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Uz pg ILm; e!! ,aOJC@. 2. Uz \>.!- |x Ze& P.OJC@. 3. ?XM! E# ILm; ,aOJC@. 3. ?XM!- E# ILm; P.OJC@. 4. \>.! |x Ze& ,aOJC@. 4. e!!- pg ILm; P.OJC@. 5. e!G |x; QJC@. DANGER Le courant électrique provenant de l’alimentation, du téléphone et des câbles de transmission peut présenter un danger. Pour éviter tout risque de choc électrique : v Ne manipulez aucun câble et n’effectuez aucune opération d’installation, d’entretien ou de reconfiguration de ce produit au cours d’un orage. v Branchez tous les cordons d’alimentation sur un socle de prise de courant correctement câblé et mis à la terre. v Branchez sur des socles de prise de courant correctement câblés tout équipement connecté à ce produit. v Lorsque cela est possible, n’utilisez qu’une seule main pour connecter ou déconnecter les câbles d’interface.; v Ne mettez jamais un équipement sous tension en cas d’incendie ou d’inondation, ou en présence de dommages matériels. v Avant de retirer les carters de l’unité, mettez celle-ci hors tension et déconnectez ses cordons d’alimentation, ainsi que les câbles qui la relient aux réseaux, aux systèmes de té lécommunication et aux modems (sauf instruction contraire mentionnée dans les procédures d’installation et de configuration). v Lorsque vous installez, que vous déplacez, ou que vous manipulez le présent produit ou des périphériques qui lui sont raccordés, reportez-vous aux instructions ci-dessous pour connecter et déconnecter les différents cordons. x gk 3m- Connexion: Déconnexion: 1. Mettez les unités hors tension. 1. Mettez les unités hors tension. 2. Commencez par brancher tous les cordons sur 2. Débranchez les cordons d’alimentation des les unités. prises. 3. Branchez les câbles d’interface sur des 3. Débranchez les câbles d’interface des connecteurs. connecteurs. 4. Branchez les cordons d’alimentation sur des 4. Débranchez tous les câbles des unités. prises. 5. Mettez les unités sous tension. ., hM. gk! |Q gW VG: hM.! CY#T exGv JR; fl!B x_G 'hL V@OY. hM.& 3/R 'B N0x# 33F8354 GB IBM!- v$Q ?OQ >yG &0; gkOJC@. hM.!B .,L T/Gn Vn _x gk, k^ GB sbR fl x _G 'hL V@OY. gm& fvOAi Y= gW; XvOJC@: v hM.& 0 S! xvE* cWv 6JC@. v 100°C (212°F) Ls !-Ov 6JC@. v v.OE* PXOv 6JC@. hM.& sbR 'B }I GB 8gG H| v"! {#JC@. ATTENTION Danger d’explosion en cas de remplacement incorrect de la batterie. Remplacer uniquement par une batterie IBM de type ou d’un type équivalent recommandé par le fabricant. La batterie contient du lithium et peut exploser en cas de mauvaise utilisation, de mauvaise manipulation ou de mise au rebut inappropriée. Ne pas : v Lancer ou plonger dans l’eau v Chauffer à plus de 100°C (212°F) v Réparer ou désassembler Mettre au rebut les batteries usagées conformément aux règlements locaux. _d H| $8 xi p)! |Q H| $8 |- 3q gk C! -g, (| GB sXG 'h; YLb 'X Y= H| VG gW ; XvOJC@: v x3! % ' |-1; ,aOv 6JC@. v fvk8N &6Gv J: |- h; @Q w! 3!Ov 6JC@. v |-1L W.v) NMdL:M P.Gn Vv J: fl!B },Gn Vv J: |-1L* \;b& 8vv 6JC@. v |-1; 3!OE* v.R fl VGOJC@. v x3! % ' +1| L\G |- gk; GOJC@. x3N NQ (| 'hL V; v V@OY. v !:! )bGB eR* W V/!