ASUS RS700A-E13-RS12U-2KW10G 1U Dual-Socket AMD EPYC Server

Overview

The ASUS RS700A-E13-RS12U-2KW10G is a 1U rack-mounted server built around dual-socket AMD EPYC 9005 processor architecture. This is the platform you deploy when your surveillance, analytics, or security infrastructure requires dense compute in minimal rack footprint—think multi-site NVR clustering, edge-based video transcoding, or real-time object detection across dozens of camera streams without shipping data off-site.

At 37 pounds and 39.3 inches wide (standard 19-inch rack depth), the RS700A-E13-RS12U-2KW10G fits 12 identical servers per rack unit of height. Dual-socket EPYC means 128+ cores and 256+ threads per server available—far more CPU headroom than single-socket alternatives. The 10G network interface (standard on this model) handles sustained bitrate from 20+ IP cameras without network saturation on the storage backend. If you've hit a wall scaling your surveillance platform on conventional hardware, this form factor and processor density are the engineering answer.

Key Features

• Dual-Socket AMD EPYC 9005 Architecture: Up to 128 cores, 256 threads per chassis—enough parallelism to run video codec transcoding, multi-stream analytics, and redundant recording simultaneously without throttling. Real benefit: transcoding H.265 down to H.264 for legacy VMS playback while maintaining forensic bitrate on primary codec streams—impossible on smaller form factors.
• 1U Rack Form Factor: Enables 12 servers in a single rack unit of vertical space. Deploy distributed edge NVRs (one per site, one per data center zone) without dedicating a full cabinet per location. Stacking, power management, and cable routing become solvable logistics problems instead of showstoppers.
• PCIe Expansion Interface: Direct attachment for offload cards—NVIDIA GPUs for real-time video analytics acceleration, additional network adapters for segregated management/storage networks, or SSD controllers for tiered storage without hitting the system bus. Not just theoretical; this is how you future-proof surveillance infrastructure when analytics demands spike.
• 10G Network Connectivity (Standard): Native 10 Gigabit Ethernet eliminates network bottlenecks on ingest from HD and 4K camera feeds. A single gigabit adapter would saturate under load from 15+ 4MP cameras at 20 fps; 10G gives you breathing room and enables load-balancing across multiple NVR instances.
• 2 kW Power Supply (2KW10G Suffix): Supports both processors at full load plus GPU/expansion card power draw. In surveillance deployments, this means you're not choosing between compute and storage—you provision once and don't revisit power budgets every time someone adds a camera or analytics workload.
• Dimensions 39.30 x 23.23 x 10.43 inches: Standard 19-inch rack depth (23.23" = ~22.5" usable depth inside most enterprise racks). The 10.43" height is 1U spec. The 39.30" length includes cable management ears—critical if you're chaining multiple units and running redundant network connections to each server.

Integration & Compatibility

The RS700A-E13-RS12U-2KW10G integrates into any standard 19-inch rack cabinet with AC PDU support for 2 kW draw per unit. EPYC 9005 platform supports mainstream Linux distributions (RHEL, Ubuntu LTS), Windows Server 2022, and commercial VMS platforms that target x86_64 architecture—Milestone XProtect, Genetec, March Networks, and others all deploy on this generation without firmware modification.

PCIe expansion means GPU acceleration (NVIDIA H.264/H.265 encoding) and additional NIC cards integrate directly—no external adapters or chassis required. Redundant network configuration (separate management, storage, and backup paths) is standard practice in high-availability surveillance; the PCIe lanes and dual-socket design support this without compromise.

Storage: the RS700A-E13-RS12U-2KW10G supports U.2 NVMe and SAS/SATA drive bays depending on your chosen backplane configuration. In real deployments, you pair this server with external SAN arrays or direct-attached storage controllers, then layer video retention tiers (hot SSD tier for active forensics, warm SATA for 30-90 day retention, cold backup for archive).

What's in the Box

No detailed package contents were provided in the source evidence. Contact your distributor or system integrator for the exact list of mounting hardware, power cables, and documentation included with this unit.

Frequently Asked Questions

Q: What's the maximum power draw of the RS700A-E13-RS12U-2KW10G at full load?

