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Biostar G965 Micro 775 manual

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Table of contents for the manual

  • Page 1

    G 965 Mi c r o 7 75 Se t up Ma n ua l FCC I nf or m at i on and Copyr i ght Th i s eq u i p m en t h as b een t es t e d an d f o u n d t o c om p l y w ith t h e li mi t s of a C l a s s B d ig ita l d e v i c e , p u r s u a n t to P a r t 1 5 o f th e F C C R u le s . T h e s e li m it s a r e des i gn ed t o p r o vi d e r ea son ab l e p r o t[...]

  • Page 2

    Table of C o n t e n t s C ha pt er 1 : I nt ro duc tio n ............................................. 1 1. 1 Be fo r e Yo u St a r t ................................................................... 1 1. 2 P a c k a g e C h ec k l i s t ................................................................ 1 1. 3 M ot h er b o a r d F ea t u r es ...[...]

  • Page 3

    G 965 M i c r o 7 7 5 1 CHAPT ER 1 : I NT RODUCT I ON 1. 1 B EFORE Y OU S TA R T Tha nk y o u fo r c hoo si ng o u r p r o du ct . B e fo r e y o u s t a rt i ns t a l l ing t he m o the r bo a r d , p l e a se m a k e s u r e y o u fo l lo w t he i ns t r u c t io n s be l o w :  P r epa r e a d ry an d s t ab l e w o rk i ng en v i r on m en t[...]

  • Page 4

    Mot h er bo ar d Ma n u al 2 1. 3 M OT HER BOA RD F EA T URES Ve r 5 . x Ve r 6 . x CP U L GA 775 Int e l C o r e2 Du o / C or e2 Q u ad / Pen t i u m D / Pe nt i um 4 / C el e r on D p r o cess o r up t o 3 . 8 GH z S uppor t s Hy pe r - Thr ead i ng / Ex e c u t e D i s a bl e B i t / En h anc ed Inte l Speed S t ep® / Int e l A r c hi t e c t u[...]

  • Page 5

    G 965 M i c r o 7 7 5 3 Ve r 5 . x Ve r 6 . x LAN R e a l t e k R T L 8110S C 10 / 100 M b/ s & 1 GB / s A ut o- N e go t i a ti on H alf /Fu ll d u p lex cap a b il i t y R e a l t e k R T L 8110S C 10 / 100 M b/ s & 1 GB / s A ut o- N e go t i a ti on H alf /Fu ll d u p lex cap a b il i t y S o und A LC 888 7. 1 c h anne l s aud i o out H[...]

  • Page 6

    Mot h er bo ar d Ma n u al 4 1. 4 R EA R P AN E L C ONNEC T OR S ( FOR V ER 5. X ) PS/ 2 M ous e P S / 2 Key b o ard US B X 2 U SBX2 LA N CO M1 V G A Line I n Line Out Mi c I n C ent e r Re a r Side 1. 5 R EA R P AN E L C ONNECT OR S ( FOR V ER 6. X ) PS /2 Mo u s e PS /2 Key b oard US B X 2 U SBX 2 LA N CO M1 V G A Li ne In / S u rrou n d Li ne O [...]

  • Page 7

    G 965 M i c r o 7 7 5 5 1. 6 M OT HER BOA R D L AY O U T ( FOR V ER 5. X ) J KBM S1 J C O M 1 JVG A 1 JU S B1 JR J4 5U S B 1 A UDI O 1 FD D 1 ID E 1 BI O S D DR2_B 2 D DR2_B 1 D DR2_A 2 D DR2_A 1 LG A 77 5 CP U1 PE X1 6 _ 1 PC I 1 PEX1 _ 1 PC I 2 BAT 1 JA UD IO F 1 JC DI N 1 JS P DI F _ O U T J S P DI F _ I N( Opt i on al ) JU SB 2 J U S B 4 JU SB [...]

