English dropdown-ico

Biostar NF520-A2 TE manual

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47

Go to page of

Similar user manuals

A good user manual

The rules should oblige the seller to give the purchaser an operating instrucion of Biostar NF520-A2 TE, along with an item. The lack of an instruction or false information given to customer shall constitute grounds to apply for a complaint because of nonconformity of goods with the contract. In accordance with the law, a customer can receive an instruction in non-paper form; lately graphic and electronic forms of the manuals, as well as instructional videos have been majorly used. A necessary precondition for this is the unmistakable, legible character of an instruction.

What is an instruction?

The term originates from the Latin word „instructio”, which means organizing. Therefore, in an instruction of Biostar NF520-A2 TE one could find a process description. An instruction's purpose is to teach, to ease the start-up and an item's use or performance of certain activities. An instruction is a compilation of information about an item/a service, it is a clue.

Unfortunately, only a few customers devote their time to read an instruction of Biostar NF520-A2 TE. A good user manual introduces us to a number of additional functionalities of the purchased item, and also helps us to avoid the formation of most of the defects.

What should a perfect user manual contain?

First and foremost, an user manual of Biostar NF520-A2 TE should contain:
- informations concerning technical data of Biostar NF520-A2 TE
- name of the manufacturer and a year of construction of the Biostar NF520-A2 TE item
- rules of operation, control and maintenance of the Biostar NF520-A2 TE item
- safety signs and mark certificates which confirm compatibility with appropriate standards

Why don't we read the manuals?

Usually it results from the lack of time and certainty about functionalities of purchased items. Unfortunately, networking and start-up of Biostar NF520-A2 TE alone are not enough. An instruction contains a number of clues concerning respective functionalities, safety rules, maintenance methods (what means should be used), eventual defects of Biostar NF520-A2 TE, and methods of problem resolution. Eventually, when one still can't find the answer to his problems, he will be directed to the Biostar service. Lately animated manuals and instructional videos are quite popular among customers. These kinds of user manuals are effective; they assure that a customer will familiarize himself with the whole material, and won't skip complicated, technical information of Biostar NF520-A2 TE.

Why one should read the manuals?

It is mostly in the manuals where we will find the details concerning construction and possibility of the Biostar NF520-A2 TE item, and its use of respective accessory, as well as information concerning all the functions and facilities.

After a successful purchase of an item one should find a moment and get to know with every part of an instruction. Currently the manuals are carefully prearranged and translated, so they could be fully understood by its users. The manuals will serve as an informational aid.

Table of contents for the manual

  • Page 1

    N F 520- A 2 T E /N F 5 20 - A 2 SE / N F 52 0- A 2 S e tu p M a n ua l FCC I nf orm a t i on and Copyr i ght Thi s e qu i pm e n t ha s b e e n t e s t e d a n d f ou nd t o co m p l y w ith th e l im i t s of a C l a s s B di gi t a l de v i c e , pu r s u a n t t o P a rt 15 o f t he F C C R ul e s . T h e s e l im it s a r e de sig ne d t o p r[...]

  • Page 2

    Table of C o nt e nt s C h ap ter 1 : In tro d u cti on .....................................................1 1. 1 Be fo r e Y o 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 [...]

  • Page 3

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 1 CHAPT ER 1: I NT RO DUCT I O N 1. 1 B EFOR E Y OU S TA R T Tha nk y o u fo r c ho o si ng o u r p r o du ct . B e fo r e y o u s t a r t i ns t a l l i ng t he m o t h e r b o a r d , ple a s e m a k e s u r e y o u fo l lo w t h e i ns t r u c t io n s b e lo w :  P r epa r e a d ry an d s t[...]

  • Page 4

    Mot h er bo ar d Man ua l 2 1. 3 M OT HER B OA RD F EA T URES NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 CP U So c k e t A M2 A M D A t h l on 64 / A t h l o n 64 F X / Al t h l on 64 X 2 / Semp ron p r oc es so rs A M D 64 A r c hi t e c t u r e e na b l e s 32 and 64 bi t co m p u t i n g S uppor t s Hy pe r T r an s por t a nd C o ol = n = [...]

