Hardware Secrets

Home | Camera | Case | CE | Cooling | CPU | Input | Memory | Mobile | Motherboard | Networking | Power | Storage | Video | Other
Content
Articles
Editorial
First Look
Gabriel’s Blog
News
Reviews
Tutorials
Main Menu
About Us
Awarded Products
Datasheets
Dictionary
Download
Drivers
Facebook
Forums
Links
Manufacturer Finder
Newsletter
On The Web
RSS Feed
Test Your Skills
Twitter
Newsletter
Subscribe today!
Search
Recommended
The Winn L. Rosch Hardware Bible, 6th Edition
The Winn L. Rosch Hardware Bible, 6th Edition, by Winn L Rosch (Que Publishing), starting at $9.98



Home » CPU
All Pentium M Models
Author: Cássio Lima
Type: Tutorials Last Updated: August 16, 2007
Page: 3 of 3
Dothan

Dothan core is manufactured under 90 nm manufacturing process and is used on all Pentium M processors found on the market today. It has a 32 KB L1 instruction cache, a 32 KB L1 data cache, a 2 MB L2 cache, works externally at 400 MHz or 533 MHz (100 MHz or 133 MHz transferring four data per clock cycle), has SSE2 instructions support, Enhanced SpeedStep technology (which reduces the CPU clock in order to save battery life when the computer is idle), Execute Disable technology (click here to learn more about this technology), socket 478 or 479 pinout and 140 million transistors on a area of 3.45 squared inches (87.66 mm2), using copper on its metal layers.

Pentium M Dothan Core
click to enlarge
Figure 2: Dothan core.

In the table below we list all Pentium M models released based on the Dothan core. TDP means Thermal Design Power and indicates the thermal dissipation of the CPU.

sSpec

Model Number

Internal Clock

External Clock

TDP

Max. Temp. (º C)

L2 Cache

Socket

Voltage

Execute Disable

SL7VB

780

2.26 GHz

533 MHz

27 W

100

2 MB

478

1.25V - 1.40V

No

SL7SL

770

2.13 GHz

533 MHz

27 W

100

2 MB

479

1.287V - 1.40V

No

SL868

770

2.13 GHz

533 MHz

27 W

100

2 MB

478

1.287V - 1.40V

No

SL7SP

770

2.13 GHz

533 MHz

27 W

100

2 MB

478

1.287V - 1.40V

No

SL7UZ

765

2.10 GHz

400 MHz

21 W

100

2 MB

479

1.287V - 1.40V

No

SL7V3

765

2.10 GHz

400 MHz

21 W

100

2 MB

478

1.287V - 1.40V

No

SL7SQ

760

2 GHz

533 MHz

27 W

100

2 MB

478

1.287V - 1.40V

No

SL7SM

760

2 GHz

533 MHz

27 W

100

2 MB

478

1.287V - 1.40V

No

SL869

760

2 GHz

533 MHz

27 W

100

2 MB

479

1.287V - 1.40V

No

SL7EL

755

2 GHz

400 MHz

21 W

100

2 MB

478

1.340V - 1.276V

Yes

SL7EM

755

2 GHz

400 MHz

21 W

100

2 MB

479

1.340V - 1.276V

No

SL7SR

750

1.86 GHz

533 MHz

27 W

100

2 MB

478

1.287V - 1.40V

No

SL86A

750

1.86 GHz

533 MHz

27 W

100

2 MB

479

1.287V - 1.40V

Yes

SL7S9

750

1.86 GHz

533 MHz

27 W

100

2 MB

478

1.287V - 1.40V

No

SL7EN

745

1.80 GHz

400 MHz

21 W

100

2 MB

478

1.340V - 1.276V

No

SL7EQ

745

1.80 GHz

400 MHz

21 W

100

2 MB

478

0.988V - 1.340V

Yes

SL8U8

745

1.80 GHz

400 MHz

21 W

100

2 MB

479

0.988V - 1.340V

Yes

SL8U6

745

1.80 GHz

400 MHz

21 W

100

2 MB

478

0.988V - 1.340V

Yes

SL86B

740

1.73 GHz

533 MHz

27 W

100

2 MB

478

1.287V - 1.40V

Yes

SL7S8

740

1.73 GHz

533 MHz

27 W

100

2 MB

478

1.287V - 1.40V

No

SL7SA

740

1.73 GHz

533 MHz

27 W

100

2 MB

479

1.287V - 1.40V

No

SL7EP

735

1.70 GHz

400 MHz

21 W

100

2 MB

478

1.340V - 1.276V

No

SL7EG

725

1.60 GHz

400 MHz

10 W

100

2 MB

479

1.340V - 1.276V

No

SL8QF

778

1.60 GHz

400 MHz

10 W

100

2 MB

479

1.25V - 1.40V

No

SL8QG

778

1.60 GHz

400 MHz

10 W

100

2 MB

479

1.25V - 1.40V

Yes

SL86M

730

1.60 GHz

533 MHz

27 W

100

2 MB

478

1.287V - 1.40V

No

SL86G

730

1.60 GHz

533 MHz

27 W

100

2 MB

479

1.287V - 1.40V

No

SL7GL

715

1.50 GHz

400 MHz

21 W

100

2 MB

478

1.340V - 1.276V

No

SL89X

758

1.50 GHz

400 MHz

10 W

100

2 MB

-

0.988V - 1.116V

Yes

SL89M

758

1.50 GHz

400 MHz

10 W

100

2 MB

-

0.988V - 1.116V

Yes

SL7F3

738

1.40 GHz

400 MHz

10 W

100

2 MB

-

0.988V - 1.116V

Yes

SL89N

738

1.40 GHz

400 MHz

10 W

100

2 MB

-

0.988V - 1.116V

Yes

SL8LR

773

1.3 GHz

400 MHz

-

100

2 MB

-

-

Yes

SL8LS

753

1.2 GHz

400 MHz

5 W

100

2 MB

-

0.812V - 0.940V

Yes

SL8LL

753

1.2 GHz

400 MHz

5 W

100

2 MB

-

0.812V - 0.940V

Yes

SL89Q

733

1.10 GHz

400 MHz

5 W

100

2 MB

479

0.956V - 1.052V

Yes

SL8LT

733

1.10 GHz

400 MHz

5 W

100

2 MB

479

0.956V - 1.052V

Yes

SL8LM

733J

1.10 GHz

400 MHz

5 W

100

2 MB

479

0.956V - 1.052V

Yes

SL7F4

723

1 GHz

400 MHz

5 W

100

2 MB

-

0.812V - 0.940V

No

« Previous |  Page 3 of 3
Print Version | Send to Friend | Bookmark Article | Comments (0)

Related Content
  • Does Celeron Centrino Exist?
  • All Core Duo and Core Solo Models
  • Robson Technology Overview
  • Everything You Need to Know About The Centrino Platform
  • Inside Atom Architecture


  • RSSLatest News
    LUXA2 Releases New P1-PRO Battery Power Pack
    October 1, 2013 - 7:23 AM PST
    MSI unveils GP70 and GP60 Laptops
    September 30, 2013 - 7:23 AM PST
    AMD Unveils Next-Generation Radeon Graphics Cards
    September 27, 2013 - 5:33 AM PST
    Genius Introduces Energy Mouse in North America
    September 27, 2013 - 5:32 AM PST
    Apple Updates iMac
    September 25, 2013 - 5:27 AM PST
    .:: More News ::.







    © 2004-13, Hardware Secrets, LLC. All rights reserved.
    Advertising | Legal Information | Privacy Policy
    All times are Pacific Standard Time (PST, GMT -08:00)