  • Page 8

    Mot h er bo ar d Ma n u al 6 1. 7 M OT HE RB OA R D L AYO U T ( FOR V ER 6. X ) J KBM S1 JC O M 1 JVG A 1 JU S B1 JR J4 5U S B 1 JA U D IO 2 FD D 1 ID E 1 BI O S D DR2_B 2 D DR2_B 1 D DR2_A 2 D DR2_A 1 LG A 77 5 CP U1 PE X1 6_ 1 PC I 1 PEX1 _ 1 PC I 2 BAT 1 JA U D I O F 1 JC DI N 1 JS P DI F _ O U T J S P DI F _ I N( Opt i on al ) JU SB 2 J US B 4 [...]

  • Page 9

    G 965 M i c r o 7 7 5 7 CHAPT ER 2 : H A RD W A RE INS T AL L AT I ON 2. 1 I NS T A LLING C EN T R A L P RO CES S I NG U NIT (CP U ) Sp ecial N ot ice : Remo v e Pin C a p bef o r e i nst all atio n, and m ake g o o d pre s er v at io n fo r fu t ure u s e. Whe n t he CP U i s remov ed , c o v er t he P i n C ap o n t he em pt y so c ket t o ensure[...]

  • Page 10

    Mot h er bo ar d Ma n u al 8 St ep 2: L ook for t he tr i ang u l ar c u t e dg e o n s oc k et, an d t he go l d en do t o n C PU s houl d p o i nt for w ar ds th i s tr i an gu l ar cut ed ge. T he C PU will fit on l y i n th e c or r ec t or i e nta t i on. St e p 2- 1: St e p 2- 2: St ep 3: H o l d th e C PU dow n fir m l y , a nd the n l ow er[...]

  • Page 11

    G 965 M i c r o 7 7 5 9 2. 2 FA N H EA D ERS T h es e fa n h ea der s s uppor t c o ol i ng- fa ns bu i l t i n the c o mp uter . T h e f an c ab le an d c o nn ec t or m ay be d i ff er en t ac c or d i ng t o th e f an m a nuf ac t ur er . C onn ec t t he f an c ab l e t o t h e c onn ec t or w hi l e m at c hi ng th e b l ac k w i r e to pi n# 1[...]

  • Page 12

    Mot h er bo ar d Ma n u al 10 2. 3 I NS T A L LING S YS T E M M EM ORY A. DDR 2 m od u l e DDR2_B 2 DDR2_B 1 DDR2_A 2 DDR2_A 1 1. U nl oc k a D I M M s l ot by pr es s i ng th e r et a i n i n g c l ips outw ar d. A l i gn a D IMM on th e s l ot s uch t h at the no tc h on th e D I M M ma tc h es the br eak on t he S l ot . 2. Ins er t t he D IM M [...]

  • Page 13

    G 965 M i c r o 7 7 5 11 B. Mem or y Capaci t y D I M M So cket Loc a t i o n DD R M o du le T ot a l M e m ory S i ze D D R 2_A1 256M B/ 512M B/ 1GB / 2GB* 1 D D R 2_A2 256M B/ 512M B/ 1GB/ 2GB* 1 D D R 2_B1 256M B/ 512M B/ 1GB/ 2GB * 1 D D R 2_B2 256M B/ 512M B/ 1GB/ 2GB * 1 Ma x i s 8 G B . C. D u a l C h a n n e l M e mo r y i n s t a lla t i o[...]

  • Page 14

    Mot h er bo ar d Ma n u al 12 2. 4 C ONNECT OR S A ND S LOT S F DD1 : F l o ppy D i sk C o nne c t o r T he m ot herboard pro v ide s a s t andard f lopp y dis k c onnec t or t hat s uppor t s 360K , 720K, 1. 2M , 1. 44M and 2. 88M f lopp y dis k t y pe s . T his c onne c t or s uppor t s t he prov ided f lopp y dri v e ribbon c able s . 1 33 2 34 [...]