  • Page 5

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 3 NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 S o und R e a l t e k AL C 662 ( NF 520- A 2 T E) ( V e r 6.x ) R e a l t e k AL C 861 V D ( N F520- A 2 S E) ( V e r 6 . x ) R e a l t e k AL C 888 ( V e r 5 . x ) 5. 1 c h a nne l s a ud i o o ut ( V e r 6 . x ) 7. 1 c h a nne l s a ud i o o ut ([...]

  • Page 6

    Mot h er bo ar d Man ua l 4 1. 4 R EA R P AN E L C ONNEC T ORS ( FOR V ER 6. X ) PS /2 M ous e P S/ 2 Ke y boa rd CO M 1 US B X 2 US B X 2 LA N L i ne In / S u rro u n d Li n e O ut Mi c I n 1 / B a s s / C e nt er 1. 5 R EA R P AN E L C ONNEC T OR S ( FOR V ER 5. X ) PS /2 M ous e PS / 2 K ey board C O M 1 U SBX2 U SBX2 LA N Li n e I n Li n e O ut[...]

  • Page 7

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 5 1. 6 M OT HER B OA RD L AYO U T (N F 5 2 0 -A 2 TE / N F 5 2 0 - A 2 SE) JK BMS 1 JU SB 1 JU SB LAN 1 PEX 1 _2 P EX 16_1 PC I 2 FD D 1 BA T 1 JC O M1 Cod ec PC I3 DIM MA 1 DIM MB 1 DIM MB 2 DIM MA 2 Socke t A M 2 Super I /O PEX 1 _1 PC I1 LA N JA T XPW R 2 JC F AN1 J P RNT 1 JA T XPW R 1 JU SB2 [...]

  • Page 8

    Mot h er bo ar d Man ua l 6 1. 7 M OT H ER B OA R D L AYO U T ( NF5 20 - A 2) JK BM S 1 JUSB 1 JUSB L A N 1 PEX 1 _2 P E X 16_1 PC I 2 FD D 1 BA T 1 JC O M1 Cod ec PC I3 DIM MA 1 DIM MB 1 DIM MB 2 DIM MA 2 Socke t A M 2 Super I /O PEX 1 _1 PC I1 LA N JA TXPW R 2 JCFA N1 JP RNT 1 JA TXPW R 1 JU SB2 J USB3 JCM O S 1 JCI 1 ( o p t i o na l ) JSF A N1 [...]

  • Page 9

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 7 CHAPT ER 2: HA RD W A RE INS T AL L ATION 2. 1 I NS T A L L ING C EN T RA L P ROCE S S IN G U NIT (CP U ) St ep 1: R e m ov e t he s oc k et pr ot ec t i o n ca p. St ep 2: Pu l l th e l ev er t ow ar d d i r ec t i on A f r o m t he s oc k et an d t he n r a i s e t he l ev er up to a 90- d egr[...]

  • Page 10

    Mot h er bo ar d Man ua l 8 St ep 4: H o l d th e C PU dow n fir m l y , a nd the n c l os e t he l ev er t ow ar d d i r ec t B to c o m p l e t e t h e i n s ta l l a ti o n . St ep 5: P u t t h e CP U F a n o n t he CP U a nd bu c k l e i t . Co nn e c t the CP U F AN pow er c a bl e t o t he J C F AN 1. T h i s c om pl et es th e i ns ta l lat [...]

  • Page 11

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 9 2. 2 F A N H EA D ERS T h es e fa n h ea der s s uppor t co ol i ng- fa ns bu i l t i n the c o m p uter . T h e f an c ab l e an d co nn ec tor m ay be d i ff er en t ac c or d i ng to th e f an m a nuf ac t ur er . C onn ect t he fan c ab l e t o th e c onn ec t or w hi l e m atc hi ng th e b [...]

