Intel Embedded Product Selector 2012

(1)

Intel Embedded

Product Selector 2012

(2)

(3)

3 Content

Core™ i7 Range – Desktop

Gulftown ... 4

Sandybridge ... 4

Bloomfield ... 4

Lynnfield ... 4

Core™ i5 Range – Desktop

Lynnfield ... 5

Sandybridge ... 5

Clarkdale ... 5

Core™ i3 Range – Desktop

SandyBridge ... 6

Clarkdale ... 6

Core™ i7 Range – Mobile

Sandy Bridge - Huron River ... 7

Clarksfield - Calpella ... 7

Arrandale - Calpella ... 7

Core™ i5 Range – Mobile

Sandy Bridge - Huron River ... 8

Arrandale - Calpella ... 8

Intel Atom

Cedarview - Mobile ... 9

Pineview - Mobile ... 9

Cedarview - Desktop ... 9

Pineview - Desktop ... 9

Moorestown ... 9

Intel Xeon

Westmere-EX ...10

Nehalem-EX ...11

Dunnington - EX ...11

SandyBridge-EP ...11

Westmere-EP ...12

Nehalem-EP ...12

Wolfdale DP ...12

Intel Xeon – Workstation Grade

SandyBridge-WS-UP ...13

Nehalem-WS-DP ...13

Westmere-WS-UP ...13

Nehalem-WS-UP (EN) ...13

Intel Xeon – Entry Level Products

SandyBridge-DP-EN ...14

SandyBridge-UP-EN ...14

Lynnfield (EN) ...15

Clarkdale-UP (EN) ...15

Yorkfield-UP (EN) ...15

Wolfdale-UP (EN) ...15

Intel Motherboards – Extreme Series ...16

Intel Motherboards – Media Series ...17

Intel Motherboards – Executive Series...18

Intel Motherboards – Essential Series ...19

Solid State Disks (SSD)

520 Series Cherryville ... 20

320 Series Postville Refresh ... 21

310 Series Soda Creek ... 22

311 Series Larsen Creek ... 22

510 Series Elm Crest ... 22

(4)

4 Core™ i7 Range – Desktop

Gulftown

Variant Processor Code Geometry (nm) Core Freq GHz QPI HT Core/Threads Turbo Cache

Core™i7 Extreme i7-990X 32 3.46 Ghz 6.4 GT/s Yes 6/12 Yes 12M

Core™i7 Extreme i7-980X 32 3.33 Ghz 6.4 GT/s Yes 6/12 Yes 12M

Core™i7 i7-980 32 3.33 GHz TBC TBC TBC TBC 12M

Core™i7 i7-970 32 3.20 GHz 4.8 GT/s Yes 6/12 Yes 12M

Sandybridge

Proc # Nm Ghz Turbo Ghz HT Core/Threads Turbo Cache

Core i7™ i7-3960X 32 3.30 GHz 3.9 Yes 6/12 Yes 15M

Core i7™ i7-3930K 32 3.20 GHz 3.8 Yes 6/12 Yes 12M

Core i7™ i7-3820 32 3.60 GHz 3.9 Yes 4/8 Yes 10M

Core i7™ i7-2600S 32 2.80 GHz 3.8 Yes 4/8 Yes 8M

Lynnfield

Bloomfield

Proc # Nm Ghz QPI HT Core/Threads Turbo Cache

Core i7™ i7-960 45 3.20 GHz 4.8 GT/s Yes 4/8 Yes 8M

The Core i7 Range of processors are targeted at the high-end business and consumer market,

where massive performance is required for the most demanding applications. Featuring

core clock frequencies around and beyond 3GHz, and between 8-15M of cache, the i7 family

offers performance where you need it most. With many members of the i7 range offering the

latest QuickPath Interconnect (QPI), your designs will benefit from having your data reach its

destination in the fastest time possible with any Intel processor. Multicore implementations

and HyperThreading functionality are featured in all members of the i7 family, boasting the

ability to process more than one task, per core, simultaneously. The Lynnfield and Bloomfield

architectures deliver their performance on the impressive 45nm geometry, whilst the

Sandybridge and Gulftown variants make use of the smaller, faster 32nm silicon process. For

the most demanding applications, choose the Core i7 Extreme processors. These high end

models will deliver the extra performance needed for the most demanding multithreaded

applications, such as video processing / editing.

To Order Call: 1 800.000.0000

Page 6

Variant Processor_Code ometry Ge-(nm)

Core

Freq GHz QPI HT Threads Core / Turbo Cache Core™i7

Extreme i7-990X 32 3.46Ghz 6.4 GT/s Yes 6/12 Yes 12M Core™i7

Extreme i7-980X 32 3.33Ghz 6.4 GT/s Yes 6/12 Yes 12M Core™i7 i7-980 32 3.33GHz TBC TBC TBC TBC 12M Core™i7 i7-970 32 3.20GHz 4.8 GT/s Yes 6/12 Yes 12M

Gulftown

Core™ i7 Range

Desktop

The Core i7 Range of processors are targeted at the high-end business and

consumer market, where massive performance is required for the most

demanding applications. Featuring core clock frequencies around and

beyond 3GHz, and between 8-15M of cache, the i7 family offers

perform-ance where you need it most. With many members of the i7 range

offer-ing the latest QuickPath Interconnect (QPI), your designs will benefit from

having your data reach its destination in the fastest time possible with any

Intel processor. Multicore implementations and HyperThreading

function-ality are featured in all members of the i7 family, boasting the ability to

process more than one task, per core, simultaneously. The Lynnfield and

Bloomfield architectures deliver their performance on the impressive

45nm geometry, whilst the Sandybridge and Gulftown variants make use

of the smaller, faster 32nm silicon process. For the most demanding

appli-cations, choose the Core i7 Extreme processors. These high end models

will deliver the extra performance needed for the most demanding

multi-threaded applications, such as video processing / editing.

