Lenovo 4XG0E76798 Thinkstation Intel E5-2620 V2 6C CPU

Lenovo 4XG0E76798 Intel Xeon E5-2620 V2 6-Core Workstation Processor

Overview

The Lenovo 4XG0E76798 delivers the Intel Xeon E5-2620 V2 as a factory-boxed upgrade processor for ThinkStation server and workstation platforms. Built on Intel's 22nm Ivy Bridge-EP architecture, this six-core, twelve-thread CPU targets compute-intensive workstation deployments — including multi-channel video analytics servers, VMS recording hosts, and engineering workstations where sustained multi-threaded throughput matters more than single-core peak speed. The LGA 2011 (Socket R) form factor targets the ThinkStation D30 and compatible dual-socket workstation platforms where you need a verified, channel-sourced part rather than a grey-market pull.

If you're running a surveillance camera infrastructure that leans on server-side analytics or a multi-channel network video recorder workstation, this processor class handles the parallel decode and analytics threads that camera-count growth demands.

Key Features

• 6 Cores / 12 Threads (2.1 GHz base, 2.6 GHz boost): Twelve concurrent threads at up to 2.6 GHz means a VMS host can handle simultaneous decode, motion analysis, and recording I/O without the CPU becoming the bottleneck. The base-to-boost spread is modest by design — this chip prioritizes sustained multi-threaded load, not burst single-core work.
• 15 MB L3 Cache: A large shared L3 pool reduces main-memory round-trips when multiple cores are processing independent data streams — relevant when six or more high-resolution camera feeds are being decoded simultaneously on the same host.
• 22nm Ivy Bridge-EP Lithography: The 22nm process node delivers the performance-per-watt balance that made the E5 V2 family a long-running workstation standard. Not a cutting-edge node, but proven stable in 24/7 recording and analytics environments where thermal consistency matters more than headline GHz.
• 80W TDP: At 80W thermal design power, this processor fits within standard ThinkStation D30 cooling configurations without requiring aftermarket thermal solutions. Keeps platform power budgets predictable in rack-dense or UPS-backed deployments — plan roughly 80W CPU + platform overhead when sizing your UPS capacity.
• LGA 2011 (Socket R) — Dual-Socket Capable Platform: The Socket R interface supports dual-CPU ThinkStation configurations. A single 4XG0E76798 populates one socket; a matched second unit scales the platform to 12 cores / 24 threads, which is a meaningful jump for multi-site VMS hosts or workstations running concurrent rendering and analytics jobs.
• QPI Bus at 7.2 GT/s: The QuickPath Interconnect at 7.2 GT/s is the inter-socket and I/O fabric for this platform. On a dual-socket build, this determines how fast the two CPUs share cache-coherent data — relevant if NUMA-aware software (most enterprise VMS platforms are) is tuned for the topology.
• 1600 MHz Front-Side Bus / Memory Controller: Supports DDR3 memory at up to 1600 MHz across four memory channels per CPU. Four-channel memory bandwidth pairs well with the six-core workload profile — video decode is memory-bandwidth hungry, and this controller doesn't artificially constrain throughput.
• 64-Bit Operating Mode: Full 64-bit support is table stakes for any current VMS, analytics, or workstation OS — noted here because some older server parts still have 32-bit restrictions that can cause licensing and OS compatibility issues in enterprise deployments.
• Factory-Boxed Package (1.60 lb, 9.20 × 7.90 × 7.00 in): Shipped as a boxed retail/channel unit — not an OEM tray pull. Boxed packaging typically includes the processor and thermal solution. Verify ThinkStation-specific thermal compatibility before ordering a third-party cooler.

Integration and Compatibility

The 4XG0E76798 is specified as a component for server/workstation platforms using the LGA 2011 socket. Primary target is the Lenovo ThinkStation D30, which supports the E5-2620 V2 in one or both CPU sockets. Before deploying, confirm your ThinkStation D30's BIOS revision supports the E5 V2 (Ivy Bridge-EP) stepping — early D30 firmware shipped with Sandy Bridge-EP support only and required a BIOS update before V2 processors were recognized. Consult Lenovo's compatibility matrix for your specific D30 build date and firmware version.

For deployments pairing this workstation with a multi-camera network switching infrastructure, the CPU's twelve threads handle concurrent RTSP stream processing without requiring a dedicated GPU decode card at moderate camera counts (typically up to 32 × 1080p streams in software decode, depending on VMS and codec mix).

Frequently Asked Questions

Q: What socket does the Lenovo 4XG0E76798 use?

A: The 4XG0E76798 uses the LGA 2011 (Socket R) interface, the standard socket for Intel Xeon E5-2600 V2 family processors in workstation and server platforms like the Lenovo ThinkStation D30.

Q: How many cores and threads does the E5-2620 V2 provide?

A: The E5-2620 V2 delivers 6 physical cores and 12 threads via Intel Hyper-Threading, with a 2.1 GHz base clock and 2.6 GHz boost frequency.

Q: Can this processor be used in a dual-socket ThinkStation configuration?

A: Yes. The LGA 2011 platform supports dual-CPU configurations. A second matched 4XG0E76798 can populate the second socket on a compatible ThinkStation D30, scaling the system to 12 cores and 24 threads total.

Q: What is the TDP of the 4XG0E76798?

A: The processor has a Thermal Design Power (TDP) of 80W, which fits within standard ThinkStation D30 platform cooling without aftermarket thermal modifications.

Q: What memory speed does the E5-2620 V2 support?

A: The integrated memory controller supports DDR3 at up to 1600 MHz across four memory channels per CPU socket.

Q: Is this a new, boxed processor or a pulled/used unit?

A: The 4XG0E76798 ships as a factory-boxed unit — not an OEM tray or used pull — sourced through distribution channels with no grey-market or parallel-import exposure.