  • Page 15

    G 965 M i c r o 7 7 5 13 PE X 16_1: P C I -E xp re s s x 16 s l ot s - PC I -Ex pre s s 1. 0a c o m pliant . - M ax im um t heoret i c al realiz ed bandw id t h o f 4GB / s s i m ult aneou s l y per direc t ion, f or an aggrega t e o f 8GB / s t o t all y . PE X 1_1: P C I - E xp r e s s x1 s l ot s - PC I -Ex pre s s 1. 0a c o m pliant . - D at a [...]

  • Page 16

    Mot h er bo ar d Ma n u al 14 CHAPT ER 3 : HE ADERS & J UM P ERS SE T UP 3.1 H OW T O S ET U P J UM PE R S T h e i l l us tr at i on s how s how t o s et u p j u mp er s . W hen t h e ju m p er c a p i s pl ace d o n p i ns , t he ju m per is “ clos e” , if no t, t hat m ea ns the j u m per i s “ open” . Pi n o pe ned Pi n c l os ed Pi [...]

  • Page 17

    G 965 M i c r o 7 7 5 15 J A T XP W R 1 : A T X P o we r S o u rce C on n e ct o r By c onne c t ing t hi s c onnec t or , i t w ill pro v ide + 12V t o C P U pow er c irc ui t . Pi n Assig n m en t 1 +12V 2 +12V 3 G r ound 12 3 4 4 G r ound J A T XP W R 2 : A T X P o we r S o u rce C on n e ct o r T his c onnec t or allow s us er t o c onne c t 24[...]

  • Page 18

    Mot h er bo ar d Ma n u al 16 JU S B 2/ JU S B 3/ JU S B 4: H e ad e r s for U S B 2. 0 P or t s at F r o n t Pa n e l T his m ot herboard pro v ide s 3 U SB 2. 0 headers , which allow s u s er t o c onnec t addit ional U SB c able on t he P C f ront panel , and al s o c an be c onne c t ed w it h int ernal U SB de v i c es , li k e U SB c ard read[...]

  • Page 19

    G 965 M i c r o 7 7 5 17 J CM OS 1 : C l ea r CM O S H e a d er By plac ing t he jum per on pin2-3 , i t allow s us er t o res t ore t he B I OS s a f e s e t t ing and t he C M OS da t a, pleas e c are f ull y f ollow t he pro c edures t o a v oid da m aging t he m o t herboard. 13 Pin 1- 2 Clo se: Nor mal O per ati on ( Default) . 1 3 13 Pin 2- 3[...]

  • Page 20

    Mot h er bo ar d Ma n u al 18 J S P D I F_O U T : D i gi t al A u d i o ou t C on n e c t o r s T his c onnec t or allow s us er t o c onne c t t he PC I bra c k e t SP D I F ou t put header . Pi n Assig n m en t 1 +5V 2 SP DIF _O UT 1 3 3 G r ound JS P D I F _I N : D i g i t a l A u d i o i n C o n n e c tor s ( op t i o n a l ) T his c onnec t or[...]

  • Page 21

    G 965 M i c r o 7 7 5 19 JPR NT 1: P r i n t e r Po r t C o n n e c t or T his header allow s y ou t o c onnec t or prin t er on t he PC . 1 25 2 P in A ss ignm e nt P in A s s ignm e nt 1 -St robe 14 Ground 2 -ALF 15 D at a 6 3 D at a 0 16 Ground 4 -Error 17 D at a 7 5 D at a 1 18 Ground 6 -I nit 19 -AC K 7 D at a 2 20 Ground 8 -Sc lt in 21 Bus y [...]

  • Page 22

    Mot h er bo ar d Ma n u al 20 CHAPT ER 4 : US EF UL HE L P 4.1 D RIV ER I NS T A L L A T ION N OT E Af ter y ou i ns tal l e d y o ur o per at i ng s y s tem, pl eas e i ns er t th e F u l l y S etu p D r i v er C D i nto y our opt ic al dr i v e and i ns tal l the dr i v er f or be tt er s y s tem per for m anc e. Y ou w i l l s ee th e f o ll ow [...]

