Download Samsung 913B User Manual

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SyncMaster 913N/915N/912T/913T/913B
蚧莙虣請訐紨莯軣蔱譟賆訝苷蹧,賗粯翯諠蔔耶襖豬訝蕚蹓軫覝耶蓿菤訝趁繖ଟG
缔警訝
襷踇藸轩蝄聶閳膱蹙聩鲾譇蠔
莙蠔魚紹
諱ឯ謃葽苤踆ឯ肞
莙蠔⏐
詧譛褩跸舠貍詒G
詒袂
蠔觥蒒耮觡藸糩羧莙萦蠯藸ஆ赹ૢ訝GPC 賸蛍DPMS. 蛰縠萦蠯躲臚荦軥缬ஆ賿赹
቙賸蛍絲輥躲臚艇蘉ଟG
莙蠔萦蠯蕚繖腦訝軫蕡肆腦訝ឯ肞ଟG
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訐轊襟罞貍詒軫謦輄ଟ
莙蠔終胖詒蓧胡蘂聈苤賆ឯ肞ஆ蚘莙蠔蠯藜蕻終貍艃ឯ肞ଟG
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訐轊襟罞貍詒軫謦輄ଟG
譙萦蠯訫耮詧腦譛訝ឯ肞輁ឯ謃ଟG
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詧譛莙軆粯翯諠蔔貍詒軫蓿菤蕚蕚ଟ
ឯ腠詒袂ឯ肞褩舠雞肆ଟG
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ឯ肞脘詧莙螾緖粯翯聋賹輄觭ଟ
莙蠔縧聏譛臣緻ឯ肞輁詒蓧,蚘莙蠔觥቙芅葽舩苶賸譇芓ஆ訐蚹粯翯諠蔔蕚蕚ଟG
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莙請訐蚹謉粯翯諠蔔貍詒軫謦輄ଟG
觥襮紨ឯ謃葽莙蠔脘詧赋翶訝ឯ蕌趈軫ឯ肞ଟG
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訐粯翯襟苨輄觭ଟG
虡觞
蚧蠔觥菒讁翶ଞ緷螻軫觹螻ଞ緷藜聏ଞ踪輀踕芓议訝輠綖譄褩缝罁见軫诊诮肪
訰谭轩萦蠯躒藽缬訝譛苷虡觞躒藽缬ஆ豠艭跼脕肼蕼绌訝荼艭譄蘴ଟ
蚧莙訐蚹謉ஆᖟ訝躒藽缬粯翯轊蛤譇蕚Მଟ
赹ૢ訝躒藽缬苶觥襮紨藜聏觹襀讽轎讁讐胴蔯訝譛苷ଟG
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粯翯觥躒藽缬訝羧莾⫶蒥貍詒軫謦輄ଟG
觥苏肆躒藽缬藸蔮蘴莙蠔៯踆胡ଟG
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訐轊耶⫶跬諠蔔蕚蕚軫覝轊蕚訋襖ଟG
豠觅躒藽缬觽謃虡觞蛍绕/粶譄ஆ莙蠔蛆缩荐蜯蘖賆绕/粶ଟG
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⫶跬聓肽粯翯轊聋賹⫶跬蕚繖軫襖蘪葾蹓ଟG
詖芑觅莇⫶跬賸蛍莙趮螾軫舩訞縧蔮訝趮舩ଟG
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豠觅莇⫶跬賸蛍薂趮ଞ螾緖訝跧舩ஆ褩舠缩聓肽⸌葾襖ஆ衁缩藷虃肐ଟG
詖芑觅莇⫶跬苶觥譛趈葽ଟG
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贓襖ஆ衁缩藷虃肐蠦蜇跷苝聅ଟG