  • Page 12

    Mot h er bo ar d Man ua l 10 2. 3 I NS T A LL ING S YS T E M M EM OR Y A. Me m o r y Mo du l e s DI M MA 1 DI M MB 1 DI M MB 2 DI M MA 2 1. U nloc 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 i ps outw ar d. A l i gn a D I M M on th e s l ot s uc h th at the no tc h on th e D IM M m a tc h es the br eak on the S l ot . 2. I ns er t [...]

  • Page 13

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 11 B. M e m o r y C a p a ci t y D I M M So cket Loc a t i o n DD R2 M o du le To t a l M e m o r y Si z e D I M M A1 256M B/ 512M B/ 1024M B/ 2048M B D I M M B1 256M B/ 512M B/ 1024M B/ 2048M B D I M M A2 256M B/ 512M B/ 1024M B/ 2048M B D I M M B2 256M B/ 512M B/ 1024M B/ 2048M B Ma x i s 8 G B [...]

  • Page 14

    Mot h er bo ar d Man ua l 12 2. 4 C ONNEC T OR S A ND S LOT S F DD 1 : 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 . 1 2 33 34 I[...]

  • Page 15

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 13 PE X 16_1: P C I - E xp r e s s x 16 S l ot - 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/ PE X 1_2: P C I - E xp r e s s x1 S l ot s - PC I -E[...]

  • Page 16

    Mot h er bo ar d Man ua l 14 CHAPT ER 3: HE A DERS & J UM P ERS S ET U P 3.1 H OW T O S ET U P J UMP E R S T h e i l l us tr ati on s how s how t o s et u p j u m p er s . W hen t h e ju m p er c a p i s pl ac e d o n p i ns , t he j u m per i s “ c l os e” , i f 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 [...]

  • Page 17

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 15 AT X Po we r So u r c e Co nn e ct o r: J AT X P W R1 J A T X PW R 1 allow s us er t o c onne c t 24-pin pow er c onnec t or on t he A T X pow er s uppl y . 1 12 13 24 P i n A s s i gnm e nt P i n As s i gnme nt 1 + 3.3V 13 + 3. 3V 2 + 3.3V 14 - 12V 3 Gr oun d 15 Gr oun d 4 + 5V 16 PS_O N 5 Gr [...]

  • Page 18

    Mot h er bo ar d Man ua l 16 JU S B 2/ JU S B3/ JU S B 4: H e ad e r s for U S B 2. 0 P ort s at F r o n t Pa n e l (JU S B 4 i s on l y f or N F 5 20 -A 2 T E / N F 520-A 2 S E ) T his header allow s u s er t o c onnec t addi t ional U SB c able on t he PC f ron t panel , and als o c an be c onne c t ed w it h in t ernal U SB de v ic e s , lik e U[...]

  • Page 19

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 17 J AUDI O F 1 : F ro n t Pa nel Au d io H ea d e r T his header allow s us er t o c onne c t t he f ront audio ou t put c able w it h t he PC f ron t panel. This header allow s onl y H D audio f ront panel c onnec t or; A C ’97 c onnec t or is not ac c ep t able. Pi n Assig n m ent 1 M i c Lef[...]

  • Page 20

    Mot h er bo ar d Man ua l 18 J S P D I F_O U T 1 : D i gi tal A u d i o- ou t C on n e c to r 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 ent 1 +5V 2 SP DIF _O UT 1 3 3 G r ound J U S B P W R1 / J US B P W R2 : P o we r S o u r ce H e a de r s f o r US B Po r t s ( O pt i o nal f o[...]

  • Page 21

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 19 J K B P W R1 : P o w e r So u rc e H e a d e r f o r P S /2 K ey bo a rd a n d M o us e ( O pt i o nal f o r NF 52 0 - A 2 ) 3 1 Pi n 1- 2 Cl o s e +5V for P S/2 k ey boar d and mous e. 1 3 3 1 Pi n 2- 3 c l os e +5V S T B for P S / 2 k ey boar d and mous e. J CM OS 1 : C l ea r CM O S H e a d [...]