Avnet EM EMEA

Page 31

320 Series Postville Refresh

All products are 25nm, 3 Gb/s, 2.5” form factor

Density Thick‐_ness Pack Product Code Product Description

40GB

9.5mm

5 Pack Reseller Box SSDSA2CT040G3K5 320 Series, 40GB, MLC 2.5", 9.5mm 5 Pack Retail Box SSDSA2CT040G3B5 320 Series, 40GB, MLC 2.5", 9.5mm 10 Pack OEM Box SSDSA2CT040G310 320 Series, 40GB, MLC 2.5", 9.5mm

7.0mm 1 Pack OEM Box SSDSA2BT040G301 320 Series, 40GB, MLC 2.5", 7.0mm

50 Pack OEM Box SSDSA2BT040G3 320 Series, 40GB, MLC 2.5", 7.0mm

80GB

9.5mm

5 Pack Reseller Box SSDSA2CW080G3K5 320 Series, 80GB, MLC 2.5", 9.5mm 5 Pack Retail Box SSDSA2CW080G3B5 320 Series, 80GB, MLC 2.5", 9.5mm 10 Pack OEM Box SSDSA2CW080G310 320 Series, 80GB, MLC 2.5", 9.5mm

7.0mm 1 Pack OEM Box SSDSA2BW080G301 320 Series, 80GB, MLC 2.5", 7.0mm

50 Pack OEM Box SSDSA2BW080G3 320 Series, 80GB, MLC 2.5", 7.0mm

5.0mm 1 Pack OEM Box SSDSA1NW080G301 320 Series, 80GB, MLC 1.8", 5.0mm

120GB

9.5mm

160GB

9.5mm

300GB

9.5mm

600GB

9.5mm

To Order Call: 1 800.000.0000

Page 6

Core

Gulftown

Core™ i7 Range

Desktop

The Core i7 Range of processors are targeted at the high-end business and

consumer market, where massive performance is required for the most

demanding applications. Featuring core clock frequencies around and

beyond 3GHz, and between 8-15M of cache, the i7 family offers

perform-ance where you need it most. With many members of the i7 range

offer-ing the latest QuickPath Interconnect (QPI), your designs will benefit from

having your data reach its destination in the fastest time possible with any

Intel processor. Multicore implementations and HyperThreading

function-ality are featured in all members of the i7 family, boasting the ability to

process more than one task, per core, simultaneously. The Lynnfield and

Bloomfield architectures deliver their performance on the impressive

45nm geometry, whilst the Sandybridge and Gulftown variants make use

of the smaller, faster 32nm silicon process. For the most demanding

appli-cations, choose the Core i7 Extreme processors. These high end models

will deliver the extra performance needed for the most demanding

multi-threaded applications, such as video processing / editing.

Avnet EM EMEA

Page 31

320 Series Postville Refresh

40GB

9.5mm

80GB

9.5mm

120GB

9.5mm

160GB

9.5mm

300GB

9.5mm

600GB

9.5mm

To Order Call: 1 800.000.0000

Page 6

Core

Gulftown

Core™ i7 Range

Desktop

The Core i7 Range of processors are targeted at the high-end business and

consumer market, where massive performance is required for the most

demanding applications. Featuring core clock frequencies around and

beyond 3GHz, and between 8-15M of cache, the i7 family offers

perform-ance where you need it most. With many members of the i7 range

offer-ing the latest QuickPath Interconnect (QPI), your designs will benefit from

having your data reach its destination in the fastest time possible with any

Intel processor. Multicore implementations and HyperThreading

function-ality are featured in all members of the i7 family, boasting the ability to

process more than one task, per core, simultaneously. The Lynnfield and

Bloomfield architectures deliver their performance on the impressive

45nm geometry, whilst the Sandybridge and Gulftown variants make use

of the smaller, faster 32nm silicon process. For the most demanding

appli-cations, choose the Core i7 Extreme processors. These high end models

will deliver the extra performance needed for the most demanding

multi-threaded applications, such as video processing / editing.

Avnet EM EMEA

Page 31

320 Series Postville Refresh

40GB

9.5mm

80GB

9.5mm

120GB

9.5mm

160GB

9.5mm

300GB

9.5mm

600GB

9.5mm

(5)

5 Core™ i5 Range – Desktop

Sandybridge

Core™ i5 i5-2500K 32 3.30 GHz 3.7 No 4/4 Yes 6M

Core™ i5 i5-2500 32 3.30 GHz 3.7 No 4/4 Yes 6M

Core™ i5 i5-2500S 32 2.70 GHz TBC No 4/4 Yes 6M

Core™ i5 i5-2405S 32 2.5 Ghz TBC No 4/4 TBC 6M

Core™ i5 i5-2400S 32 2.5 Ghz 3.3 No 4/4 Yes 6M

Core™ i5 i5-2500T 32 2.30 GHz TBC No 4/4 Yes 6M

Core™ i5 i5-2300 32 2.8 Ghz 3.1 No 4/4 Yes 6M

Core™ i5 i5-2390T 32 2.7 GHz TBC No TBC Yes 3M

Lynnfield

Clarkdale

Proc # Nm Ghz QPI HT Core/Threads Turbo Cache

Core™ i5 i5-680 32 3.60GHz 3.86 Yes 2/4 Yes 4M

Core™ i5 i5-655k 32 3.2GHz 3.46 Yes 2/4 Yes 4M

Core™ i5 i5-661 32 3.33GHZ 3.6 Yes 2/4 Yes 4M

The Core i5 Range of processors are mainstream processors, used in applications where

the highest performance i7 cores are not required. Still featuring impressive multi-gigahertz

core clock frequencies, the i5 range have smaller 4M—8M caches and, in the majority of

cases, offer a cost saving by dispensing with the Hyper-threading functionality which is built

into many of the higher performance cores. Despite this, Core i5 processor cores feature the

same automatic performance “Turbo boost” technology as their bigger brothers, allowing the

cores to increase their core frequency when additional performance is required. The range

of i5 processors feature between 2 and 4 processor cores, and are implemented on either the

45 nm or 32 nm geometry.

To Order Call: 1 800.000.0000

Page 8

Core™ i5 Range

Desktop

Proc # Nm Ghz Turbo Ghz HT Threads Core/ Turbo Cache

Core™ i5 i5-760 45 2.8GHz 3.33 No 4/4 Yes 8M

Lynnfield

The Core i5 Range of processors are mainstream processors, used in

appli-cations where the highest performance i7 cores are not required. Still

fea-turing impressive multi-gigahertz core clock frequencies, the i5 range have

smaller 4M—8M caches and, in the majority of cases, offer a cost saving

by dispensing with the Hyper-threading functionality which is built into

many of the higher performance cores. Despite this, Core i5 processor

cores feature the same automatic performance “Turbo boost” technology

as their bigger brothers, allowing the cores to increase their core frequency

when additional performance is required. The range of i5 processors

fea-ture between 2 and 4 processor cores, and are implemented on either the

45nm or 32nm geometry.