艭跼萦⫶跬袉膽襮詖蜇蜨芓跬ஆ蛰胘貊ଞ葮賌誢軫蹮蜦ଟG
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艭跼萦⫶跬袉膽襮詖蜇蜨芓跬ஆ蛰胘貊ଞ葮賌誢軫蹮蜦ଟG
艭跼萦詒袂蓧袉膽蔱袼苨蝁觞賸ଟG
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蚧詒袂蓧蟯跶裾輀ஆ粯翯聋賹貍詒軫輄觭ଟG
詖芑觅莇⫶跬虡觞蛍赦跱莙胱谚ஆ蛰蒵绕ଞ荁₹肪ଟG
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⫶跬羧莾螻聏藥緷粯翯聋賹輄觭ଟG
蔮蘴譛苶踆躒藽缬ଟG
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袼粯翯蕚繖軫趁脟ଟG
豠莙蠔赹躒藽缬訝躮ዳ諅譛舩苶賸ଟG
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蚐詻躒藽ዳ訝跧舩粯翯蕯聇蕚蕚ଟG
譡魺粶跼薧裍踵絰訝訷蛩襖衵虡觞ଟG
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裍萋踵絰訝訷蛩襖衵讝蹥虡觞粯翯轊聋賹褙蟯葾蹓ଟG
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豠萦蠯蠯軉蕻谓蔱觱識緖話觞賸ଟG
虡觞莇⫶跬藸ஆ豠輑荦萦缩蛹觐荁荦譞襮話訝経膽ஂ耵蛍G10 縎菅/4 蝷髰ஃ褩趢
蛍赦跱ଟG
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赦跱莙胱粯翯萦⫶跬羧莾螻聏藥緷ஆ諱襀聋賹衳絓蕳舯貽耄輁蔒翯踆紤ଟ
ᷡ綃
觥ᷡ綃躒藽缬訝罁蒔軫蚐詻躒藽ዳ訝跧舩藸ஆ蠔蠯襮繕豽豽裯藜腦訝蜴蔆裒跃胡
诤蘋ଟ
莙蠔譺詧蟦躒藽缬葽菇蔤谤誢ଟG
萦蠯虇芅貢谵訝蔤谤誢ஆ閳蠯繄輦訝跃ଟG
蛰縠ឯ肞輁ឯ㝇識糩訝詧肞袼轎讁軫觗腦ஆ蠯襮繕絒跃軆軆譛诤絒誃ଟG
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觗訝詧肞轊諠蔔貍詒軫輄觭ଟG
觥ᷡ綃⫶跬訲ஆ詖罛苤誳詒袂蓧ଟG
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莟賿ஆ粯翯聋賹貍詒軫輄觭ଟG
蓘諱詒袂ឯ謃苤踆詒袂蓧ஆ蜥轰蠯絒諌訝蜴跃诤蘋莇⫶跬ଟG
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詖芑萦蠯襷踇輀踕誡誢ஆ蛰胘ଞ⧶ଞ謫誐ଞ辿蓔誢ଞ葮賌誢ଞ縙罃ᷡ蘝
誢ଞ裯輦誢軫ᷡ綃誢ଟG
舌羭⫶跬羧莾薧ᷡ綃襮评ஆ诅藸豠脕緋荼艭譄蘴軫紻荼譄蘴ଟG
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豠荦譞⫶跬羧莾ᷡ綃ଟ蛰縠蛆羧莾轎讁赧訞縧繺ஆ粯翯諠蔔⫶跬緝觢ஆ蘹
譱襟苨輄觭ଟG
缩贓
詖芑褾誳軥紶ஂ軫轰紶ஃଟG
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訐轊諠蔔貍詒軫謦輄ଟ
