SuperBlade

Supermicros SuperBlade Systems differ in quite a few ways from traditional rackmount solutions. Highest density to compute power ratio, reduced administrative expenses, lower power consumption, optimal ROI amnd a high scalability. Also the acquisition cost may be lower than conventional systems. Next to offering a high density platform to rely on, SuperBlade Systems also offer an astonishing modularity. Wether it is the usage in a Datacenter or for your company to deploy remote workstations. Almost everything is possible. Second is the easy maintenance of your the SuperBlades as every Node is located on a hotswappable blade. This especially useful in the case of broken hardware like memory or a cpu. Locate the broken down blade get it out from your enclosure, replace the faulty component, put it back in and there you go your blade is online again.

SuperBlades off a wide variety of advantages offer competing products. These are a higher maximum compute density, reduced administration costs, reduced power usage, optimal ROI (return of investment) and a high scalability. As an extra is that the acquisition of SuperBlade can be cheaper than standard server systems.

Compared to Bladesystems made by other vendors Supermicro's SuperBlades are usable for a wide variety of work environments. This range is going from Enterprise and HPC usage to Data Center and Workstation workloads. This is made a possible by the wide variety of blades from which you can choose and all of this can be combined into a single enclosure.

SuperBlade Features for Xeon Scalable


  • Support for Intel Xeon Scalable CPUs with up to 205W
  • Single Socket, Dual Socket and Quad Socket Blades
  • Up to 280 Nodes per Rack
  • Hot-swap U.2 NVMe, up to 8 Drives per Blade
  • 100G EDR InfiniBand, 100G Intel® Omni-Path, and 25G/10G/1G Ethernet Switches
  • Redundant Titanium Level PSUs
  • Battery Backup Power (BBP® ) Modules
  • Supermicro RSD and Redfish RESTful APIs are supported
  • Free-air cooling design for a low PUE1
1PUE is a unit for measuring the Power Usage Effectiveness. Lower values stand for more efficient servers, clusters or data centers.


sysGen recommends:
Use our SuperBlade configurator, which allows you a guided,
individual configuration of the selected enclosures and blades.


SuperBlade Configurator


Go Green


With SuperBlade® servers, you can help preserve not only our green planet, but keep red ink off your books with green cash savings. A SuperBlade server can save more than 100 watts over a traditional discrete 1U rack-mount server. These savings add up quickly when your SuperBlade chassis is fully populated with 10 servers. By eliminating the overhead in 1U discrete servers and using the high efficiency (up to 94%) power supplies, SuperBlade can save you more than $1,000 per year in power* for your servers and even more when you add the reduced cooling costs. At the same time, you will reduce your carbon dioxide emissions by over 5.5 metric tons**, the equivalent of planting 1.7 acres of trees. * Your electricity costs will vary by location.
** According to Energy Information Agency (a statistical agency of the U.S. Department of Energy), saving one kilowatt hour of electricity reduces carbon dioxide emissions by 1.43 pounds.

SuperBlade Xeon Scalable Features
Field of application
  • Modular and High Density Datacenter Structures
  • High-availibilty systems
  • High Density Cluster
Features
  • Xeon Scalable Processors
  • NVMe SSD compatibility
  • up to four processors per blade
  • modular Networking Design, 10Gbit SFP+, Infiniband or Omnipath with 100Gbit
Extras
  • Battery Backup Units, integrated UPS
  • Support for Supermicro RSD and Redfish RESTful APIs
  • air-cooled design for maximal PUE


Enclosure Power Supply Blade Module Capacity Intel based Blade AMD based Blade Modules Notes
SBE-414E 2200W 14 Blade SBI-4429P-T2N 4429P-T2N
Dual Socket Xeon Scalable, Up to 512GB DDR4 ECC VLP RAM, 2x 2.5" Hotswap SATA3 oder NVMe Drives, Dual 10G Netzwork, 1x M.2 NVMe & 4x M.2 NVMe via Mezzanine Card
N/A MBM-CMM-001
MBM-CMM-FIO (Front IO Support)
BMB-XEM-002
Support für ein CMM Modul;
zwei 10G/1G Ethernet Switches;
drei PWS-DF007-3F
SBE-610J 2200W 10 Blade SBI-6119P-C3N 6119P-C3N
Single Socket Xeon Scalable, Up to 1.5TB DDR4 ECC RAM, 2x 2.5" Hotswap NVMe + 1x 2.5" SATA3/SAS3 oder 3x 2.5" SATA3/SAS3, Dual 10G Network, onboard Raidcontroller Broadcom 3108