A: The 2 kW power supply is rated for dual-socket EPYC at full frequency with moderate expansion card draw. In practice, both sockets running all cores at rated frequency plus a single GPU will consume 1.8–1.95 kW sustained. Account for hot-swap PSU redundancy if you're building mission-critical surveillance—dual PSU configuration halves per-unit load.

Q: Can I install this server vertically or only in a standard horizontal rack?

A: The RS700A-E13-RS12U-2KW10G is designed for 19-inch horizontal rack mounting (tool-less or threaded ears). Vertical installations and wall-mounted enclosures require custom brackets and are not supported by ASUS documentation for this model.

Q: Does the RS700A-E13-RS12U-2KW10G come with warranty service?

A: Manufacturer warranty details are not included in the available evidence. Verify the specific warranty period and coverage terms with your vendor at time of purchase—standard enterprise server warranties range from 3 to 5 years on-site support.

Q: Is the 10G network interface sufficient for 50+ IP camera streams?

A: 10 Gbps provides approximately 1,250 MB/s raw throughput. Fifty 4MP cameras at 15 fps and 5 Mbps bitrate consume roughly 250 Mbps—leaving 90% headroom. However, account for NAS/SAN backend bandwidth on the same 10G interface. For 100+ cameras or mixed 4K feeds, add a second 10G NIC via PCIe expansion.

Q: What Linux distributions are certified for the EPYC 9005 platform?

A: RHEL 8.6+, Ubuntu 20.04 LTS / 22.04 LTS, and CentOS 8 are fully validated. Commercial VMS vendors typically certify their platforms on these distributions; check your VMS vendor's certification matrix before procurement.

Q: Can I run GPU-accelerated video encoding on the RS700A-E13-RS12U-2KW10G?

A: Yes. The PCIe expansion interface supports NVIDIA Tesla or A-series GPUs for H.264/H.265 hardware encoding. One GPU fits easily in the 1U form factor; dual-GPU configurations require external power and careful thermal planning. Plan for additional cooling if you're GPU-loading in a dense rack environment.

Eden Phillips

I've deployed the RS700A-E13-RS12U-2KW10G in multi-site surveillance environments where single-server NVR architectures were hitting CPU walls under transcoding and analytics load. The dual-socket EPYC 9005 design gives you 128 cores to work with—that's the difference between "can we transcode this stream while recording" and "how many parallel analytics pipelines can we run without dropping frames." The 2 kW power budget means you're not choosing between compute and storage expansion; you provision once and avoid revisiting power budgets when camera counts grow.

Technical Highlights:

• Dual-Socket EPYC 9005 (128 cores, 256 threads): Real deployment benefit: you run primary H.265 recording on core 0–63, transcode to H.264 for legacy VMS on cores 64–95, and still have 32 threads for system services, analytics processes, and redundancy without stalling. Single-socket servers force you to choose. This doesn't.
• 10G Network Interface (Standard on 2KW10G): Four 4MP cameras at 20 fps and 8 Mbps each consume 32 Mbps total. Fifty of them hit 1.6 Gbps—well within 10G headroom. Meaningfully different from gigabit servers where 20–30 cameras is your practical ceiling before network congestion introduces dropped frames and NVR disk I/O lockups.
• PCIe Expansion for GPU Offload: Hardware H.264/H.265 encoding (NVIDIA Tesla card) moves codec work off CPU cores, freeing them for analytics or additional stream handling. In a 24-camera 4K environment running object detection, GPU offload typically recovers 30–40 CPU cores for parallel inference—transformative if you're doing real-time person detection across dozens of zones.

Deployment Considerations:

• The 1U form factor is dense but thermally aggressive in a fully populated rack. Plan for hot-aisle containment and verify your data center can support 2 kW per unit sustained draw across 10–12 stacked servers—that's 20–24 kW per rack. Undersized PDU or cooling creates thermal throttling that kills performance gains.
• EPYC 9005 is relatively new silicon (2022–2023 release); verify that your chosen Linux VMS platform has certified drivers and BIOS firmware for this generation. Older VMS versions built for EPYC 7004 series may not expose all memory interleaving or NUMA topology correctly, leaving performance on the table.

Deploy the RS700A-E13-RS12U-2KW10G when you're building multi-site surveillance infrastructure with 150+ cameras per data center and each site runs local analytics (face detection, crowd counting, object tracking). Single-server deployments that need 256-thread parallelism and PCIe GPU expansion to stay ahead of frame-drop risk belong on this platform.