Super Micro SuperBlade Rack Mountable 7U Chassis Part #: SBE-710E-D28 / SBE-710E-R60 / SBE-710E-D40 / SBE-710E-R42
- Brand: Super Micro
- Part #: SBE-710E-D28
- Alt. Part #: SBE-710E-R60 / SBE-710E-D40 / SBE-710E-R42
- Specs:-
- :: Form Factor: 7U
- :: Shipping Weight: 95Kg
- :: Condition: Refurbished
- :: Compatibility: Super Micro SuperBlade Blades*
- :: MPN: SBE-710E-D28
- Warranty: 1 (one) year Tekmart Warranty
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Key Points on these SBE-710E-D28 Super Micro SuperBlade Rack Mountable 7U Chassis:-
The Processor Blade supports up to 10 hot-plug processor blades, allowing for flexible and scalable processing power. It is compatible with both Intel and AMD-based blades, providing a wide range of processor options for various workloads. The system also includes a power LED and fault LED for easy monitoring and troubleshooting, ensuring optimal performance and uptime.
For networking, the enclosure features one hot-plug 4x DDR InfiniBand switch, providing high-speed interconnects, as well as up to two hot-plug Gigabit Ethernet switches or Pass-Through Modules. Management is streamlined with up to two hot-plug management modules, offering remote KVM and IPMI 2.0 functionality. Each enclosure comes standard with one management module, simplifying system control. The power supply is equipped with up to four hot-swap 1400W or 2000W power supplies, ensuring N+1 redundancy for high availability. Cooling is efficiently handled with up to 16 cooling fans.
The SuperBlade® chassis, with dimensions of 12.1in x 18.5in x 29in, is designed to optimize space in data centers. It houses up to ten blade servers in a 7U chassis, significantly reducing the physical footprint compared to traditional 1U servers. This results in approximately 50% space savings, with 60 servers and 24 switches fitting into a 42U rack. The SuperBlade® also simplifies cabling, reducing up to 90% of the network, power, and KVM cables required for individual servers. These space and cable reductions not only streamline server deployment but also minimize troubleshooting complexities.
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