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AMD Opteron 2216 2.4GHz Dual Core Socket F CPU — main product image
AMD Opteron 2216 2.4GHz Dual Core Socket F CPU
AMD Opteron 2216 2.4GHz Dual Core Socket F CPU
AMD Opteron 2216 2.4GHz Dual Core Socket F CPU
AMD

AMD Opteron 2216 2.4GHz Dual Core Socket F CPU

★★★★★4.0 (1 reviews)

The Opteron 2216 delivers 2.4GHz dual-core throughput on Socket F for legacy multi-socket server deployments that demand long-term platform stability.

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Overview

The AMD Opteron 2216 is a dual-core processor built on AMD's F-series server socket architecture, running at a fixed 2.4GHz with a 1000MHz HyperTransport interconnect. The 2MB L2 cache — allocated as 1MB per core with no shared L3 — reflects the cache topology of the pre-Barcelona generation, where each core operated largely independently without the shared last-level cache that became standard in subsequent server CPU designs. The 1207-pin LGA Socket F implementation supports registered ECC DDR2 memory and the dual-socket scalability that defined the Opteron 2000 platform's value proposition for its era.

In practical terms, the Opteron 2216 belongs to a very specific use case: maintaining or extending the operational life of mid-2000s server infrastructure. It is not a candidate for new deployments — the dual-core configuration, DDR2 memory dependency, and socket obsolescence place a hard ceiling on its relevance. Within a functioning Socket F server chassis, it provides stable, rated-clock operation for lightweight services: DNS, file serving, low-traffic web, or legacy application hosting that predates horizontal scaling architectures. System integrators keeping HP ProLiant or Dell PowerEdge hardware operational without a full platform refresh are the primary audience — this is a maintenance and continuity component, not a performance upgrade.

Specifications

Processor Model
Opteron 2216
Clock Speed
2.4GHz
Cores
Dual Core
Socket Type
Socket F

Pros & Cons

👍 Pros

  • 2.4GHz clock speed with a 1000MHz HyperTransport bus delivers consistent dual-core throughput for single-threaded legacy server applications.
  • Socket F's 1207-pin LGA design provides a mechanically robust connection suited to always-on server environments.
  • 2MB L2 cache (1MB per core) keeps frequently accessed working sets close to execution units, reducing main memory latency on cache-resident workloads.
  • AMD-V hardware virtualization support enables basic hypervisor deployments on compatible platforms.

👎 Cons

  • Dual-core configuration is severely constrained relative to current server CPUs — modern Epyc processors offer 16 to 96 cores on a single socket, making the 2216 a poor fit for any parallelized workload.
  • No L3 cache means inter-core data sharing falls back to main memory bandwidth, creating latency penalties compared to processors with shared last-level cache.
  • Socket F (1207) is a discontinued platform — no upgrade path exists beyond other Opteron 2000-series CPUs, all of which are similarly end-of-life.
  • DDR2 registered ECC memory requirement means compatible RAM is increasingly scarce and expensive relative to current DDR5 server memory.
  • TDP and performance-per-watt efficiency is orders of magnitude below current server CPUs — power and cooling costs per useful computation unit are significantly higher.

Frequently Asked Questions

The 2216 uses Socket F (1207-pin LGA), AMD's server socket introduced with the Barcelona/Santa Rosa generation. Compatible platforms include dual-socket server boards designed for AMD Opteron 2000-series processors — primarily from SuperMicro, HP ProLiant DL series, and Dell PowerEdge 1955/2950 configurations of that era.
The 1000MHz HyperTransport bus governs inter-processor communication in dual-socket configurations. At 1000MHz with a 16-bit wide link, you get up to 8GB/s of bidirectional bandwidth between sockets. For memory-bound workloads or tightly coupled parallel tasks, this bus represents the primary scalability ceiling in a two-processor configuration.
The Opteron 2216 provides 2MB of L2 cache total, split as 1MB per core. There is no shared L3 cache on this generation — each core's L1 and L2 caches are private, which means inter-core data sharing requires cache-line round-trips through the memory subsystem rather than a shared last-level cache.
For new deployments — no. The 2216 is a legacy processor with no ECC DDR3 support (it uses DDR2 registered ECC), no virtualization extensions comparable to modern VT-x/AMD-V implementations, and its IPC is generations behind current Epyc or Xeon platforms. It remains relevant for maintaining or extending the life of existing infrastructure built on Socket F platforms.
Yes — it includes AMD-V (AMD Virtualization) support, which enables hardware-assisted VM execution. However, the dual-core configuration and lack of IOMMU at this generation limit practical VM density relative to modern server CPUs.

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