unified computing system architecture- clle

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UCS System Architecture Overview Colin Sears


Cisco Unified Computing System

3

SAN B Any ANSI T11 Compliant SAN

Mgmt

SAN A Any ANSI T11 Compliant SAN

LAN Any IEEE Compliant LAN

One Logical Chassis to Manage 160 Servers

LAN Connectivity

SAN Connectivity

Multiple Chassis

Blade & Rack Servers

Server Identity Management

Monitoring, Troubleshooting


Cisco UCS Architecture

4

UCS Manager

XML API Standard APIs

APIs

Fabric Extenders

Compute

UCS Manager

Fabric Interconnects


UCS Benefits

5

Highest Scale Unified Fabric

Virtual Adapters

Fabric Extenders


UCS C-series

UCS B-Series

Unified Management

Industry-leading compute without compromise

Unified Management

High Performance

Virtual Networks


UCS Manager •  Embedded—manages entire UCS Domain

Fabric Interconnect •  10GE unified fabric switch

Chassis IO Module •  Remote line card

Blade Server Chassis •  Flexible bay configurations

Blade and Rack Servers •  x86 industry standard •  Patented extended memory

I/O Adapters •  Choice of multiple adapters

Building Blocks of Cisco UCS An Integrated System Optimizes Data Center Efficiency

6


System Component Connectivity

7

Compute Chassis

x86 Computer x86 Computer

X

I I x8 x8 x8 x8

B

MGMT

S S

B

X X X X X

C C

A

G G

G G

SAN

G

R

A

G

G G

G

R

G

P M P

SAN LAN

Fabric Interconnect

Fabric Interconnect

Fabric Extender

Fabric Extender

Compute Blade (Half slot)

Adapter

Compute Blade (Full slot)

Adapter Adapter

§  Fabric Interconnect ‒ 32 Fixed Unified Ports + 4 or 1 Expansion slots to a maximum of 48 or 96 Unified Ports

§  Chassis ‒ Upto 8 half width blades or 4 full width blades

§  Fabric Extender ‒ Host to uplink traffic engineering ‒ Up to 160Gb Flexible bandwidth allocation

§  Adapter ‒ Virtualized adapter for single OS and hypervisor systems

§  Compute Blade


UCS Fabric Interconnects 6100 6200

UCS Fabric Extenders Logically part of Fabric Interconnect Inserts into Blade Enclosure

UCS Blade Server Chassis Flexible bay configurations

UCS Blade Servers Different blade types Mix blade types within enclosure

UCS Rack Servers Different server types Standalone or UCSM integrated

Virtual Interface Cards Three adapter options Mix adapters within blade

UCS Manager Embedded in Fabric Interconnect

Building Blocks

8


UCS 6248UP Fabric Interconnect

9

•  High Density 48 ports in 1RU •  1Tbps Switching capability •  All ports can be used as uplinks or

downlinks •  All ports can be configured to support either

1Gb or 10Gb speeds •  Unified Ports •  1 Expansion slots •  2us Latency •  80 PLUS Gold PSUs •  Backward and forward Compatibility

Feature details


UCS 6296UP Fabric Interconnect

10

•  High Density 96 ports in 2RU •  2Tbps Switching capability •  All ports can be used as uplinks or

downlinks •  All ports can be configured to support either

1Gb or 10Gb speeds •  Unified Ports •  4 Expansion slots •  2us Latency •  80 PLUS Gold PSUs •  Backward and forward Compatibility

Feature details


Unified Ports Dynamic Ports Allocation: Lossless Ethernet or Fibre Channel

11

Unified Port

Use-cases

Native Fibre Channel

§  Flexible LAN & storage convergence based on business needs

§  Service can be adjusted based on the demand for specific traffic

§  Convert protocol support on the same port dynamically

§  All ports on UCS 6200 Series §  16-port Expansion Module for

6248UP and 6296UP

Lossless Ethernet:

1/10GbE, FCoE, iSCSI, NAS

Benefits

§  Simplify switch purchase - remove ports ratio guess work

§  Increase design flexibility

§  Remove bandwidth bottlenecks


UCS 6200 Expansion Module

12

UCS-FI-E16UP •  16 “Unified Ports” • Ports can be configured as either

Ethernet or Native FC Ports • Ethernet operations at 1/10 Gigabit

Ethernet •  Fibre Channel operations at 8/4/2/1G • Uses existing Ethernet SFP+ and

Cisco 8/4/2G and 4/2/1G FC Optics


Unified Port Management

13









Building Blocks

14


UCS 2204XP I/O Module

15

•  Increased uplink bandwidth •  4 x 10 Gig network-facing ports

•  Double the server-facing bandwidth •  16 x 10 Gig = 4 per half width slot

•  Two I/O Modules per chassis •  40Gbps to a single half-width blade

(20Gbps left and right) •  80Gbps to a full-width blade

•  Built in chassis management •  Fully managed by UCSM

Feature details


UCS 2208XP I/O Module

16

•  Double the uplink bandwidth •  8 x 10 Gig network-facing ports

•  Quadruple the server-facing bandwidth •  32 x 10 Gig = 4 per half width slot

•  Two I/O Modules per chassis •  80Gbps to a single half-width blade

(40Gbps left and right) •  160Gbps to a full-width blade

•  Built in Chassis Management •  Fully Managed by UCSM

Feature details









Building Blocks

17


UCS 5108 Blade Chassis

18

Chassis •  Up to 8 half slot blades •  Up to 4 full slot blades •  4x power supplies, N+N grid redundant •  8x fans included •  2x UCS 2104 Fabric Extender •  All items hot-pluggable