Avnet EM EMEA

Page 29

Solid State Disks (SSD)

Density Pack Product Code Product Description

100GB

1 Pack OEM Box SSDSA2BZ100G301 710 Series, 100GB, MLC 2.5", 7mm 50 Pack OEM Box SSDSA2BZ100G3 710 Series, 100GB, MLC 2.5", 7mm

200GB

300GB

710 Series Lyndonville

All products are 25nm, 3 Gb/s, 2.5” form factor, and 7mm thick

120GB

5 Pack Reseller Box SSDSC2MH120A2K5 510 Series, 120GB, 6Gb/s, MLC 2.5"

250GB

510 Series Elm Crest

All products are 34nm, 6 Gb/s, 2.5” form factor, and 9.5mm thick

To Order Call: 1 800.000.0000

Page 8

Core™ i5 Range

Desktop

Proc # Nm Ghz Turbo Ghz HT Threads Core/ Turbo Cache

Lynnfield

The Core i5 Range of processors are mainstream processors, used in

appli-cations where the highest performance i7 cores are not required. Still

fea-turing impressive multi-gigahertz core clock frequencies, the i5 range have

smaller 4M—8M caches and, in the majority of cases, offer a cost saving

by dispensing with the Hyper-threading functionality which is built into

many of the higher performance cores. Despite this, Core i5 processor

cores feature the same automatic performance “Turbo boost” technology

as their bigger brothers, allowing the cores to increase their core frequency

when additional performance is required. The range of i5 processors

fea-ture between 2 and 4 processor cores, and are implemented on either the

45nm or 32nm geometry.

Avnet EM EMEA

Page 29

Solid State Disks (SSD)

100GB

200GB

300GB

710 Series Lyndonville

All products are 25nm, 3 Gb/s, 2.5” form factor, and 7mm thick

120GB

250GB

510 Series Elm Crest

(6)

6 Core™ i3 Range – Desktop

Sandybridge

Core i3™ i3-2130 32 3.40 GHz N/A Yes 2/4 N/A 3M

Core i3™ i3-2100T 32 2.5 GHz N/A Yes 2/4 N/A 3M

Clarkdale

Proc # Nm Ghz HT Core/Threads Turbo Cache

Core i3™ i3-560 32 3.33 GHz Yes 2/4 No 4M

Where the ultimate in performance is just overkill, the Core i3 Range of processors are just

what’s needed in your design. The i3 range of processors cover the entry level applications,

and offer an ideal balance of performance and cost. Featuring Hyper-threading functionality,

and built on a 32 nm process geometry, the i3 range fits the bill where Turbo Boost technology

is not required. These dual core processor devices allow simple multi-threaded applications

to be delivered, where power and cost constraints are key.

To Order Call: 1 800.000.0000

Page 10

Core™ i3 Range

Desktop

Proc # Nm Ghz Turbo Ghz HT Threads Turbo Core/ Cache Core i3™ i3-2130 32 3.40GHz N/A Yes 2/4 N/A 3M Core i3™ i3-2125 32 3.30GHz N/A Yes 2/4 N/A 3M Core i3™ i3-2120 32 3.30GHz N/A Yes 2/4 N/A 3M Core i3™ i3-2105 32 3.1GHz N/A Yes 2/4 N/A 3M Core i3™ i3-2100 32 3.10GHz N/A Yes 2/4 N/A 3M Core i3™ _{2100T 32}i3- 2.5GHz N/A Yes 2/4 N/A 3M

SandyBridge

Proc # Nm Ghz HT HT Threads Turbo Core/ Cache Core i3™ i3-560 32 3.33GHz Yes Yes 2/4 No 4M Core i3™ i3-550 32 3.20GHz Yes Yes 2/4 No 4M Core i3™ i3-540 32 3.06GHz Yes Yes 2/4 No 4M Core i3™ i3-530 32 2.93GHz Yes Yes 2/4 No 4M

Clarkdale

Where the ultimate in performance is just overkill, the Core i3 Range of

processors are just what’s needed in your design. The i3 range of

proces-sors cover the entry level applications, and offer an ideal balance of

per-formance and cost. Featuring Hyper-threading functionality, and built on

a 32nm process geometry, the i3 range fits the bill where Turbo Boost

technology is not required. These dual core processor devices allow

sim-ple multi-threaded applications to be delivered, where power and cost

con-straints are key.

Avnet EM EMEA

Page 27

Family Product Chipset RAM Support Graphics Vista Ap-proval Andrews Lake

BOXD-B65ALB3 B65 DDR3-1333 Intel® HD Graphics Premium BLKDB65ALB

3 B65 DDR3-1333 Intel® HD Graphics Premium Peter Cove BOXDH55PJ H55 DDR3-1333 1 PCIe 2.0 x16 Premium BLKDH55PJ H55 DDR3-1333 1 PCIe 2.0 x16 Premium Doug Lake

BOXDH61DLB

3 H61 DDR3-1333 Intel® HD Graphics Premium BLKDH61DLB

3 H61 DDR3-1333 Intel® HD Graphics Premium Bear Point

BOXD-H61BEB3 H61 DDR3-1333 1 PCIe 2.0 x16 Premium BLKDH61BEB 3 H61 DDR3-1333 1 PCIe 2.0 x16 Premium Clems Cove BOXDH61CR B3 H61 DDR3-1333 1 PCIe 2.0 x16 Premium BLKDH61CRB 3 H61 DDR3-1333 1 PCIe 2.0 x16 Premium

Zellwood BOXDH61ZE H61 DDR3-1333 1 PCIe 2.0 x16 Premium BLKDH61ZE H61 DDR3-1333 1 PCIe 2.0 x16 Premium Woodworth

BOXDH61WW

B3 H61 DDR3-1333 1 PCIe 2.0 x16 Basic BLKDH61WW

B3 H61 DDR3-1333 1 PCIe 2.0 x16 Basic Scanlon Bay BOXH61SA H61 DDR3-1333 CD CPU Req Basic

BLKH61SA H61 DDR-1333 CD CPU Req Basic

Aneroid Lake BOXDG41AN G41 DDR3-1333 Intel® GMA X4500 Premium BLKDG41AN G41 DDR3-1333 Intel® GMA X4500 Premium

Intel Motherboards

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7 Sandy Bridge - Huron River

Proc # Nm Ghz Turbo Ghz Core/Threads Turbo Cache

Core™i7 Extreme Processor i7-2960XM 32 nm 2.7 Ghz 3.7 Ghz 4/8 Yes 8M

Core™i7 Extreme Processor I7-2920XM 32 nm 2.5 Ghz 3.5Ghz 4/8 Yes 8M

Core™ i7 Processor i7-2860QM 32 nm 2.5 Ghz 3.6 Ghz 4/8 Yes 8M

Core™ i7 Processor I7-2820QM 32 nm 2.30 Ghz 3.4 Ghz 4/8 Yes 8M

Core™ i7 Processor i7-2760QM 32 nm 2.4 Ghz 3.7 Ghz 4/8 Yes 6M

Core™ i7 Processor I7-2720QM 32 nm 2.20 Ghz 3.3 Ghz 4/8 Yes 6M

Core™ i7 Processor i7-2640M 32 nm 2.8 Ghz 3.5 Ghz 4/8 Yes 4M

Clarksfield - Calpella

Proc # Nm Ghz T.Ghz Core/Threads Turbo Cache

Core™i7 Extreme Processor i7-940XM 45 2.13 3.2 4/8 Yes 8M

Core™i7 Extreme Processor i7-920XM 45 2.00 3.2 4/8 Yes 8M

Core™ i7 Processor i7-840QM 45 1.86 3.2 4/8 Yes 8M

Arrandale - Calpella

Core™ i7 Processor i7-640M 32 2.8 3.36 2/4 Yes 4M

Core™ i7 Processor i7-620M 32 2.66 3.33 2/4 Yes 4M

Where lower power designs require high performance computing, then the i7 mobile range

of processors step in. Based upon their higher performance desktop siblings, the i7 mobile

range of products deliver high performance for mobile devices. As with the desktop versions,

these processors feature performance enhancing technology such as Turbo Boost.