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蠔蛆踵絰訝裒蕮襖衵胡裒蕮ଟ
蛰縠ૢ訝躒藽缬縒覥莙誀蒇̀赴荑藷耮袼襷踇褻蒇訝蔝褌軫罃芔諱躒藽缬膹賆胡訝
輊̀蠔臎騚苤踆ឯ肞ஆ閳蛹襮紨蕼绌訝維蕌蒁軫荼艭莾芏脕緋ଟG
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訐袼粯翯諠蔔貍詒軫謦輄ଟG
萦莇⫶跬袉膽裃ଞ蜦軫諊藜谚ଟ詖芑虡觞蛍诊羧ଟG
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訐粯翯轊聋賹緝觢ଞ詒絯軫輄觭ଟ
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赴荑蠔跸舠觥缋薂軫粯翯跙腋觥蔁衖訝軉蟯萦蠯躒藽缬ଟG
蛰縠躒藽缬聓肽軫蟯糌蕯蕚ஆ豠觅躒藽缬總趺閳苤聓詒袂蓧ଟ詧訋豠脕肼裒蕮譄蘴ଟG
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耮蟯舩贙腥輁蔉詒藸ஆ豠總趺詒袂ஆ軫覸藸詭警萦蠯襮耂藸糩ଟG
觥跙跱衖軫腥詒缽糩ஆ軫覝蠔袼蒒耮觡襮耂藸糩莙蠯藸,豠赹ឯ肞諱ឯ謃葽苤踆ଟG
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蛰縠莙訐蚹謉ஆ袼粯翯諠蔔貍詒軫謦輄ଟ
莙蠔蘂聈蠯胖詒蓧軫蘘軣詒胒訝趌茽胡褾肆躒藽缬ଟG
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訐蚹裍蛍轊蕚繖詒胒襀諠蔔趁繖ଞ貍詒軫謦輄ଟ
莙蠔譙藷胖肆詒蓧軫蘘軣詒胒胡萦躒藽缬謂蠾褾肆ଟG
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訐蚹裍蛍轊蕚繖詒蓧襀諠蔔趁繖ଞ貍詒軫謦輄ଟG
莙蠔紶謇躒藽缬罁糌葽訝赦跱纁ଟG
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赦跱莙軆粯翯轊萦縒覥詭警蘹譱轊謦輄ଟG
莙蠔觥躒藽缬葽苶賸襮茑薂ଞ輀踕跬ଞ軫覝襷踇蔮訝罬蕐芓豬ଟG
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訐袼粯翯諠蔔蕚蕚ଞ貍詒軫謦輄ଟ
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蚧袼褻芓讝覂躒藽缬ஆ豠臎騚苤踆詒袂ឯ肞ஆ閳脕肼荼艭譄蘴ଟ
艭跼萦莇⫶跬袉膽蜇蜨輀踕菇芁軫缩贓蜇蜨芓议ଟG
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訐袼粯翯諠蔔跜覫軫輄觭ଟG
綂莙蠔赹襷踇罬蕐訝肉蓁ឯ覂躒藽缬訝紹縑譄終ଟG
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訐轊諠蔔貍詒ଞ謦輄軫蕚蹓ଟG
詖芑觅罬蕐芓絓ஆ蛰▊覐ଞ詒蓧輁蕻诟軫蜇蜨芓跬ஆ蛰譮輁輄藺ឯ覂赦跱纁ଞ襁罁脘
詧莡軫GAV 脘詧莡ଟG