4 to 8 Blades

4 Power Supplies

6U, 19” Rack

8 Fan Modules

4 Power Connectors

2 Fabric Extenders

UCS 5108 Blade Chassis Parts

19


Redundant data and management paths

I/O Modules

Blade Connectors PSU Connectors

UCS 5108 Blade Chassis Backplane

20


Wire for Bandwidth, Not Connectivity

•  Wire Once Architecture •  All links can be active all the time •  Policy-driven bandwidth allocation •  Virtual interface granularity

21

20G per Chassis 40G per Chassis 80G per Chassis 160G per Chassis


High Availability in UCS

L1 to L1

L2 to L2

Mgmt Plane: active / standby Data Plane: active/active









Building Blocks

23


Blade Overview

B22 M3 B200 M3 B250 M2 B420 M3 B230 M2 B440 M2

Slots 1 1 2 2 1 2

CPU E5-2400 E5-2600 Xeon 5600 E5-4600 E7-2800 E7-4800

Cores 16 16 12 32 20 40

DIMMs 12 24 48 48 32 32

Max GB 192GB 768GB 384GB 1.5TB 512GB 1TB

Disk 2 x 2.5” 2 x 2.5” 2 x 2.5” 4 x 2.5 2 SSD 4 x 2.5”

Raid 0/1 0/1 0/1 0/1/5/10 0/1 0/1/5/6

mLOM Dual 20Gb Dual 20Gb No Dual 20Gb No No

Mezz 1 1 2 2 1 2

24


B22 M3 Blade

25

2 Socket Intel E5-2400

12 DIMM slots Maximum memory speed 1333MHz

2 Internal HDDs SFF - SAS, SATA and SSD options

LSI 2002 RAID Controller Supports RAID 0 and 1

1 Mezzanine card slot PCIe 3.0 x16 mezzanine connector

mLOM option


B200 M3 Blade

26

2 Socket Intel E5 series CPUs





mLOM option


B250 M2 Blade

27

2 Socket Intel 55xx and 56xx series CPUs






B420 M3 Blade

28

4 Socket Intel E5-4600 CPUs



LSI 2208R RAID Controller Supports RAID 0, 1, 5 and 10


mLOM option


B230 M2 Blade

29

2 Socket Intel E7 CPUs


2 Internal HDDs 2.5 inch low profile SSD options




B440 M2 Blade

30



4 Internal HDDs SFF – SAS, SATA and SSD options

LSI 2108 RAID Controller 1GB write cache Battery Backed cache option Supports RAID 0, 1, 5 and 6



B200 M2 and B250 M2 Blade Server CPU options

PID CPU Cores QPI Speed Architecture

Support 1333Mhz Memory Speed

N20-‐X00001 2.93GHz Xeon X5570 95W CPU/8MB cache/DDR3 1333MHz 4 6.4 GT/s Nehalem-‐EP X

N20-‐X00002 2.53GHz Xeon E5540 80W CPU/8MB cache/DDR3 1066MHz 4 5.86 GT/s Nehalem-‐EP


N20-‐X00004 2.26GHz Xeon L5520 60W CPU/8MB cache/DDR3 1066MHz 4 5.86 GT/s Nehalem-‐EP

N20-‐X00006 2.66GHz Xeon X5550 95W CPU/8MB cache/DDR3 1333MHz 4 6.4 GT/s Nehalem-‐EP X


A01-‐X0100 3.33GHz Xeon X5680 130W CPU/12MB cache/DDR3 1333MHz 6 6.4 GT/s Westmere-‐EP X



A01-‐X0106 2.26GHz Xeon L5640 60W CPU/12MB cache/DDR3 1333MHz 6 5.86 GT/s Westmere-‐EP X

A01-‐X0107 2.13GHz Xeon L5630 40W CPU/12MB cache/DDR3 1066MHz 4 5.86 GT/s Westmere-‐EP

A01-‐X0108 1.86GHz Xeon L5609 40W CPU/12MB cache/DDR3 1066MHz 4 4.8 GT/s Westmere-‐EP

A01-‐X0109 2.66GHz Xeon E5640 80W CPU/12MB cache/DDR3 1066MHz 4 5.86 GT/s Westmere-‐EP


A01-‐X0113 2.13GHz Xeon E5506 80W CPU/4MB cache/DDR3 800MHz 4 4.8 GT/s Nehalem-‐EP



A01-‐X0120 2.53GHz Xeon E5649 80W CPU/12MB cache/DDR3 1333MHz 6 5.86 GT/s Westmere-‐EP x


31


B200 M3 Blade Server CPU options

32



UCS-CPU-E5-2690 2.90 GHz E5-2690/135W 8C/20MB Cache/DDR3 1600MHz 8 8 GT/s Xeon E5 X