  • Page 23

    G 965 M i c r o 7 7 5 21 4.2 A WAR D BI O S B EEP C OD E B eep S o u n d M ean i n g One long beep f ollow ed b y t w o s hort beeps Video c ard no t f ound or v ideo c ard m em or y bad H igh-low s iren s ound C PU o v erheat ed Sy s t e m w ill s hut dow n aut o m at i c all y One Short beep w hen s y s t em boot -up N o error f ound during POST [...]

  • Page 24

    Mot h er bo ar d Ma n u al 22 B. CP U O ve r he a ted If th e s y s tem s hutd ow n aut om at i c a l l y a f ter pow er on s y s tem f or s ec onds , t ha t m ea ns the C PU pr ot ec t i on fu nc t i o n h as bee n ac tiv ate d. W hen t he C PU i s over he ate d, t he m oth er bo ar d w i l l s hu t dow n aut om at ica l ly t o av oi d a d am ag e[...]

  • Page 25

    G 965 M i c r o 7 7 5 23 4.4 T RO U BLES H O OT ING P roba ble S ol uti on 1. N o pow er t o t he s y s t em at all Pow er light don’t illum ina t e, f an ins ide pow er s uppl y does not t urn on. 2. I ndic at or light on k e y board does not t urn on. 1. M ak e s ure pow er c able i s s ec urel y plugged in . 2. R eplac e c able. 3. C ont ac t [...]

  • Page 26

    Mot h er bo ar d Ma n u al 24 CHAPT ER 5 : W A RPSPE ED E R ™ 5.1 I NT ROD U CT ION [W ar p Spe ed er ™ ], a n ew pow er fu l c o ntr o l ut i l ity , f e atur es thr e e us er - fr iend l y f unc ti ons i nc l ud i n g O v er cl oc k M an ag er , O v er vo l t ag e Ma nag er , an d H ar dw ar e M on it or . W i t h t he Ov er c l oc k M a na g[...]

  • Page 27

    G 965 M i c r o 7 7 5 25 5.3 I N S TA L L A TI O N 1. Ex ec ut e t he s etup ex ec ut i o n f i l e , a nd th en th e f ol l ow i ng d i a lo g w i ll p op up. Pl eas e c l i c k “ N ex t” butt on and fo l low t he d ef a ul t pr oc ed ur e t o in s t a l l. 2. W hen y ou s ee t he fo l l ow i n g d i al og i n s etup pr oc ed ur e, it me ans s[...]

  • Page 28

    Mot h er bo ar d Ma n u al 26 5.4 W AR P S PEED ER ™ 1 . Tr a y I c on: W henev er t h e T r ay Ic o n u ti l i t y i s l au nche d, i t will di s p la y a li t t le t ra y i c o n o n t he r i g ht s i d e o f W i ndow s T as k bar . T h is ut i l i ty is r es pons i bl e f or c onv en i e nt l y i nv ok i ng [W ar p S pee der ™] U ti l i ty .[...]

  • Page 29

    G 965 M i c r o 7 7 5 27 2. M a in P an el I f you c l i c k t he t ra y i c o n , [ Wa rp S pe ed e r™ ] u t il it y will b e i n v o k e d . Pl e as e r efe r to t h e fo ll ow i n g f i g u r e ; t he u t i l i ty’ s fi r s t wi n do w yo u w i l l s ee is Ma in P a n e l. Ma in P a nel c on t a ins f e a t ur e s a s f oll o w s : a . D i s[...]

  • Page 30

    Mot h er bo ar d Ma n u al 28 3. Vo l t a g e Pa n e l Cl i ck t h e V o l t a g e bu t t o n in Ma i n P a ne l , t h e b utt on will b e h i g h li gh t e d a n d t he V o l t a ge P a n e l will s l id e o ut t o u p a s t h e f oll o w i n g f ig u re . In t hi s p ane l , y o u c a n d ec i de to i nc r eas e C PU c or e vo l t ag e a nd M e m[...]

