AMD 100-000001285 EPYC 7643P Forty-Eight-Core Processor

Overview

The AMD 100-000001285 is a forty-eight-core EPYC processor built for large-scale surveillance infrastructure, data center workloads, and high-throughput compute environments where per-core performance and power efficiency matter. This processor is manufactured in Malaysia and weighs 0.05 lb with extremely compact dimensions (1.00 x 1.00 x 0.25 in), making it suitable for server-grade deployment in space-constrained colocation or on-premises NVR clusters.

Key Features

• Forty-eight cores: Delivers parallel processing power for simultaneous multi-stream video decoding, real-time analytics, and database operations on large-scale surveillance networks — meaningful when managing 100+ camera streams or running AI-based object detection across multiple feeds without transcoding bottlenecks.
• Compact form factor (1.00 x 1.00 x 0.25 inches): The 100-000001285 fits standard socket configurations in dense server environments, allowing you to pack more compute into existing rack space without custom mechanical redesign.
• 0.05 lb weight: Die-level weight specification reflects high-density silicon packing — relevant for confirming compatibility with standard CPU retention mechanisms in server chassis without thermal or mechanical stress concerns.
• Malaysia origin manufacturing: Factory-new, no grey-market or parallel-import risk when sourced direct from the manufacturer or US channel distributors — critical for supply-chain transparency in regulated surveillance deployments.
• Server-class silicon for surveillance: Positioned for multi-socket deployments in NVR head-end systems, video analytics appliances, and command-center servers where you need predictable per-core scaling and low-latency video frame processing across dozens of concurrent streams.

Deployment Context

The AMD EPYC 7643P (model 100-000001285) is not a consumer or edge-device processor — it is engineered for data-center-class NVR backbones, video management appliances, and on-premises surveillance compute clusters. If you are building a surveillance infrastructure that ingests 50–200+ IP camera streams, runs edge or centralized video analytics (object detection, license-plate recognition, crowd counting), or maintains dual-socket redundancy in a command center, this processor's forty-eight-core architecture delivers the headroom to avoid transcoding delays and keep analytics pipeline latency under control.

In typical surveillance deployments, a single EPYC 7643P can handle roughly 60–100 concurrent 4K H.265 decode streams or 150–250 concurrent 1080p streams, depending on VMS software efficiency and analytics workload. When paired with PCIe 4.0 storage and 10GbE network interface cards, the 100-000001285 becomes the compute core of a carrier-grade surveillance backend that scales without performance cliffs.

Sourcing and Integrity

The 100-000001285 is sourced direct from the manufacturer or US channel distributors — no grey-market, no parallel imports, factory-new silicon. This is essential in surveillance environments where supply-chain provenance and firmware integrity matter. If your organization requires NDAA-compliant sourcing or auditable component provenance, this processor qualifies for direct-channel acquisition with full pedigree documentation.

What's in the Box

The AMD 100-000001285 is supplied as a bare processor die — no mounting hardware, thermal solution, or retention bracket is included. Installation requires a compatible server platform with an AMD EPYC socket (LGA-4094 or later) and an OEM-approved CPU cooler. Consult your server manufacturer's documentation for compatible thermal and mechanical assemblies.

Frequently Asked Questions

Q: Is the AMD 100-000001285 suitable for small NVR systems or edge cameras?

A: No. The EPYC 7643P is a data-center-class, multi-socket server processor. It is designed for centralized surveillance backends, video analytics appliances, and command centers managing 100+ camera streams. For edge NVRs or small-site deployments (under 16 cameras), you would use significantly lower-core-count CPUs or edge appliances that fit room-to-room or rack-edge form factors.

Q: What socket does the 100-000001285 require?

A: The 100-000001285 requires an AMD EPYC socket (LGA-4094 or later). You will need a compatible server platform from a major OEM (Dell, HPE, Lenovo, Supermicro, etc.). Verify socket compatibility with your server documentation before purchase.

Q: Can I use the 100-000001285 in a single-socket configuration?

A: Yes, the EPYC 7643P operates in single-socket servers. However, many surveillance deployments scale it into dual-socket configurations to achieve 96+ cores of parallel processing and redundant interconnect for high-availability command-center systems.

Q: Does the 100-000001285 include a thermal solution?

A: No. The processor is supplied bare. You must source an OEM-approved CPU cooler from your server manufacturer or a compatible third-party vendor. Thermal solution selection is critical — improper cooling will throttle the processor and degrade surveillance analytics performance.

Q: What is the warranty on the 100-000001285?

A: Warranty terms depend on the sales channel and region. Factory-new processors typically carry a manufacturer's limited warranty; consult your distributor or reseller for specific terms and regional support coverage.

Q: Is the 100-000001285 NDAA-compliant?

A: The processor itself is manufactured in Malaysia and does not fall under NDAA supply-chain restrictions. However, NDAA compliance depends on the final system integration (where the server is assembled and configured). Consult your system integrator or procurement team for NDAA-eligible surveillance appliance options.

Eden Phillips

The AMD 100-000001285 EPYC 7643P is the right choice when you are building a centralized surveillance backend that must ingest 100+ concurrent IP camera streams and run real-time video analytics without frame drops or transcoding delays. The forty-eight cores (100-000001285, often referenced as 100 000001285 in procurement systems) give you the per-core headroom to decode multiple 4K feeds simultaneously while your analytics pipeline runs object detection, crowd counting, or license-plate recognition in parallel — something you simply cannot do on consumer or small-business NVR silicon.

Technical Highlights:

• Forty-eight cores for parallel video decode: Each core can handle roughly 2–3 concurrent H.265 1080p streams or 1–2 4K streams without thermal throttling. In a dual-socket configuration, you reach 96 cores — enough for a regional command center or large enterprise campus backbone.
• 0.05 lb, 1.00 x 1.00 x 0.25 inch dimensions: Confirms die-level integration and standard socket footprint — no custom server modifications needed. Fits into any EPYC-compatible OEM platform (Dell PowerEdge R6525, HPE ProLiant DL385, Supermicro SuperServer) without mechanical surprises.
• Malaysia-origin manufacturing with direct-channel sourcing: Factory-new, verifiable supply-chain provenance — essential for organizations requiring auditable component pedigree or considering NDAA-adjacent sourcing for command-center infrastructure.

Deployment Considerations:

• Bare processor only — you must budget for an OEM-approved thermal solution (typically $80–200) and a compatible server platform. Thermal paste and retention hardware are often bundled with the cooler, not the processor.
• Requires LGA-4094 or later EPYC socket; verify your server platform supports this generation before committing. Older 1U or 2U systems may use earlier socket revisions and will not accept the 100-000001285 without a platform upgrade.

Deploy the 100-000001285 in a regional surveillance command center or multi-site NVR cluster where you are consolidating 150–300+ camera streams and running centralized analytics — this is the processor that keeps your video pipeline moving at line rate without software-level bottlenecks.