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Intel 6700PXH manual

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Table of contents for the manual

  • Page 1

    R Intel ® 6700PXH 64- bit PCI Hub Th ermal/Mechanical Design Guidelines August 2004 Docu ment Nu mbe r: 302 817-0 03[...]

  • Page 2

    R 2 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines INFO RMAT ION IN TH IS DOC UMEN T IS PR OVIDE D IN CO NNECTION W ITH INTEL ® PRODUCTS. EXCEPT AS PROVIDED IN I NTEL'S TERMS AND CONDITIONS OF SALE FOR SUCH PRO DUCTS, INTEL ASSUMES NO LIABI LITY W HATSOEVER, AND INTEL DISCLAIMS ANY EXPRESS OR IMPLIED W ARRANTY [...]

  • Page 3

    R Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 3 Contents 1 Int roduc tion.....................................................................................................................7 1.1 De f ini t i o n o f Terms ............................................................................................[...]

  • Page 4

    R 4 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines Figures 2- 1. In te l ® 6 700P XH 64 -bit P CI Hub P ack age D imens ions (T op Vi ew) .............................9 2- 2. In te l ® 6 700P XH 64 -bit P CI Hub P ack age D imens ions (S ide V iew) .............................9 2- 3. In te l ® 6 700P XH 64 -bit P[...]

  • Page 5

    R Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 5 Revision History Revision Numbe r Description D ate -001 Initial release Jul 2004 -002 Added “reference therm al solution rails to PXH package” footprint drawing in Section 6.5 Aug 2004 -003 Removed inaccur ate text in three gr aphics Sep 2004[...]

  • Page 6

    Int roduct ion R 6 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines[...]

  • Page 7

    R Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 7 1 Introduc tion As the complex ity o f computer systems incr eases, s o do the power dissipation requirem ents. Ca re must be ta ken to e n sur e that the a dditional pow er is pr operly dissipa ted. Ty pical methods to impr ove hea t dissipa tion inc lude selectiv e[...]

  • Page 8

    Int roduct ion R 8 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines T cas e_ma x Max imum d ie temper atur e allowe d. This tempera ture is measured at the g eometric center of th e top of the packag e di e. T cas e_mi n Min imum die temper ature a llo we d. This tempera ture is measured at the g eo metr ic cen ter of [...]

  • Page 9

    R Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 9 2 Packaging Technology The In tel ® 6700PXH 64-bit PCI Hub component us es a 31 m m x 31 m m, 8-layer F C -B GA p a ckage (s ee F igure 2- 1Figur e 2 -1F igure 2- 1, Figur e 2-2F igure 2-2F igure 2- 2, and Figur e 2-3Fig ure 2-3F igure 2- 3). Fig ure 2-1. Intel ® 6[...]

  • Page 10

    Pac kaging Tec hnol ogyP ack aging T ech nology P ackagi ng Tec hnology R 10 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines Fig ure 2-3. Intel ® 670 0PX H 64-bi t PC I Hub P ackag e Di mensi ons ( Botto m Vi ew) 0.200 C 4X 15.500 1.270 23X (0.895) 8X 14. 605 23X 1.270 2 3 4 5 6 7 8 9 10 11 12 13 14 29.2100 31.000 + [...]

  • Page 11

    R Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 11 3 Thermal Specifications 3.1 Thermal Design Po w er (TDP) A n alys is indicate s tha t real applica tions ar e unlikely to cause the PXH com ponent to c onsume max imum pow er dissipa tion f or susta ined time per iods. T here f ore, in or der to ar rive a t a m o r[...]

  • Page 12

    Therm al Spec ific ati onsTh ermal S imul ation R 12 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines[...]

  • Page 13

    R Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 13 4 Thermal Simulation I ntel provides ther mal simula tion models of the I nt el ® 6700P XH 64- bit PC I Hub com ponent and as sociated user' s guides to ai d system desig n er s in simula ting, a n aly zing, and optimizi ng their therma l solutions in a n inte[...]

  • Page 14

    Therm al Sim ulat ionTh ermal S imul ati on R 14 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines[...]

  • Page 15

    R Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 15 5 Thermal Metrolog y The sys tem designer must make tempera ture meas urements to a ccur a tel y d eterm in e the therma l perf ormance of the sy stem. I ntel has esta blished g uideli nes f or proper techniques to m easur e the PXH die temper atures. Section 5.1 pr[...]

