HP ProLiant BL680c G7 - Xeon E7530 1.86 GHz - Monitor : none.
Mfg # 589047-B21
CDW # 2401967
| UNSPSC 43211501
Quick tech specs
- Server
- 4-way
- RAM 16 GB
- no HDD
- Gigabit LAN, 10 Gigabit LAN
- blade
- 2 x Xeon E7530 / 1.86 GHz
- hot-swap 2.5"
- ATI ES1000
- Monitor : none.
Know your gear
As the world's first blade to support a terabyte of memory, the BL680c G7 provides the ultimate performance and unparalleled expansion never before seen in a 4P x86 server blade.
Fully utilizing the architecture of the Intel Xeon 7500 chipset, up to four top performing 130W processors plus 64 DIMM slots are supported. The six 10GB FlexFabric ports combined with the seven mezzanine slots yield an outstanding 192 GB of I/O bandwidth. This expandability and performance makes traditional multi-processor (MP) rack to blade transition a true reality.
By designing a balanced architecture, the server is a very unique 4P blade offering that ensures all subsystems are used effectively. Traditional MP blades are typically unbalanced, providing processor performance and density at the expense of proportional memory and I/O bandwidth. As such, these unbalanced servers often fail when faced with larger databases, higher-density virtualization applications and general data-intensive applications.
Fully utilizing the architecture of the Intel Xeon 7500 chipset, up to four top performing 130W processors plus 64 DIMM slots are supported. The six 10GB FlexFabric ports combined with the seven mezzanine slots yield an outstanding 192 GB of I/O bandwidth. This expandability and performance makes traditional multi-processor (MP) rack to blade transition a true reality.
By designing a balanced architecture, the server is a very unique 4P blade offering that ensures all subsystems are used effectively. Traditional MP blades are typically unbalanced, providing processor performance and density at the expense of proportional memory and I/O bandwidth. As such, these unbalanced servers often fail when faced with larger databases, higher-density virtualization applications and general data-intensive applications.