ITX motherboard using the included standoffs and secure screws, aligning the I/O ports with the rear panel cutouts for easy access.
• Mount the storage drives in the designated bays: place a single 3.5" drive or install two 2.5" drives as needed, using appropriate screws or rails provided by the chassis. Route data cables and power cables tidily to maintain airflow and reduce clutter.
• Connect the power supply, motherboard power, CPU power, and any storage data cables. Attach the front panel connections (power, reset, USB, etc.) according to the motherboard's header layout and the chassis' documentation.
• Install optional 40mm cooling fans if your deployment requires enhanced cooling. Ensure fans are oriented to promote forward airflow and exhaust through the rear or suitable vent locations.
• Close and secure the chassis, mount it in a rack, and perform a post-installation power-on test to verify POST, drive detection, and basic system operation. Verify that temperatures remain within safe ranges under load.

Frequently asked questions

• What motherboard form factor does the chassis support? Answer: Mini-ITX motherboards are supported, making it ideal for compact builds and edge deployments.
• How many drives can I install? Answer: You can install either one 3.5" drive or two 2.5" drives, offering flexible storage configurations for OS, data, or embedded applications.
• Is a power supply included? Answer: The chassis supports a 1U flex power supply, but the power supply is not included and must be purchased separately to match your system requirements.
• Can I add cooling fans? Answer: Yes, there is support for optional 40mm cooling fans to improve airflow in the tight 1U space, helping to maintain stable system temperatures.
• Is this chassis suitable for industrial environments? Answer: Yes, its 1U footprint and robust design are well-suited for industrial applications, telecom, digital signage, and other environments where space efficiency and reliability matter.