Loading the catalog…
Intel Xeon 6 processor family (Intel)
Blurred values are subscriber-only. Sign in to start a free trial — 2 full pages a day — or subscribe for unlimited access.
| Product family | Intel Xeon 6 processor family |
|---|---|
| SKU | INTEL XEON 6 |
| Memory Channels | 12 |
|---|---|
| L3 Cache Mb | 504 |
| Socket | one-socket to eight-socket options (6700 |
| Architecture | innovative modular x86 architecture |
| Product Name | The Intel® Xeon® 6 Product Family |
| Pcie Lanes | 136 |
| Cxl Support | |
| Ras Features |
| Document type | |
|---|---|
| Microarchitecture options | |
| Instruction set architecture | |
| Number of series | |
| Max cores per socket (P-cores) |
| Max L3 cache (P-cores) |
|---|
| Max cores per socket (E-cores) |
|---|
| Max L3 cache (E-cores) |
|---|
| AMX INT8 floating point operations per cycle per core |
|---|
| AMX BF16/FP16 floating point operations per cycle per core |
|---|
| Intel AMX supported data types |
|---|
| Intel AMX MAC operations vs AVX-512 |
|---|
| Intel AVX-512 support |
|---|
| Intel AVX2 / VNNI support |
|---|
| MRDIMM support |
|---|
| MRDIMM memory bandwidth advantage vs RDIMMs |
|---|
| MRDIMM greater memory bandwidth |
|---|
| MRDIMM expected data transfer rate |
|---|
| DDR5 high-speed memory support |
|---|
| MRDIMM (P-core-only feature) |
|---|
| Max memory channels |
|---|
| Intel UPI 2.0 inter-socket bandwidth |
|---|
| Intel UPI 2.0 bandwidth increase vs prior generation |
|---|
| PCIe Gen 5 lanes (two-socket) |
|---|
| PCIe Gen 5 lanes (one-socket) |
|---|
| CXL 2.0 lanes |
|---|
| CXL 2.0 data transfer rate per lane |
|---|
| CXL device support |
|---|
| Flat Memory Mode |
|---|
| Socket options |
|---|
| Integrated accelerator |
|---|
| Intel TDX encryption |
|---|
| Confidential computing technologies |
|---|
| Platform controller hub (PCH) |
|---|
| Performance vs 5th Gen — AI (Llama2 with AMX) |
|---|
| Performance vs 5th Gen — SQL (HammerDB MySQL) |
|---|
| Performance vs 5th Gen — HPC (HPCG with MRDIMM) |
|---|
| Performance vs 5th Gen — Microservices (server-side Java throughput perf/watt) |
|---|
| Performance vs 5th Gen — Analytics (MySQL OLTP perf/watt) |
|---|
| Performance vs 5th Gen — Media (AVC perf/watt) |
|---|
| Performance vs 2nd Gen — General compute (RestNet-50) |
|---|
| Performance vs 2nd Gen — HPC (Earth Systems Modeling with MRDIMM) |
|---|
| Performance vs 2nd Gen — MongoDB |
|---|
| Performance vs 2nd Gen — Analytics (MySQL OLTP) |
|---|
| Performance vs 2nd Gen — Media (AVC, perf/watt) |
|---|
| Performance vs 2nd Gen — Networking (5G UPF, perf/watt) |
|---|
| Performance vs AMD EPYC — AI inferencing (with MRDIMM) |
|---|
| Performance vs AMD EPYC — Database (MongoDB) |
|---|
| Performance vs AMD EPYC — Media Transcode (perf/watt) |
|---|
| Performance vs AMD EPYC — Database (MySQL OLTP perf/watt) |
|---|
| P-core performance vs 5th Gen |
|---|
| E-core results vs 2nd Gen |
|---|
| E-core server replacement |
|---|
| E-core rack consolidation |
|---|
| Target workloads (P-core) |
|---|
| Footnote 17 — MRDIMM comparison basis |
|---|
| Footnote 18 — 5th Gen comparison basis |
|---|
| Document part number |
|---|
| Print code |
|---|
