内存参数
可支持内存时钟速度 |
1066, 1333, 1600, 1866 MHz |
无错误检测和更正 |
Y |
错误更正代码 |
Y |
支持的内存类型 |
DDR3-SDRAM |
内存电压 |
1.35, 1.5 V |
内存通道支持 |
Quad |
内存插槽类型 |
DIMM |
支持UDIMM模组容量 |
8GB |
支持RDIMM模块的容量 |
32GB |
內存插槽数量 |
16 |
处理器
SMP(适用于表面安装的封装形式)处理器的最大数量 |
1 |
内置输入/输出系统
USB 2.0接口 |
2 |
ATX电源接头 |
Y |
TPM(可信任安全平台模组)接口 |
Y |
IPMI 2.0插槽 |
Y |
SATA III连接器数量 |
2 |
SATA II连接器数量 |
4 |
CPU风扇接口 |
Y |
机箱防盗接口 |
Y |
串行端口接头连接器 |
1 |
另外
主板晶片 |
Intel C602 |
以太网连接器 |
Y |
以太网路(RJ-45)连接接口数量 |
5 |
E-ATX / SSI EEB, LGA 2011, Intel C602, ECC & non-ECC UDIMM/RDIMM, SATA, Gigabit Ethernet LAN
Rock-Solid Backbone for Critical Server Applications
Designed to over perform in all kind of mission critical applications, whether they are computing and memory intensive, highly parallel, relying on storage or depending on expansions, the GA-7PESH4 is a versatile and highly reliable solution for your business.
Intel® Xeon® Processor E5-2600 V2 Product Family
Deployable through a simple BIOS update, the support of the Intel Xeon processors E5-2600 V2 product family delivers the benefits of the 22nm tri-gate process technology to the high end server industry. Those benefits include, among others, higher frequencies, higher core counts (up to 12 cores / 24 threads) and larger last-level caches, but especially a much more varied mix of core/frequencies with notably the introduction of a new dual socket workstation segment. This new die shrink also allows for overall energy efficiency increase, with up to 30% average decrease in idle power consumption.
Finally, virtualization applications will benefit from increased performance thanks to the Advanced Programmable Interrupt Controller (APIC) technology, and more security features are included in the mix as well, such as the Intel® Platform Protection Technology with OS Guard, and Intel® Data Protection Technology with Secure Key.
High End Quad GbE LAN Solution
Built with the latest generation of network controller, optimized for virtualization, iSCSI and management related traffic, the GA-7PESH4 is designed to free the processors as much as possible from the network transfer loadings. Intense transfers will typically occupy up to 30% less computing resources compared to traditional LAN solutions. Also consumes less energy thanks to EEE and DMA coordination. Supports OS2BMC and MCTP.
Faster Memory, With GIGABYTE Only
Always eager to go beyond the industry standards, GIGABYTE’s engineering has enabled through its capabilities in design, PCB layout and BIOS fine-tuning the support of 1866 MHz memory frequency running at higher DIMM population (8 DIMMs per socket) where Intel’s standard and the rest of the market’s products will typically operate memory speed downgrade and support 1866 MHz at lower DIMM population only (4 DIMMs per socket). GIGABYTE therefore offers at launch on its 2011 socket based products this unique feature which will benefit to high density and memory intensive applications, such as high frequency trading, telecommunication networks, mobile data transfers, and so on.