Core™ i7 Range – Mobile

To Order Call: 1 800.000.0000

Page 12

Core™ i7 Range

Mobile

Where lower power designs require high performance computing, then the

i7 mobile range of processors step in. Based upon their higher

perform-ance desktop siblings, the i7 mobile range of products deliver high

per-formance for mobile devices. As with the desktop versions, these

proces-sors feature performance enhancing technology such as Turbo Boost.

Proc # Nm Ghz T.Ghz Core/Threads Turbo Cache Core™i7 Extreme

Processor i7-2960XM 32nm 2.7 Ghz 3.7 Ghz 4/8 Yes 8M

Core™i7 Extreme

Processor I7-2920XM 32nm 2.5 Ghz 3.5 Ghz 4/8 Yes 8M

Core™ i7 Processor i7-2860QM 32nm 2.5 Ghz 3.6 Ghz 4/8 Yes 8M

Core™ i7 Processor I7-2820QM 32nm 2.30 Ghz 3.4 Ghz 4/8 Yes 8M

Core™ i7 Processor i7-2640M 32nm 2.8 Ghz 3.5 Ghz 2/4 Yes 4M

Sandy Bridge - Huron River

Avnet EM EMEA

Page 25

Intel Motherboards

Media Series

Family Product Chipset RAM Support Graphics Vista Ap-proval

Zanesville BOXDZ68ZV Z68 DDR3-1600+ PCIe 2.0 x16 or Dual x8 Premium BLKDZ68ZV Z68 DDR3-1600+ PCIe 2.0 x16 or Dual x8 Premium Dunes Beach BOXDZ68DB Z68 DDR3-1333 PCIe 2.0 x16 Premium BLKDZ68DB Z68 DDR3-1333 PCIe 2.0 x16 Premium

Ash Flat BOXDZ68AF Z68 DDR3-1333 PCIe 2.0 x16 Premium BLKDZ68AF Z68 DDR3-1333 PCIe 2.0 x16 Premium

Pine Flat BOXDZ68PL Z68 DDR3-1333 PCIe 2.0 x16 Premium BLKDZ68PL Z68 DDR3-1333 PCIe 2.0 x16 Premium

Buffalo Flat BOXDP67BAB3 P67 DDR3-1333 PCIe 2.0 x16 Premium BLKDP67BAB3 P67 DDR3-1333 PCIe 2.0 x16 Premium

Deer Flat BOXDP67DEB3 P67 DDR3-1333 PCIe 2.0 x16 Premium BLKDP67DEB3 P67 DDR3-1333 PCIe 2.0 x16 Premium

Clear Fork BOXDH67CFB3 H67 DDR3-1333 Intel® HD Graphics Premium BLKDH67CFB3 H67 DDR3-1333 Intel® HD Graphics Premium

Gardendale BOXDH67GDB3 H67 DDR3-1333 Intel® HD Graphics Premium BLKDH67GDB3 H67 DDR3-1333 Intel® HD Graphics Premium

Cold Lake BOXDH67CLB3 H67 DDR3-1333 Intel® HD Graphics Premium BLKDH67CLB3 H67 DDR3-1333 Intel® HD Graphics Premium

Bearup Lake BOXDH67BLB3 H67 DDR3-1333 Intel® HD Graphics Premium BLKDH67BLB3 H67 DDR3-1333 Intel® HD Graphics Premium

Cove Ridge BOXDH67VR H67 DDR3 1333/1066 On CPU Premium BLKDH67VR H67 DDR3 1333/1066 On CPU Premium

Apple Glen BOXDH61AG H61 DDR3-1333 Intel® HD Graphics Premium BLKDH61AG H61 DDR3-1333 Intel® HD Graphics Premium

Jet Geyser BOXDH57JG H57 DDR3-1333 Intel® HD Graphics Premium BLKDH57JG H57 DDR3-1333 Intel® HD Graphics Premium

Hunter Cave BOXDH55HC H55 DDR3-1333 1 PCIe 2.0 x16 Premium BLKDH55HC H55 DDR3-1333 1 PCIe 2.0 x16 Premium

Tom Cove BOXDH55TC H55 DDR3-1333 1 PCIe 2.0 x16 Premium BLKDH55TC H55 DDR3-1333 1 PCIe 2.0 x16 Premium

To Order Call: 1 800.000.0000

Page 12

Core™ i7 Range

Mobile

Where lower power designs require high performance computing, then the

i7 mobile range of processors step in. Based upon their higher

perform-ance desktop siblings, the i7 mobile range of products deliver high

per-formance for mobile devices. As with the desktop versions, these

proces-sors feature performance enhancing technology such as Turbo Boost.

Sandy Bridge - Huron River

Avnet EM EMEA

Page 25

Intel Motherboards

Media Series

Zanesville BOXDZ68ZV Z68 DDR3-1600+ PCIe 2.0 x16 or Dual x8 Premium BLKDZ68ZV Z68 DDR3-1600+ PCIe 2.0 x16 or Dual x8 Premium

Dunes Beach BOXDZ68DB Z68 DDR3-1333 PCIe 2.0 x16 Premium BLKDZ68DB Z68 DDR3-1333 PCIe 2.0 x16 Premium

Ash Flat BOXDZ68AF Z68 DDR3-1333 PCIe 2.0 x16 Premium BLKDZ68AF Z68 DDR3-1333 PCIe 2.0 x16 Premium Pine Flat BOXDZ68PL Z68 DDR3-1333 PCIe 2.0 x16 Premium BLKDZ68PL Z68 DDR3-1333 PCIe 2.0 x16 Premium

Hunter Cave BOXDH55HC H55 DDR3-1333 1 PCIe 2.0 x16 Premium BLKDH55HC H55 DDR3-1333 1 PCIe 2.0 x16 Premium

Tom Cove BOXDH55TC H55 DDR3-1333 1 PCIe 2.0 x16 Premium BLKDH55TC H55 DDR3-1333 1 PCIe 2.0 x16 Premium

To Order Call: 1 800.000.0000

Page 12

Core™ i7 Range

Mobile

Where lower power designs require high performance computing, then the

i7 mobile range of processors step in. Based upon their higher

perform-ance desktop siblings, the i7 mobile range of products deliver high

per-formance for mobile devices. As with the desktop versions, these

proces-sors feature performance enhancing technology such as Turbo Boost.

