AMD 100-000000317 EPYC 7003 Series 24-Core Processor

Overview

The AMD 100-000000317 is a 24-core EPYC 7003 Series processor (also searched as 100 000000317) designed for high-density, multi-camera surveillance server deployments where per-watt efficiency and sustained video encoding matter. With a 3.7 GHz base frequency and up to 3.8 GHz boost, this processor delivers the sustained throughput needed to transcode or re-encode streams from dozens of cameras simultaneously without thermal throttling—a critical requirement for 24/7 NVR operations in production environments.

Key Features

• 24 cores / 48 threads: Handles real-time encoding of 40–60 simultaneous 1080p-to-H.265 transcode jobs or maintains live decode/playback across multiple clients without CPU saturation. The thread count scales proportionally to concurrent analytics workloads, so motion detection, object tracking, and people counting won't starve video recording.
• 3.7 GHz base / 3.8 GHz boost frequency: Sustains peak performance for forensic search, playback scrubbing, and continuous encoding without dropping into power-save states. Unlike lower-frequency SKUs in the EPYC family, this model avoids the "surprise lag" when your VMS suddenly needs to export a 10-minute clip or re-index 30 days of recordings.
• 192 GB/s memory bandwidth (DDR4 3200 MT/s, 8 channels): Multi-camera feeds and analytics pipelines are memory-bound, not compute-bound. 192 GB/s ensures frame buffers, codec scratch pads, and metadata caches stay fed without stalling. For a 16-camera 4K system, this overhead disappears; for 60+ cameras, it's the difference between 85% CPU and 55% CPU at the same frame rate.
• 128 PCIe Gen 4 lanes: Supports 8–16 high-speed storage adapters, dual 100 Gbps NICs for ingest, and GPU encoding cards without lane splitting or bandwidth bottlenecks. A single lane limitation can crater throughput on dense systems; this processor doesn't have that problem.
• 180 W TDP: At this wattage, a dual-socket motherboard with redundant PSUs stays within typical 2U/3U chassis thermal budgets. Compare to higher-core EPYC parts that demand exotic cooling or single-PSU systems; the 100-000000317 fits standard enterprise rack power and cooling without special engineering.
• 64 MB L3 cache per core / 384 MB total: Video codecs and search algorithms exhibit strong cache locality. The per-core cache size prevents eviction pressure that would force main-memory access; particularly useful when encoding 20+ H.265 streams and running parallel database queries for event searches.

Deployment Context

This processor is purpose-built for mid-to-large enterprise NVR and video management server roles. If your system is a single-server deployment handling 30–50 cameras with local storage and no remote transcode, the 24-core footprint may be overkill—a smaller EPYC SKU or Xeon would suffice. If your system spans multiple sites with centralized encoding, failover clustering, or 100+ cameras feeding a single data center, the per-watt efficiency and memory bandwidth of the 100-000000317 becomes economical. The 128 PCIe lanes are particularly valuable if you plan GPU-accelerated encoding (NVIDIA H.265 or AV1) or plan to add 10+ networked storage targets.

Integration & Compatibility

The 100-000000317 uses the EPYC 7003 socket (SP3), compatible with all EPYC 7003 Series motherboards from vendors like ASUS, Supermicro, and Gigabyte. Firmware and BIOS updates are required to support this SKU on older boards—verify compatibility before purchasing. DDR4 ECC memory is mandatory (not optional). For dual-socket deployments, confirm that your motherboard's memory controller interleaving does not bottleneck the full 192 GB/s potential when both sockets are populated. Most enterprise boards handle this correctly; some ODM designs do not.

Environmental & Physical

Dimensions: 1.00 x 1.00 x 0.25 inches (53 mm x 53 mm x 6.4 mm). Weight: 0.05 lb (23 grams). These are standard EPYC package dimensions; the processor fits any SP3 socket. Thermal solution and mounting bracket are not included with the processor bare die—purchase a compatible server platform or use OEM assembly services.

Frequently Asked Questions

Q: Can the 100-000000317 handle a 60-camera NVR setup with H.265 encoding and real-time analytics?

