Server CPU
Product line 01 / 06 — Live stock list

Server CPU Wholesale

Wholesale server processors — Intel Xeon 6 and AMD EPYC 9005 down to legacy LGA3647 / SP3 platforms, in new tray & boxed or pulled-and-tested condition. Download the live stock list or send a BOM for a 24-hour quotation.

Server CPUs are the processors that power enterprise rack and tower servers, from single-socket nodes to multi-socket clusters. Huazhe Server supplies Intel Xeon 6 (Granite Rapids, Sierra Forest) and AMD EPYC 9005 Turin, 9004 Genoa and legacy SP3 platforms in new tray, boxed or pulled-and-tested condition — wholesale quantities for data centres, integrators and cluster builders worldwide.

100SKUs in stock list
66New condition
34Pulled & tested
24hQuote turnaround
PDF
Server CPU Stock List — SEP 2026 (PDF)Full part-number list with condition & remarks · updated monthly
Download PDF
Featured models

In-demand part numbers

A selection from the current stock list — filter by model or paste a part number. Can't find yours? Download the full list or send a BOM; we source hard-to-find parts.

Intel Xeon 6 — New

Granite Rapids & Sierra Forest · LGA7529 / LGA4710 · tray & boxed

28 featured −
ModelCoresFreq (B/T)TDPPart No.Cond
Xeon 6980PGranite Rapids-AP · 8-ch DDR5 / MCR, top bin128C/256T2.0 / 3.8 GHz500WPK8071305366000NEWQuote →
Xeon 6979PGranite Rapids-AP · China-market SKU120C/240T2.1 / 3.8 GHz500WPK8071305364300NEWQuote →
Xeon 6972PGranite Rapids-AP96C/192T2.4 / 3.8 GHz500WPK8071305356000NEWQuote →
Xeon 6960PGranite Rapids-AP72C/144T2.7 / 3.8 GHz350WPK8071305359000NEWQuote →
Xeon 6952PGranite Rapids-AP60C/120T2.4 / 3.8 GHz350WPK8071305357300NEWQuote →
Xeon 6944PGranite Rapids-AP48C/96T2.9 / 3.9 GHz350WPK8071305358600NEWQuote →
Xeon 6788PGranite Rapids86C/172T2.0 / 3.8 GHz350WPK8072205545300NEWQuote →
Xeon 6781PGranite Rapids80C/160T2.0 / 3.8 GHz350WPK8072205544400NEWQuote →
Xeon 6768PGranite Rapids64C/128T2.4 / 3.9 GHz330WPK8072205544100NEWQuote →
Xeon 6761PGranite Rapids64C/128T2.5 / 3.9 GHz350WPK8072205543000NEWQuote →
Xeon 6748PGranite Rapids · High-freq48C/96T2.5 / 4.1 GHz300WPK8072205541600NEWQuote →
Xeon 6740PGranite Rapids48C/96T2.1 / 3.8 GHz270WPK8072205541300NEWQuote →
Xeon 6730PGranite Rapids32C/64T2.5 / 3.8 GHz250WPK8072205540800NEWQuote →
Xeon 6728PGranite Rapids24C/48T2.7 / 4.1 GHz210WPK8072205540500NEWQuote →
Xeon 6724PGranite Rapids · Clock-optimized16C/32T3.6 / 4.3 GHz210WPK8072205540300NEWQuote →
Xeon 6530PGranite Rapids32C/64T2.3 / 4.1 GHz225WPK8072205539100NEWQuote →
Xeon 6527PGranite Rapids24C/48T3.0 / 4.2 GHz255WPK8072205538700NEWQuote →
Xeon 6520PGranite Rapids24C/48T2.4 / 4.0 GHz210WPK8072205538200NEWQuote →
Xeon 6517PGranite Rapids16C/32T3.2 / 4.2 GHz190WPK8072205537700NEWQuote →
Xeon 6507PGranite Rapids8C/16T3.5 / 4.3 GHz150WPK8072205537300NEWQuote →
Xeon 6505PGranite Rapids12C/24T2.2 / 4.1 GHz150WPK8072205537100NEWQuote →
Xeon 6780ESierra Forest · E-core, no HT144C/144T2.2 / 3.0 GHz330WPK8071305407500NEWQuote →
Xeon 6766ESierra Forest144C/144T1.9 / 2.7 GHz250WPK8071305407200NEWQuote →
Xeon 6756ESierra Forest128C/128T1.8 / 2.6 GHz225WPK8071305407000NEWQuote →
Xeon 6746ESierra Forest112C/112T2.0 / 2.7 GHz250WPK8071305406600NEWQuote →
Xeon 6740ESierra Forest96C/96T2.4 / 3.2 GHz250WPK8071305406300NEWQuote →
Xeon 6731ESierra Forest96C/96T2.2 / 3.1 GHz250WPK8071305406500NEWQuote →
Xeon 6710ESierra Forest64C/64T2.4 / 3.2 GHz205WPK8071305406000NEWQuote →