SBI-6129P-C3N 6129P-C3N
Dual Socket Xeon Scalable
Up to 3TB DDR4 ECC RAM
2x 2.5" Hotswap NVMe + 1x 2.5" SATA3/SAS3 oder 3x 2.5" SATA3/SAS3
Dual 10G Network
onboard Raidcontroller Broadcom 3108
N/A MBM-CMM-001
MBM-CMM-FIO (Front IO Support)
MBM-XEM-001
MBM-XEM-002
MBM-GEM-004
MBM-GEM-001
SBM-25G-100
Support für zwei CMM Module;
vier 25G/10G/1G Ethernet Switches
SBE-614E 2200W 14 Blades SBI-6419P-C3N 6419P-C3N
Single Socket Xeon Scalable
Up to 384GB DDR4 ECC VLP RAM
2x 2.5" Hotswap NVMe + 1x 2.5" SATA3/SAS3 oder 3x 2.5" SATA3/SAS3 & 4x M.2 NVMe/SATA
Dual 10G Network, onboard Raidcontroller Broadcom 3108

SBI-6429P-C3N 6429P-C3N
Dual Socket Xeon Scalable
Up to 3TB DDR4 ECC RAM
2x 2.5" Hotswap NVMe + 1x 2.5" SATA3/SAS3 oder 3x 2.5" SATA3/SAS3
Dual 10G Network
onboard Raidcontroller Broadcom 3108
N/A MBM-CMM-001
MBM-CMM-FIO (Front IO Support)
MBM-XEM-001
MBM-XEM-002
MBM-GEM-004
MBM-GEM-001
Support für ein CMM Modul;
zwei 10G/1G Ethernet Switches
SBE-820J 2200W 10 Blades (4-CPU Blade)
20 Blades (2-CPU Blade)
SBI-8149P-T8N3 8149P-T8N
Quad Socket Xeon Scalable
Up to 6TB DDR4 ECC RAM
8x 2.5" Hotswap NVMe (7mm Bauhöhe)
Dual 10G Network & 100G EDR Infiniband/emntel Omni-Path

SBI-8149P-C4N 8149P-C4N
Quad Socket Xeon Scalable
Up to 6TB DDR4 ECC RAM
4x 2.5" Hotswap NVMe/SAS3/SATA3 & 2x M.2 NVMe/SATA
Dual 10G Network & 100G EDR Infiniband/emntel Omni-Path

SBI-4129P-T3N 4129P-T3N
Quad Socket Xeon Scalable
Up to 2TB DDR4 ECC RAM
2x 2.5" Hotswap NVMe + 1x 2.5" SATA3 oder 3x 2.5" SATA3
4x M.2 NVMe/SATA via Mezzanine Card
Dual 10G Network & 100G EDR Infiniband/emntel Omni-Path

SBI-4129P-C2N 4129P-C2N
Quad Socket Xeon Scalable
Up to 6TB DDR4 ECC RAM
4x 2.5" Hotswap NVMe/SAS3/SATA3 & 2x M.2 NVMe/SATA
Dual 10G Network & 100G EDR Infiniband/emntel Omni-Path
N/A MBM-CMM-001
MBM-CMM-FIO (Front IO Support)
MBM-XEM-002
SBM-25G-100
MBM-GEM-004
Support für zwei CMM Module und vier Ethernet Switches

Ethernet Switches:
zwei XEM oder GEM Module und zwei 25G XEM oder GEM Module

3x PWS-DF005-2F ist nicht enthalten1,2
SBE-820C 2200W 10 Blades (4-CPU Blade)
20 Blades (2-CPU Blade)
SBI-8149P-T8N3 8149P-T8N
Quad Socket Xeon Scalable
Up to 6TB DDR4 ECC RAM
8x 2.5" Hotswap NVMe (7mm Bauhöhe)
Dual 10G Network & 100G EDR Infiniband/emntel Omni-Path

SBI-8149P-C4N 8149P-C4N
Quad Socket Xeon Scalable
Up to 6TB DDR4 ECC RAM
4x 2.5" Hotswap NVMe/SAS3/SATA3 & 2x M.2 NVMe/SATA
Dual 10G Network & 100G EDR Infiniband/emntel Omni-Path

SBI-4129P-T3N 4129P-T3N
Quad Socket Xeon Scalable
Up to 2TB DDR4 ECC RAM
2x 2.5" Hotswap NVMe + 1x 2.5" SATA3 oder 3x 2.5" SATA3
4x M.2 NVMe/SATA via Mezzanine Card
Dual 10G Network & 100G EDR Infiniband/emntel Omni-Path

SBI-4129P-C2N 4129P-C2N
Quad Socket Xeon Scalable
Up to 6TB DDR4 ECC RAM
4x 2.5" Hotswap NVMe/SAS3/SATA3 & 2x M.2 NVMe/SATA
Dual 10G Network & 100G EDR Infiniband/emntel Omni-Path
N/A MBM-CMM-001
MBM-CMM-FIO (Front IO Support)
MBM-XEM-001
MBM-XEM-002
MBM-GEM-004
MBM-GEM-001
SBM-IBS-E3616
SBM-OPA-C4020
Support up to:
One CMM;
Two XEM or GEM modules;
One IB EDR switch or Omni-path switch *
3x PWS-DF005-2F sind nicht enthalten1,2
1For the use of Quad-Socket Blades you need to have three PWS-DF005-2F PSUs installed
2For Dual-Socket Blades with a TDP above 150W you need three PWS-DF0005-2F PSUs installed