- !: )b Em& 'X |-& gkOv 6J C@. Consignes de sécurité relatives au modem Lors de l’utilisation de votre matériel téléphonique, il est important de respecter les consignes ci-après afin de réduire les risques d’incendie, d’électrocution et d’autres blessures : v N’installez jamais de cordons téléphoniques durant un orage. v Les prises téléphoniques ne doivent pas être installées dans des endroits humides, excepté si le modèle a été conçu à cet effet. v Ne touchez jamais un cordon téléphonique ou un terminal non isolé avant que la ligne ait été déconnectée du réseau téléphonique. v Soyez toujours prudent lorsque vous procédez à l’installation ou à la modification de lignes téléphoniques. v Si vous devez téléphoner pendant un orage, pour éviter tout risque de choc électrique, utilisez toujours un téléphone sans fil. v En cas de fuite de gaz, n’utilisez jamais un téléphone situé à proximité de la fuite. 9Lz bb! |Q VG gW ON D;M p(!B CD-ROM esLj GB DVD-ROM esLjM 0: $ es Lj! 3!Gn V@OY. CD-ROM esLjM DVD-ROM esLj nG $ es LjB IG N08N 30{8N 8TR v5 V@OY. CD-ROM esLjM DVD-ROM esLj nG $ esLjB 9Lz &0TOY. L/Q esLjB L9 ,f T$(Department of Health and Human Services 21 Code of Federal Regulations: DHHS 21 CFR)G ,!: 1 9Lz &0! |Q Subchapter JG T$ xii gk 3m- ; XvOm V=; Nu^R@OY. GQ, L/Q esLjB ,!: 1 9Lz &0! |Q IEC 825M CENELEC EN 60825 T]G 6W; XvOm V=; Nu^R@ OY. $ esLj& 3!R ' Y=z 0: k^ VG gW; |mOJC@. VG: T$Gv J: 6$, &n GB }w v` nG `'N NX XNn 9Lz 9g! k bI 'hL V@OY. GQ $ esLjG $3& &EOi XNn 9Lz 9g! kbI v V@OY. $ e sLj ;N!B gkZ! v.R v VB N0: x@OY. esLj $3& &EOv 6JC@. ON $ esLj!B ,!: 3A GB ,!: 3B 9Lz YL@e! wTGn V@O Y. Y= VG gW; /GOJC@. 'h esLj! -.i 9Lz 9g !Jv! fbKOY. $1L +! w" nLv J5O VGOJC@. * H GB $P b8& xkQ sB!- $1; w" Ys8v J5O OJC@. DANGER: Certains modèles d’ordinateurs personnels sont équipés d’origine d’une unité de CD-ROM ou de DVD-ROM. Mais ces unités sont également vendues séparément en tant qu’options. L’unité de CD-ROM/DVD-ROM est un appareil à laser. Aux État-Unis, l’unité de CD-ROM/DVD-ROM est certifiée conforme aux normes indiquées dans le sous-chapitre J du DHHS 21 CFR relatif aux produits à laser de classe 1. Dans les autres pays, elle est certifiée être un produit à laser de classe 1 conforme aux normes CEI 825 et CENELEC EN 60 825. Lorsqu’une unité de CD-ROM/DVD-ROM est installée, tenez compte des remarques suivantes: ATTENTION: Pour éviter tout risque d’exposition au rayon laser, respectez les consignes de réglage et d’utilisation des commandes, ainsi que les procédures décrites. L’ouverture de l’unité de CD-ROM/DVD-ROM peut entraîner un risque d’exposition au rayon laser. Pour toute intervention, faites appel à du personnel qualifié. Certaines unités de CD-ROM/DVD-ROM peuvent contenir une diode à laser de classe 3A ou 3B. Tenez compte de la consigne qui suit: _d H| $8 xiii DANGER Rayonnement laser lorsque le carter est ouvert. Évitez toute exposition directe des yeux au rayon laser. 