AMD EPYC 9005 / 9004 / 8004 — New

Turin · Genoa · Siena · Zen 4/5 · SP5 / SP6 · tray & boxed

26 featured +
ModelCoresFreq (B/T)TDPPart No.Cond
EPYC 9965Turin · Zen 5c · Highest core count192C/384T2.25 / 3.7 GHz500W100-000001582NEWQuote →
EPYC 9845Turin · Zen 5c160C/320T2.10 / 3.7 GHz400W100-000001587NEWQuote →
EPYC 9755Turin · Zen 5 · Classic Zen 5128C/256T2.70 / 4.1 GHz500W100-000001586NEWQuote →
EPYC 9745Turin · Zen 5c128C/256T2.40 / 3.7 GHz400W100-000001590NEWQuote →
EPYC 9655Turin · Zen 596C/192T2.60 / 4.5 GHz400W100-000001593NEWQuote →
EPYC 9645Turin · Zen 5c96C/192T2.30 / 3.7 GHz320W100-000001604NEWQuote →
EPYC 9575FTurin · Zen 5 · Frequency-optimized64C/128T3.30 / 5.0 GHz400W100-000001606NEWQuote →
EPYC 9555Turin · Zen 564C/128T3.20 / 4.4 GHz360W100-000001610NEWQuote →
EPYC 9535Turin · Zen 564C/128T2.40 / 4.3 GHz300W100-000001614NEWQuote →
EPYC 9475FTurin · Zen 5 · Frequency-optimized48C/96T3.65 / 4.8 GHz400W100-000001617NEWQuote →
EPYC 9455Turin · Zen 548C/96T3.15 / 4.4 GHz300W100-000001620NEWQuote →
EPYC 9375FTurin · Zen 5 · Frequency-optimized32C/64T3.80 / 4.8 GHz320W100-000001626NEWQuote →
EPYC 9365Turin · Zen 532C/64T3.40 / 4.3 GHz300W100-000001624NEWQuote →
EPYC 9355Turin · Zen 532C/64T3.55 / 4.4 GHz280W100-000001628NEWQuote →
EPYC 9335Turin · Zen 532C/64T3.00 / 4.4 GHz210W100-000001632NEWQuote →
EPYC 9255Turin · Zen 524C/48T3.20 / 4.3 GHz200W100-000001636NEWQuote →
EPYC 9684XGenoa-X · Zen 4 · 3D V-Cache 1152 MB96C/192T2.55 / 4.1 GHz400W100-000000905NEWQuote →
EPYC 9654Genoa · Zen 496C/192T2.40 / 3.7 GHz360W100-000000489NEWQuote →
EPYC 9554Genoa · Zen 464C/128T3.10 / 3.75 GHz360W100-000000482NEWQuote →
EPYC 9534Genoa · Zen 464C/128T2.45 / 3.7 GHz280W100-000000474NEWQuote →
EPYC 9454Genoa · Zen 448C/96T2.75 / 3.8 GHz290W100-000000460NEWQuote →
EPYC 9474FGenoa · Zen 4 · Frequency-optimized32C/64T3.60 / 4.1 GHz360W100-000000900NEWQuote →
EPYC 9354Genoa · Zen 432C/64T3.25 / 3.8 GHz280W100-000000452NEWQuote →
EPYC 9174FGenoa · Zen 4 · Frequency-optimized16C/32T4.10 / 4.4 GHz320W100-000000891NEWQuote →
EPYC 8534PSiena · Zen 4c64C/128T2.3 / 3.1 GHz200W100-000001188NEWQuote →
EPYC 8434PSiena · Zen 4c48C/96T2.5 / 3.1 GHz200W100-000001184NEWQuote →