  • Page 31

    G 965 M i c r o 7 7 5 29 4. O ver cl o c k Pa n e l Cl i ck t h e O v e rc l o c k bu t t o n i n Ma in P a n e l, t h e b u t t o n will be hi gh l i g hte d a nd the Ov er c l oc k Pa ne l w i l l s l i d e out to l eft as the fol l ow i ng f i gur e . O v e r c lo c k P a nel c o nt a ins t he t he se f e a t u r e s: a. “ –3M H z but to n?[...]

  • Page 32

    Mot h er bo ar d Ma n u al 30 c . “ Auto- ov er cl oc k butt on” : U s er can c l i c k thi s b utt o n and [ Wa rp S p e e d e r™ ] will s e t t h e b e s t a n d s t a ble p e rfo rma n c e an d fr equ ency aut o m at i c a l l y . [ W ar p Sp eed er ™ ] u ti l i t y w i ll ex ecut e a s e ri e s o f t e s t in g u n t il s y s t e m f a [...]

  • Page 33

    G 965 M i c r o 7 7 5 31 6 . About P a ne l C l i c k th e “ ab ou t” bu tt o n in M a i n P ane l , th e b utt on w i l l b e h i gh l i gh ted and th e Ab out Pa ne l w i l l s l id e out t o up as the f o l low i n g f i g ur e. In t hi s p an el , y o u c an get m od e l n am e and d eta i l i nfor mat io n i n h i n t s of a l l t he c h i[...]

  • Page 34

    Mot h er bo ar d Ma n u al 32 A P PEND ENC I ES : S PEC I N O TH ER L AN G U A G E G ERM A N Ve r 5 . x Ve r 6 . x CP U L GA 775 I nt e l C o r e 2Duo / C o r e2 Q ua d / P enti u m 4 / Pe nt i um D / C el e r on D P r o z e s s o r en m i t bi s z u 3, 8 GH z U n te rs tü tz t H y p er - T h r e a d i n g / E xe cu te D i sa b le Bi t / E n h a n[...]

  • Page 35

    G 965 M i c r o 7 7 5 33 Ve r 5 . x Ve r 6 . x LAN R e a l t e k R T L 8110S C 10 / 100 M b/ s und 1Gb/ s A ut o - Ne go t i ati on H alb - / Vo lldu p lex -Fu n k t i on R e a l t e k R T L 8110S C 10 / 100 M b/ s und 1Gb/ s A ut o - Ne go t i ati on H alb - / Vo lldu p lex -Fu n k t i on A udi o -C ode c A LC 888 U n te rs tü tz t H ig h -D e f [...]

  • Page 36

    Mot h er bo ar d Ma n u al 34 F RA NCE Ve r 5 . x Ve r 6 . x UC L GA 775 P r o c e s se u r s In te l C o re 2 D u o / Co r e 2 Qu a d / P en t iu m 4 / P en t ium D / Ce ler on D j u s q u 'à 3 , 8 GHz P r e n d e n ch a rg e le s t e ch n o lo g ie s Hy per - Thr eadi ng / d ' ex é c u t i on de bi t de d ésa c tiv at io n / In t e l[...]

  • Page 37

    G 965 M i c r o 7 7 5 35 Ve r 5 . x Ve r 6 . x LAN R e a l t e k R T L 8110S C 10 / 100 M b / s e t 1 Gb/ s né g oci a t i o n a u t o m a ti que H alf / Fu ll d u p lex cap a b il it y R e a l t e k R T L 8110S C 10 / 100 M b / s e t 1 Gb/ s né g oci a t i o n a u t o m a ti que H alf / Fu ll d u p lex cap a b il it y Co d e c a u d io A LC 888 [...]

