Supermicro Product Naming Guide

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Dieser Artikel beschreibt die Namenskonventionen / Namensgebung von Supermicro für die Mainboards und Chassis.

AMD Motherboards

Modelname amb2.gif
Character Representation Options
1st + 2nd CPU Type and its Generation • H8 = AMD Opteron™ Processor
3rd # of CPU Support

• Q = Quad CPU

• D = Dual CPU

• S = Single CPU

4th Socket / chipset

--- DDR3 Generation Boards ---

• G = Socket G34 (Opteron 6000 series)

• C = Socket C32 (Opteron 4000 series)


--- Previous Generation Boards ---

• I = Socket F with AMD SR56x0 / SP5100 Chipset

• A = Socket F Workstation with AMD SR56x0 / SP5100 Chipset or nVidia MCP55 Pro / IO 55 Chipset

• Or = Socket 940 Server board with AMD 8131 / AMD 8132 Chipset

• A = AMD 8131 / AMD 8132 Chipset

• C = nVidia nForce Pro 2200/2050 Chipset

• M = nVidia MCP55 Pro / IO 55 Chipset

• S = Serverworks HT2000 / HT1000 Chipset

5th Interface /

Form Factor

• 3 = Onboard SAS

• 6 = Onboard SAS2

• 8 = Dual Channel U320 SCSI

• A = Workstation Board

• E = IDE / SATA

• G = GPU

• i = SATA only

• L = Low Cost

• M = Micro ATX form factor

• P = Proprietary Form Factor

• R = 1U (Rack) Board

• T = Twin MB

• U = UIO

5.5th Board Type

For Quad Socket MB

• + = Motherboard to support 1U platform

For Dual Socket MB

• + = Socket-F MB with 16 DIMM

6th

Interface /

I/O Options /

Memory Type

--- DDR3 Generation Boards ---

• F = Integrated IPMI 2.0

• LN4 = On-board 4 LAN

• For Quad Socket MB:

+ = Motherboard to support 1U platform

• For Dual Socket MB:

+ = Socket-F MB with 16 DIMM

+ = Socket G34 MB with 24 DIMM

• 6 = Onboard SAS2

• i = SATA only

• H = Hotpluggable

• IBQ = Onboard Connect-X2 Infiniband w/ QSFP connector


--- Previous Generation Boards ---

• 2 = DDR2 Memory

• 3 = SAS

• 8 = Dual Channel U320 SCSI

• E = IDE / SATA

• i = IDE / SATA

• IBX = Onboard Connect-X Infiniband w/ CX4 connector

• IN = Onboard Infinionhost III Infiniband w/ CX4 connector

Motherboards (Intel DP)

Modelname imb dp.gif
Character Representation Options
1st + 2nd CPU Type

• X9 = 9th generation Xeon Processor E5 family

• X8 = 8th generation Xeon (QPI 6.4 GT/s)

• X7 = 7th generation Xeon (1066/1333/1600 MHz FSB)

• X6 = 6th generation Xeon (800MHz FSB)

3rd

Number of

CPU Supported

• S = Single

• D = Dual

• Q = Quad

4th

CPU socket /

Chipset /

Board Type

• A = Workstation

• B = Blackford (5000 series chipset)

• B2 = Socket B2 (LGA 1356 socket)

• C = San Clemente (5100 series chipset)

• R = Socket R (LGA 2011 socket)

• T = Tylersburg (5500/5520 series chipset)

• W = Seaburg (5400 series chipset)

5th Controller Support

• 3 = SAS 3Gbps

• 6 = SAS2

• 7 = SAS2 6Gb (LSI)

• 8 = Dual Channel SCSI

• A = ATX/E-ATX Form Factor

• D (for X9)= Data Center Optimized

• i = SATA only

• E = SATA only

• G = GPU Optimized

• H = Dual IOH chipsets onboard

• L = Cost Optimized

• M = Micro ATX

• N = 3U and above UIO, UIO slot present on slot #0

• P = Proprietary Form Factor

• R = Riser

• T = Twin Architecture

• U = UIO Architecture

• V = Alternative 3

• W = 1U or 2U Form Factor

• W (for X9) = WIO Architecture

• X = PCI or PCI-X

• X (for X9) = Additional I/O Slots or features

• + (for X8) = Extra DIMMs

• + (for X9) = Extra DIMMs/Features

6th Controller Support

• 3 = SAS 3Gbps

• 6 = SAS2 (6Gb)

• 7 = SAS2 6Gb (LSI)

• 8 = Dual Channel SCSI

• 10G = 10 Gigabit Nic

• D = Dual GPU

• F = Onboard IPMI w/ dedicated LAN

• H (for X8) = Hot-pluggable Twin

• H (for X9) = Hot-pluggable

• i = SATA only

• INF = Infiniband

• IBX = Infiniband DDR

• IBQ = Infiniband QDR

• IBF = Infiniband FDR

• LN4 = Four LANs

• L = Low Cost

• N = 3U and above UIO

• T = 10 Gb LAN SFP+

• T (for X9) = 10Gb LAN Base-T

• TP = 10Gb LAN SFP+

• Q/Q+ = Quad GPU

• Q/H = Quad/Six GPU

• X = PCI or PCI-X

Motherboards (Intel UP)

Modelname imb up.gif
Character Representation Options
1st + 2nd CPU Type

• X9 = 9th generation Xeon

• X8 = 8th generation Xeon (QPI 6.4 GT/s)

• X7 = 7th generation Xeon (1066/1333/1600 MHz FSB)

• X6 = 6th generation Xeon (800MHz FSB)