Sandy Bridge - Huron River

Avnet EM EMEA

Page 25

Intel Motherboards

Media Series

Zanesville BOXDZ68ZV Z68 DDR3-1600+ PCIe 2.0 x16 or Dual x8 Premium BLKDZ68ZV Z68 DDR3-1600+ PCIe 2.0 x16 or Dual x8 Premium

Dunes Beach BOXDZ68DB Z68 DDR3-1333 PCIe 2.0 x16 Premium BLKDZ68DB Z68 DDR3-1333 PCIe 2.0 x16 Premium

Ash Flat BOXDZ68AF Z68 DDR3-1333 PCIe 2.0 x16 Premium BLKDZ68AF Z68 DDR3-1333 PCIe 2.0 x16 Premium

Pine Flat BOXDZ68PL Z68 DDR3-1333 PCIe 2.0 x16 Premium BLKDZ68PL Z68 DDR3-1333 PCIe 2.0 x16 Premium

Hunter Cave BOXDH55HC H55 DDR3-1333 1 PCIe 2.0 x16 Premium BLKDH55HC H55 DDR3-1333 1 PCIe 2.0 x16 Premium Tom Cove BOXDH55TC H55 DDR3-1333 1 PCIe 2.0 x16 Premium BLKDH55TC H55 DDR3-1333 1 PCIe 2.0 x16 Premium

(8)

8 Core™ i5 Range – Mobile

Sandy Bridge - Huron River

Arrandale - Calpella

Proc # Nm Ghz Turbo Ghz Core/Threads Turbo Cache

These lower power mobile versions of the Core i5 processors offer designers the same

mainstream performance and features as are available in teh desktop versions. Offering twin

core implementations, these processors are all implemented on Intel’s proven 32nm process.

To Order Call: 1 800.000.0000

Page 14

Core™ i5 Range

Mobile

These lower power mobile versions of the Core i5 processors offer designers

the same mainstream performance and features as are available in teh desktop

versions. Offering twin core implementations, these processors are all

imple-mented on Intel’s proven 32nm process.

Proc # Nm Ghz T.Ghz Threads Turbo Cache Core/ Core™ i5 Processor i5-2540M 32nm 2.6 Ghz 3.3 Ghz 2/4 Yes 3M Core™ i5 Processor i5-2520M 32nm 2.5 Ghz 3.2 Ghz 2/4 Yes 3M

Sandy Bridge - Huron River

Proc # Nm Ghz T.Ghz Threads Core/ Turbo Cache Core™ i5 Processor i5-580M 32nm 2.66 Ghz 3.33 Ghz 2/4 Yes 3M Core™ i5 Processor i5-560M 32nm 2.66 Ghz 3.2 Ghz 2/4 Yes 3M Core™ i5 Processor i5-540M 32nm 2.53 Ghz 3.06 Ghz 2/4 Yes 3M Core™ i5 Processor i5-540M 32nm 2.53 Ghz 3.066 Ghz 2/4 Yes 3M Core™ i5 Processor i5-520M 32nm 2.40 Ghz 2.933 Ghz 2/4 Yes 3M Core™ i5 Processor i5-520M 32nm 2.40 Ghz 2.933 Ghz 2/4 Yes 3M

Arrandale - Calpella

Avnet EM EMEA

Page 23

Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® UP QC X3480 3.07 8 1333 95 45nm LGA 1156 Xeon® UP QC X3470 2.93 8 1333 95 45nm LGA 1156 Xeon® UP QC X3460 2.80 8 1333 95 45nm LGA 1156 Xeon® UP QC X3450 2.66 8 1333 95 45nm LGA 1156 Xeon® UP QC X3440 2.53 8 1333 95 45nm LGA 1156 Xeon® UP QC X3430 2.40 8 1333 95 45nm LGA 1156 Xeon® UP QC L3426 1.86 8 1333 45 45nm LGA 1156

Lynnfield (EN)

Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® UP QC L3406 2.26 4 1066 30 45nm LGA 1156 Xeon® UP QC L3403 2.00 4 1066 30 45nm LGA 1156

Yorkfield-UP (EN)

Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® UP QC X3330 2.66 6 1333 95 45nm LGA 775

Wolfdale-UP (EN)

Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® UP DC E3120 3.16 6 1333 65 45nm LGA 775 Xeon® UP DC E3110 3.00 6 1333 65 45nm LGA 775

Clarkdale-UP (EN)

To Order Call: 1 800.000.0000

Page 14

Core™ i5 Range

Mobile

These lower power mobile versions of the Core i5 processors offer designers

the same mainstream performance and features as are available in teh desktop

versions. Offering twin core implementations, these processors are all

imple-mented on Intel’s proven 32nm process.

Proc # Nm Ghz T.Ghz Threads Turbo Cache Core/ Core™ i5 Processor i5-2540M 32nm 2.6 Ghz 3.3 Ghz 2/4 Yes 3M Core™ i5 Processor i5-2520M 32nm 2.5 Ghz 3.2 Ghz 2/4 Yes 3M

Sandy Bridge - Huron River

Proc # Nm Ghz T.Ghz Threads Core/ Turbo Cache Core™ i5 Processor i5-580M 32nm 2.66 Ghz 3.33 Ghz 2/4 Yes 3M Core™ i5 Processor i5-560M 32nm 2.66 Ghz 3.2 Ghz 2/4 Yes 3M Core™ i5 Processor i5-540M 32nm 2.53 Ghz 3.06 Ghz 2/4 Yes 3M Core™ i5 Processor i5-540M 32nm 2.53 Ghz 3.066 Ghz 2/4 Yes 3M Core™ i5 Processor i5-520M 32nm 2.40 Ghz 2.933 Ghz 2/4 Yes 3M Core™ i5 Processor i5-520M 32nm 2.40 Ghz 2.933 Ghz 2/4 Yes 3M

Arrandale - Calpella

Avnet EM EMEA

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Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® UP QC X3480 3.07 8 1333 95 45nm LGA 1156 Xeon® UP QC X3470 2.93 8 1333 95 45nm LGA 1156 Xeon® UP QC X3460 2.80 8 1333 95 45nm LGA 1156 Xeon® UP QC X3450 2.66 8 1333 95 45nm LGA 1156 Xeon® UP QC X3440 2.53 8 1333 95 45nm LGA 1156 Xeon® UP QC X3430 2.40 8 1333 95 45nm LGA 1156 Xeon® UP QC L3426 1.86 8 1333 45 45nm LGA 1156