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20 SATA0 ?XM Ui ?XM CMOS .B ![ hM. Ui @p@ ?XM PCI =T 3 PCI =T 2 PCI =T 1 AGP =T (ON p() 12v |x ?XM ^p. 3! ; D;MB 43G DIMM ?XM& ;eOm V8g, Vk 4GBnvG C:[ ^p. & vxUOY. DIMM; 3!R ', Y=z 0: T"L {kKOY: v C:[ ^p.B N 3G $N($N AM B)N PyKOY. DIMM ?XM 1z 2B $N AN, DIMM ?XM 3z 4B $N BN PyKOY. v 1xz 3x(GB 2xz 4x) DIMM ?XM! ?OQ x$8N &[H ?O k.G ^p.! 3!Gn VB fl, D;MB L_ $N pe(dual channel mode)N [ ?OT KOY. v 2.5 V, 184I DDR SDRAM; gkOJC@. & 1 e p( 8T 8126, 8174, 8175, 8176 13 v 128 MB, 256 MB, 512 MB GB 1.0 GB DIMM; "" 6UO) gkOJC @. v DIMMG tLB 38.1 mm (1.5 inches)TOY. |m: ; D;M!B DDR SDRAM DIMM8; gkR v V@OY. DIMM; 3!OAi: 1. $3& &EOJC@. 11 dLvG :D;M $3 &E;& .NOJC@. 2. DIMM =T; gkOAi npM& &EX_R v5 V@OY. 16 dLvG :n pM 3!;& |mOJC@. 3. DIMM ?XMG '!& .NOJC@. 12 dLvG :C:[ 8e! VB N0 . N;; |mOJC@. 4. gJ ,3; )JC@. 5. ?XMG G! DIMMG (L B_n3Bv .NOJC@. ,3L ]z 'nv DIMM; ?XM! HYN Pn pTOJC@. 14 gk 3m- Y= [w: v &E_x npM& YC 3!OJC@. v Y% IG; 3!OAi, Xg NP8N !JC@. v 3!& OaOAi, 27 dLvG :D;M $3 63z ILm ,a;N !JC @. & 1 e p( 8T 8126, 8174, 8175, 8176 15 npM 3! Y=: npM 3! W &E! |Q $8M vC gW; 3mUOY. ; D;MB 33 G PCI npMk .e =TL V@OY. AGP npM =T: ON p(!8 V@OY. AGP =Tz PCI =T 2, PCI =T 3L vxOB npM Vk fLB 228 mm (9 inches)TOY. PCI =T 1L vxOB npM Vk fLB 200 mm (7.9 inches)T OY. npM& 3!OAi : 1. $3& &EOJC@. 11 dLvG :D;M $3 &E;& .NOJC@. 2. Xg .e =TG npM =T $3& &EOJC@. 3. $|b fvk qRi!- npM& (;JC@. 4. C:[ 8eG Xg =T! npM& 3!OJC@. 16 gk 3m- 5. W2z 0L *gN npM& m$OJC@. Y= [w v Y% IG; 3!OAi, Xg NP8N !JC@. v 3!& OaOAi, 27 dLvG :D;M $3 63z ILm ,a;N !JC @. ;e esLj 3! Y=: ;e esLj 3! W &E! |Q $8M vC gW; 3mUOY. ;e esLjB D;M! %LM& PE* zeR ' gkGB e!TOY. ze k. ; .eOm YgQ >yG Lpn& P; v V5O D;M! esLj& _!R v V@OY. ; D;M! gkR v VB esLj >yB Y=z 0@OY : v PATA(Parallel Advanced Technology Attachment) Oe p:) esLj v wD ATA Oe p:) esLj v CD esLj GB DVD esLj v L?D LpnesLj |m: L/Q YgQ esLjB IDE(Integrated Drive Electronics) esLjsm5 R 3OY. ;e esLjB #L! 3!KOY. ; 3m-!-B #L 1, #L 2 n8N 3mGn V@OY. & 1 e p( 8T 8126, 8174, 8175, 8176 17 ;e esLj& 3!R ', " #L! 3!R v VB esLj >yM )b& Uz .NOJC@. GQ 3!H esLj! ;e esLj ILm; CY#T ,aOJC@. esLj gg ; D;M!B Y=z 0: esLj! ;eGn V@OY: v #L 1 - CD esLj GB DVD esLj v #L 3 - 3.5 N! p:O p:) esLj v #L 4 - 3.5 N! Oe esLj esLj! 3!Gv J: #L!B $|b GeM #L PNL 3!Gn V@OY. Y= W2: esLj #LG '!& 8)]OY. Y=: " #L! 3!R v VB esLj >yM tL& *8@OY.
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2#L 2 - Vk tL: 43.0 mm (1.7 in.)
3#L 3 - Vk tL: 25.8 mm (1.0 in.)