A: Yes. At 24 cores and 3.7 GHz sustained, this processor can encode 60 concurrent 1080p H.265 streams while running parallel motion detection and people-counting tasks. Performance depends on codec settings (bitrate, resolution) and analytics complexity. Expect 60–75% CPU utilization in a typical surveillance workload; plan one socket per 50–70 cameras to maintain thermal headroom.

Q: What motherboard chipset do I need for the 100-000000317?

A: Any EPYC 7003 Series compatible motherboard with an SP3 socket. Common choices are Supermicro H12SSL, H12SSL-i, ASUS EPYC A55D-SAGE, and Gigabyte MZ31-AR0. Confirm BIOS support for your specific SKU before purchasing; most boards updated since late 2021 are compatible.

Q: Is ECC memory required?

A: Yes. All EPYC processors require DDR4 ECC modules. Non-ECC memory will not be recognized or will operate in a degraded state. For a surveillance server, ECC is essential—bit flips in video frames or timestamps compromise forensic integrity.

Q: How does the 100-000000317 compare to Intel Xeon equivalents?

A: The AMD 100-000000317 offers superior memory bandwidth (192 GB/s vs. 115 GB/s on comparable Xeon) and more PCIe Gen 4 lanes (128 vs. 80). For I/O-heavy NVR workloads, AMD typically consumes 10–20% less power per camera at the same throughput. If your VMS software is heavily threaded and memory-bound, EPYC has the advantage.

Q: What is the warranty on the 100-000000317?

A: AMD provides a manufacturer warranty covering defects in materials and workmanship for the processor. Warranty terms depend on your sales channel and geography; consult the distributor for specific coverage.

Karl Wilson

The AMD 100-000000317 is built for the exact scenario where budget and power efficiency matter: a multi-site surveillance operator managing 40–100 cameras across 2–3 data centers. At 24 cores and 3.7 GHz base, this processor will transcode or re-encode streams for remote playback without choking your PSU or cooling system. Most operators underestimate the memory bandwidth requirement; the 192 GB/s on the 100-000000317 prevents the hidden gotcha of I/O saturation that crops up when you add your third storage shelf or fifth remote client.

Technical Highlights:

• 24 cores / 48 threads: Comfortably handles 40–60 concurrent 1080p video encodes plus real-time object analytics without dropping frames or CPU throttling. Most single-socket Xeon competitors top out at 12–18 usable cores for sustained surveillance workload; this processor gives you 50% more headroom for the same physical footprint.
• 192 GB/s memory bandwidth (DDR4 3200 MT/s, 8-channel): Video codecs and metadata pipelines are memory-bound, not CPU-bound. A 40-camera 4K system will saturate the memory bus on many competitors; the 100-000000317 keeps all cores fed without stalls. This is why per-watt efficiency scales better than thread count alone.
• 128 PCIe Gen 4 lanes: Directly translates to 8–12 high-speed NVMe SSD targets, dual-port 100 Gbps NICs, and GPU encoding cards without bottleneck. Lane starvation is a silent killer in dense deployments; this processor doesn't suffer from it.
• 180 W TDP, 3.7 GHz sustained: Fits standard dual-socket 2U chassis with redundant PSUs and enterprise cooling. No exotic thermal solutions, no single-PSU compromises. A real surveillance operator's processor, not a peak-performance chip that requires special plumbing.

Deployment Considerations:

• DDR4 ECC memory is mandatory—standard UDIMM won't work. Budget 128–256 GB; allocate 2–3 GB per camera in typical VMS deployments to avoid swap thrashing during playback and analytics tasks.
• Motherboard BIOS updates are critical. Older EPYC 7003 boards (pre-2022) may not recognize this SKU until you update firmware. Verify compatibility before deploying into production clusters.
• Thermal paste and socket contact. The 100-000000317 generates 180 W; use enterprise-grade thermal compound and ensure heatsink mounting pressure is even. A single cold-spot under the die will trigger thermal throttling at 65–70% load.

The 100-000000317 is the processor to pick for a mid-tier NVR backbone serving 40–70 cameras with dual-site redundancy or when you need GPU-accelerated encoding without thread starvation. It's not the peak-frequency monster for single-camera 4K forensic zoom workloads, and it's not an entry-level bargain processor for 10-camera retail systems. It's the workhorse that keeps a 24/7 surveillance system fed, cool, and efficient for 5+ years.