UCS-CPU-E5-2680 2.70 GHz E5-2680 130W 8C/20MB Cache/DDR3 1600MHz 8 8 GT/s Xeon E5 x

UCS-CPU-E5-2665 2.40 GHz E5-2665/115W 8C/20MB Cache/DDR3 1600MHz 8 8 GT/s Xeon E5 x

UCS-CPU-E5-2650 2.00 GHz E5-2650/95W 8C/20MB Cache/DDR3 1600MHz 8 8 GT/s Xeon E5 x

UCS-CPU-E5-2640 2.50 GHz E5-2640/95W 6C/15MB Cache/DDR3 1333MHz 6 7.2 GT/s Xeon E5

UCS-CPU-E5-2620 2.00 GHz E5-2620/95W 6C/15MB Cache/DDR3 1333MHz 6 7.2 GT/s Xeon E5




B230 and B440 Blade Server CPU options

33

PID CPU Cores QPI Speed Architecture B230M1 B440M1 B230M2 B440M2

A01-‐X0308 2.00GHz Xeon X6550 130W CPU/18MB cache 8 6.4 GT/s Nehalem-‐EX 2S

Yes No No No

A01-‐X0304 2.00GHz Xeon E6540 105W CPU/18MB cache 6 6.4 GT/s Nehalem-‐EX 2S

Yes No No No

A01-‐X0302 1.73GHz Xeon E6510 105W CPU/12MB cache 4 4.8 GT/s Nehalem-‐EX 2S

Yes No No No

A01-‐X0200 2.26GHz Xeon X7560 130W CPU/24MB cache 8 6.4 GT/s Nehalem-‐EX

Yes Yes No No


No Yes No No

A01-‐X0206 1.86GHz Xeon L7555 95W CPU/24MB cache 8 5.8 GT/s Nehalem-‐EX

Yes Yes No No


No No No No

A01-‐X0203 2.00GHz Xeon E7540 105W CPU/18MB cache 6 6.4 GT/s Nehalem-‐EX

No Yes No No


No Yes No No

UCS-‐CPU-‐E74870 2.4 GHz E7-‐4870 130W 10C CPU / 30M Cache 10 6.4 GT/s Westmere EX

No No No Yes

UCS-‐CPU-‐E74860 2.26 GHZ E7-‐4860 130W 10C CPU / 24M Cache 10 6.4 GT/s Westmere EX

No No No Yes

UCS-‐CPU-‐E74850 2 GHz E7-‐4850 130W 10C CPU / 24M Cache 10 6.4 GT/s Westmere EX

No No No Yes


No No No Yes

UCS-‐CPU-‐E74807 1.86 GHz E7-‐4807 95W 6c CPU / 18m Cache 6 4.8 GT/s Westmere EX

No No No Yes

UCS-‐CPU-‐E72870 2.4 GHz E7-‐2870 130W 10C / 30M Cache 10 6.4 GT/s Westmere EX

No No Yes No


No No Yes No

UCS-‐CPU-‐E72850 2 GHz E7-‐2850 130W 10C /24M Cache 10 6.4 GT/s Westmere EX

No No Yes No


No No Yes No


No No Yes No

UCS-‐CPU-‐E78867L 2.13 GHz E7-‐8867L 105W 10C / 30M Cache 10 6.4 GT/s Westmere EX

No No Yes Yes


Drives Supported

34

B200 B250 B230 B440 146GB 6Gb SAS 15K X X X 300GB 6Gb SAS 15k X X X 300GB 6Gb SAS 10k X X X 600GB 6Gb SAS 10k X X X 900GB 6Gb SAS 10k X X X 500GB SATA 7.2k X 1TB SATA 7.2k X 100GB SATA SSD X X X 200GB SATA SSD X 100GB Low Height 7mm SATA SSD X 200GB Low Height 7mm SATA SSD X 300GB Low Height 7mm SATA SSD

X









Building Blocks

35


Rack Mount Server Overview

C22 M3 C24 M3 C220 M3 C240 M3 C260 M2 C420 M3 C460 M2 RU 1 2 1 2 2 2 4

Cores 16 16 16 16 20 32 40

DIMMs 12 12 16 24 64 48 64

Max GB 192GB* 192GB* 512GB 768GB 1TB 1,5TB 512GB

Disk 8 x 2.5” or 4 x 3.5”

24 x 2.5” or 12 x 3.5”

8 x 2.5” or 4 x 3.5”

24 x 2.5” or 12 x 3.5”

16 x 2.5” or 32 x SSD 16 x 2.5” 16 x 2.5”

LoM 2 x 1Gb 2 x 1Gb 2 x 1Gb 4 x 1Gb 2 x 1Gb + 2 x 10Gb 2 x 10Gb 2 x 1Gb +

2 x 10Gb

PCIe Slots

2 x PCIe 3.0

5 x PCIe 3.0

2 x PCIe 3.0

5 x PCIe 3.0 6 x PCIe 2.0 6 x PCIe 3.0 10 x PCIe 2.0

Internal Storage USB Port USB Port USB Port

FlexFlash USB Port FlexFlash

USB Port FlexFlash

USB Port FlexFlash eUSB

*384GB w/ 32GB DIMMs 36


CIMC

GE LOM PCIe Adapter

OS or Hypervisor

Nexus 2232

Mgmt Traffic

Data Traffic

Nexus 2232

UCS 6100 or 6200 UCS 6100 or 6200

• Reduce cost of deployment • Scale and performance • Choose from 5 servers • Scale to 160 C-Series per domain

