AMD 100-000001704 Embedded EPYC 9355P Processor

Overview

The AMD 100-000001704 is an embedded EPYC 9000-series processor (model 9355P) engineered for server and appliance deployments where density, thermal efficiency, and multichannel video processing are core requirements. This is a socket SP5 CPU—not a standalone surveillance camera or NVR—but a compute building block for integrators and OEMs designing custom video management appliances, edge analytics platforms, or distributed recording nodes.

At 0.05 lb and measuring just 1.00 × 1.00 × 0.25 inches (LWH), the 100-000001704 delivers server-class performance in a footprint that fits densely packed appliance chassis. If you're building a multi-channel video ingestion or analytics server and need a processor that balances core count, memory bandwidth, and power envelope—especially for surveillance workloads that demand real-time codec transcoding, metadata extraction, or AI-driven object detection—this is the substrate to evaluate.

Key Features

• Socket SP5 Form Factor: Integrates into standard EPYC 9000-series motherboards and embedded reference designs. Enables OEMs and integrators to build standardized, field-serviceable appliances without custom silicon layout.
• Embedded EPYC 9000 Architecture: Full-featured EPYC cores optimized for server workloads including concurrent video codec operations, encryption/decryption, and machine-learning inference at the edge—all critical for surveillance NVRs and video gateway devices.
• Ultracompact Physical Envelope: 1.00 × 1.00 × 0.25-inch dimensions and 0.05 lb weight allow integration into space-constrained appliance designs—cabinet-mount video servers, edge processing nodes, or redundant recording pairs without sacrificing thermal or electrical headroom.
• Multichannel Video Processing: EPYC 9000-series instruction sets support parallel H.264, H.265, and VP9 codec operations, enabling single-appliance handling of 64+ concurrent video streams at 1080p or 4K resolution depending on frame rate and quality targets.
• Memory Bandwidth and Cache Hierarchy: Full L3 cache and multicore design deliver the memory throughput required for video frame buffers, analytics metadata queues, and real-time database transactions common in large-scale recording infrastructures.
• Thermal and Power Efficiency: EPYC 9355P design delivers workload performance within standard datasheet thermal design power (TDP) budgets, reducing cooling complexity and operational costs in appliance deployments where multiple systems are racked or wall-mounted.

Integration & Compatibility

The 100-000001704 is a processor for system integrators, ODMs, and OEM appliance manufacturers—not an off-the-shelf product for end users. Deployment requires:

• EPYC 9000-series SP5 socket motherboard with appropriate VRM (voltage regulation module) and power delivery for embedded variants.
• Standard DDR5 memory and chipset support (AMD EPYC 9002-series platform components).
• Thermal solution rated for the processor's TDP—typically OEM or platform-specific coolers designed for compact appliance enclosures.
• BIOS/firmware provisioning to enable surveillance-specific power profiles, watchdog timers, and redundancy features required in 24/7 recording environments.
• Integration with Video Management Software (VMS) such as Milestone XProtect, Genetec Security Center, or Axis Companion—the 100-000001704 serves as the compute backbone, not as a plug-and-play endpoint.

What's in the Box

The 100-000001704 is supplied as a bare processor in OEM packaging—no mounting hardware, cooling solution, or documentation is typically included in the unit. Integrators and platform manufacturers source compatible motherboards, memory, storage, and thermal solutions separately according to their appliance specification.

Frequently Asked Questions

Q: Is the 100-000001704 suitable for direct surveillance camera integration?

A: No. The 100-000001704 is a processor for server and appliance builds, not a camera or edge appliance. Use it as the compute core in a custom NVR, edge analytics node, or video gateway—not as a standalone camera or edge device.

Q: What thermal cooling solution does the 100-000001704 require?

A: Cooling depends on the appliance design and chassis airflow. Contact the motherboard OEM or your platform integrator for recommended coolers compatible with EPYC 9000-series socket designs and your thermal budget.

Q: Can I use the 100-000001704 in a DIY NVR build?

A: Yes, provided you source a compatible EPYC 9000-series motherboard, DDR5 memory, storage, power supply, and chassis. This is an engineering-level build—not a consumer plug-and-play product.

Q: What video codec formats does the 100-000001704 support?

A: The processor supports H.264, H.265, VP9, and AV1 codec operations through software codecs and any vendor-specific hardware acceleration available on the motherboard chipset. Specific performance depends on the VMS software configuration and codec licensing.

Q: Is the 100-000001704 NDAA Section 889 compliant?

A: Evidence does not specify NDAA compliance for this part. Verify compliance through your procurement process with AMD or your motherboard/appliance OEM if NDAA compliance is required.

Q: What is the warranty on the 100-000001704?

A: Standard manufacturer warranty applies. Consult the processor datasheet or your channel partner for specific terms and coverage details.

Karl Wilson

The AMD 100-000001704 is a pure compute element—a processor for appliance builders and system integrators designing surveillance-grade NVRs, edge analytics platforms, or multi-node recording clusters. At 0.05 lb in a 1.00 × 1.00 × 0.25-inch envelope, this EPYC 9355P processor delivers the multichannel video ingestion and codec transcoding performance required in large-scale surveillance deployments without the footprint or thermal overhead of server-class hardware.

Technical Highlights:

• Socket SP5 Form Factor: Direct integration into EPYC 9000-series embedded platforms—no custom rework required. Enables OEMs to field standardized, field-replaceable compute modules across dozens of deployments without design drift or supplier lock-in.
• EPYC 9000 Core Architecture: Full instruction set for parallel video codec operations, metadata extraction, and AI inference at the edge. A single appliance built on this processor can handle 64+ concurrent 1080p video streams or 16–32 4K streams, depending on frame rate and quality targets.
• Ultracompact Dimensions (1.00 × 1.00 × 0.25 in): Tight physical footprint allows multi-appliance stacking in cabinet or wall-mount configurations—critical when scaling from single-location recording to distributed edge nodes across a campus or retail chain.

Deployment Considerations:

• This is a processor, not a finished product. You must source motherboard, memory (DDR5), storage, power, and chassis. Integration complexity is high; reserve this for OEM and system integrator workflows, not one-off DIY projects.
• Thermal design is appliance-specific. Ensure your cooling solution matches the processor TDP and your enclosure airflow. Undersized coolers in constrained chassis drive thermal throttling—a silent performance killer in 24/7 recording scenarios.

Deploy the 100-000001704 in high-density surveillance appliance designs—multi-node NVR clusters, edge video processing gateways, or redundant recording pairs for mission-critical facilities. If you're an OEM or integrator scaling from prototype to production, this is the substrate to standardize on; if you're an end-user looking for a complete solution, partner with a vendor offering turnkey appliances built on this architecture.