  • Page 38

    Mot h er bo ar d Ma n u al 36 I TA L I A N Ve r 5 . x Ve r 6 . x CP U L GA 77 5 Pro c e s s o re In t e l C o re 2 D u o / Co re 2 Q ua d / P en tiu m 4 / P e n tium D / Cele ro n D f i n o a 3 .8 GHz S uppor t o di Hy per - T hr eadi ng / Exe c ut e Di s abl e B i t / E nha nc e d I nt e l S p ee dSt e p ® / Arch ite ttu r a In tel 6 4 / Tec nol [...]

  • Page 39

    G 965 M i c r o 7 7 5 37 Ve r 5 . x Ve r 6 . x LAN R e a l t e k R T L 8110S C Ne go z i az i o ne a ut o m a t i c a 10 / 10 0 M b / s e 1Gb/ s Ca p a c i tà H a lf / F u ll D u p lex R e a l t e k R T L 8110S C Ne go z i az i o ne a ut o m a t i c a 10 / 10 0 M b / s e 1Gb/ s Ca p a c i tà H a lf / F u ll D u p lex Co d ec aud i o A LC 888 Su p[...]

  • Page 40

    Mot h er bo ar d Ma n u al 38 S PA NIS H Ve r 5 . x Ve r 6 . x CP U L GA 775 Proces ador I n t el C ore2Du o / C or e2 Q uad / P en t iu m 4 / Pe n t iu m D / Cele ron D h a s ta 3 , 8 G H z A dm i te Hy pe r - Thr ead i ng / B i t de de s hab i l i t a ci ón de e jec u c ió n / I nt el S pe edSt ep ® M ejo r ado / I nt e l Ar ch i te ctu r e - [...]

  • Page 41

    G 965 M i c r o 7 7 5 39 Ve r 5 . x Ve r 6 . x Re d L o c al R e a l t e k R T L 8110S C Ne go c i a c i ón d e 10 / 100 M b/ s y 1 Gb/s F unci one s H al f / F ul l dúpl e x R e a l t e k R T L 8110S C Ne go c i a c i ón d e 10 / 100 M b/ s y 1 Gb/s F unci one s H al f / F ul l dúpl e x Có d e cs d e so n i d o A LC 888 S o por t e de s on i [...]

  • Page 42

    Mot h er bo ar d Ma n u al 40 P ORT UG U ES E Ve r 5 . x Ve r 6 . x CP U L GA 775 P ro c e s s a d o r In te l Cor e 2 D u o / Co re 2 Q u ad / P en t iu m 4 / P en t ium D / Ce ler on D a té 3 ,8 G H z S upor t a a s tec n ol o g i a s Hy pe r - Thr ea d i ng / Exec u t e D is able B i t / En ha n c ed I n t e l S peed S t ep® / Int e l A rqui t[...]

  • Page 43

    G 965 M i c r o 7 7 5 41 Ve r 5 . x Ve r 6 . x LAN R e a l t e k R T L 8110S C A ut o n e go c i a ç ão de 10 / 100 M b/ s e 1 Gb / s C apa c i da d e s e m i /ful l - dup l e x R e a l t e k R T L 8110S C A ut o n e go c i a ç ão de 10 / 100 M b/ s e 1 Gb / s C apa c i da d e s e m i /ful l - dup l e x C ode c de so m A LC 888 S upor t a a e s[...]

  • Page 44

    Mot h er bo ar d Ma n u al 42 P OLIS H Ve r 5 . x Ve r 6 . x Proces or L GA 775 Proces or I n t e l C o re2Du o / C ore 2 Q ua d / P en t iu m 4 / P en t ium D / Ce ler on D d o 3 , 8 G H z Ob s ł u g a H yp er- Th rea d i n g / E xe c u t e D i sab l e Bi t / En h anc ed In t e l S p eed S t ep ® / I n t e l A r c hi t e c t u r e - 64 / E x t e[...]

  • Page 45

    G 965 M i c r o 7 7 5 43 Ve r 5 . x Ve r 6 . x LAN R e a l t e k R T L 8110S C 10 / 100 M b/ s o r a z 1Gb/ s z au t o m a t y cz n ą neg oc ja c j ą s z yb ko ś ci Dz i a ł ani e w t r ybie po ł ow i c z n e g o / p e ł ne go dupl ek s u R e a l t e k R T L 8110S C 10 / 100 M b/ s o r a z 1Gb/ s z au t o m a t y cz n ą neg oc ja c j ą s z [...]

