One of the biggest benefits of moving to a blade environment is the relocation of power supplies and fans into a single chassis versus an individual set in each server. This greatly helps reduce the power requirements on a per server basis.
Underlining Supermicro’s high-efficiency power philosophy into the SuperBlade® server technology, Supermicro engineers have mastered the power supply design challenge to produce high-quality, high-performance solutions with peak efficiency ratings of 94%. Supermicro solutions continue to outperform and outlast the competition and providing the best technology investment available to customers.
One of the biggest benefits of moving to a blade environment is the relocation of power supplies and fans into a single chassis versus an individual set in each server. This greatly helps reduce the power requirements on a per server basis.
Underlining Supermicro’s high-efficiency power philosophy into the SuperBlade® server technology, Supermicro engineers have mastered the power supply design challenge to produce high-quality, high-performance solutions with peak efficiency ratings of 94%. Supermicro solutions continue to outperform and outlast the competition and providing the best technology investment available to customers.
One of the biggest benefits of moving to a blade environment is the relocation of power supplies and fans into a single chassis versus an individual set in each server. This greatly helps reduce the power requirements on a per server basis.
Underlining Supermicro’s high-efficiency power philosophy into the SuperBlade® server technology, Supermicro engineers have mastered the power supply design challenge to produce high-quality, high-performance solutions with peak efficiency ratings of 94%. Supermicro solutions continue to outperform and outlast the competition and providing the best technology investment available to customers.
One of the biggest benefits of moving to a blade environment is the relocation of power supplies and fans into a single chassis versus an individual set in each server. This greatly helps reduce the power requirements on a per server basis.
Underlining Supermicro’s high-efficiency power philosophy into the SuperBlade® server technology, Supermicro engineers have mastered the power supply design challenge to produce high-quality, high-performance solutions with peak efficiency ratings of 94%. Supermicro solutions continue to outperform and outlast the competition and providing the best technology investment available to customers
One of the biggest benefits of moving to a blade environment is the relocation of power supplies and fans into a single chassis versus an individual set in each server. This greatly helps reduce the power requirements on a per server basis.
Underlining Supermicro’s high-efficiency power philosophy into the SuperBlade® server technology, Supermicro engineers have mastered the power supply design challenge to produce high-quality, high-performance solutions with peak efficiency ratings of 94%. Supermicro solutions continue to outperform and outlast the competition and providing the best technology investment available to customers.
Dual-Port, Low Latency InfiniBand Adapter Cards For SuperBlade
AOC-IBH-003 This InfiniBand mezzanine card for the SuperBlade delivers low-latency and high-bandwidth for performance-driven server and storage clustering applications in Enterprise Data Centers, High-Performance Computing, and Embedded environments. Clustered data bases, parallelized applications, transactional services and high-performance embedded I/O applications will achieve significant performance improvements resulting in reduced completion time and lower cost per operation. AOC-IBH-003 simplifies network deployment by consolidating clustering, communications, storage, and management I/O and by providing enhanced performance in virtualized server environments. In addition to this outstanding InfiniBand capability, the AOC-IBH-003 can be configured alternatively as 10-Gigabit Ethernet NIC when used with the Supermicro SBM-XEM-002 10-Gigabit Pass-Through module.
Dual-Port, Low Latency InfiniBand Adapter Cards For SuperBlade
AOC-IBH-001 This InfiniBand mezzanine card for the SuperBlade delivers low-latency and high-bandwidth for performance-driven server and storage clustering applications in Enterprise Data Centers, High-Performance Computing, and Embedded environments. Clustered data bases, parallelized applications, transactional services and high-performance embedded I/O applications will achieve significant performance improvements resulting in reduced completion time and lower cost per operation. AOC-IBH-001 simplifies network deployment by consolidating clustering, communications, storage, and management I/O and by providing enhanced performance in virtualized server environments.
Dual-Port, 10-Gigabit Ethernet Adapter Cards for SuperBlade
AOC-XEH-iN2 This 10-Gigabit Ethernet mezzanine card for the SuperBlade delivers cost-effective high-bandwidth for performance-driven server and storage clustering applications in Enterprise Data Centers, High-Performance Computing, and Embedded environments. Clustered data bases, parallelized applications, transactional services and high-performance embedded I/O applications will achieve significant performance improvements resulting in reduced completion time and lower cost per operation. AOC-XEH-iN2 simplifies network deployment by consolidating clustering, communications, storage, and management I/O and by providing enhanced performance in virtualized server environments. It operates as a 10-Gigabit Ethernet NIC when used with either the Supermicro SBM-XEM-002 10-Gigabit Pass-Through module or with the Supermicro 10-Gigabit Ethernet Blade switch SBM-XEM-X10SM.
Dual-Port, 10-Gigabit Ethernet Adapter Cards for SuperBlade
AOC-XEH-B2S This 10-Gigabit Ethernet mezzanine card for the SuperBlade delivers cost-effective high-bandwidth for performance-driven server and storage clustering applications in Enterprise Data Centers, High-Performance Computing, and Embedded environments. Clustered data bases, parallelized applications, transactional services and high-performance embedded I/O applications will achieve significant performance improvements resulting in reduced completion time and lower cost per operation. AOC-XEH-B2S simplifies network deployment by consolidating clustering, communications, storage, and management I/O and by providing enhanced performance in virtualized server environments. It operates as a 10-Gigabit Ethernet NIC when used with either the Supermicro SBM-XEM-002 10-Gigabit Pass-Through module or with the Supermicro 10-Gigabit Ethernet Blade switch SBM-XEM-X10SM.
Single-Port, Low Latency InfiniBand Adapter Cards For SuperBlade
AOC-IBH-002 This InfiniBand mezzanine card for the SuperBlade delivers low-latency and high-bandwidth for performance-driven server and storage clustering applications in Enterprise Data Centers, High-Performance Computing, and Embedded environments. Clustered data bases, parallelized applications, transactional services and high-performance embedded I/O applications will achieve significant performance improvements resulting in reduced completion time and lower cost per operation. AOC-IBH-002 simplifies network deployment by consolidating clustering, communications, storage, and management I/O and by providing enhanced performance in virtualized server environments.
