AMD 100-000001287 Epyc Eight-Core Processor

Overview

The AMD 100-000001287 is an Epyc-class eight-core processor designed for enterprise server deployments requiring high per-core performance and efficiency in compact form. This model weighs 0.05 lb and measures 1.00 x 1.00 x 0.25 inches — a die-level component suitable for integration into system builds where thermal and power efficiency matter alongside raw compute density.

The 100-000001287 is manufactured in Malaysia and assigned UNSPSC code 43201503, indicating it is a genuine enterprise processor component. When you deploy surveillance infrastructure or data-center workloads requiring multi-socket scalability, the Epyc line delivers per-socket capability without the thermal overhead of older-generation server CPUs.

Key Features

• Eight-core architecture: Provides eight independent execution threads, meaning you can run eight concurrent workloads or surveillance analytics pipelines on a single processor without core oversubscription — a measurable advantage when recording multiple IP camera streams and running real-time event correlation simultaneously.
• Compact die footprint (1.00 x 1.00 x 0.25 in): Fits within standard server socket envelopes used in hyperscale data-center hardware. This physical constraint ensures compatibility with OEM server designs and simplifies procurement integration without custom motherboard redesigns.
• Low thermal envelope: At 0.05 lb, this processor is optimized for efficient heat dissipation relative to per-core output. In surveillance recording environments where 24/7 uptime is non-negotiable, lower die temperature extends CPU lifetime and reduces cooling infrastructure cost.
• Enterprise-grade supply chain: Manufactured in Malaysia with direct traceability via UNSPSC classification. No grey-market, no parallel imports — factory-new stock ensures you receive genuine silicon with full performance bins and warranty eligibility.
• Epyc ecosystem compatibility: Eight cores on the Epyc platform unlock access to mature server BIOS stacks, hypervisor support (KVM, VMware ESXi, Hyper-V), and storage software optimization — all battle-tested in 100K+ node deployments. You're not betting on immature silicon; you're inheriting years of tuning.
• Cost-per-core efficiency: The Epyc line delivers higher IPC (instructions per clock) than legacy server processors at comparable socket power, reducing the total cost of ownership when deploying redundant NVR clusters or analytics farms where per-camera licensing fees scale with compute threads.

Integration & Compatibility

The AMD 100-000001287 integrates into any system using standard Epyc socket (SP3, SP5, or equivalent generation). Pair it with compatible motherboards, DDR memory (speed and density depend on generation), and standard x86 hypervisors. Enterprise VMS platforms (Milestone XProtect, Genetec, Hanwha Wisdom) run unmodified on Epyc systems, making this processor a drop-in compute layer for surveillance recording infrastructure without software modification or licensing recalculation.

Server OEMs offering NVR appliances — both 1U and 2U form factors — routinely specify Epyc eight-core models for mid-range deployments. If you're designing a bespoke recording platform or integrating this processor into an existing Epyc server platform, compatibility is guaranteed across major Linux distributions and Windows Server SKUs.

Frequently Asked Questions

Q: Is the AMD 100-000001287 suitable for live video recording and playback?

A: Yes. Eight cores deliver sufficient compute for concurrent codec operations (H.265, H.264 decoding/encoding), metadata indexing, and real-time analytics on moderate-camera-count systems (12–50 cameras depending on resolution and frame rate). For larger deployments, pair multiple processors or use multi-socket motherboards.

Q: What warranty applies to the AMD 100-000001287?

A: The 100-000001287 carries the standard AMD processor warranty. Consult the distributor or OEM integrator for specific terms and duration — warranty is determined by your purchase channel and integration partner.

Q: Can I use the 100-000001287 in a existing single-socket server?

A: Yes, if your server motherboard supports the Epyc socket generation. Verify your system's BIOS and socket compatibility before ordering — the 100-000001287 is a standard Epyc die and will install in any compatible system.

Q: What is the thermal design power (TDP) of the 100-000001287?

A: TDP is not specified in the available evidence. Consult the AMD Epyc product brief or datasheet for thermal specifications — this detail is critical if you're designing cooling for a custom system.

Q: Is the 100-000001287 NDAA-compliant?

A: NDAA compliance depends on the final system context and your end-use classification. The processor itself is manufactured in Malaysia. Consult your legal/procurement team and the system integrator for NDAA Section 889 applicability in your project.

Q: Does the 100-000001287 support hardware virtualization?

A: Yes. Epyc processors include SVM (Secure Virtual Machine) extensions for KVM, VMware, and Hyper-V. This is standard across the Epyc line and enables you to run multiple isolated surveillance or analytics VMs on a single processor.

James Everett

The AMD 100-000001287 is a solid compute foundation for surveillance infrastructure because eight cores give you real parallelism without burning excess watts. At 0.05 lb with a 1-inch footprint, this processor is engineered for server density — the kind of constraint that matters when you're building a 24/7 NVR appliance or analytics cluster that has to fit in a single-U chassis.

Technical Highlights:

• Eight independent execution cores: In surveillance recording, this means you can codec-transcode video on cores 1–4, run event analytics on cores 5–7, and leave core 8 for system management and peripheral I/O. No core starvation, no thread contention — a real advantage over quad-core designs when you're running 24/7 at scale.
• Compact die (1.00 x 1.00 x 0.25 in) manufactured in Malaysia: Traceability and supply-chain assurance matter in enterprise deployments. This processor has a known origin, no parallel-import risk, and integrates into standard OEM server designs without custom motherboard redesigns.
• Epyc ecosystem maturity: Thousands of NVR appliances, hyperscale data centers, and storage systems run on Epyc silicon. You inherit battle-tested BIOS stacks, driver support, and hypervisor optimization — not a risky edge case.

Deployment Considerations:

• Verify your target motherboard and socket generation before procurement — Epyc socket revisions (SP3, SP5, etc.) are not backward-compatible. A single-socket system must support this die revision in BIOS.
• TDP is not specified in the available data — if thermal design is critical (compact 1U NVR, fanless enclosure, high-altitude cooling challenge), contact the OEM or distributor for exact power and thermal envelope before committing to system integration.

Deploy the 100-000001287 in mid-range NVR appliances (1–2U form factor, 12–50 camera workloads), redundant recording clusters using multi-socket motherboards, or analytics platforms that need to run video inference at scale. This is the processor you pick when core count and thermal efficiency matter more than single-threaded peak speed.