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訐粯翯轊聋賹輄觭軫貍詒ଟ蚧袼褻芓軫薂讝覂莇⫶跬羧ஆ豠臎騚總趺⫶跬ஆ
觅ឯ肞諱觐葽訝ឯ謃苤賆ஆ閳脕肼荼艭譄蘴ଟ
蚧ᖟ維縧襮耂觡藸糩轰覇纠縻糠肇襮紨鱫舩ஆ賿轊賆躇覴膉軫艇軜訝蝞葿ଟG
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耮ᖟ蠔膽紹紁蘁缬襮耂觡藸糩ஆ豠觅艇蘉紮荍ὑ蔚詒艇蘉軫藷蓿話躲臚荦軥
誎蘉ଟG
豠虣請罁躧諝詹蔔訫踵訝蹙蓍聏缝萛蕞ଟG
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莙訫踵訝蹙蓍聏蛹萛蕞粯翯轊葾蹓蘁脇ଟ
19 髰G- 1280 X 1024
萦蠯襁罁藸ஆ豠諝詹蔔訫耮訝褌胴ଟG
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褌胴縧耵粯翯轊葾蹓豞脇ଟG
觡藸糩缋経膽譛縻糠莇躒藽缬粯翯轊聋賹蘁脇踆紤ଟG
ὑ糾綳虦誋践脽ஆ舌萦蠯躲臚G1 蔮藸豠譱蔯辏蘊G5 菅諿ଟ
詖芑觅莇⫶跬虡觞蛍莙螾緖ଞ莙趮贳訝跧舩軫蜇蛍讂肆訝譛苷ଟG
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⫶跬聓肽粯翯轊聋賹⫶跬蕚繖軫襖蘪葾蹓ଟ觥蜇蛍讂肆訝譛苷萦蠯莇⫶跬粯
翯轊貽耄⫶跬蕳舯軫聋賹罞輄ଟG
觥褾肆躒藽缬藸ஆ豠總趺詒袂閳苤踆詒袂蓧ଟ
觥ᖟ褾肆紁蘁缬識訲ஆ豠艭跼苤誳蔱袼胒蓧ஆ趽繁谭蓧褩缝蛹缩贓觞賸蒒脘綄訝胒
蓧ଟG
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蛰芚苤聓詒袂蓧ஆ粯翯轊耶詒袂蓧諠蔔蕚蹓ஆ襜襀聋賹輄觭軫⫶蒥詒絯ଟG
豠觅莇⫶跬賸蛍虃肐艸茽貍缝谚ஆ褩舠⫶跬蕯蕚ଟG
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⫶跬聓肽粯翯轊聋賹襖蘪葾蹓蘹譱萾臹ଟG
蚧觡藸糩莙萦蠯莇⫶跬ஆ豠觅詒袂ឯ肞苤踆ଟG
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莟賿ஆ襜腺訞縧翶∵纆軫㌩蜯豬腆輀⫶蒥訝蝁莄萳粯翯轊聋賹貍詒軫輄觭ଟG
豠芑觅虃肐辯軆訝芓跬ஂ軫襷踇缩贓粯翯辨襟贓芅訝芓跬ஃ賸蛍莇⫶跬葽ଟG
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虃肐粯翯轊ὑ腦罵聇訐萢芓跬襀苐赿莇⫶跬ଟ訐粯翯萦⫶跬聓肽ஆ讝襀聋賹
襖蘪葾蹓蘹譱萾臹ଟG
SyncMaster 913N
豠ૢ襮話絥ᶹ襮踆蛹ૢ訝躒藽缬觥襮罞訝藷莟輢袼褩踆芓跬ଟ
蛰縠綅蔯襷踇襮蹌, 豠蛹ૢ訝維蕌蒁脕緋ଟ
脕肼耮譛維蕌蒁G褩纤舏蓱纤茜絓ଟ
紹蒔G
蓱蹌G1
躲臚蛹糤蜇㝇謃G
觽謃
蓱蹌G2
躲臚蛹GPivot 㝇謃
Manual
趽繁萦蠯譟羐ଞ
贒蕗虡觞譟羐G
荦蕮餦
(莙藷觥蔱袼譛纀聩袼)
躲臚纫肆誎蘉ଞ
⌀蘰蒣谋蜴豬ଞ
MagicTune˞ 蜴豬褩缝G
MagicRotation 蜴豬繄隨
詒胒G
D-sub詒胒G
詒袂蓧G
訲舩趈G
1.
Menu(谏翻)虣絜G[ ]
2.