UCS C-Series Integration to UCSM

37


C200 M2 Rack Server

38

2 Socket Intel 55xx and 56xx CPUs


4 3.5” or 8 2.5” Internal HDDs SFF – SAS, SATA and SSD options Battery Backed cache option

Built in Intel ICH10 SW Raid Supports RAID 0, 1, 5 and 10

650W PSUs 2 PCIe slots Height 1RU Integrated CIMC and KVM


UCS C200 M2

39

PSUs VGA, Serial, USB and Management LAN

Internal LAN

DVD Power button, Status LEDs and KVM connector

Internal HDDs


UCS C200 M2

40


IOH!

Slot A!

Slot B !

X8!

X16!

½ Height!½ Length!

Full Height!½ Length!

SLOT A

SLOT B

UCS C200 M2

41


C210 M2 Rack Server

42



16 Internal HDDs SFF – SAS, SATA and SSD options Battery Backed cache option

Built in Intel ICH10 SW Raid Supports RAID 0, 1, 5 and 10



UCS C210 M2

43

PSUs VGA, Serial, USB and Management LAN

Internal LAN


UCS C210 M2

44


UCS C210 M2

45

IOH!

PCIe Switch!

Slot A!

Slot B!

Slot C!

Slot D !

Slot E !

X8!

X8!

x8!

x8!

x8!

x8!

SLOT A

SLOT B

SLOT C

SLOT D

SLOT E




Full Height!Full Length!

Full Height!Full Length!


C220 M3 Rack Server

46



8 or 4 Internal HDDs SFF and 3.5” – SAS, SATA and SSD options Battery Backed cache option

650W PSUs – Platinum Rated 2 PCIe slots Height 1RU Integrated CIMC and KVM


C220 M3

47

PSUs VGA Serial and CIMC interfaces

Integrated 1Gb LOM Intel i350

USB


C220 M3

48


C220 M3

49

CPU!#1!

CPU!#2!

PCIe 3.0 x16 Slot A – Full height, ½ length

PCIe 3.0 x8 Slot B – ½ height, ½ length

PCIe 3.0 x8 RAID Mezz

SLOT A SLOT B


C240 M3 Rack Server

50



24 or 12 Internal HDDs SFF and 3.5” – SAS, SATA and SSD options Battery Backed cache option

650W and 1200W PSUs – Platinum Rated 5 PCIe slots – GPU ready Height 2RU Integrated CIMC and KVM


C240 M3

51

PSUs VGA, Serial, USB and Management LAN Integrated 1Gb LOM

Intel i350


C240 M3

52


C240 M3

53

CPU!#1!

CPU!#2!

PCIe 3.0 x8 Slot C – Full height, ½ Length

PCIe 3.0 x8 Slot D – ½ height, ¾ length

PCIe 3.0 x8 RAID Mezz

PCIe 3.0 x8 Slot A – Full height, ½ Length

PCIe 3.0 x16 Slot B – Full height, ½ Length

PCIe 3.0 x16 Slot E – Full height, ¾ length, GPU ready

SLOT A

SLOT B

SLOT C

SLOT D SLOT E


C250 M2 Rack Server

54






UCS C250 M2

55

PSUs

Internal LAN VGA, Serial and USB Management ports

Hot Pluggable FANs


UCS C250 M2

56


UCS C250 M2

57

IOH!

PCIe Switch!

PCIe Switch!

Slot D!

Slot E!

Slot A!

Slot B !

Slot C !

x16!

x8!

x8!

x16!

x8!

x8!

x8!

Slot A

Slot E

Slot D Slot B

Slot C







C260 M2 Rack Server

58


32 or 64 DIMM slots Maximum memory speed 1066MHz


1200W PSUs Internal Flash Storage 6 PCIe slots Height 2RU Integrated CIMC and KVM


UCS C260 M2

59

Management ports Internal LAN Flex LOM


UCS C260 M2

60


UCS C260 M2

61

CPU!#1!

CPU!#2!

IOH!#1!

IOH!#2!

x16!

x8!

x8!

x8!

x8!

x4!

x16!

Raiser A

Raiser B

Slot A

Slot B

Slot C

Slot D

Flex LOM



½ Height!½ Length!½ Height!½ Length!



SLOT A

SLOT B

SLOT C

SLOT D

FLEX LOM

RAISER A RAISER B


C460 M2 Rack Server

62




850W PSUs Internal Flash Storage 10 PCIe slots Height 4RU Integrated CIMC and KVM


UCS C460 M2

63

Management ports

Internal LAN

Internal 10GbE LAN Base-T and SFP


UCS C460 M2

64


UCS C460 M2

65

IOH!#1!

Slot #9!½ length x8 physical !