  • Page 22

    Mot h er bo ar d Man ua l 20 JC I 1 : C h as si s O p e n He a d e r (O p ti o n al ) T his c onnec t or allow s s y s t em t o m oni t or P C c as e open s t at u s . I f t he s ignal has been t r iggered, it w ill rec ord t o t he C M OS and s how t he m es s age on nex t boot -up. Pi n Assig n m ent 1 Case open s i gna l 12 2 G r ound JPR N T 1:[...]

  • Page 23

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 21 CHAPT ER 4: R A ID F UNCT I ON S 4.1 O PER A T ION S YST E M Support s W indow s X P , W indow s 2000 Pro f es s ional, and W indow s Vi s t a . 4.2 R AI D A RRA Y S N V R AI D s uppor t s t he f ollow ing t y pe s o f R AI D arra y s : RAID 0: R A I D 0 de f ine s a d is k str ip in g sc he m [...]

  • Page 24

    Mot h er bo ar d Man ua l 22 RAID 1 : E v er y read a n d w ri t e i s ac t u a l l y carri e d o u t i n p aral l el acro s s 2 d i s k d r i v e s i n a R A ID 1 array s y s t em . T h e m i rro red (b ack u p ) co p y o f t h e d at a can res i d e o n t h e s am e d i s k o r o n a se c o nd r e d un da n t dr ive in the a r r a y. R AI D 1 pr [...]

  • Page 25

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 23 RA ID 0+1: ( O n l y f o r N F 520- A 2 T E/NF 520- A2 SE) R AI D 0 dr ive s c a n be m ir r or e d us in g R AI D 1 te c hn iq ue s. R e s ul ti ng i n a R AI D 0+ 1 sol ut io n f or im pr ove d pe r f or m a nc e plu s r e si lie nc y. F eature s and B ene fits  D r i ves: Minim um 4, and [...]

  • Page 26

    Mot h er bo ar d Man ua l 24 CHAPT ER 5: USE F UL HE L P 5.1 D RI V ER I NS T A LL A T ION N OT E Af ter y ou i ns tal le 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 nt o y our opt i c al dr i v e and i ns tal l the dr i ver f or be tter s ys t em per for m anc e. Y ou w i l l s ee th e f o l l ow i [...]

  • Page 27

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 25 5.2 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 i gh-low s iren s ound C P U o v erheat ed Sy s t e m w ill s hut down aut o m at i c all y One Short beep w hen s y s t em boot -u[...]

  • Page 28

    Mot h er bo ar d Man ua l 26 5.4 T RO U BLES HO OT IN G P roba ble S ol ut i 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 [...]

  • Page 29

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 27 T h i s pa ge i s i nte nt i o na l l y l ef t b l ank .[...]

  • Page 30

    Mot h er bo ar d Man ua l 28 A P PEN D EN C I ES : S PEC I N O TH ER L A N G U A G E G ER MA N NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 CP U So c k e l A M2 A M D A t h l on 64 / A t h l o n 64 F X / At hlon 64 x 2/ Semp ron P roz es so ren Die A M D 6 4-A r c hi t ek t ur un t e r s t ü t z t eine 3 2- B i t - und 64- B i t - Da t e n v e [...]

  • Page 31

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 29 NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 A udi o -C o de c R e a l t e k AL C 662 ( NF 520- A 2 T E) ( V e r 6.x ) R e a l t e k AL C 861 V D ( N F520- A 2 S E) ( V e r 6 . x ) R e a l t e k AL C 888 ( V e r 5 . x ) 5. 1- K a na l - A ud i oa u s g a b e ( V e r 6 . x ) 7. 1- K a na l - [...]

