As a slim single-socket rack-mount server, RS100-E7/PI2 is based on the latest generation Sandy Bridge CPU and Intel® C204 chipset, providing high performance and cost-effective data protection with ultra silence in compact chassis of 15” depth, while the 80 plus power supply offers improved system power efficiency.
P8B-E/4L is the latest ASUS UP serverboard designed as Bromolow platform flagship model, featuring an Intel® C204 PCH chipset, leading SATA 6G storage technology, quad Intel server class GbE, ASMB5-iKVM module (optional) for out-of-band remote management, and wide-range OS support, making it an ideal foundation for versatile and feature-rich UP solution.
The ASUS ESC4000 is a high density GPU server presented in a compact 2U rack mount with support for dual Intel® Xeon® 5600 series processors, 18 DIMM slots with up to 48GB/144GB memory and 4 double-wide NVIDIA® Tesla™ GPU computing processors. It enables high-end professional applications such as life/medical sciences, engineering and sciences, financial modeling, EDA and visualization. The ESC4000 packs outstanding features, flexible design and versatile hardware, making it an ideal choice for intense parallel computing tasks.
The RS724Q-E6/RS12 is the latest flagship ASUS server based on Intel® 6-core/4-core 5500/5600 processors, with a quad DP system in a 2U chassis. Features include high efficiency redundant power supplies, hot-swap design, remote management and upgradable storage. Endowed with profound computing capabilities and outstanding performance, the RS724Q-E6/RS12 is perfect for HPC and enterprise applications.
For 1U enterprise level applications, RS700-E6 can be an ideal choice with fast processing speed, ample storage, considerate redundancy design and unique cable-less design.
Supporting Intel® Xeon® 5500 series processor, RS700D-E6/PS8, the dual 2-Processor systems provide extreme performance for customers with 4-way, 16-core computing capability in 1U. The design of 1~8 hot swap 2.5” SATA/SAS HDDs support is space-saving with its normal form factor.
As a slim single-socket rack-mount server, RS100-E7/PI2 is based on the latest generation Sandy Bridge CPU and Intel® C204 chipset, providing high performance and cost-effective data protection with ultra silence in compact chassis of 15” depth, while the 80 plus power supply offers improved system power efficiency.
P8B-E/4L is the latest ASUS UP serverboard designed as Bromolow platform flagship model, featuring an Intel® C204 PCH chipset, leading SATA 6G storage technology, quad Intel server class GbE, ASMB5-iKVM module (optional) for out-of-band remote management, and wide-range OS support, making it an ideal foundation for versatile and feature-rich UP solution.
The ASUS ESC4000 is a high density GPU server presented in a compact 2U rack mount with support for dual Intel® Xeon® 5600 series processors, 18 DIMM slots with up to 48GB/144GB memory and 4 double-wide NVIDIA® Tesla™ GPU computing processors. It enables high-end professional applications such as life/medical sciences, engineering and sciences, financial modeling, EDA and visualization. The ESC4000 packs outstanding features, flexible design and versatile hardware, making it an ideal choice for intense parallel computing tasks.
The RS724Q-E6/RS12 is the latest flagship ASUS server based on Intel® 6-core/4-core 5500/5600 processors, with a quad DP system in a 2U chassis. Features include high efficiency redundant power supplies, hot-swap design, remote management and upgradable storage. Endowed with profound computing capabilities and outstanding performance, the RS724Q-E6/RS12 is perfect for HPC and enterprise applications.
For 1U enterprise level applications, RS700-E6 can be an ideal choice with fast processing speed, ample storage, considerate redundancy design and unique cable-less design.
Supporting Intel® Xeon® 5500 series processor, RS700D-E6/PS8, the dual 2-Processor systems provide extreme performance for customers with 4-way, 16-core computing capability in 1U. The design of 1~8 hot swap 2.5” SATA/SAS HDDs support is space-saving with its normal form factor.