MagicBright 虣絜G[
紹ଳGOSD 蓱翻ଟ蜃粯蠯蛍赫賆GOSD 蓱翻軫苠轃識訲訝蓱翻ଟG
] 蔱袦MagicBright藷譟ὑ腦誨縍莯踵芉覑誯覥ଞ臾腉ଞ肆鱫肪糉諷萦蠯
覝輠綖ஆ缩躲臚繳纠躧躲臚蟃袼2茊胨聏輁蓵舰鱫议ଟ赱縧躲臚訲訝訷
蠯虣絜粯襷褙諝詹莯踵萦蠯覝薦纓訝3諷胨聏輁蓵舰聏GଟG
1) Custom
薥蜥訐萢ؐ绰維縧虇芅訝縒誎萵維聒蔧蓱ஆ翺螗蓿訝ؐ粯翯莙訫
踵ᖟ訝虦誋ஆ薧缃絇ᖟ訝辯軆襀話ଟ
蛰縠詶輴蛰诅ஆ豠萦蠯GOSD 蓱翻諝詹胨聏輁耶菲ଟG
2) Text : 襮苞胨聏G
訫蠯趽踪耵胴芉覑訝蔀舰芉絓軫縒覥ଟ
3) Internet : 譄胨聏G
蠯蛍赂茜蝞葿軯踵ஆ脸蛰芉覑輁聈躨ଟ
4) Entertain : 緷胨聏G
蠯蛍縻糠蝞趥蛰GDVD 軫GVCDଟ
>>虣襮踆诅谚騚粯糠絽肆鱫ଟG
3.
2,3.
4.
5.
6.
7.
Brightness 虣絜G[ ]
諝詹虣絜G[
]
Enter 虣絜G[ ]
Auto(覞肆)虣絜
詒袂虣絜
詒袂譟藽肨
鱫舩葽芚躒藽GOSD 藸ஆ虣踆诅虣絜騚粯諝詹胨聏ଟ
訐萢虣絜蛆ૢ蓱赘肂賆閳諝詹Menu膹訝襮萢蹌艘ଟ
蠯蛍蓱賓GOSD 蓱翻ଟ
膦蠯诅絜覞肆諝詜譺詧讝覂ଟ
萦蠯訐紨虣絜胡贙紹軫總趺躒藽缬ଟ
觥誀蒇諀覥藸訐紨肨胨ஆ襀觥躒藽缬荦諪ૢ訝諝詹藸賗蔉腑繄ଟ
袼總詜詒縐翯訝讝襮荫蘩蘊豠糠蕻谓膹蔀舰訝詜詒缬ଟGὑ腦詜蔚翯袂ஆ觥莙薦蠔቙ஆ軫觡藸糩莙
終糠቙訝藸轩ஆ豠赹ૢ訝躒藽缬總聓ଟ
轰舩趈
(舌紨躒藽缬訝轰舩趈茜賸袼粯翯莙肇ଟ)
1.
2.
3.
貍艃躲臚胒蓧
D-sub 15-pin 莡
Kensington 茈聝蕫
觅貍艃躲臚胒蓧蛹詒翙轰舩粯蠯訝蒬脛赦蘩ஂCOMஃ莡脘詧ଟ
萦蠯蘁蘩餦G(video card) 葽識GD-sub (膍菲蘉) 詧肞ଟ
Kensington 茈聝蕫藷蠯蛍觥縎騙见踵萦蠯莇緊赥藸緖話緊赥訝觞賸ଟ
ஂ蕫話觞賸跼薧翻聱纤舏ଟஃ
總蛍詒胒脘詧訝讝襮荫蘩蘊豠糠脘詧ૢ訝躒藽缬ଟG
SyncMaster 915N
豠ૢ襮話絥ᶹ襮踆蛹ૢ訝躒藽缬觥襮罞訝藷莟輢袼褩踆芓跬ଟ
蛰縠綅蔯襷踇襮蹌, 豠蛹ૢ訝維蕌蒁脕緋ଟ
脕肼耮譛維蕌蒁G褩纤舏蓱纤茜絓ଟ
紹蒔G
躲臚蛹糤蜇㝇謃G
觽謃
Manual
贒蕗虡觞譟羐G
荦蕮餦
(莙藷觥蔱袼譛纀聩袼)
詒胒G
D-sub詒胒G
詒袂蓧G
趽繁萦蠯譟羐ଞ
躲臚纫肆誎蘉ଞ
⌀蘰蒣谋蜴豬ଞ
MagicTune˞ 蜴豬褩缝
訲舩趈G
1.