Lynnfield (EN)

Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® UP QC L3406 2.26 4 1066 30 45nm LGA 1156 Xeon® UP QC L3403 2.00 4 1066 30 45nm LGA 1156

Yorkfield-UP (EN)

Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® UP QC X3330 2.66 6 1333 95 45nm LGA 775

Wolfdale-UP (EN)

Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® UP DC E3120 3.16 6 1333 65 45nm LGA 775 Xeon® UP DC E3110 3.00 6 1333 65 45nm LGA 775

(9)

9 Cedarview – Mobile

Proc # Nm Ghz QPI Core/Threads Turbo Cache

Pineview – Mobile

Cedarview – Desktop

Pineview – Desktop

Based on the Bonnell architecture, the Atom series of processors are aimed at very low power

applications, in many cases covering the applications where battery power and portability are

key. Three variants of the family exist; aimed at mobile, desktop, and mobile internet devices.

Intel Atom

Moorestown

(10)

10 Intel Xeon

Westmere-EX

Proc # Freq (Ghz) Cache (M) QPI (GT/s) FSB (MHz) TDP (W) Nm Tech Socket

Xeon®_{MP 10C} _E7-8870 _2.40 ₃₀ _6.4 ₁₃₀ _32nm _{LGA 1567}

Xeon®_{MP 10C} _E7-8867L _2.13 ₃₀ _6.4 ₁₀₅ _32nm _{LGA 1567}

Xeon®_{MP 10C} _E7-8860 _2.26 ₂₄ _6.4 ₁₃₀ _32nm _{LGA 1567}

Xeon®_{MP 10C} _E7-8850 _2.00 ₂₄ _6.4 ₁₃₀ _32nm _{LGA 1567}

Xeon®_{MP 8C} _E7-8837 _2.66 ₂₄ _6.4 ₁₃₀ _32nm _{LGA 1567}

Xeon®_{MP 8C} _E7-8830 _2.13 ₂₄ _6.4 ₁₀₅ _32nm _{LGA 1567}

Xeon®_{MP 10C} _E7-4870 _2.40 ₃₀ _6.4 ₁₃₀ _32nm _{LGA 1567}

Xeon®_{MP 10C} _E7-4860 _2.26 ₂₄ _6.4 ₁₃₀ _32nm _{LGA 1567}

Xeon®_{MP 10C} _E7-4850 _2.00 ₂₄ _6.4 ₁₃₀ _32nm _{LGA 1567}

Xeon®_{MP 8C} _E7-4830 _2.13 ₂₄ _6.4 ₁₀₅ _32nm _{LGA 1567}

Xeon®_{MP 8C} _E7-4820 _2.00 ₁₈ _5.86 ₁₀₅ _32nm _{LGA 1567}

Xeon®_{MP 6C} _E7-4807 _1.86 ₁₈ _4.8 ₉₅ _32nm _{LGA 1567}

Xeon®_{MP 10C} _E7-2870 _2.40 ₃₀ _6.4 ₁₃₀ _32nm _{LGA 1567}

Xeon®_{MP 10C} _E7-2860 _2.26 ₂₄ _6.4 ₁₃₀ _32nm _{LGA 1567}

Xeon®_{MP 10C} _E7-2850 _2.00 ₂₄ _6.4 ₁₃₀ _32nm _{LGA 1567}

Xeon®_{MP 8C} _E7-2830 _2.13 ₂₄ _6.4 ₁₀₅ _32nm _{LGA 1567}

Xeon®_{MP 8C} _E7-2820 _2.00 ₁₈ _5.89 ₁₀₅ _32nm _{LGA 1567}

Xeon®_{MP 6C} _E7-2803 _1.73 ₁₈ _4.8 ₁₀₅ _32nm _{LGA 1567}

Intel Xeon processors are designed to be the perfect fit for either your desktop or server

application. For design where power is a key consideration, the “EP” Efficient Performance

processor can be used to meet your requirements.

To Order Call: 1 800.000.0000

Page 20

Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® DP QC X5570 2.93 8 6.4 95 45nm LGA 1366 Xeon® DP QC X5560 2.80 8 6.4 95 45nm LGA 1366 Xeon® DP QC X5550 2.67 8 6.4 95 45nm LGA 1366 Xeon® DP QC E5540 2.53 8 5.866 80 45nm LGA 1366 Xeon® DP QC E5530 2.40 8 5.866 80 45nm LGA 1366 Xeon® DP QC E5520 2.27 8 5.866 80 45nm LGA 1366 Xeon® DP QC E5507 2.26 4 4.8 80 45nm LGA 1366 Xeon® DP QC E5506 2.13 4 4.8 80 45nm LGA 1366 Xeon® DP QC E5504 2.00 4 4.8 80 45nm LGA 1366 Xeon® DP DC E5503 2.00 4 4.8 80 45nm LGA 1366 Xeon® DP DC E5502 1.87 4 4.8 80 45nm LGA 1366 Xeon® DP QC L5530 2.40 8 5.866 60 45nm LGA 1366 Xeon® DP QC L5520 2.27 8 5.866 60 45nm LGA 1366 Xeon® DP QC L5518 2.13 8 5.866 60 45nm LGA 1366 Xeon® DP QC LV L5506 2.13 4 4.8 60 45nm LGA 1366

Nehalem-EP

Intel Xeon

(Continued)

Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® DP DC LV L5248 3.00 6 1333 55 45nm LGA 771

Wolfdale DP

Avnet EM EMEA

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Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® MP 10C E7-8870 2.40 30 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-8867L 2.13 30 6.4 105 32nm LGA 1567 Xeon® MP 10C E7-8860 2.26 24 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-8850 2.00 24 6.4 130 32nm LGA 1567 Xeon® MP 8C E7-8837 2.66 24 6.4 130 32nm LGA 1567 Xeon® MP 8C E7-8830 2.13 24 6.4 105 32nm LGA 1567 Xeon® MP 10C E7-4870 2.40 30 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-4860 2.26 24 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-4850 2.00 24 6.4 130 32nm LGA 1567 Xeon® MP 8C E7-4830 2.13 24 6.4 105 32nm LGA 1567 Xeon® MP 8C E7-4820 2.00 18 5.86 105 32nm LGA 1567 Xeon® MP 6C E7-4807 1.86 18 4.8 95 32nm LGA 1567 Xeon® MP 10C E7-2870 2.40 30 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-2860 2.26 24 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-2850 2.00 24 6.4 130 32nm LGA 1567 Xeon® MP 8C E7-2830 2.13 24 6.4 105 32nm LGA 1567 Xeon® MP 8C E7-2820 2.00 18 5.86 105 32nm LGA 1567 Xeon® MP 6C E7-2803 1.73 18 4.8 105 32nm LGA 1567

Westmere-EX

Intel Xeon

Intel Xeon processors are designed to be the perfect fit for either your desktop

or server application. For design where power is a key consideration, the “EP”

Efficient Performance processor can be used to meet your requirements.