Gen1 x4!

Gen2 x16 lanes!CPU!#3!

CPU!#1!

CPU!#2!

CPU!#4!

IOH!#2!

QPI Link

Slot #8!

Slot #6!

Slot #7!

Slot #5!

SAS Riser (occupied)!

Slot #1!

Slot #2!

Slot #3!

Slot #4!

Slot #10!½ length x8 physical!

Slot #1!

Slot #2!

Slot #3!

Slot #4!

Slot #8!¾ length x8 physical!

Slot #6 (Hot Swap)!¾ length x8 physical!


Slot #5!¾ length x16 physical!





ICH 10!(shared)! Gen1 x4!

Gen2 x8 lanes!

Gen2 x8 lanes!

Gen2 x4 lanes!

Gen1 x4 lanes!

Gen2 x8 lanes!

Gen2 x8 lanes!

Gen2 x8 lanes!

Gen2 x4 lanes!

Gen2 x4 lanes!


UCS C460 M2

66

SA

S R

iser

Slo

t #1

Slo

t #2

Slo

t #3

Slo

t #4

Slo

t #5

Slo

t #6

Slo

t #7

Slo

t #8

Slo

t #9

Slo

t #1

0


C200, C210 and C250 Rack Server CPU options

67



C200 C210 C250

N20-‐X00001 2.93GHz Xeon X5570 95W CPU/8MB cache/DDR3 1333MHz 4 6.4 GT/s Nehalem-‐EP X Yes Yes Yes

N20-‐X00002 2.53GHz Xeon E5540 80W CPU/8MB cache/DDR3 1066MHz 4 5.86 GT/s Nehalem-‐EP Yes Yes Yes

N20-‐X00003 2.26GHz Xeon E5520 80W CPU/8MB cache/DDR3 1066MHz 4 5.86 GT/s Nehalem-‐EP Yes Yes No

N20-‐X00004 2.26GHz Xeon L5520 60W CPU/8MB cache/DDR3 1066MHz 4 5.86 GT/s Nehalem-‐EP Yes Yes No

N20-‐X00006 2.66GHz Xeon X5550 95W CPU/8MB cache/DDR3 1333MHz 4 6.4 GT/s Nehalem-‐EP X Yes Yes Yes

N20-‐X00009 2.00GHz Xeon E5504 80W CPU/8MB cache/DDR3 800MHz 4 4.8 GT/s Nehalem-‐EP Yes Yes No

A01-‐X0100 3.33GHz Xeon X5680 130W CPU/12MB cache/DDR3 1333MHz 6 6.4 GT/s Westmere-‐EP X No No Yes

A01-‐X0102 2.93GHz Xeon X5670 95W CPU/12MB cache/DDR3 1333MHz 6 6.4 GT/s Westmere-‐EP X Yes Yes Yes


A01-‐X0106 2.26GHz Xeon L5640 60W CPU/12MB cache/DDR3 1333MHz 6 5.86 GT/s Westmere-‐EP X Yes Yes No

A01-‐X0107 2.13GHz Xeon L5630 40W CPU/12MB cache/DDR3 1066MHz 4 5.86 GT/s Westmere-‐EP Yes Yes No

A01-‐X0108 1.86GHz Xeon L5609 40W CPU/12MB cache/DDR3 1066MHz 4 4.8 GT/s Westmere-‐EP Yes Yes No

A01-‐X0109 2.66GHz Xeon E5640 80W CPU/12MB cache/DDR3 1066MHz 4 5.86 GT/s Westmere-‐EP Yes Yes Yes

A01-‐X0111 2.40GHz Xeon E5620 80W CPU/12MB cache/DDR3 1066MHz 4 5.86 GT/s Westmere-‐EP Yes Yes Yes

A01-‐X0113 2.13GHz Xeon E5506 80W CPU/4MB cache/DDR3 800MHz 4 4.8 GT/s Nehalem-‐EP Yes Yes No

A01-‐X0115 3.46GHz Xeon X5690 130W CPU/12MB cache/DDR3 1333MHz 6 6.4 GT/s Westmere-‐EP X No No Yes


A01-‐X0120 2.53GHz Xeon E5649 80W CPU/12MB cache/DDR3 1333MHz 6 5.86 GT/s Westmere-‐EP x Yes Yes Yes

A01-‐X0123 2.13GHz Xeon E5606 80W CPU/8MB cache/DDR3 1066MHz 4 4.8 GT/s Westmere-‐EP Yes Yes No


C220 and C240 Rack Server CPU Options

68



C220 C240

UCS-CPU-E5-2690 2.90 GHz E5-2690/135W 8C/20MB Cache/DDR3 1600MHz 8 8 GT/s Xeon E5 X Yes Yes

UCS-CPU-E5-2680 2.70 GHz E5-2680 130W 8C/20MB Cache/DDR3 1600MHz 8 8 GT/s Xeon E5 x Yes Yes

UCS-CPU-E5-2665 2.40 GHz E5-2665/115W 8C/20MB Cache/DDR3 1600MHz 8 8 GT/s Xeon E5 x Yes Yes