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L vC gW; NbOJC@. YnNe! C[H D!B ; vC gWL -i! * 8*v J8GN ]eC NbOJC@. 9. DO qO8N 9F!Ai, jslz!- ZN& ,/OJC@. NbH vC gW! {s w%L.& YnNeQ D, P`; .n- 3!OJC@. POST/BIOS w%L. GP C 98 POST/BIOS& w%L.(C!C w%L.)OB ?H! D;MNG |x x^L _\H fl, D;MB CY#T gC[Ov J; v V@OY. L/Q fl, Y= }w(Om, N. mO 98)& x`OJC@: 1. D;MG |x; tm exGn VB A0M, pOM, \e e! nG |x; tJ C@. 2. |b \>.!- pg |x Ze& P.Om $3& &EOJC@. D;M $3 & E& |mOJC@. 3. C:[ 8e!- CMOS .B ![& #8JC@. C:[ 8e! VB N0 .N ; |mOJC@. 4. JdQ fl, CMOS .B ![& gkOB% fX! GB npM& npM 3! & |mO) &EOJC@. 5. ![& %X '!(I 1z 2)!- I 2M 38N L?C0JC@. 6. $3& YC exOJC@. D;M $3 63z ILm ,a; |mOJC@. 7. D;MM pOMG |x Ze& |b \>.! YC ,aOJC@. 8. esLj A! POST/BIOS w%L.(C!C) p:O; pTOm D;MM pOM G |x; QJC@. 9. w%L. .NNM |x Ze& P.OJC@. 11. $3& &EOJC@. D;M $3 &E& |mOJC@. 12. BIOS Configuration ![& gkOB% fX! GB npM& &EOJC@. 34 gk 3m- 13. CMOS .B ![& x! '!N G9.JC@. 14. &E_x npM& YC exOJC@. 15. $3& YC exOm P._x ILm; YC ,aOJC@. 16. n5 <&& gC[Ob 'O) D;MG |x; QJC@. NO A. C:[ ANW% w%L. 35 36 gk 3m- NO B. 6l: ;R Y=: 6l: ;R! |Q gW; 3mUOY. 6l:G ;R f}: gk _N 6l :G >y! {s Y(OY. $ 6l: ;R $ 6l: gk _ 6l: |C .&! _}Q fl, Y=; |mOJC@: 1. 6l:& Z}n- YZG ;n NY; ZaGn_ UOY. pg mInB k.Z GB R.ZN TBR v Vv8 k.ZM R.Z& %kO) TBR vB x@OY. mIn& Pb 15O mIn gL! xi; pTR v5 V@OY. m In! JdQ DsLM& }+Q fl, DsLM *: 08N #VKOY. 9: ATH [ENTER] b; AT mIn Y= qO!- b; 3$*: pN =: [CN Gn V@OY. mIn bI A Manually answer incoming call. A/ Repeat last command executed. Do not precede A/ with AT or follow with ENTER. D_ 0 - 9, A-D, # and * L last number redial P pulse dialing Note: Pulse dialing is not supported for Australia, New Zealand, Norway, and South Africa. T touch-tone dialing W wait for second dial tone , pause @ wait for five seconds of silence ! flash ; return to Command Mode after dialing Dial one of the four telephone numbers (n=0-3) stored in the modem non-volatile memory. DS=n E_ © Copyright IBM Corp. 2004 E0 Commands are not echoed E1 Commands are echoed 39 mIn bI +++ Escape Characters - Switch from Data Mode to Command Mode (T.I.E.S. Command) H_ H0 Force modem on-hook (hang up) H1 Force modem off-hook (make busy) Note: H1 command is not supported for Italy I_ L_ M_ I0 Display product-identification code I1 Factory ROM checksum test I2 Internal memory test I3 Firmware ID I4 Reserved ID L0 Low speaker volume L1 Low speaker volume L2 Medium speaker volume L3 High speaker volume M0 Internal speaker off M1 Internal speaker on until carrier detected M2 Internal speaker always on M3 Internal speaker on until carrier detected and off while dialing Included for compatibility only, provides no effect N_ O_ O0 Return to Data Mode O1 Return to Data Mode and initiate an equalizer retrain P Q_ Modem sends responses Read and display value in register r. Sr=n Set register r to value