Intelprocessor model
Xeon Platinum 8458PIntel Xeon Platinum 8458P — Processors
- Total cores
- 44
- Total threads
- 88
- Processor base frequency
- 2.7 GHz
OEM catalog fields reviewed · remaining checks open
Processors
Browse processors by manufacturer and exact identifier. This directory separates technical identity from commercial stock. Filter the evidence depth, compare recorded fields and carry a shortlist into your quotation draft.
Match the full processor identity
- Keep the model suffix and ordering code. A CPU model, tray code and OEM upgrade kit can describe different purchasing units.
- Check the server generation, firmware and thermal support. A matching socket does not by itself prove compatibility.
- For a multi-socket system, verify pairing requirements and include the correct heatsinks and carriers in the same review.
- Record whether the offer is production silicon, an engineering sample or a qualification sample. Do not infer its status from the model name.
- Request top-side markings, package photographs and the stated test scope before accepting a substitution.
Choose a manufacturer
Typical deployment contexts
Common project contexts where buyers request this processors. Contexts inform the inquiry — they are not compatibility claims.
01
Data-center server refresh and CPU upgrades
02
Virtualization density improvement
03
HPC and AI workload scaling
Facility & handling reference
Technical shortlist
Intelprocessor model
Xeon E-2224GIntel Xeon E-2224G — Processors
- Total cores
- 4
- Total threads
- 4
- Processor base frequency
- 3.5 GHz
OEM catalog fields reviewed · remaining checks open
AMDprocessor model
AMD EPYC™ 7413AMD AMD EPYC™ 7413 — Processors
- CPU cores
- 24
- Threads
- 48
- Base clock
- 2.65 GHz
OEM catalog fields reviewed · remaining checks open
AMDprocessor model
AMD EPYC™ 7643AMD AMD EPYC™ 7643 — Processors
- CPU cores
- 48
- Threads
- 96
- Base clock
- 2.3 GHz
OEM catalog fields reviewed · remaining checks open
Intelmanufacturer part number
W-1290Intel W-1290 — Processors
- cpu series
- INTEL XEON W PROCESSOR SERIES
- processor code name
- COMET LAKE
- sockets supported
- FCLGA1200
Source-listed identity · parameters unverified
AMDprocessor model
AMD EPYC™ 7402AMD AMD EPYC™ 7402 — Processors
- CPU cores
- 24
- Threads
- 48
- Base clock
- 2.8 GHz
OEM catalog fields reviewed · remaining checks open
Intelmanufacturer part number
SRM7EIntel SRM7E — Processors
- cpu series
- 4TH GEN INTEL XEON SCALABLE ( PLATINUM 8400 SERIES )
- processor code name
- SAPPHIRE RAPIDS
- sockets supported
- FCLGA4677
Source-listed identity · parameters unverified
Intelprocessor model
Xeon Platinum 8368Intel Xeon Platinum 8368 — Processors
- Total cores
- 38
- Total threads
- 76
- Processor base frequency
- 2.4 GHz
OEM catalog fields reviewed · remaining checks open
Intelprocessor model
Xeon Silver 4309YIntel Xeon Silver 4309Y — Processors
- Total cores
- 8
- Total threads
- 16
- Processor base frequency
- 2.8 GHz
OEM catalog fields reviewed · remaining checks open
Intelprocessor model
Xeon Silver 4314Intel Xeon Silver 4314 — Processors
- Total cores
- 16
- Total threads
- 32
- Processor base frequency
- 2.4 GHz
OEM catalog fields reviewed · remaining checks open
Intelprocessor model
Xeon Silver 4316Intel Xeon Silver 4316 — Processors
- Total cores
- 20
- Total threads
- 40
- Processor base frequency
- 2.3 GHz
OEM catalog fields reviewed · remaining checks open
AMDprocessor model
AMD EPYC™ 7H12AMD AMD EPYC™ 7H12 — Processors
- CPU cores
- 64
- Threads
- 128
- Base clock
- 2.6 GHz
OEM catalog fields reviewed · remaining checks open
Evidence to request
Top-side markings · Package underside where safe · Carrier or protective tray · Heatsink if included · Production or sample status. No illustration identifies the exact offered unit.
Frequently asked questions
What does the Processors family cover?
Browse processors by manufacturer and exact identifier. This directory separates technical identity from commercial stock. Filter the evidence depth, compare recorded fields and carry a shortlist into your quotation draft.
What should I check before buying processors?
Key review points: Keep the model suffix and ordering code. A CPU model, tray code and OEM upgrade kit can describe different purchasing units.; Check the server generation, firmware and thermal support. A matching socket does not by itself prove compatibility.; For a multi-socket system, verify pairing requirements and include the correct heatsinks and carriers in the same review..
What evidence should I request with a quotation?
Top-side markings · Package underside where safe · Carrier or protective tray · Heatsink if included · Production or sample status. No image identifies the exact offered unit.
Enterprise processors — the next decisions
Enterprise processors
Enterprise processors
Capture lid markings, S-spec or ordering code and the full model.
This guide adds the decisions, documents and next steps that support this page.
CPU directory
Choose the right route
Intel Xeon
Match the complete model, generation and platform support.
CPU directoryAMD EPYC
Preserve the ordering code and single-socket or other model suffixes.
Parts workbenchOEM CPU kits
List heatsink, carrier and installation parts separately from the CPU.
Platform planningDetails that change the configuration
Identity & stepping
Capture lid markings, S-spec or ordering code and the full model.
Socket & firmware
Check system support and BIOS requirements before a processor change.
Thermal assembly
Confirm heatsink rating, carrier, retention hardware and airflow.
From requirement to handover
- 01
Identify processor
- 02
Check platform matrix
- 03
Confirm thermal kit
- 04
Prepare installation brief
A planning sequence, not a record of completed work.
Explore the relevant catalog
All manufacturers
Recorded catalog identities
Counts show records in the site catalog. They do not represent stock, available quantities or verified compatibility.
Snapshot: 2026-09-15
Compare the buying requirements
| Decision | Record in your brief | Evidence to retain |
|---|---|---|
| Identity & stepping | Capture lid markings, S-spec or ordering code and the full model. | Complete identifier and source revision |
| Socket & firmware | Check system support and BIOS requirements before a processor change. | Platform document or written clarification |
| Thermal assembly | Confirm heatsink rating, carrier, retention hardware and airflow. | Offered-unit details and agreed scope |
Build your readiness checklist
Your preparation progress
Tick items as you prepare them. This is your personal checklist, not a hardware validation.
Saved in this browser when local storage is available.
A closer look at the hardware
Reference-based generated scenes; actual-unit photos are available only through an explicit unit-specific request. Related models are separate catalog records, not substitutes for the item on this page.
Keep the supporting material together
CPU directory
Continue the relevant directory or service flow.
Open resourceParts workbench
Use the connected tool to develop the requirement.
Open resourcePlatform planning
Retain the supporting reference with your project brief.
Open resourceTurn the brief into the next step
Enterprise processors
Keep the requirement specific.
Full CPU identifier recorded · Socket and BIOS support reviewed · Heatsink and carrier included in scope · Socket count and matching requirements stated.