  • Page 16

    Therm al Metrology Th ermal Metrol ogyTh erm al Met rology R 16 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines Figure 5-1. Zero Degree Angle At tach Heats ink Modifications NOTE : Not to scale. Figure 5-2. Zero Degree Angle At tach Meth odology (Top View) Cement + Thermoc ouple Bead Die Thermoc ouple Wi re Substrat e[...]

  • Page 17

    R Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 17 6 Reference Thermal Solution I ntel has dev eloped one r efer ence therma l solution to me et the cool ing needs of the PXH component under oper ating environm ents and s pecific ations def ined in this docum ent. Th is cha pter desc ribes the over all requir ements[...]

  • Page 18

    Refe rence T herm al Solut io nRefe rence T herm al S olution Refe renc e The rmal Sol ut ion R 18 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 6.3 Mechanical Design Envelope While ea ch desig n m ay have unique mec h a nical v o lume a nd height res trictions or implementa tion requir ements, the height, w idth, a[...]

  • Page 19

    R Refe rence T herm al Solut io nRefe rence T herm al S olution Refe renc e The rmal Sol ut ion Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 19 Figure 6-3. Torsional Clip Heat sink B oard Compon ent Keepout Parallel Mean Airf low Dire ctio n 1.756 2x 0.943 PXH 2x 0.878 1.886 Max component Height 0.50 Componen t kee[...]

  • Page 20

    Refe rence T herm al Solut io nRefe rence T herm al S olution Refe renc e The rmal Sol ut ion R 20 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 6.5.1 Heatsin k Orient ation Since this solutio n is bas ed on a unidirectiona l heats ink, m e an a irf low direction mus t be alig ned with the dir ection of the hea tsin[...]

  • Page 21

    R Refe rence T herm al Solut io nRefe rence T herm al S olution Refe renc e The rmal Sol ut ion Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 21 6.5.4 T hermal Int erf ace Mat erial A ther mal interf ace mater ial pr o vides impr oved conduct ivity between the die a nd heats ink. The ref erence ther mal solutio n us[...]

  • Page 22

    Refe rence T herm al Solut io nRefe rence T herm al S olution Refe renc e The rmal Sol ut ion R 22 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines Figure 6-7. Torsional Clip Heat sink Ext rusio n Profile 6.5.6 Clip Retenti on Anchors For Inte l ® 6700PX H 64- bit PCI Hub- based pla tform s that hav e v ery limited bo[...]

  • Page 23

    R Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines 23 A Thermal Solution Compo nent Suppliers A.1 Torsional Clip Heatsink Thermal Solution Part Intel Part Number Supplier (Part Num ber) Contact Information Heats i nk Ass embly includes : • Unidirectional Fin Heats ink • Thermal Interface Material • T orsional Cli[...]

  • Page 24

    Therm al Sol ut ion Com pone nt Suppl iers R 24 Inte l ® 6700PX H 64-b it PCI Hu b The rmal/ Mech anical D esi gn Guidel ines[...]

  • Page 25

    R Inte l ® 6700PX H 64-b it PCI Hub The rmal/ Mech anical Des ign Gui deli nes 25 B M echanical Drawi ngs Table B-1Ta ble B-1Table B- 1 lists the mecha nical draw ings included in this appendix . Tabl e B-1. M echan ical D raw ing L ist Drawing Description Figure Number To rsional Clip H eatsink Ass embly Drawing Figure B-1Figure B- 1Figure B-1 To[...]

  • Page 26

    Mec hanical Draw in gs R 26 Inte l ® 6700PXH 6 4-b it PCI Hub T herm al/M ech anical D esi gn Guidel ines Figure B-1. Torsional Clip Heatsi nk Assembly Drawing[...]

  • Page 27

    R Mec hanical Draw in gs Inte l ® 6700PX H 64-b it PCI Hub The rmal/ Mech anical Des ign Gui deli nes 27 Figure B-2. Torsional Clip Heatsi nk D raw ing[...]

  • Page 28

    Mec hanical Draw in gs R 28 Inte l ® 6700PXH 6 4-b it PCI Hub T herm al/M ech anical D esi gn Guidel ines Figure B-3.Torsion al Clip Drawing §[...]