n (n = 0-255). T Set Tone Dial as default W_ X_ gk 3m- Q0 Sr? V_ 40 Set Pulse dial as default V0 Numeric responses V1 Word responses W0 Report DTE speed only W1 Report line speed, error correction protocol, and DTE speed. W2 Report DCE speed only X0 Hayes Smartmodem 300 compatible responses/blind dialing. X1 Same as X0 plus all CONNECT responses/blind dialing X2 Same as X1 plus dial tone detection X3 Same as X1 plus busy detection/blind dialing mIn Z_ bI X4 All responses and dial tone and busy signal detection Z0 Reset and retrieve active profile 0 Z1 Reset and retrieve active profile 1 .e AT mIn mIn bI &C0 Force Carrier Detect Signal High (ON) &C1 Turn on CD when remote carrier is present &D0 Modem ignores the DTR signal &D1 Modem returns to Command Mode after DTR toggle &D2 Modem hangs up, returns to the Command Mode after DTR toggle &D3 Resets modem after DTR toggle &F_ &F Recall factory default configuration &G_ &G0 Guard tone disabled &G1 Guard tone disabled &G2 1800 Hz guard tone &K0 Disable flow control &K3 Enable RTS/CTS hardware flow control &K4 Enable XON/XOFF software flow control &K5 Enable transparent XON/XOFF flow control &K6 Enable both RTS/CTS and XON/XOFF flow control &M_ &M0 Asynchronous operation &P_ &P0 US setting for off-hook-to-on-hook ratio &P1 UK and Hong Kong off-hook-to-on-hook ratio &P2 Same as &P0 setting but at 20 pulses per minute &P3 Same as &P1 setting but at 20 pulses per minute &R0 Reserved &R1 CTS operates per flow control requirements &S0 Force DSR Signal High (ON) &S1 DSR off in command mode, on in on-line mode &T0 Ends test in progress &T1 Perform Local Analog Loopback Test &T3 Perform Local Digital Loopback Test &T4 Grant Remote Digital Loopback Test request by remote modem &T5 Deny Remote Digital Loopback Test request &C_ &D_ &K_ &R_ &S_ &T_ NO C. v? p) mIn 41 mIn bI &V &W_ %E_ &T6 Perform a Remote Digital Loopback Test &T7 Perform a Remote Digital Loopback Test and Self-Test &T8 Perform Local Analog Loopback Test and Self-Test &V0 Displays Active and Stored Profiles &V1 Display Last Connection Statistics &W0 Stores the active profile as Profile 0 &W1 Stores the active profile as Profile 1 %E0 Disable auto-retrain %E1 Enable auto-retrain +MS? Displays the current Select Modulation settings +MS=? Displays a list of supported Select Modulation options +MS=a,b,c,e,f Select modulation where: a=0, 1, 2, 3, 9, 10, 11, 12, 56, 64, 69; b=0-1; c=300-56000; d=300- 56000; e=0-1; and f=0-1. A, b, c, d, e, f default=12, 1, 300, 56000, 0, 0. Parameter ″a″ specifies the modulation protocol desired where: 0=V.21, 1=V.22, 2=V.22bis, 3=V.23, 9=V.32, 10=V.32bis, 11=V.34, 12=V.90,K56Flex,V.34......,56=K 56Flex, V.90,V.34......, 64=Bell 103, and 69=Bell 212. Parameter ″b″ specifies automode operations where: 0=automode disabled, 1= automode enabled with V.8/V.32 