UCS-CPU-E5-2650 2.00 GHz E5-2650/95W 8C/20MB Cache/DDR3 1600MHz 8 8 GT/s Xeon E5 x Yes Yes

UCS-CPU-E5-2640 2.50 GHz E5-2640/95W 6C/15MB Cache/DDR3 1333MHz 6 6.4 GT/s Xeon E5 Yes Yes

UCS-CPU-E5-2630 2.30 GHz E5-2630/95W 6C/15MB Cache/DDR3 1333MHz 6 4.8 GT/s Xeon E5 Yes Yes

UCS-CPU-E5-2620 2.00 GHz E5-2620/95W 6C/15MB Cache/DDR3 1333MHz 6 Xeon E5 Yes Yes

UCS-CPU-E5-2609 2.4 GHz E5-2609/80W 4C/10MB Cache/DDR3 1066MHz 4 Xeon E5 Yes Yes

UCS-CPU-E5-2643 3.30 GHz E5-2643/130W 4C/10MB Cache/DDR3 1600MHz 4 8 GT/s Xeon E5 X Yes Yes

UCS-CPU-E5-2650L 1.8GHz E5-2650L/70W 8C/20MB Cache/DDR3 1600MHz 8 8 GT/s Xeon E5 X Yes Yes

UCS-CPU-E5-2630L 2.00 GHz E5-2630L/60W 6C/15MB Cache/DDR3 1333MHz 6 Xeon E5 Yes Yes


C260 and C460 Rack Server CPU options

69

PID CPU Cores QPI Speed Architecture B440M1 C260M2 C460M2


Yes No No


Yes No No

A01-‐X0206 1.86GHz Xeon L7555 95W CPU/24MB cache 8 5.8 GT/s Nehalem-‐EX

Yes No No


Yes No No


Yes No No


Yes No No


No No Yes

UCS-‐CPU-‐E74860 2.26 GHZ E7-‐4860 130W 10C CPU / 24M Cache 10 6.4 GT/s Westmere EX

No No Yes

UCS-‐CPU-‐E74850 2 GHz E7-‐4850 130W 10C CPU / 24M Cache 10 6.4 GT/s Westmere EX

No No Yes


No No Yes

UCS-‐CPU-‐E74807 1.86 GHz E7-‐4807 95W 6c CPU / 18m Cache 6 4.8 GT/s Westmere EX

No No Yes


No Yes No


No Yes No

UCS-‐CPU-‐E72850 2 GHz E7-‐2850 130W 10C /24M Cache 10 6.4 GT/s Westmere EX

No Yes No


No Yes No


No Yes No

UCS-‐CPU-‐E78867L 2.13 GHz E7-‐8867L 105W 10C / 30M Cache 10 6.4 GT/s Westmere EX

No Yes Yes

UCS-CPU-E78837 2.67 GHz E7-‐8837 130W 8C / 30M Cache 8 6.4 GT/s Westmere EX No No Yes


Rack Mount RAID Controllers

70

Max # drives SAS or SATA RAID BBC C200 C210 C220 C240 C250 C260 C460

ICH10 4 SATA SW 0 and 1 x x LSI 1064 4 SAS/SATA HW 0 and 1 x x LSI 3081E 8 SAS/SATA HW 0 and 1 x LSI 9240-8i 8 SAS/SATA HW 0, 1, 5, 6, 10, 50 and 60 x LSI 9260-8i 8 SAS/SATA HW 0, 1, 5, 6, 10, 50 and 60 x x x LSI 9261-8i 8 SAS/SATA HW 0, 1, 5, 6, 10, 50 and 60 x x x x LSI 9280-4i4e 4 SAS/SATA HW 0, 1, 5, 6, 10, 50 and 60 x x LSI 2008-8i 8 SAS/SATA HW 0, 1, 5, 10 and 50 X X LSI 9266-8i 8 SAS/SATA HW 0, 1, 5, 6, 10, 50 and 60 x X X









Building Blocks

71


UCS 1280 VIC

72

•  Dual 4x10 Gbps port-channel to a single slot •  Host connectivity PCIe Gen2 x6 •  HW Capable of 256 PCIe devices

•  OS restriction apply •  PCIe virtualization OS independent •  Single OS driver image for both VICs •  FabricFailover supported •  No user configuration required for 4x10Gb port

channel •  Not limited to 10Gig bandwidth per vNIC •  Flows from each vNIC can be load balanced

§  80 Gb I/O connectivity per adapter §  VM-FEX scale to 116 VM

Customer benefits

Feature details


UCS 1240 VIC

73




§  40 Gb I/O connectivity per adapter §  VM-FEX scale to 116 VM

Customer benefits

Feature details


UCS 1240 VIC with Port Expander

74




§  80 Gb I/O connectivity per server §  VM-FEX scale to 116 VM

Customer benefits

Feature details


UCS 2104

UCS M81KR

IOH

CPU CPU

x16 Gen 1

x16 Gen 2

Mezz

Server Blade

Backplane

IO Modules UCS 2104


Blade Chassis

(UCS 6100)

(UCS 2104)

(M81KR)