  • Page 32

    Mot h er bo ar d Man ua l 30 F RA NCE NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 UC So c k e t A M2 P r o ce ss e u rs AM D At h lo n 6 4 / At h l o n 6 4 FX / Ath lo n 6 4 x 2 / Se m p ro n L ' a r c hi t e c t ur e A M D 64 p e r m e t l e cal c ul 32 e t 64 bi ts Prend en c harg e Hype r T r an s por t e t C oo l ’ n ’ Q ui et So c[...]

  • Page 33

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 31 NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 Co d e c au d io R e a l t e k AL C 662 ( NF 520- A 2 T E) ( V e r 6.x ) R e a l t e k AL C 861 V D ( N F520- A 2 S E) ( V e r 6 . x ) R e a l t e k AL C 888 ( ve r 5 . x ) S or t i e au di o à 5 . 1 v oi e s ( V e r 6 . x) S or t i e au di o à [...]

  • Page 34

    Mot h er bo ar d Man ua l 32 I TA L I A N NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 CP U So cke t AM2 P ro ce s so ri AM D Ath lo n 6 4 / Ath lo n 6 4 F X / Ath l o n 6 4 x 2 / Semp ro n L ’ar c h itettu ra AMD 6 4 ab ilita l a c om put a z i o ne 32 e 64 b i t S uppor t o di Hy pe r T r a ns por t e C oo l ’ n’ Q ui e t So cke t AM2 P [...]

  • Page 35

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 33 NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 Allog g io PCI x3 Allo g g io P CI x 3 A l l o ggi o PC I Ex pr es s x 1 6 x 1 A l l oggi o P C I Ex pr e s s x1 6 x1 Allog g i A l l o ggi o PC I Ex pr es s x 1 x 2 A l l oggi o P C I Ex pr e s s x1 x 2 C onne t t or e fl o pp y x 1 C o nne t t o[...]

  • Page 36

    Mot h er bo ar d Man ua l 34 S PA NIS H NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 CP U Co n e c t o r A M2 Pr oc esad or es A M D A t hl on 6 4 / A t h l on 64 F X / Ath lo n 6 4 x 2 / Se m p ro n L a a r qu i t e ct u r a A M D 64 per m i t e e l pr o c e s a d o de 32 y 64 bi ts So p o r ta la s te cn o lo g í a s H y p e r T ran s p o r t[...]

  • Page 37

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 35 NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 R a nur a P C I X 3 R a nur a P C I X 3 R a nur a P C I Ex p r e s s x16 X 1 R a nur a P C I Ex p r e ss x 16 X 1 R a nur as R anu r a PC I expr es s x 1 X 2 Ranu r a PC I expr es s x 1 X 2 Co n e c to r d i s co f l ex ib le X1 Co n e ct o r d i [...]

  • Page 38

    Mot h er bo ar d Man ua l 36 P ORT UG UES E NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 CP U So c k e t A M2 P ro c e s sa d o re s AMD Ath lo n 6 4 / Ath lo n 6 4 F X / Ath lo n 6 4 x 2 / Se m p ro n A a r q u it ec t u r a AM D 6 4 pe rm it e u m a c o m p u t aç ã o de 32 e 64 bi ts Su p o r ta a s t e cn o l o g i a s H y p e r T ra n sp [...]

  • Page 39

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 37 NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 R a nhur a P C I x 3 R a nhur a P C I x 3 R a nhur a P C I Ex p r e s s x16 x 1 R a nhur a P C I Ex pr e s s x 16 x 1 R a nhur as R a nhur a P C I Ex p r e s s x 1 x 2 R anhur a P C I Ex pr e s s x 1 x 2 C o ne c t o r da uni d a de de d i s qu et[...]