Annex A. Parameter ″c″ specifies the minimum connection data rate (300- 56000). Parameter ″d″ specifies the maximum connection rate (300-56000); Parameter ″e″ specifies the codec type (0= Law, and 1=A-Law). Parameter ″f″ specifies ″robbed bit″ signaling detection (0=detection disabled 1=detection enabled) MNP/V.42/V.42bis/V.44 mIn mIn %C_ &Q_ 42 gk 3m- bI %C0 Disable MNP Class 5 and V.42bis data compression %C1 Enable MNP Class 5 data compression only %C2 Enable V.42bis data compression only %C3 Enable MNP Class 5 and V.42bis data compression &Q0 Direct data link only (same as \N1) &Q5 V.42 data link with fallback options &Q6 Normal data link only (same as \N0) +DS44=0, 0 Disable V.44 +DS44=3, 0 Enable V.44 mIn bI +DS44? Current values +DS44=? List of support values Fax Class 1 mIn +FAE=n Data/Fax Auto Answer +FCLASS=n Service Class +FRH=n Receive data with HDLC framing +FRM=n Receive data +FRS=n Receive silence +FTH=n Transmit data with HDLC framing +FTM=n Transmit data +FTS=n Stop transmission and wait Fax Class 2 mIn +FCLASS=n Services class. +FAA=n Adaptive answer. +FAXERR Fax error value. +FBOR Phase C data bit order. +FBUF? Buffer size (read only). +FCFR Indicate confirmation to receive. +FCLASS= Service class. +FCON Facsimile connection response. +FCIG Set the polled station identification. +FCIG: Report the polled station identification. +FCR Capability to receive. +FCR= Capability to receive. +FCSI: Report the called station ID. +FDCC= DCE capabilities parameters. +FDCS: Report current session. +FDCS= Current session results. +FDIS: Report remote capabilities. +FDIS= Current sessions parameters. +FDR Begin or continue phase C receive data. +FDT= Data transmission. +FDTC: Report the polled station capabilities. +FET: Post page message response. +FET=N Transmit page punctuation. NO C. v? p) mIn 43 +FHNG Call termination with status. +FK Session termination. +FLID= Local ID string. +FLPL Document for polling. +FMDL? Identify model. +FMFR? Identify manufacturer. +FPHCTO Phase C time out. +FPOLL Indicates polling request. +FPTS: Page transfer status. +FPTS= Page transfer status. +FREV? Identify revision. +FSPT Enable polling. +FTSI: Report the transmit station ID. =: mIn 44 gk 3m- #BDR Select Baud Rate #CID Enable Caller ID detection and reporting format #CLS Select Data, Fax or Voice/Audio #MDL? Identify Model #MFR? Identify Manufacturer #REV? Identify Revision Level #TL Audio output transmit level #VBQ? Query Buffer Size #VBS Bits per sample (ADPCM or PCM) #VBT Beep Tone Timer #VCI? Identify Compression Method #VLS Voice line select #VRA Ringback goes away timer #VRN Ringback never came timer #VRX Voice Receive Mode #VSDB Silence deletion tuner #VSK Buffer skid setting #VSP Silence detection period #VSR Sampling rate selection #VSS Silence deletion tuner #VTD DTMF tone reporting capability #VTM Enable timing mark placement #VTS Generate tone signals #VTX Voice transmit mode :':!