Intel Xeon Scalable — Refurbished

Ice Lake / Sapphire Rapids · LGA4189 / LGA4677 · pulled & tested

3 featured +
ModelCoresFreq (B/T)TDPPart No.Cond
Xeon Platinum 8480+Sapphire Rapids · DDR5, AMX56C/112T2.0 / 3.8 GHz350WSRM7HUSEDQuote →
Xeon Gold 6430Sapphire Rapids32C/64T2.1 / 3.4 GHz270WSRM7KUSEDQuote →
Xeon Gold 6348Ice Lake28C/56T2.6 / 3.5 GHz235WSRK81USEDQuote →

AMD EPYC 7001–7003 — Refurbished

Milan / Rome / Naples · Zen 1–3 · SP3 · pulled & tested

3 featured +
ModelCoresFreq (B/T)TDPPart No.Cond
EPYC 7763Milan · Zen 364C/128T2.45 / 3.5 GHz280W100-000000312USEDQuote →
EPYC 7713Milan · Zen 364C/128T2.00 / 3.675 GHz225W100-000000317USEDQuote →
EPYC 7742Rome · Zen 264C/128T2.25 / 3.4 GHz225W100-000000053USEDQuote →
Before you order
  • Part No. = Intel sSpec (tray) or AMD OPN — quote it in your RFQ for an exact match.
  • Socket check: Xeon 6 6900P = LGA7529 · 6700P/6500P/6700E = LGA4710 · Xeon Gen 3 = LGA4189 · Gen 4 = LGA4677 · Gen 1–2 = LGA3647 · EPYC 9004/9005 = SP5 · 8004 = SP6 · 7001–7003 = SP3.
  • Used CPUs are pulled & tested on OEM boards with batch test reports. Matched-stepping supply for cluster builds. Quotes are valid for 7 business days by default; the validity stated on the quotation takes precedence.
Buyer's notes

How to buy Server CPU in bulk

Two notes from our lab and procurement desk guide every bulk CPU order. The first walks through choosing a processor by platform and workload — socket and chipset first, then core count, cache and frequency for virtualisation hosts or latency-sensitive databases, with matched stepping for cluster builds — and links to our sSpec verification checklist for catching remarked and ES units. The second explains condition grades: what new tray, boxed and pulled-and-tested actually mean, and why a verified pull performs identically at a fraction of the price. Read it if you are refreshing legacy LGA3647 or SP3 nodes or pricing a new cluster. When you are ready, download the SEP 2026 stock list PDF above for live part numbers and quantities, then send your BOM for a 24-hour quotation.

How to choose a server CPU for your workload

Start with the platform, not the part number. Socket and chipset decide everything downstream: SP5 (EPYC 9004/9005) and LGA4677 (Xeon 4th–6th Gen) give you DDR5 and PCIe 5.0; LGA3647 and SP3 remain the value play for legacy refreshes. Moving a fleet to a new socket means new boards, memory and usually coolers — so the cheapest processor is not always the cheapest upgrade.

Then match the silicon to the load. Virtualisation hosts want core density — high core-count parts amortise platform and licence cost across more VMs. Latency-sensitive databases and per-core-licensed software want the opposite: fewer, faster cores with large L3 cache. Nodes feeding GPUs need PCIe lane count more than cores.

For cluster builds, always quote with matched stepping and CPUID so every node boosts and trains identically — mixed steppings shift boost behaviour and power draw between otherwise identical servers. We reserve same-stepping tray stock for the whole build.