  • Page 40

    Mot h er bo ar d Man ua l 38 P OLIS H NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 Pr oc esor So c k e t A M2 A M D A t h l on 64 / A t h l o n 64 F X / At hlon 64 x 2/ S e m p r on P roces or y A r c hi t e k t u r a AM D 64 um o ż li w i a p r ze tw a r za n i e 32 i 64 bi t o w e Ob s ł uga H y p e r T rans por t or az C ool ’ n ’ Q u i[...]

  • Page 41

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 39 NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 Ko d ek d ź wi ę ko w y R e a l t e k AL C 662 ( NF 520- A 2 T E) ( V e r 6.x ) R e a l t e k AL C 861 V D ( N F520- A 2 S E) ( V e r 6 . x ) R e a l t e k AL C 888 ( V e r 5 . x ) 5. 1 k a na ł ow e w y j ś c i e aud i o ( V er 6 . x ) 7. 1 k[...]

  • Page 42

    Mot h er bo ar d Man ua l 40 R U SSI AN NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 CP U ( це н т р а л ь н ый про ц е с с о р ) Гн езд о AM 2 Проц е с с ор ы AM D At h l o n 6 4 / At h lo n 6 4 F X / A l t hl on 64 X 2 / S e m p r o n А рхи т ектур а A M D 64 разреш ат ь обработк [...]

  • Page 43

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 41 NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 Сл о т PC I x3 Сл о т PC I x3 Сл о т PC I Exp r es s x1 6 x1 Сл о т PC I Exp r es s x1 6 x1 Сл о т ы Сл о т PC I Exp r es s x 1 x2 Сл о т PC I Exp r es s x 1 x2 Раз ъё м НГ М Д x1 Раз ъё м НГ М Д x1[...]

  • Page 44

    Mot h er bo ar d Man ua l 42 A RA BIC NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 ةﺪ ﺣ و ﺔﺠ ﻟ ﺎﻌﻤ ﻟ ا ﺔﻳﺰ آ ﺮ ﻤ ﻟ ا ﺲﺒ ﻘ ﻡ AM2 تﺎ ﺠ ﻟ ﺎ ﻌ ﻡ A M D At hl o n 64 / A t hl o n 64 F X / A t h l o n 64 x 2 / Se m p ro n ﺔ ﻴﻨﻘ ﺗ ﻦ ﻜﻤﺗ AM D 6 4 ﺔﻋ ﺮ ﺴﺏ ﺔﻴﺏ ﻮﺳ [...]

  • Page 45

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 43 NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 ﺔﺤ ﺘ ﻓ PC I دﺪﻋ 3 ﺔﺤ ﺘ ﻓ PC I دﺪﻋ 3 ﺔﺤ ﺘ ﻓ x16 PC I E x p r es s دﺪ ﻋ 1 ﺔﺤ ﺘ ﻓ x16 PC I E x p r es s دﺪ ﻋ 1 تﺎ ﺤ ﺘ ﻔ ﻟ ا ﺔﺤ ﺘ ﻓ P C I E xp r e ss x 1 دﺪﻋ 2 ﺔﺤ ﺘ ﻓ[...]

  • Page 46

    Mot h er bo ar d Man ua l 44 J AP AN E SE NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 CP U So c k e t A M2 A M D A t h l on 64 / A t h l o n 64 F X / At hlon 64 x 2/ Se mp ro n プロセッ サ AMD 6 4 アーキテ クチャでは、 32 ビットと 64 ビット計 算が 可能です ハイ パートラン スポートと クールアン ド?[...]

  • Page 47

    N F 520- A 2 T E / N F5 20- A 2 S E / N F 52 0- A 2 45 NF 52 0- A 2 T E /N F 520- A 2 S E NF 52 0- A 2 サウ ンド Co d e c R e a l t e k AL C 662 ( NF 520- A 2 T E) ( V e r 6.x ) R e a l t e k AL C 861 V D ( N F520- A 2 S E) ( V e r 6 . x ) R e a l t e k AL C 888 ( V e r 5 . x ) 5. 1 チャ ンネルオー ディオアウ ト (V er 6 . x ) 7. 1 [...]