Menu(谏翻)虣絜G[ ]
2.
MagicBright 虣絜G[
紹ଳGOSD 蓱翻ଟ蜃粯蠯蛍赫賆GOSD 蓱翻軫苠轃識訲訝蓱翻ଟG
] 蔱袦MagicBright藷譟ὑ腦誨縍莯踵芉覑誯覥ଞ臾腉ଞ肆鱫肪糉諷萦蠯
覝輠綖ஆ缩躲臚繳纠躧躲臚蟃袼2茊胨聏輁蓵舰鱫议ଟ赱縧躲臚訲訝訷
蠯虣絜粯襷褙諝詹莯踵萦蠯覝薦纓訝3諷胨聏輁蓵舰聏GଟG
1) Custom
薥蜥訐萢ؐ绰維縧虇芅訝縒誎萵維聒蔧蓱ஆ翺螗蓿訝ؐ粯翯莙訫
踵ᖟ訝虦誋ஆ薧缃絇ᖟ訝辯軆襀話ଟ
蛰縠詶輴蛰诅ஆ豠萦蠯GOSD 蓱翻諝詹胨聏輁耶菲ଟG
2) Text : 襮苞胨聏G
訫蠯趽踪耵胴芉覑訝蔀舰芉絓軫縒覥ଟ
3) Internet : 譄胨聏G
蠯蛍赂茜蝞葿軯踵ஆ脸蛰芉覑輁聈躨ଟ
4) Entertain : 緷胨聏G
蠯蛍縻糠蝞趥蛰GDVD 軫GVCDଟ
3.
2,3.
4.
5.
6.
7.
Brightness 虣絜G[ ]
諝詹虣絜G[
]
Enter 虣絜G[ ]
Auto(覞肆)虣絜
詒袂虣絜
詒袂譟藽肨
>>虣襮踆诅谚騚粯糠絽肆鱫ଟG
鱫舩葽芚躒藽GOSD 藸ஆ虣踆诅虣絜騚粯諝詹胨聏ଟ
訐萢虣絜蛆ૢ蓱赘肂賆閳諝詹Menu膹訝襮萢蹌艘ଟ
蠯蛍蓱賓GOSD 蓱翻ଟ
膦蠯诅絜覞肆諝詜譺詧讝覂ଟ
萦蠯訐紨虣絜胡贙紹軫總趺躒藽缬ଟ
觥誀蒇諀覥藸訐紨肨胨ஆ襀觥躒藽缬荦諪ૢ訝諝詹藸賗蔉腑繄ଟ
袼總詜詒縐翯訝讝襮荫蘩蘊豠糠蕻谓膹蔀舰訝詜詒缬ଟGὑ腦詜蔚翯袂ஆ觥莙薦蠔቙ஆ軫觡藸糩莙
終糠቙訝藸轩ஆ豠赹ૢ訝躒藽缬總聓ଟ
轰舩趈
(舌紨躒藽缬訝轰舩趈茜賸袼粯翯莙肇ଟ)
1.
2.
3.
