英特尔® 服务器系统 M70KLP4S2UHH
英特尔® 服务器系统 M70KLP4S2UHH
探索更新的英特尔处理器和已提升体验的性能

比较英特尔® 产品
基本要素
(2) 2U Rear CPU Heatsink
(1) Intel® Server Board M70KLP2SB
(1) 2U PCIe Riser M.2 Connector KLP2UM2RISER
(1) SlimSAS M.2 Cable KLPCBLSSM2
(1) 2U 8x2.5" SAS/NVME Hot-Swap Backplane KLP08HSBP
(1) DC Power Cable Mid-HSBP KLPCBLDCPM - 230mm
(1) Comm Cable HSBP-Mid KLPCBLCOM224M - 820mm
(6) 2U Fan Kit KLP2UFAN
(1) Fan Bracket
(8) 2.5" Hot-Swap Drive Carrier KLP25HSCAR
(2) 2000W AC Common Redundant Power Supply KLP2000CRPS
(1) 2U Rail Kit (Full Extension) KLPRAILK
(1) Front I/O Panel assembly (VGA+1x USB 3.0+1x USB 2.0) installed
(1) 2U Server airduct
(48) Blank DIMM slots
(4) CPU heat sink + CPU Clips
(2) Front Panel 8 Drive Filler Plate
(1) PDB
(1) PDB Cable
Note: Risers supporting additional PCIe 3.0 cards, drive carriers and backplanes (for (16) or (24) 2.5” drive support) sold separately.
补充信息
(4) 3rd Generation Intel® Xeon® Processors.
(8) 2.5” drives
(2) x16 Half Height Half Length PCIe 3.0 cards
(4) x8 Half Height Half Length PCIe 3.0 cards.
内存和存储
Persistent Memory.
15 TB with Intel® Optane™ Persistent Memory
扩展选项
I/O 规格
One USB 3.0 port on front panel
Two USB 3.0 port on rear panel
One USB 2.0 port on board
封装规格
先进技术
提供的信息可随时更改而不事先通知。英特尔可以随时在不发通知的情况下修改产品生命周期、规格和产品说明。以上信息是按“原样”提供,英特尔对该信息的准确性、产品的特性、可用性、功能或列出产品的兼容性不做任何形式的声明或担保。请联系系统厂商,了解关于上述特定产品或系统的更多信息。
Intel classifications are for general, educational and planning purposes only and consist of Export Control Classification Numbers (ECCN) and Harmonized Tariff Schedule (HTS) numbers. Any use made of Intel classifications are without recourse to Intel and shall not be construed as a representation or warranty regarding the proper ECCN or HTS. Your company as an importer and/or exporter is responsible for determining the correct classification of your transaction.
有关产品特性和功能的正式定义,请参见数据表。
‡ 此特性并非在所有计算系统上均可用。请咨询系统供应商,以了解您的系统是否有此特性,或参考系统规格(主板、处理器、芯片、电源、硬盘、图形控制器、内存、BIOS、驱动程序、虚拟机监视器 - VMM、平台软件和/或操作系统)以了解特性兼容性。此特性的功能、性能和其它优势可能根据系统配置的不同而不同。
“宣布”的 SKU 尚未公布。请参阅上市的发布日期。
系统和最大 TDP 基于最坏情形得出。如果未使用芯片组的所有 I/O,则实际 TDP 可能会更低。