UCS 2104

UCS M81KR

IOH

UCS 2104

UCS 5100 has 4 passive serial KR lanes to each half width server slot

5108 Chassis Backplane Connections Gen1


`

IOM

IOM

B20

0 M

1/M

2 B

230

M1/

M2

x16 Gen1

All 4 KR lanes go to the single Mezz Slot

Mezz Slot (Only one available on M1/M2

Backplane lanes for M1/M2 Blades


UCS B200 M3

Half width blade form factor

Modular LOM Slot

Connectors to the backplane

1.  mLOM Slot: Supports only the VIC 1240 2.  Mezz Slot: Supports VIC 1280 & 3rd party Gen 3 Mezz cards 3.  M81KR *NOT* supported on the M3 (Romley blades)

Mezzanine Slot


`

IOM

Mezz Slot

IOM

B20

0M3

CPU # 1 CPU # 0

x16 Gen 2

QPI

x16 Gen 2

mLOM Slot

2 KR lanes go to the mLOM slot 2 KR lanes go to the Mezz Slot

Backplane lanes for B200 M3


`

2104

-B

Mezz Slot Not Populated

2104

-A

B20

0M3

CPU # 1 CPU # 0

x16 Gen 2

QPI

x16 Gen 2

mLOM Slot VIC 1240

VIC 1240 has Dual 2x10 10Gb KR ports

BW to half width slot = Dual 10Gb

Only *valid* adapter option with IOM 2104

Sereno ASIC

Port 0 Port 1

2104 I/O Module with VIC 1240


2208 I/O Module

80

2 1 3 4 6 5 7 8

6 5 7 8 22 21 23 24 30 29 31 32 14 13 15 16

•  8 Network Interface Ports •  32 Host Interface Ports

•  (4) 10G KR lanes per slot •  (2) 10G KR lanes to mLOM •  (2) 10G KR lanes to mezzanine adapter


`

2208

-B


2208

-A

B20

0M3

CPU # 1 CPU # 0

x16 Gen 2

QPI

x16 Gen 2

mLOM Slot VIC 1240


BW to half width slot = Dual 2x10Gb

IOM 2208 has 4 KR lanes to each server slot

Sereno ASIC

Port 0 Port 1



`

2208

-B

Mezz Slot Port Expander Card

For 1240

2208

-A

B20

0M3

CPU # 1 CPU # 0

x16 Gen 2

QPI

x16 Gen 2

mLOM Slot VIC 1240

Port Expander for VIC 1240 enables 2 additional ports of Sereno ASIC to each fabric


Full BW of 2nd Gen VIC ASIC exposed

Sereno ASIC

Port 0 Port 1

2208 I/O Module with VIC 1240 & Port Expander


`

2208

-B

Mezz Slot VIC 1280

2208

-A

B20

0M3

CPU # 1 CPU # 0

x16 Gen 2

QPI

x16 Gen 2

mLOM Slot VIC 1240

Unconnected ports of VIC 1280

BW to half width slot = Dual 2x10Gb + Dual 2x10Gb Each ASIC forms its own Ether channel

Adapter level “Redundancy” available with M3 (Romley) blades

VIC1280 is a PCIe device

Sereno ASIC

Port 0 Port 1 Sereno ASIC

Port 0 Port 1

2208 I/O Module with VIC 1240 and VIC 1280


2204 I/O Module

84

2 1 3 4

6 5 7 8 2 1 3 4 14 13 15 16 10 9 11 12

•  4 Network Interface Ports •  16 Host Interface Ports

•  (2) 10G KR lanes per slot •  (1) 10G KR lane to mLOM •  (1) 10G KR lane to mezzanine adapter


`

2204

-B


2204

-A

B20

0M3

CPU # 1 CPU # 0

x16 Gen 2

QPI

x16 Gen 2

mLOM Slot VIC 1240


BW to half width slot = Dual 10Gb

IOM 2204 has 2 KR lanes to each server slot

Most common Gen 2 I/O and M3 (Romley) combinatio

Sereno ASIC

Port 0 Port 1



`

2204

-B

Mezz Slot Port Expander Card

For 1240

2204

-A

B20

0M3

CPU # 1 CPU # 0

x16 Gen 2

QPI

x16 Gen 2

mLOM Slot VIC 1240

Port Expander for VIC 1240 enables 2 additional ports of Sereno ASIC to each fabric but only one is connected to 2204


Port Expander doubles the BW

Sereno ASIC

Port 0 Port 1

2204 I/O Module with VIC 1240 & Port Expander


`

2204

-B

Mezz Slot VIC 1280

2204

-A

B20

0M3

CPU # 1 CPU # 0

x16 Gen 2

QPI

x16 Gen 2

mLOM Slot VIC 1240

Unconnected ports of VIC 1280

BW to half width slot = Dual 10Gb + Dual 10Gb Each ASIC is independent

Adapter level “Redundancy” available with lower BW

VIC1280 is a PCIe device

Sereno ASIC

Port 0 Port 1 Sereno ASIC

Port 0 Port 1

2204 I/O Module with VIC 1240 & VIC 1280









Building Blocks

88


UCS Architectural Goals

89

§  Decouple admin overhead from number of managed endpoints

§  Deepest possible abstraction of hardware and connectivity

§  Reduce server provisioning time

§  Fully programmable platform


•  Embedded device manager for family of UCS components •  Enables stateless computing via Service Profiles •  Efficient scale: Same effort for 1 to N blades •  APIs for integration with new and existing data center infrastructure

