INTEL XEON E5-2696v3 18-Core 2.3GHz Processor - Renewed
INTEL XEON E5-2696v3 18-Core 2.3GHz Processor - Renewed
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Our review of the INTEL XEON E5-2696v3 focuses on builders and IT pros who need many physical cores and reliable multi-threaded performance without the new-unit price. This renewed 18-core, 2.3GHz server CPU delivers large cache and broad compatibility for LGA-2011-3 systems, making it a practical upgrade for workstation rendering, virtualization hosts, and compute-dense tasks. The bottom line: buy this if you value core count and sustained throughput in older server platforms and are comfortable sourcing a renewed, professionally inspected part.
Key Features
- 18 physical cores: Provides extensive parallel processing capacity that accelerates rendering, compiling, and virtual machine density.
- 2.3GHz base frequency: Offers steady clock speeds geared toward sustained server workloads rather than burst single-thread peaks.
- 45MB cache: Large shared cache helps reduce memory access latency for multithreaded applications and databases.
- LGA-2011-3 socket: Fits existing R3 platform motherboards used in many workstations and rack servers for affordable upgrades.
- OEM lineage: The E5-2696v3 was distributed to major system builders, making it common in refurbished enterprise gear and easy to source for replacements.
- Renewed condition: Professionally inspected and tested to work and look like new, with eligibility for replacement or refund under the renewed guarantee.
Who It's For
This processor is aimed at system builders, small data center operators, and advanced hobbyists who need high core counts for parallel workloads such as 3D rendering, software compilation farms, containerized services, or home lab virtualization. It is attractive when upgrading older LGA-2011-3 systems to extend service life at a low cost compared with current-generation server CPUs.
Those who should look elsewhere include users focused on the latest single-thread performance per core, laptops or modern consumer desktops that require newer sockets, and buyers who prefer brand-new retail warranties over renewed guarantees.
Pros & Cons
Pros
- High core count delivers strong parallel throughput for multi-threaded workloads.
- Large 45MB cache improves real-world performance on database and compute tasks.
- Compatible with many LGA-2011-3 motherboards, making it a cost-effective platform upgrade.
Cons
- Lower base clock than some modern CPUs, so single-threaded tasks may not see large gains.
- As a renewed part, buyers should confirm compatibility and cooling requirements before installation.
Specifications
| Model | INTEL XEON E5-2696v3 |
| Core count | 18 cores |
| Base frequency | 2.3GHz |
| Cache | 45MB |
| Socket | R3 (LGA-2011-3) |
| Condition | Renewed, professionally inspected and tested |
| Notes | OEM-targeted model with equivalent public retail variant |
Our Verdict
The INTEL XEON E5-2696v3 renewed processor is a sensible value play for anyone running LGA-2011-3 servers or workstations who needs many cores and large cache for parallel tasks. It is not the choice for cutting-edge single-core speed, but for sustained multi-threaded throughput and platform longevity on a budget, it represents solid value.
Frequently Asked Questions
Is this processor compatible with my server board?
It requires an LGA-2011-3 (Socket R3) motherboard; check your board's CPU support list and BIOS revisions before installing.
What does renewed condition mean?
The processor has been professionally inspected and tested to work and look like new and is sold with a renewed guarantee that allows replacement or refund if not satisfied.
Are the E5-2696v3 and E5-2699v3 different?
The listing notes the models are identical in many respects, with the E5-2699v3 appearing in public retail while the E5-2696v3 was distributed to OEM computer makers.
Editor's Take
The renewed INTEL XEON E5-2696v3 is a strong value for LGA-2011-3 workstations and servers needing high core counts and large cache; it excels at multithreaded workloads though single-thread speed lags newer CPUs.

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