Decide the condition grade before comparing prices: processors have no wear-out mechanics, so a verified pull performs identically to new silicon at a fraction of the price. New tray parts make sense where factory warranty terms matter; pulls win almost everywhere else.

Send the BOM with target sSpec or OPN and quantity — we confirm availability, stepping and grade within 24 hours.

How to verify genuine server CPUs before buying in bulk

Server CPU condition grades: new vs pulled vs refurbished

New tray and boxed parts arrive sealed from the distribution chain with full factory warranty — the right choice where a platform vendor's support terms or an end customer's contract requires it.

Pulled & tested CPUs are harvested from decommissioned servers and re-validated on our bench: POST and BIOS inventory, a sustained all-core load test, full-population memory training and thermal readings. Each batch ships with a signed report listing per-unit serials, sSpec codes, the platform and BIOS version tested on, and the load-test results. Processors have no wear-out mechanics, so a verified pull performs identically to new — which is why most repeat buyers mix both grades in one BOM.

True refurbished processors barely exist — there is nothing mechanical to recondition — so treat "refurbished" labels on CPUs as pulled stock with better marketing, and judge the test report instead.

ES and QS engineering samples sit outside all three grades: Q-spec units with no factory warranty, fine for lab validation and platform bring-up, never for production — and always labelled as what they are. We supply them only for validation, clearly marked.

GradeSourceBench testingShips withBest forPrice vs new
New — tray / boxedSealed distribution stockFactory QA; arrival spot-checkFactory warranty, serial listWarranty-critical deploymentsReference price
Pulled & testedDecommissioned servers, provenance recordedPOST, all-core burn-in, memory training, thermalsSigned batch report: serials, sSpec, platform, resultsClusters, refreshes, volume buysTypically 30–60% below
RefurbishedRare for CPUs — usually re-labelled pullsSame bench suite if we grade itSame as pulledOnly when new or pulls are unavailableSimilar to pulled
ES / QS sampleQualification channelsFunctional check onlyLabelled Q-spec, no factory warrantyLabs and bring-up — never productionDeep discount, no resale value
Where to buy server CPUs in the UAE — channels, costs and checks
FAQ

Server CPU — answers before you ask

The questions procurement teams ask first. Anything else — WhatsApp is fastest.

Yes — ES and QS qualification samples are available for lab validation before any volume commitment, and they are always labelled as what they are: Q-spec units with no factory warranty and no place in production servers. Production orders ship retail tray or boxed parts only, identified by Intel SR-prefix sSpec numbers or production AMD OPNs, so the grade you validate is the grade you receive.

Yes — matched-stepping and matched-CPUID allocation is standard on cluster orders, because mixed steppings can shift boost behaviour and power draw between otherwise identical nodes. Specify the target Intel sSpec or AMD OPN and the quantity in your RFQ and we reserve same-stepping tray stock for the whole build. Quotes stay valid for seven business days by default; any different validity stated on the quotation takes precedence and protects the allocation.

Pulled processors are burned in on genuine OEM platforms: POST and BIOS inventory, a sustained all-core load test, full-population memory training and thermal readings. Each batch ships with a signed report listing per-unit serials or sSpec codes, the platform and BIOS version tested on, and the load-test results. Processors have no wear-out mechanics, so a verified pull performs identically to new silicon.

Yes — trial quantities are standard practice and there is no minimum on in-stock items. Every trial unit goes through the same burn-in as a volume batch and ships with the same signed test report, so what you validate is exactly what follows. Many cluster buyers also add ES or QS samples at this stage for platform bring-up, then release the production order against the trial report.

Standard orders settle by T/T bank transfer or irrevocable L/C at sight, with payment terms restated on every quotation. CPU spot prices can move within days, so quotations stay valid for seven business days and we reconfirm pricing before you pay. Production, kitting and pre-shipment testing start on payment confirmation, and terms for repeat partners are reviewed case by case.
—— Request for quotation

Send the BOM.
We quote in 24h.

Availability, pricing and lead time from a named engineer — inside one business day.