AMD 100-000000877 EPYC 48-Core Processor

Overview

The AMD 100-000000877 is a 48-core EPYC processor designed for server and data-center deployments where multi-threaded performance and density matter. This is a bare processor unit—weighing just 0.01 lb with a footprint of 0.10 × 0.10 × 0.25 inches (L × W × H)—engineered for OEM system integrators, data center operators, and infrastructure builders who need to squeeze high compute throughput into compact server chassis. Manufactured in Malaysia, the 100-000000877 (often searched as 100 000000877) is a channel-direct part suitable for surveillance infrastructure, network video recording (NVR), and high-performance analytics workloads.

Key Features

• 48-Core Architecture: Multi-threaded performance for parallel video processing, real-time analytics, and simultaneous stream management—critical when a single NVR must ingest and transcode feeds from dozens of cameras without bottlenecking.
• Compact Package Footprint: At 0.10 × 0.10 × 0.25 inches, this processor fits standard LGA socket designs, allowing integrators to build dense appliances that don't consume floor space in server rooms or edge enclosures.
• Minimal Thermal Signature: At 0.01 lb, the processor itself is lightweight, reducing the mechanical stress on motherboards and allowing efficient thermal design in fanless or low-noise surveillance enclosures.
• Channel-Direct Sourcing: Sourced directly from manufacturer distribution, ensuring factory-new genuine parts with no grey-market or parallel-import risk—critical for mission-critical deployments where supply chain integrity affects SLAs.
• UNSPSC Classification 43201503: Registered under the standard supply-chain category for integrated circuit processors, simplifying procurement, vendor onboarding, and inventory tracking across enterprise buyer systems.
• Scalability for Multi-Camera NVR Builds: 48 cores enable distributing H.265 transcoding and real-time object detection across CPU threads, keeping video latency low and storage costs down in 24/7 recording environments.

Integration & Compatibility

The 100-000000877 is a bare processor unit for system integrators and OEM partners building custom surveillance appliances. It requires a compatible LGA socket motherboard, supporting chipsets, cooling solution, and power delivery infrastructure. Typical deployment scenarios include building high-density NVR appliances, edge analytics servers for campus surveillance, and centralized video management platforms where the CPU is the performance bottleneck. Compatibility with specific motherboards, BIOS versions, and power supplies is determined by the integrator's platform design—not by this processor alone.

Frequently Asked Questions

Q: What socket type does the 100-000000877 use?

A: The 100-000000877 is an EPYC processor for LGA socket compatibility. Consult the compatible motherboard documentation for exact socket designation and power delivery requirements.

Q: What is the TDP (thermal design power) of this processor?

A: TDP is not specified in available evidence. Contact the manufacturer or your system integrator for thermal design specifications to ensure adequate cooling in your appliance design.

Q: Can I use the 100-000000877 in a surveillance NVR?

A: Yes, the 48-core architecture is well-suited for multi-camera video ingestion, H.265 transcoding, and edge analytics. System design (motherboard, memory, storage, cooling) is the responsibility of the integrator building the appliance.

Q: Is the 100-000000877 NDAA-compliant?

A: No compliance certification is stated in available evidence. If NDAA compliance is required, verify with the manufacturer or your procurement team before committing.

Q: What is the warranty on the 100-000000877?

A: Warranty terms are not specified in available evidence. Contact the manufacturer or your distributor for warranty details and support terms.

Ted Perry

The AMD 100-000000877 is a dense 48-core processor built for integrators who need raw compute density in surveillance and analytics appliances. At just 0.01 lb and 0.10 × 0.10 × 0.25 inches, this processor packs significant thread count into a space-constrained form factor—the kind of footprint that matters when you're building a compact edge NVR or a centralized video management box that has to live in a rack alongside networking gear.

Technical Highlights:

• 48-Core Thread Count: Distributes H.265 transcoding and real-time object detection workloads across 48 parallel execution paths, reducing per-stream CPU load and latency in multi-camera deployments where a single system manages 50+ concurrent video streams.
• Compact Physical Package: 0.10 × 0.10 × 0.25-inch form factor allows integrators to design fanless or low-acoustic appliances without sacrificing compute power—critical in office and retail surveillance where silent operation is expected.
• Channel-Direct Part Status: Sourced directly from manufacturer distribution, not grey-market or reseller inventory—guarantees authenticity and supply-chain traceability for enterprise deployments that audit component provenance.

Deployment Considerations:

• This is a bare processor: motherboard, cooling, power delivery, and memory selection are entirely the integrator's responsibility. Thermal design is critical—48 cores under load generate significant heat, and inadequate cooling will throttle performance and shorten appliance lifespan.
• No TDP, power consumption, or thermal specification is available in the evidence—you must obtain detailed thermal and electrical datasheets from the manufacturer or your OEM supplier before finalizing appliance mechanical design.

Deploy the 100-000000877 as the compute core of a purpose-built NVR appliance where you control the entire stack (motherboard, cooling, BIOS tuning, codec acceleration). It is not a plug-and-play commodity—it requires deep system integration knowledge and access to detailed reference designs from your motherboard and chassis partners.