To Order Call: 1 800.000.0000

Page 20

Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® DP QC X5570 2.93 8 6.4 95 45nm LGA 1366 Xeon® DP QC X5560 2.80 8 6.4 95 45nm LGA 1366 Xeon® DP QC X5550 2.67 8 6.4 95 45nm LGA 1366 Xeon® DP QC E5540 2.53 8 5.866 80 45nm LGA 1366 Xeon® DP QC E5530 2.40 8 5.866 80 45nm LGA 1366 Xeon® DP QC E5520 2.27 8 5.866 80 45nm LGA 1366 Xeon® DP QC E5507 2.26 4 4.8 80 45nm LGA 1366 Xeon® DP QC E5506 2.13 4 4.8 80 45nm LGA 1366 Xeon® DP QC E5504 2.00 4 4.8 80 45nm LGA 1366 Xeon® DP DC E5503 2.00 4 4.8 80 45nm LGA 1366 Xeon® DP DC E5502 1.87 4 4.8 80 45nm LGA 1366 Xeon® DP QC L5530 2.40 8 5.866 60 45nm LGA 1366 Xeon® DP QC L5520 2.27 8 5.866 60 45nm LGA 1366 Xeon® DP QC L5518 2.13 8 5.866 60 45nm LGA 1366 Xeon® DP QC LV L5506 2.13 4 4.8 60 45nm LGA 1366

Nehalem-EP

Intel Xeon

(Continued)

Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® DP DC LV L5248 3.00 6 1333 55 45nm LGA 771

Wolfdale DP

Avnet EM EMEA

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Proc # _(Ghz)Freq Cache_(M) _(GT/s)QPI _{(MHz) TDP (W) Nm Tech}FSB Socket Xeon® MP 10C E7-8870 2.40 30 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-8867L 2.13 30 6.4 105 32nm LGA 1567 Xeon® MP 10C E7-8860 2.26 24 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-8850 2.00 24 6.4 130 32nm LGA 1567 Xeon® MP 8C E7-8837 2.66 24 6.4 130 32nm LGA 1567 Xeon® MP 8C E7-8830 2.13 24 6.4 105 32nm LGA 1567 Xeon® MP 10C E7-4870 2.40 30 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-4860 2.26 24 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-4850 2.00 24 6.4 130 32nm LGA 1567 Xeon® MP 8C E7-4830 2.13 24 6.4 105 32nm LGA 1567 Xeon® MP 8C E7-4820 2.00 18 5.86 105 32nm LGA 1567 Xeon® MP 6C E7-4807 1.86 18 4.8 95 32nm LGA 1567 Xeon® MP 10C E7-2870 2.40 30 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-2860 2.26 24 6.4 130 32nm LGA 1567 Xeon® MP 10C E7-2850 2.00 24 6.4 130 32nm LGA 1567 Xeon® MP 8C E7-2830 2.13 24 6.4 105 32nm LGA 1567 Xeon® MP 8C E7-2820 2.00 18 5.86 105 32nm LGA 1567 Xeon® MP 6C E7-2803 1.73 18 4.8 105 32nm LGA 1567

Westmere-EX

Intel Xeon

Intel Xeon processors are designed to be the perfect fit for either your desktop

or server application. For design where power is a key consideration, the “EP”

Efficient Performance processor can be used to meet your requirements.

(11)