- gk C VG gW TaxsignalL On sBN Gn VB Swisscom |-1; gkR fl, p) bI L $s{8N [?Gv J; v5 V@OY. L/Q eVB Y=z 0: ggG JM& exO) XaR v5 V@OY. Telekom PTT SCR-BE Taximpulssperrfilter-12kHz PTT Art. 444.112.7 Bakom 93.0291.Z.N NO C. v? p) mIn 45 46 gk 3m- NO D. gkZ 3< !I N0(CRU)G qO Y=: ; D;MG gkZ 3< !I N0 qOTOY. Z: W i& gW8N [kOv J@OY. ; .-! wTGn VB p g $8B /$ /f!- rnx MLg 9C& 'X &xH MTOY. Y% ?[ /f !- rnx az*: ; .-! bgH ;kz Y& v V@OY. IBM: gkZ! kQ G. 'X& J!Ov JB {UQ f}8N gkZ! &xQ $8& gkOE* hwR v V@OY. © Copyright IBM Corp. 2004 49 IBML FQ Y% % gL.! kQ ; &0G |m gW: \v gkZG mG& ' O) &xH MTOY. IBM: 8gG % gL.! kQ n0Q %S5 vv J@OY. 8g % gL.G ZaB IBM &0; 'Q ZaB FUOY. % gL. Lk! |Q %S: gkZ!T V@OY. Z9q| bB! |Q gW Y= gW: TV bB bIL b; exGn VB p(! {kKOY. ; &0!B /$ L9 /c W b8 v{ gjG! GX 8#GB z[G 8# bzL {kGn V8g, L bz: Macrovision Corporation W W [G R/GZG R/T OY. L z[G 8# bz; gkOAi Macrovision CorporationG N!& ]eC ^F_ Og, Macrovision Corporation8NNM 05G N! gWL xB Q, L bz G gk: !$!-G C; W b8 Q$H w!-G C;88N 9QKOY. L bz ! kQ * #vOn5(Reverse Engineering) W p:n@m.(Disassembly)B ]v Gn V@OY. nO s% Y=: IBMG nO s%TOY: IBM ThinkCentre Wake on LAN PS/2 Microsoft, WindowsB MicrosoftG nO s%TOY. Intel, Celeron, Pentium: IntelG nO s%TOY. b8 8gm, &0 -q: m: Xg 8gG nO s%TOY. 50 gk 3m- vN [Y] 0.{N gg p( 8T 8126, 8174, 8175, 8176 $3 &E p( 8T 8126, 8174, 8175, 8176 11 63 p( 8T 8126, 8174, 8175, 8176 27 $3 63 5 [Y] hM. 3< p( 8T 8126, 8174, 8175, 8176 25 4D ?XM 10 p( 8T 8126, 8174, 8175, 8176 27 8H esLj bI 3, 22 ;e 2, 6, 17 NA ,3 22 p:O 6 kU 8H ILm 24 #L 3, 18 N. mO 98(Boot-block recovery) gg 18 34 N0G '! 3! 19 p( 8T 8126, 8174, 8175, 8176 L?D Lpn 6, 17 12 qp@, -jC:[ 2 Oe p:) 6 CD 6, 17 [g] DVD 6, 17 R= 9' 5 [6] C:[ 8e ^p. 6, 13 6l: ;R 37 N0 .N 12 6l: ?XM 10 '! 13 6L) ?XM 10 ?XM 13 ^p. C:[ ANW% 33 3! 13 C:[ 13 DIMM(Dual Inline Memory Modules) mIn 13 [F] O# b; AT 39 PG 26 =: 44 h& 26 .e AT 41 3$, /f, h& 30 Fax Class 1 43 Fax Class 2 43 MNP/V.42/V.42bis/V.44 42 p) b; AT mIn 39 =: mIn 44 .e AT mIn 41 Fax Class 1 mIn 43 Fax Class 2 mIn 43 MNP/V.42/V.42bis/V.44 mIn 42 © Copyright IBM Corp. 2004 npM 3! p( 8T 8126, 8174, 8175, 8176 16 =T 16 AGP(Accelerated Graphics Port) PCI 6 6 @p@ sN-Ft ?XM 10 @p@ sN-N ?XM 10 @p@, -jC:[ 2 51 IG N0 3! p( 8T 8126, 8174, 8175, 8176 ;e esLj 19 ^p. 13 S Security Profile by Device Security profile by device gk 30 8H bI 22 npM 16 U DIMM 13 USB ?XM 10 IG e! ;e 6 gk !I 6 \e 6 Lu] ?XM 10 TbB bI 2 [Z] [? /f 5 e! esLv 10 |x ACPI(Advanced Configuration and Power Interface) vx 3 APM(Advanced Power Management) vx 3 wD ?XM 10 [+] ?XM 3m p( 8T 8126, 8174, 8175, 8176 10 D;M $3 &E p( 8T 8126, 8174, 8175, 8176 11 ILm ,a 27 08e ?XM 10 C CRU qO 47 D DIMM 3! 13 I IBM Setup Utility 29 P POST/BIOS w%L. GP C 98 34 52 gk 3m- 30