Unified Computing System Manager

90


UCS Manager

91

UCS Manager

GUI Custom Portal or Tools

Systems Management Software

CLI

§  Single point of management for UCS system of components

‒ Adapters, blades, chassis, fabric extenders, fabric interconnects

§  Embedded device manager

‒ Discovery, Inventory, Configuration, Monitoring, Diagnostics, Statistics Collection

‒ Coordinated deployment to managed endpoints

§  APIs for integration with new and existing data center infrastructure

‒ SMASH-CLP, IPMI, SNMP

‒ XML-based SDK for commercial & custom implementations


Decouple hardware config from hardware

Server Name UUID Boot Order

Boot Parameters WWN/WWPN MAC Address

SAN Attributes LAN Attributes


Introducing Service Profiles

•  UCS Servers are somewhat similar to VMs •  Configuration files store server characteristics:

‒  Boot parameters

‒  NIC and HBA configuration (MAC, WWN, etc.)

‒  UUID

‒  Various policies (what happens when a link fails, etc.)

•  All those items can be grouped in pools •  Those service profiles are then mapped to

physical servers to very quickly provision one or more appropriate servers PHYSICAL SERVERS

Server Profiles

Server Name UUID MAC WWN Boot info LAN Config SAN Config


Stateless Computing

•  Server identity no longer has to be tied to physical server hardware

Profiles provide identity

Seamless server mobility

Stateless blades

•  Boot over network (LAN or SAN) Boot order and boot devices are part of the

pre-defined logical server profile

On-board disks can be used for temp, swap, etc.

Server Name: LS-A UUID: 56 4d cd 3f 59 5b 61… MAC : 08:00:69:02:01:FC WWN: 5080020000075740 Boot Order: SAN, LAN

SAN LAN

Chassis-1/Blade-1

Chassis-9/Blade-5


Pools •  UUID •  MAC •  WWNN / WWPN

Policies •  Boot Devices/Order •  Host F/W •  QoS •  Local Disk •  …

Templates •  VNIC •  VHBA

Templates •  Service Profile

Service Profile “Web-1”

Service Profile “Web-2”

Service Profile “Web-N” . .

.

Network •  VLANs •  VSANs •  Pin Groups

UCS Logical Building Blocks

95

• Connectivity


How to create Service Profiles

Templated

Manual

Identity

(MAC Address, WWN, Etc.)

Behavior

(Firmware, QoS, Etc.)

Connectivity

(vNICs, vHBAs,)

Configuration Methods Service Profile Physical Blade

Cloned


Concept of resource pools

blade pool policies

qualifications blade pools blades

P1

P3

C1S1

C1S1 C2S3

C3S4

C1S1

C4S8

adapters

memory

storage

adapters

CPU memory

P2


More modularity: service profile policies

Ethernet Adapter Policy Tx- queues Rx – queues CoS

BIOS Policy Quiet boot Hyper-threading VT-technologies

Characteristics: • Consumed at instantiation of

Service Profile (SP) • Linked to specific

components of SP • Are usable through multiple

Organizations • Allow update of policy to

apply to those SPs that consume it


Templates, policies and Service Profiles

Service Profile Template: Web Server

•  UUID: WebUUPool •  Boot Order: WebBootPolicy •  Host Firmware: WebFWPolicy •  SOL: SOLPolicy •  WWNN: WebWWNNPool

Adapter Policy: Eth0 VLAN: Web_FrontEnd Fabric: A MAC: WebMacPool-A

Adapter Policy: fc0 VSAN: Web-A Fabric: A WWPN: WebWWPNPool-A

Service Profile: Prod-Web-S1

Service Profile:Prod-Web-S12

• UUID: 10:02:03:04:05 • Boot Order: VM / SAN

Target 50:00:00:34:FA • Host Firmware: 9.0.03.146 • WWNN: 20:00:00:00:10 • WWPN: 20:00:00:00:20 • MAC: 20:03:CA:00:05

• UUID: 10:02:03:04:F3 • Boot Order: VM / SAN

Target 50:00:00:34:FA • Host Firmware: 9.0.03.146 • WWNN: 20:00:00:00:50 • WWPN: 20:00:00:00:40 • MAC: 20:03:CA:00:FA


UCS Centrale

101

UCS Manager UCS Manager

Data Center 1 UCS Manager UCS Manager

Data Center 2 UCS Manager

Data Center 3

Multi-UCS Manager

• Unifies management of multi UCS domains

•  Leverages UCS Manager technology • Simplify global operations with centralized

inventory, faults, logs, and server consoles

• Delivers global policies, service profiles, ID pools, and templates

•  Foundation for high availability, disaster recovery, and workload mobility

• Model based API for large scale automation


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102 102

unified computing system architecture- clle

Technology

cisco andor

unified ports ports

ports doubl

unified ports chassisupto

fabric interconnectinserts

gb speeds unified ports

expansion slotsto

uplossless ethernet