  • Page 46

    Mot h er bo ar d Ma n u al 44 R U SSI AN Ve r 5 . x Ve r 6 . x CP U ( це н т р а л ь н ый про ц е сс о р ) L GA 775 Проц е с с ор In t e l Co re2 D u o / Core 2 Q u a d / P en t iu m 4 / P en t ium D / Ce ler on D до 3. 8 ГГ ц Подде рж к а технол огий Hy pe r- T h rea d in g / Exec u t e D is abl[...]

  • Page 47

    G 965 M i c r o 7 7 5 45 Ve r 5 . x Ve r 6 . x Локал ьна я се т ь R e a l t e k R T L 8110S C а вто м а тиче с к ое со г л а с о в а ни е 10 / 100 Мб / с и 1 Гб / с Част и ч н а я / пол ная дупл ек с ная сп о со б н о ст ь R e a l t e k R T L 8110S C а вто м а ?[...]

  • Page 48

    Mot h er bo ar d Ma n u al 46 A RA BI C Ve r 5 . x Ve r 6 . x ةﺪ ﺣ و ﺔﺠ ﻟ ﺎﻌﻤ ﻟ ا ﺔ ﻳ ﺰآ ﺮﻤ ﻟ ا L GA 775 تﺎ ﺠ ﻟ ﺎ ﻌﻡ I nt e l C o r e 2Duo / C or e 2Q u ad / P en t i u m 4 / Pen t i u m D / C e ler on D ﺑ ددﺮﺘ ﻳ ﻰﻟ إ ﻞﺼ 3. 8 ﺰﺕ ﺮه ﺎﺠ ﻴﺝ تﺎ ﻴﻨﻘﺕ ﻢﻋ ﺪ [...]

  • Page 49

    G 965 M i c r o 7 7 5 47 Ve r 5 . x Ve r 6 . x ﺔﻜ ﺒ ﺵ ﺔﻴﻠ ﺥ اد R e a l t e k R T L 8110S C ضو ﺎ ﻔ ﺕ ﻲﺋ ﺎ ﻘ ﻠ ﺕ 10 / 100 ﺎﺠ ﻴ ﻡ ﺖﻳ ﺎ ﺑ / ﺔﻴ ﻥﺎ ﺙ و 1 ﺎﺠ ﻴﺝ ﺖﺑ / ﺔﻴﻥ ﺎﺙ ﺔﻴ ﻥﺎ ﻜ ﻡإ ﻞﻘ ﻨﻟ ا جود ﺰ ﻤ ﻟ ا ﻞﻡ ﺎﻜ ﻟ ا / ﻲﻔ ﺼ [...]

  • Page 50

    Mot h er bo ar d Ma n u al 48 J AP AN E SE Ve r 5 . x Ve r 6 . x CP U L GA 775 I nt e l C o r e 2Duo / C or e 2Q u ad / P en t i u m 4 / Pe nt i um D / C el e r on D p r o c e ss o r up t o 3 . 8 GH z Hy per - Thr ea di ng / E xe c ut e Di s abl e B i t / En h anc ed In t e l S p eed S t ep ® / I n t e l A r c hi t e c t u r e - 64 / E x t e nd e [...]

  • Page 51

    G 965 M i c r o 7 7 5 49 Ve r 5 . x Ve r 6 . x LAN R e a l t e k R T L 8110S C 10 / 100 M b/ 秒および 1Gb/ 秒の オートネゴ シエーシ ョン 半 / 全二 重機能 R e a l t e k R T L 8110S C 10 / 100 M b/ 秒および 1Gb/ 秒の オートネゴ シエーシ ョン 半 / 全二 重機能 サウ ンド Co d e c A LC 888 ハイ デフ?[...]