AsRock EC262D4U-2L2T Micro-ATX Server Motherboard

The AsRock EC262D4U-2L2T is a single-socket micro-ATX rack server motherboard built for compact server and NVR-class deployments where board footprint and dual high-speed networking matter more than expansion headroom. The model number EC262D4U-2L2T (often searched as EC262D4U 2L2T) identifies this specific single-socket LGA revision, and the "2L2T" designation in the part number points to dual LAN connectivity as a core feature of the board.

Overview

Documentation available for the EC262D4U-2L2T at this time is limited to logistics-level data rather than a full manufacturer datasheet, so this listing focuses on what can be verified: form factor, sourcing origin, and shipping weight. Buyers evaluating this board for a rack build should confirm socket type, chipset, memory support, and expansion slot count against the manufacturer's current specification sheet before finalizing a chassis and CPU pairing.

Key Features

• Micro-ATX form factor: fits standard micro-ATX server chassis and rack enclosures without requiring an extended-ATX bay — a practical fit for space-constrained rack builds where every rack unit counts.
• Single-socket LGA design: targets single-CPU server and edge-compute builds rather than dual-socket density, which keeps power and cooling requirements simpler for smaller deployments like branch NVR or edge server installs.
• Dual LAN (2L2T) networking: two onboard network ports support link redundancy or separated management/data traffic — useful when segmenting a recording network from a general office LAN on the same box.
• 2.43 lb board weight: a lightweight bare motherboard, consistent with a micro-ATX board shipped without a bundled cooler or chassis.

Integration & Compatibility

As a bare server motherboard, the EC262D4U-2L2T is a build-your-own component intended for integrators assembling a custom rack server, NVR host, or edge-compute box rather than a plug-and-play appliance. Pair it with a compatible micro-ATX rack chassis and confirm CPU, memory, and drive compatibility against AsRock's current documentation before ordering. For finished recording appliances instead of a bare board, compare against a pre-built network video recorder platform. If you're planning out server placement and cabling for a rack deployment, a PoE and network planning guide can help size the rest of the rack.

Frequently Asked Questions

Q: What form factor is the EC262D4U-2L2T?

A: It is a micro-ATX single-socket rack server motherboard.

Q: Does the EC262D4U-2L2T have onboard networking?

A: Yes — the "2L2T" designation indicates dual onboard LAN ports.

Q: Where is the EC262D4U-2L2T manufactured?

A: Country of origin listed for this SKU is China (CN).

Q: How much does the EC262D4U-2L2T weigh?

A: The board weighs approximately 2.43 lb.

Ted Perry

The AsRock EC262D4U-2L2T is a bare micro-ATX server board — I'm flagging it as a build component, not a finished server, so plan your CPU and chassis purchase alongside it.

Technical Highlights:

• Micro-ATX footprint: drops into standard micro-ATX rack chassis, which keeps your enclosure options open compared to proprietary server board sizes.
• Single-socket LGA layout: simplifies power delivery and cooling design versus a dual-socket board, appropriate for single-CPU edge or NVR builds.
• 2.43 lb shipping weight: light enough that freight cost on this board alone will be minimal — most of your shipping weight will come from the chassis and PSU.

Deployment Considerations:

• Confirm CPU socket generation and supported chipset directly against AsRock's current spec sheet before ordering a processor — that detail isn't fully specified in current listing data.
• Dual LAN ports (the "2L2T" in EC262D4U-2L2T) make this a reasonable pick if you want to separate camera/recording traffic from a management VLAN on one box, but confirm port speed before assuming 2.5GbE or 10GbE.

Best fit: an integrator building a compact single-socket edge server or small-site NVR host who needs micro-ATX sizing and dual onboard LAN, and who will independently verify CPU/chipset compatibility before finalizing the build.