3rd

Number of

CPU Supported

• S = Single

• D = Dual

• Q = Quad

4th

Chipset /

Board Type

• A = Workstation

• B = Patsburg with Socket B2

• C = Cougar Point

• I = Ibex Peak (3420/3400)

• R = Patsburg with Socket R

• T = Tylersburg (X58)

• W = WIO (example: X9SRW)

5th Controller Support

• 3 = SAS

• 6 = SAS2

• 8 = Dual Channel SCSI

• A = Legacy / WS for B2 or R SKT

• D = Micro Cloud Architecture

• i = SATA only

• E = Alternative 2

• G = GPU Optimized

• H = Alternative 1

• L = Low Cost

• M = Micro ATX

• P = Proprietary Form Factor

• R = Riser

• T = Twin Architecture

• U = UIO Architecture

• V = Alternative 3

• W = 1U or 2U Form Factor

• + = Extra DIMMs

6th Controller Support

• 3 = SAS

• 6 = SAS2 (6Gb)

• 8 = Dual Channel SCSI

• 10G = 10 Gigabit Nic

• D = Dual GPU

• F = Onboard IPMI w/ dedicated LAN

• i = SATA only

• INF = Infiniband

• LN4 = Four LANs

• L = Low Cost

• N = 3U and above UIO

• T = Twin or 10Gb LAN

• T (for X8, X9) = 10Gb LAN

• X = PCIX

Chassis

Modelname ch.gif
Character Representation Options
1st Prefix

• SC = Super Chassis (Model Number)

• CSE = Super Chassis (Part Number Prefix)

(SC and CSE is interchangable)

2nd Type / Family

2.5" HDD Chassis

1st Digit = Height

• 1 = 1U

• 2 = 2U

• 3 = 3U / Mid-Tower

• 4 = 4U / Tower

2nd Digit = Generation
3rd Digit = Category

• 1 = Cost Effective Series

• 2 = Standard Series

• 3 = High-end Series

• 6 = Storage Series

• 8 = MP motherboard Series

• 9 = Resource Optimized

4th Digit = Type

(multiple types possible)

• (none) = Regular

• B = Generation B of existing chassis with extra features

• E = Lower Cost (Economic)

• F = Modified Fan (originally use blower)

• H = Specialized for Intel Itanium 2

• L = Low Cost

• M = Short-depth

• X = Special feature

• + = Specialized for AMD MBs (can be placed after backplane type)

3.5" HDD Chassis

1st Digit = Category

• 5xx = Compact size

• 7xx = Tower / Workstation

• 8xx / 9xx = Rackable chassis

• xx6 = Storage chassis

• xx8 = Storage chassis

• xx9 = Resource Optimized

2nd Digit = Height

• 0 = Twin / Extra short

• 1 = 1U

• 2 = 2U

• 3 = 3U / Mid-Tower

• 4 = 4U / Tower

• 5 = 5U

• 6 = 6U

3rd Digit = Generation

4th Digit = Type (multiple types possible)

• (none) = Regular

• B = Generation B of existing chassis with extra features

• E = Lower Cost (Economic)

• F = Modified Fan (originally use blower)

• H = Specialized for Intel Itanium 2 • L = Low Cost

• M = Short-depth

• X = Special feature

• + = Specialized for AMD MBs (can be placed after backplane type)

Mobile Rack

1st Digit (Default = "M")
2nd Digit = # of 5.25" Bays
3rd Digit = # of 2.5" HDD Converted
3rd Backplane Type

• (none) = No backplane design

• A = SAS/SATA with Mini-iPass

• E1(6) = SAS(2)/SATA(3) with 1 expander

• E2(6) = SAS(2)/SATA(3) with 2 expanders

• H / HD / HQ = Hot-swap MB nodes design

• i = No backplane SKU

• S / S1 = SCSI (Single-Channel)

• S2 = SCSI (Dual-Channel)

• T = SAS / SATA

• TQ = SAS / SATA with SES2 support

• TS = Backplane not installed

• TG / G = GPU optimized

4th Power Supply Redundancy

• (none) = Non-redundant power supply

• R = Redundant power supply

5th

Chassis Power Supply

Wattage / model number

• (example: 900 = 900 Watts)

• Chassis naming will use wattage first. If the same wattage has been used/named, power supply model number will be used (e.g. 563 ⇒ PWS-563x-xxxx).

6th Rear Window I/O

• (none) = Optimized (may not be standard)

• C = I/O rear window for standard MB

• G = I/O rear window for GPU MB

• X = 11 slot or above

• U = UIO Rear Window

• W = WIO/WIO+ rear window

• LP = Low Profile Rear Window

• RC = Rear Window for Riser Cards, Type I

• RC2 = Rear Window for Riser Cards, Type II

7th Chassis Color / Completeness

• (none) = Beige • B = Black

• D = Incomplete product, w/o PDB

• N = Incomplete product, w/o PWS

• P = Incomplete product, w/o BPN

• V = Silver

8th

SMC special feature SKU

serial number / OEM SKU

serial number

Foto Benjamin Bayer.jpg

Autor: Benjamin Bayer

Benjamin Bayer ist seit 2007 bei Thomas-Krenn tätig. Dabei hat er sich vor allem auf Virtualisierung spezialisiert. Nach fast acht Jahren im Technischen Support wechselte er im September 2015 in das Produktmanagement um dort seine Erfahrung mit einzubringen.

Als Ausgleich zum Büro-Alltag ist Benjamin gerne mit dem Mountainbike unterwegs oder entspannt bei einem guten Buch.

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