AMD 100-000001552 Epyc 16-Core Processor

Overview

The AMD 100-000001552 is a sixteen-core Epyc processor engineered for high-throughput surveillance and data center deployments. This SKU represents a compute module in the enterprise Epyc family, delivering multi-core parallel processing in a compact 1.00 x 1.00 x 0.25 inch form factor weighing just 0.05 lb. If you are building NVR appliances, VMS servers, or edge compute systems that need to handle real-time video encoding, transcoding, or analytics workloads across dozens of simultaneous streams, the 100-000001552 is a core-dense option worth evaluating against single-socket or dual-socket server architectures.

Key Features

• Sixteen-core architecture: Parallel processing across 16 cores means simultaneous video decode/encode threads, analytics pipelines, and database transactions run without core starvation—critical when a single NVR is managing 40+ camera streams at 1080p or 4K.
• Enterprise-grade Epyc lineage: Epyc processors are built for 24/7 server-class workloads, not consumer platforms. Reliability and thermal management are validated for continuous operation in unattended surveillance data centers.
• Compact module footprint: At 1.00 x 1.00 x 0.25 inches and 0.05 lb, this is a substrate-mounted processor, not a socketed retail CPU. Integration into OEM appliances or custom surveillance hardware avoids the bulk and heat dissipation complexity of standard server processors.
• Parallel video encoding benefit: Sixteen cores enable H.265 transcoding of multiple streams in real time. If you have 30 archive cameras in H.264 that need to be re-encoded for cloud offload or compliance retention, this processor can handle 8–12 parallel transcode jobs without queuing.
• Surveillance infrastructure standard: Epyc processors are the de facto choice in enterprise NVRs and video analytics appliances from vendors like Hanwha, Hikvision OEM lines, and tier-1 appliance manufacturers. Integrating the 100-000001552 ensures compatibility with established VMS ecosystems and support infrastructure.
• Scalability framework: As a 16-core module, this processor scales in dual-socket and quad-socket configurations. Building a 64-core surveillance backend for a multi-site enterprise deployment is straightforward with standard Epyc socket and chipset design.

Integration & Compatibility

The 100-000001552 is sourced direct from the manufacturer as a component for system integrators, OEM appliance builders, and enterprise deployment partners. It is not a retail retail processor intended for consumer off-the-shelf server assembly. Integration requires an Epyc-compatible motherboard (SP5 socket or equivalent generation), appropriate cooling (heatsink with TDP-rated performance), and power delivery (ensure 12V rails can sustain sustained multi-core load). This processor is compatible with standard Linux kernel, Windows Server, and hypervisor stacks (KVM, Hyper-V, ESXi) used in surveillance appliances—no proprietary drivers or firmware updates beyond standard CPU microcode updates from your motherboard BIOS.

If you are designing a custom NVR appliance or deploying a surveillance backend server, validate thermal and power budgets with your system designer. Sixteen cores under full load will draw sustained power; cooling design must account for this. Standard data center thermal management (rear-mounted heatsink, case airflow simulation) applies.

Frequently Asked Questions

Q: Is the 100-000001552 available as a retail CPU or only as an OEM component?

A: The 100-000001552 is sourced as an OEM component for system integrators and appliance builders. It is not a consumer retail product. You will integrate it into a purpose-built appliance or custom system design, not install it in an off-the-shelf server chassis.

Q: What cooling solution do I need for the 100-000001552?

A: Cooling depends on your target thermal design point (TDP) and system architecture. Standard Epyc server heatsinks and active cooling solutions are compatible. Consult your system designer or the motherboard OEM for recommended thermal solutions that match the processor's sustained power envelope.

Q: Can the 100-000001552 be used in a surveillance NVR or video analytics appliance?

A: Yes. Sixteen cores are well-suited for real-time video encoding, decoding, and edge analytics in an NVR. Many enterprise surveillance appliances use Epyc processors for exactly this purpose. Validate your VMS software and codec support with your appliance vendor.

Q: What socket or motherboard does the 100-000001552 require?

A: The 100-000001552 is an Epyc-generation processor compatible with SP5 socket motherboards or equivalent. Confirm compatibility with your motherboard OEM. Not all server motherboards support all Epyc SKUs—check the compatibility matrix for your specific board revision.

Q: Is there a warranty on the 100-000001552?

A: Warranty terms depend on your distributor and purchase agreement. The processor itself carries a manufacturer warranty under AMD's standard terms for OEM components. Contact your distributor or system integrator for specific warranty coverage applicable to your order.

Q: What operating system and software support does the 100-000001552 have?

A: The 100-000001552 is compatible with standard enterprise operating systems: Linux (all major distributions), Windows Server 2019/2022, and hypervisor platforms (KVM, Hyper-V, ESXi). No proprietary drivers beyond standard CPU microcode are required. Surveillance VMS software (Milestone Xprotect, Hanwha SmartVMS, etc.) runs without modification on systems using this processor.

Ted Perry

I've specified Epyc processors in custom NVR builds for the past four years, and the 100-000001552 is a solid workhorse for mid-to-large scale surveillance backends. Sixteen cores means you can run simultaneous H.265 transcoding, live stream multiplexing, and deep-learning analytics on the same box without the system grinding to a halt when analytics peak. The compact 1.00 x 1.00 x 0.25 inch footprint is designed for integration into appliance form factors, not a consumer server—that's important because it keeps thermal and power delivery clean in purpose-built surveillance hardware.

Technical Highlights:

• Sixteen-core parallel workload handling: Real-world benefit: a single NVR running this processor can handle 40–50 simultaneous 1080p streams with H.265 decode/encode, plus edge analytics (face detection, vehicle classification) without queue buildup. Compare that to an 8-core processor, which starts dropping frames under the same load.
• Enterprise Epyc architecture: Built for 24/7 operation and validated in data center thermal environments. If you've deployed Dell PowerEdge or HPE ProLiant servers with Epyc, you already know the reliability profile. This processor has the same proven backend infrastructure.
• OEM integration design: The compact form factor (0.05 lb, less than 1 cubic inch) is intentional—this processor is meant to be soldered or pin-attached to a custom appliance board, not socketed into a retail motherboard. That eliminates a layer of mechanical failure risk in unattended surveillance boxes.

Deployment Considerations:

• Thermal management is non-negotiable. Sixteen cores under sustained load generate heat. Your system designer must model airflow and heatsink TDP rating. Undersizing the cooler will throttle performance and shorten component life in a 24/7 environment.
• Power delivery: sustained multi-core load draws significant current from the 12V rails. Make sure your PSU budget includes headroom. A 16-core CPU running at full utilization can pull 200+ watts—don't pair this with an undersized power supply or you'll see brown-outs during peak analytics and encoding.

The 100-000001552 is the right choice if you're building a high-density, centralized surveillance backend for a multi-site enterprise or a large single-location deployment (mall, university campus, airport). If you're deploying a small remote NVR (fewer than 8 cameras), you're overspecified—a lower-core-count processor will save cost and complexity. For dense analytics or transcoding workloads, however, this processor delivers real throughput without needing to jump to a quad-socket server architecture.