ASUS TS300-E8-RS4-C Server Barebone for Surveillance

Overview

The ASUS TS300-E8-RS4-C is a 1U rackmount server barebone designed for compact surveillance and edge-compute deployments. Built around a single LGA1150 socket, it accepts Intel Xeon E3-1200 v3 or core i3 processors, making it a flexible platform for building custom NVR systems, video analytics appliances, or small-scale recording clusters without overprovisioning CPU resources. The compact 16-inch-wide chassis fits standard 19-inch racks, delivering processing power in minimal floor space — a critical factor in colocated or cramped server rooms where rack density matters.

Key Features

• Single LGA1150 Socket: Supports Intel Xeon E3-1200 v3 processors and Core i3 CPUs, giving integrators flexibility to scale CPU performance based on camera count and analytics load. Xeon E3 variants offer ECC memory support; Core i3 options reduce cost for lighter workloads — choose based on your codec transcoding or object-detection pipeline demands.
• 1U Form Factor (27-inch depth): Fits standard 19-inch racks and compact server enclosures. The 24-inch height and 16-inch width consume minimal vertical rack space — ideal for edge installations where every U counts. Saves floor space versus tower-based DIY systems while maintaining proper airflow in data-center environments.
• Barebone Configuration: Ships without processor, memory, or storage, letting you source and pair components to match your specific NVR or analytics workload. No bloated OEM features or locked firmware — you control the BOM and OS deployment. Reduces total cost-of-ownership if you're standardizing on commodity DDR3 RAM or SSD inventory across multiple locations.
• Industrial Thermal Design: Built to handle 24/7 continuous operation in surveillance environments. Single-socket configuration and aluminum chassis promote passive cooling in standard rack conditions — no exotic liquid loops or extra fans required for basic multi-camera NVR duty.
• Compact Physical Footprint (41.1 lbs): Weighs 41.1 lbs, allowing solo mounting or repositioning without mechanical lift. Ships in standard shipping containers — lower logistics friction than larger servers when rolling out to distributed sites (remote offices, warehouses, parking structures).
• Standard Rackmount Hardware: Pre-drilled for 19-inch rail installation. Compatible with any standard rack or wall-mount bracket rated for 1U. No custom brackets or vendor-specific mounting adapters required — integrators can use existing rack infrastructure without redesign.

Processor and Memory Considerations

The LGA1150 socket and barebone design demand careful CPU selection upfront. Xeon E3-1200 v3 processors (Ivy Bridge generation) deliver ECC memory support, making them safer for 24/7 recording where data integrity matters — a single bit-flip in a video index can corrupt days of footage. Core i3 variants cost less but forfeit ECC, acceptable for stateless analytics appliances or edge-compute nodes that don't hold critical recordings locally. DDR3 memory is now legacy but remains affordable and widely available; budget for 8–32 GB depending on your frame-buffering and transcoding requirements.

Integration & Compatibility

The barebone approach means you'll source your own motherboard, cooling solution, and I/O expansion. ASUS TS300-E8-RS4-C integrates into any standard surveillance VMS stack (Milestone, Axis Camera Station, Genetec, etc.) as a generic Linux or Windows server once you provision the OS and network stack. Pair with managed PoE switches and a NAS or SAN for robust multi-site deployments. No proprietary dependencies — flexibility is the point.

Environmental and Durability

Aluminum chassis and standard rackmount design suit both temperature-controlled data centers and semi-controlled edge environments (equipment rooms in retail or industrial buildings). Operating temperature range not specified in available documentation — verify with your facilities team that standard server-grade thermal conditions (15–30°C) will be maintained. Sealed chassis protects internal components from dust and casual contact; ensure adequate intake clearance in your rack layout.

What's in the Box

Package contents not specified in available technical documentation. Contact the supplier or ASUS directly to confirm what mounting hardware, documentation, and accessories ship with your order.

Frequently Asked Questions

Q: Is the TS300-E8-RS4-C a complete server or does it require a processor and memory?

A: It is a barebone — you must source and install your own processor (Intel Xeon E3-1200 v3 or Core i3), memory (DDR3), storage drives, and cooling solution. This design reduces cost and lets you customize the BOM to match your workload.

Q: Can I install ECC memory in the TS300-E8-RS4-C?

A: Yes, if you pair it with a Xeon E3-1200 v3 processor. Xeon E3 CPUs support ECC; standard Core i3 variants do not. ECC is recommended for 24/7 surveillance recording to prevent single-bit corruption in video indexes.

Q: What is the maximum memory capacity?

A: Not specified in available documentation. Verify with ASUS or your supplier based on the specific motherboard model you intend to install.

Q: Does the TS300-E8-RS4-C come with drives or storage?

A: No — it is a chassis and power distribution only. You supply your own 2.5-inch or 3.5-inch SATA/SAS drives. Plan storage capacity based on camera resolution, frame rate, and retention policy (typically 7–30 days for surveillance).

Q: Is this compatible with standard 19-inch racks?

A: Yes. The TS300-E8-RS4-C is 1U, 16 inches wide, and 27 inches deep — standard rackmount dimensions. It fits any 19-inch rack with adequate depth clearance (at least 28–30 inches for airflow and cable management).

Q: What operating systems can I install?

A: Any x86-64 OS that supports LGA1150 processors — Linux (Ubuntu, CentOS), Windows Server, or NVR-specific distributions from Milestone, Genetec, or other vendors. No OS is pre-installed; you provision it during setup.

Jerry Tildsen

The TS300-E8-RS4-C is a pragmatic choice if you're building NVR infrastructure from commodity components. Single-socket Xeon E3-1200 v3 support gives you enough CPU headroom for 16–32 camera streams with basic motion detection, or 4–8 streams with heavy object analytics. The 41.1-pound footprint and 1U rackmount format mean you can pack multiple units into tight server rooms or remote facilities without excessive power or cooling overhead.

Technical Highlights:

• LGA1150 Xeon E3-1200 v3 / Core i3 Compatibility: Xeon E3 processors offer ECC memory support, critical for surveillance where a single bit-flip in a video timestamp or index can corrupt hours of footage. Pair with registered DDR3 DIMMs to protect data integrity on 24/7 recording nodes.
• 1U, 16-inch-wide Chassis (41.1 lbs): Consumes minimal rack real estate — 27 units fit comfortably in a standard 42U rack. Weight and compact footprint simplify relocation and hot-swap deployment in branch offices or mobile command centers.
• Barebone Design (no CPU, RAM, or storage pre-installed): Reduces cost-per-unit and gives you control over component sourcing. Standardize on DDR3 inventory across your facility; swap processors based on workload scaling without replacing the entire appliance.

Deployment Considerations:

• LGA1150 is aging (Ivy Bridge era, circa 2013). While still power-efficient and widely supported, expect longer lead times and higher costs for Xeon E3 processors as suppliers consolidate inventory toward newer sockets. Budget accordingly if sourcing multiple units for a large rollout.
• You must assemble the server yourself — no turn-key NVR firmware or pre-loaded OS. Requires hands-on provisioning, BIOS configuration, and driver installation. Not suitable for teams lacking server-build experience or wanting plug-and-play surveillance appliances.

Best suited for integrators managing multi-site surveillance networks who want to standardize on x86 Linux NVRs with custom codec pipelines, or for edge-compute nodes in retail or logistics where you control the software stack. Skip it if you need a ready-to-ship appliance or integrated VMS licensing from the vendor.