11 Intel Xeon

Nehalem-EX

Xeon®_{MP 8C} _X7560 _2.26 ₂₄ _6.4 ₁₃₀ _45nm _{LGA 1567}

Xeon®_{MP 8C} _X7550 _2.00 ₁₈ _6.4 ₁₃₀ _45nm _{LGA 1567}

Xeon®_{MP 6C} _X7542 _2.66 ₁₂ _5.86 ₁₃₀ _45nm _{LGA 1567}

Xeon®_{MP 6C} _E7540 _2.00 ₁₈ _6.4 ₁₀₅ _45nm _{LGA 1567}

Xeon®_{MP 6C} _E7530 _1.86 ₁₂ _5.86 ₁₀₅ _45nm _{LGA 1567}

Xeon®_{MP QC} _E7520 _1.86 ₁₈ _4.8 ₉₅ _45nm _{LGA 1567}

Xeon®_{MP 8C} _L7555 _1.86 ₂₄ _5.86 ₉₅ _45nm _{LGA 1567}

Xeon®_{MP 6C} _L7545 _1.86 ₁₈ _5.86 ₉₅ _45nm _{LGA 1567}

Xeon®_{MP 8C} _X6550 _2.00 ₁₈ _6.4 ₁₃₀ _45nm _{LGA 1567}

Xeon®_{MP 6C} _E6540 _2.00 ₁₂ _5.86 ₁₀₅ _45nm _{LGA 1567}

Xeon®_{MP QC} _E6510 _1.73 ₁₈ _4:8 ₁₀₅ _45nm _{LGA 1567}

Dunnington - EX

Xeon®_{MP 6C} _X7460 _2.66 ₁₆ ₁₀₆₆ ₁₃₀ _45nm _{PGA 604}

Xeon®_{MP 6C} _E7450 _2.40 ₁₂ ₁₀₆₆ ₉₀ _45nm _{PGA 604}

Xeon®_{MP QC} _E7440 _2.40 ₁₆ ₁₀₆₆ ₉₀ _45nm _{PGA 604}

Xeon®_{MP QC} _E7430 _2.13 ₁₂ ₁₀₆₆ ₉₀ _45nm _{PGA 604}

Xeon®_{MP QC} _E7420 _2.13 ₈ ₁₀₆₆ ₉₀ _45nm _{PGA 604}

Xeon®_{MP 6C} _L7455 _2.13 ₁₂ ₁₀₆₆ ₉₀ _45nm _{PGA 604}

Xeon®_{MP QC} _L7445 _2.13 ₁₂ ₁₀₆₆ ₉₀ _45nm _{PGA 604}

SandyBridge-EP

Xeon®_{DP 8C} _E5-2690 _2.90 ₂₀ ₈ ₁₃₅ _32nm _LGA2011

Xeon®_{DP 8C} _E5-2680 _2.70 ₂₀ ₈ ₁₃₀ _32nm _LGA2011

Xeon®_{DP 8C} _E5-2670 _2.60 ₂₀ ₈ ₁₁₅ _32nm _LGA2011

Xeon®_{DP 8C} _E5-2665 _2.40 ₂₀ ₈ ₁₁₅ _32nm _LGA2011

Xeon®_{DP 8C} _E5-2660 _2.20 ₂₀ ₈ ₉₅ _32nm _LGA2011

Xeon®_{DP 8C} _E5-2650 _2.00 ₂₀ ₈ ₉₅ _32nm _LGA2011

Xeon®_{DP 6C} _E5-2640 _2.50 ₁₅ _7.2 ₉₅ _32nm _LGA2011

Xeon®_{DP 6C} _E5-2630 _2.30 ₁₅ _7.2 ₉₅ _32nm _LGA2011

Xeon®_{DP 6C} _E5-2620 _2.00 ₁₅ _7.2 ₉₅ _32nm _LGA2011

Xeon®_{DP 4C} _E5-2609 _2.40 ₁₀ _6.4 _TBD _32nm _LGA2011

Xeon®_{DP 4C} _E5-2603 _1.80 ₁₀ _6.4 _TBD _32nm _LGA2011

Xeon®_{DP 8C} _E5-2687W _3.10 ₂₀ ₈ ₁₅₀ _32nm _LGA2011

Xeon®_{DP 6C} _E5-2667 _2.90 ₁₅ ₈ ₁₃₀ _32nm _LGA2011

Xeon®_{DP 4C} _E5-2643 _3.30 ₁₀ ₈ _TBD _32nm _LGA2011

Xeon®_{DP 2C} _E5-2637 _3.00 ₅ ₈ _TBD _32nm _LGA2011

Xeon®_{DP 8C} _E5-2650L _1.80 ₂₀ ₈ ₇₀ _32nm _LGA2011

(12)

12 Intel Xeon

Nehalem-EP

Xeon®_{DP QC} _X5570 _2.93 ₈ _6.4 ₉₅ _45nm _{LGA 1366}

Xeon®_{DP QC} _X5560 _2.80 ₈ _6.4 ₉₅ _45nm _{LGA 1366}

Xeon®_{DP QC} _X5550 _2.67 ₈ _6.4 ₉₅ _45nm _{LGA 1366}

Xeon®_{DP QC} _E5540 _2.53 ₈ _5.866 ₈₀ _45nm _{LGA 1366}

Xeon®_{DP QC} _E5530 _2.40 ₈ _5.866 ₈₀ _45nm _{LGA 1366}

Xeon®_{DP QC} _E5520 _2.27 ₈ _5.866 ₈₀ _45nm _{LGA 1366}

Xeon®_{DP QC} _E5507 _2.26 ₄ _4.8 ₈₀ _45nm _{LGA 1366}

Xeon®_{DP QC} _E5506 _2.13 ₄ _4.8 ₈₀ _45nm _{LGA 1366}

Xeon®_{DP QC} _E5504 _2.00 ₄ _4.8 ₈₀ _45nm _{LGA 1366}

Xeon®_{DP DC} _E5503 _2.00 ₄ _4.8 ₈₀ _45nm _{LGA 1366}

Xeon®_{DP DC} _E5502 _1.87 ₄ _4.8 ₈₀ _45nm _{LGA 1366}

Xeon®_{DP QC} _L5530 _2.40 ₈ _5.866 ₆₀ _45nm _{LGA 1366}

Xeon®_{DP QC} _L5520 _2.27 ₈ _5.866 ₆₀ _45nm _{LGA 1366}

Xeon®_{DP QC} _L5518 _2.13 ₈ _5.866 ₆₀ _45nm _{LGA 1366}

Xeon®_{DP QC LV} _L5506 _2.13 ₄ _4.8 ₆₀ _45nm _{LGA 1366}

Wolfdale DP

Xeon®_{DP DC LV} _L5248 _3.00 ₆ ₁₃₃₃ ₅₅ _45nm _{LGA 771}

Westmere-EP

Xeon®_{DP DC} _X5698 _4.40 ₁₂ _6.4 ₁₃₀ _32nm _{LGA 1366} Xeon®_{DP 6C} _X5690 _3.46 ₁₂ _6.4 ₁₃₀ _32nm _{LGA 1366} Xeon®_{DP 4C} _X5687 _3.60 ₁₂ _6.4 ₁₃₀ _32nm _{LGA 1366} Xeon®_{DP 6C} _X5680 _3.33 ₁₂ _6.4 ₁₃₀ _32nm _{LGA 1366} Xeon®_{DP 4C} _X5677 _3.46 ₁₂ _6.4 ₁₃₀ _32nm _{LGA 1366} Xeon®_{DP 6C} _X5675 _3.06 ₁₂ _6.4 ₉₅ _32nm _{LGA 1366} Xeon®_{DP 4C} _X5672 _3.20 ₁₂ _6.4 ₉₅ _32nm _{LGA 1366} Xeon®_{DP 6C} _X5670 _2.93 ₁₂ _6.4 ₉₅ _32nm _{LGA 1366} Xeon®_{DP 4C} _X5667 _3.06 ₁₂ _6.4 ₉₅ _32nm _{LGA 1366} Xeon®_{DP 6C} _X5660 _2.80 ₁₂ _6.4 ₉₅ _32nm _{LGA 1366} Xeon®_{DP 6C} _X5650 _2.66 ₁₂ _6.4 ₉₅ _32nm _{LGA 1366} Xeon®_{DP 4C} _X5647 _2.93 ₁₂ _5.86 ₁₃₀ _32nm _{LGA 1366}

Xeon®_{DP 6C} _E5649 _2.53 ₁₂ _5.86 ₈₀ _32nm _{LGA 1366}

Xeon®_{DP 6C} _E5645 _2.40 ₁₂ _5.86 ₈₀ _32nm _{LGA 1366}

Xeon®_{DP 4C} _E5640 _2.66 ₁₂ _5.86 ₈₀ _32nm _{LGA 1366}

Xeon®_{DP 4C} _E5630 _2.53 ₁₂ _5.86 ₈₀ _32nm _{LGA 1366}

Xeon®_{DP 4C} _E5620 _2.40 ₁₂ _5.86 ₈₀ _32nm _{LGA 1366}

Xeon®_{DP 4C} _E5607 _2.26 ₈ _4.8 ₈₀ _32nm _{LGA 1366}

Xeon®_{DP 4C} _E5606 _2.13 ₈ _4.8 ₈₀ _32nm _{LGA 1366}

Xeon®_{DP 4C} _E5603 _1.60 ₄ _4.8 ₈₀ _32nm _{LGA 1366}

Xeon®_{DP 6C LV} _L5640 _2.26 ₁₂ _5.86 ₆₀ _32nm _{LGA 1366}

Xeon®_{DP 4C LV} _L5630 _2.13 ₁₂ _5.86 ₄₀ _32nm _{LGA 1366}