Intel Xeon E-2236 Processor

Brand: Intel | Category: CPUs

SKU: intel-xeon-e-2236-processor | Part #: CM8068404174603 | MPN: CM8068404174603

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Intel's Xeon E-2236 processor addresses a specific niche in the 1U server and edge deployment market where balanced single-socket performance matters more than raw core density. Built on the 14nm process, this six-core chip delivers a base frequency of 3.4 GHz with turbo headroom to 4.8 GHz—a combination that suits virtualisation workloads running four to six moderately-threaded guests per physical host, small-footprint database nodes handling concurrent transactional load, and inline inference acceleration at the network edge. Unlike the larger Xeon Scalable lineup, the E-2236 fits the LGA 1151 socket, constraining it to Intel's single-socket Cedar Mill and Cascade Lake refresh platforms, but this constraint is precisely what operators want when they're balancing capex, power draw, and footprint in colocation cages or branch-office data centres across the GCC.

The part number CM8068404174603 represents Intel's refinement of the E-2200 series for buyers who reject both the overhead of dual-socket infrastructure and the obsolescence risk of legacy Xeon E5 v4 hardware still running in some enterprises. The processor implements Hyper-Threading across its six cores, yielding twelve logical threads—sufficient for virtualisation density without the complexity of NUMA tuning that catches out junior sysadmins during production incidents. When paired with DDR4-2666 memory support, the E-2236 achieves respectable memory bandwidth for relational databases under moderate concurrency, though not the sustained throughput needed for in-memory analytics or high-frequency trading platforms. The thermal design power ceiling of 80 watts is a secondary consideration in most deployments, but it matters to enterprises squeezing multiple 1U boxes into 42U racks without additional cooling ducting.

Intel Turbo Boost Technology on the E-2236 functions as a practical tool rather than a marketing feature. When a guest virtual machine or a database query thread hits a single core or pair of cores, the processor steps the unloaded cores down and feeds that thermal budget to the active ones, pushing frequency to 4.8 GHz. Virtualisation administrators and infrastructure teams deploying this processor across their estate have reported that bursty workloads—backup jobs, report generation, API gateway spikes—complete noticeably faster than on older Intel Xeon E5 hardware at equivalent socket count, even though overall core budget remains similar. The Turbo Boost uplift is most visible when running four virtualised tier-1 applications on a single physical host, where one or two guests will spike to demand while others sit idle.

Placement of the E-2236 within the Intel portfolio reveals its purpose: it sits below the entry-level Xeon Scalable processors but above the Core i9 consumer chips that some edge operators mistakenly purchase for "budget" edge nodes. The six-core, 14nm design ensures compatibility with mature platform firmware, making it straightforward to retrofit into existing 1U deployments or OEM-built appliances that originally shipped with earlier E-series stepping. Infrastructure teams and procurement specialists across the Middle East and Asia who manage mixed estates of aging Xeon E3 or early E5 hardware will recognise the E-2236 as the natural midpoint upgrade path—one socket, familiar memory and storage interfaces, and enough headroom to lift virtualisation density by thirty to forty percent without re-architecting the entire stack. The CM8068404174603 part number will appear in bill-of-materials documents as a field-replaceable unit or as a new-build option when extending existing server lines.

Intel's engineering choice to freeze the E-2236 at six cores while others pushed higher core counts reflects an older philosophy: that not every workload wants or can use twenty or thirty threads efficiently. This discipline proves valuable in practice. Many mid-market enterprises and service providers still run single-threaded or lightly-threaded legacy applications—accounting systems, bespoke manufacturing software, older CRM platforms—atop virtualised infrastructure. The E-2236's ability to concentrate frequency and cache per thread, rather than diluting them across many cores, delivers measurable response-time improvement for these real-world scenarios. Organisations planning a refresh cycle over the next two to three years benefit from the stable, proven nature of the E-series platform and the availability of used and refurbished inventory worldwide.

Deployment Scenarios and Technical Fit

• Single-socket virtualisation hosts supporting four to six virtual machines per physical server, with per-guest memory allocation between 4 GB and 16 GB
• Transactional database appliances (SQL Server, PostgreSQL, MySQL) handling up to five hundred concurrent connections without horizontal partitioning
• Network edge appliances, micro data centre nodes, and branch-office infrastructure requiring compact thermal footprint and sub-100W power envelopes
• OEM embedded and appliance platforms using LGA 1151 socket design, including security gateways, storage controllers, and monitoring platforms
• Field retrofit and CPU upgrade paths for existing 1U servers built on Intel C230 or B150 chipsets, extending platform life by three to five years
• Laboratory and test-bed infrastructure where moderate core count and predictable single-socket scaling enable faster iteration than large dual-socket systems
• GPU acceleration platforms where CPU threads serve as control plane and lightweight pre-processing, allowing GPU cores to focus on compute-intensive workloads
• Part number CM8068404174603 supports LGA 1151 v2 motherboards with BIOS date after March 2019, ensuring firmware compatibility across OEM and ODM platforms

Omnixon Global stocks the Intel Xeon E-2236 processor and the part number CM8068404174603 as standard inventory for distribution across the GCC, South Asia, and extended Southeast Asia markets. Whether your organisation is consolidating aging single-socket Xeon E5 v4 infrastructure, building a distributed edge deployment across multiple branch offices, or designing a new virtualisation cluster for a colocation facility, we maintain ready stock and support same-week delivery to Dubai, Abu Dhabi, Riyadh, and major hubs across the region. Submit your detailed requirements, platform specifications, and expected volume via our technical RFQ process, and our enterprise team will confirm pricing, availability, and integration support for your deployment timeline.