AMD OS4184WLU6DGOWOF 6-Core Socket C32 Server Processor

Overview

The AMD OS4184WLU6DGOWOF is an Opteron 4184 server processor built on the Socket C32 platform, running 6 cores at a fixed 2.80GHz with 6MB of shared L3 cache. It ships OEM unboxed, without a fan, which is standard for this class of processor and assumes you're sourcing your own heatsink solution or reusing an existing C32 cooler. This is a legacy server platform part — the right fit for maintaining or expanding an existing fleet of C32-based servers where matching processor generation and stepping matters more than raw throughput.

Key Features

• 6-Core Design: Six physical cores give this chip real headroom for multi-threaded server workloads — virtualization hosts, database instances, or application servers running several concurrent processes — without the single-core bottleneck of older dual/quad-core Opterons.
• 2.80GHz Core Clock: A fixed 2.80GHz clock across all cores means predictable, consistent performance under load — useful when you're matching processors across a multi-socket server and need uniform behavior rather than variable turbo states.
• 6MB L3 Cache: Shared L3 cache reduces main-memory round trips for frequently accessed data, which matters most on database and virtualization workloads where cache misses translate directly into latency.
• Socket C32 Compatibility: This form factor targets AMD's C32 server platform specifically — confirm your motherboard's socket revision and BIOS support before ordering, since C32 boards vary by OEM and generation.
• OEM Unboxed, No Fan: Sold without a fan/heatsink, which keeps cost down for buyers replacing or expanding an existing rack where cooling is already provisioned.
• 2.15 lb Shipping Weight: Light enough that it ships economically and qualifies for standard ground shipping without freight handling.

Integration & Compatibility

Because this is a Socket C32 part, it's compatible only with motherboards and server chassis built for that platform generation — check your existing server motherboards inventory before purchasing to confirm socket and chipset support. If you're planning a broader refresh rather than a like-for-like swap, it's worth reviewing current-generation options in the CPU and processor catalog alongside compatible server memory for the platform. For guidance on matching processors to existing server hardware, see the processor selection notes in the buying guides section.

Frequently Asked Questions

Q: Does the OS4184WLU6DGOWOF include a cooling fan?

A: No. It ships OEM unboxed without a fan — you'll need a Socket C32-compatible heatsink/fan solution.

Q: What socket does the OS4184WLU6DGOWOF use?

A: Socket C32, matching AMD's Opteron 4000-series server platform.

Q: How many cores and what clock speed does the OS4184WLU6DGOWOF run?

A: 6 cores at a fixed 2.80GHz, with 6MB of shared L3 cache.

Q: What's the warranty on the OS4184WLU6DGOWOF?

A: It carries a 30-day warranty.

Q: Is the OS4184WLU6DGOWOF new or refurbished?

A: It's listed as new, factory-new condition, OEM unboxed.

Ted Perry

The OS4184WLU6DGOWOF is a straightforward Socket C32 replacement part — AMD's Opteron 4184 at 6 cores and 2.80GHz with 6MB of L3 cache. I'd point to this for one job: keeping an existing C32 server fleet running without a platform migration.

Technical Highlights:

• 6 Cores / 2.80GHz: Fixed clock across all six cores gives predictable performance per socket — no variable boost behavior to account for when balancing load across a multi-CPU chassis.
• 6MB L3 Cache: Shared cache pool cuts memory latency on workloads with repeated data access patterns, which is where Opteron-class chips earn their keep in virtualization and database roles.
• 2.15 lb Shipping Weight: Small, light part — no freight surcharge, ships standard ground.

Deployment Considerations:

• No fan is included, so budget for a Socket C32 cooler if you don't already have one on hand from a decommissioned unit.
• Confirm your motherboard's BIOS supports the Opteron 4184 specifically — C32 boards span several Opteron generations and not all firmware revisions recognize every SKU out of the box.

This part fits a narrow but common scenario: a business running an aging C32-based server cluster that needs a matching processor to replace a failed unit or add a node, without touching the rest of the platform.