貍艃躲臚胒蓧
D-sub 15-pin 莡
Kensington 茈聝蕫
觅貍艃躲臚胒蓧蛹詒翙轰舩粯蠯訝蒬脛赦蘩ஂCOMஃ莡脘詧ଟ
萦蠯蘁蘩餦G(video card) 葽識GD-sub (膍菲蘉) 詧肞ଟ
Kensington 茈聝蕫藷蠯蛍觥縎騙见踵萦蠯莇緊赥藸緖話緊赥訝觞賸ଟ
ஂ蕫話觞賸跼薧翻聱纤舏ଟஃ
總蛍詒胒脘詧訝讝襮荫蘩蘊豠糠脘詧ૢ訝躒藽缬ଟG
SyncMaster 912T
豠ૢ襮話絥ᶹ襮踆蛹ૢ訝躒藽缬觥襮罞訝藷莟輢袼褩踆芓跬ଟ
蛰縠綅蔯襷踇襮蹌, 豠蛹ૢ訝維蕌蒁脕緋ଟ
脕肼耮譛維蕌蒁G褩纤舏蓱纤茜絓ଟ
紹蒔G
躲臚蛹GPivot 㝇謃
Manual
贒蕗虡觞譟羐G
荦蕮餦
(莙藷觥蔱袼譛纀聩袼)
趽繁萦蠯譟羐ଞ
躲臚纫肆誎蘉ଞ
⌀蘰蒣谋蜴豬ଞ
MagicTune˞ 蜴豬褩缝G
MagicRotation 蜴豬繄隨
詒胒G
D-sub詒胒G
詒袂蓧G
DVI詒胒
訲舩趈G
1.
Menu(谏翻)虣絜G[ ]
2.
MagicBright 虣絜G[
紹ଳGOSD 蓱翻ଟ蜃粯蠯蛍赫賆GOSD 蓱翻軫苠轃識訲訝蓱翻ଟG
] 蔱袦MagicBright藷譟ὑ腦誨縍莯踵芉覑誯覥ଞ臾腉ଞ肆鱫肪糉諷萦蠯
覝輠綖ஆ缩躲臚繳纠躧躲臚蟃袼2茊胨聏輁蓵舰鱫议ଟ赱縧躲臚訲訝訷
蠯虣絜粯襷褙諝詹莯踵萦蠯覝薦纓訝3諷胨聏輁蓵舰聏GଟG
1) Custom
薥蜥訐萢ؐ绰維縧虇芅訝縒誎萵維聒蔧蓱ஆ翺螗蓿訝ؐ粯翯莙訫
踵ᖟ訝虦誋ஆ薧缃絇ᖟ訝辯軆襀話ଟ
蛰縠詶輴蛰诅ஆ豠萦蠯GOSD 蓱翻諝詹胨聏輁耶菲ଟG
2) Text : 襮苞胨聏G
訫蠯趽踪耵胴芉覑訝蔀舰芉絓軫縒覥ଟ
3) Internet : 譄胨聏G
蠯蛍赂茜蝞葿軯踵ஆ脸蛰芉覑輁聈躨ଟ
4) Entertain : 緷胨聏G
蠯蛍縻糠蝞趥蛰GDVD 軫GVCDଟ
3. Brightness 虣絜G[ ]
]
2,3. 諝詹虣絜G[
4. Enter 虣絜G[ ] /
Source 虣絜G
5.
6.
7.
Auto(覞肆)虣絜
詒袂虣絜
詒袂譟藽肨
>>虣襮踆诅谚騚粯糠絽肆鱫ଟG
鱫舩葽芚躒藽GOSD 藸ஆ虣踆诅虣絜騚粯諝詹胨聏ଟ
訐萢虣絜蛆ૢ蓱赘肂賆閳諝詹Menu膹訝襮萢蹌艘ଟ
蠯蛍蓱賓GOSD 蓱翻ଟG/
虣踆GSource 虣㊷ஆ閳蛍GOSD 總趺藸蓱赘蝞葿蘩軣ଟ
(虣踆G[Source] 虣絜㊷褩紮荍薜覂艇蘉藸ஆ躲臚譄虼轊躒藽蘩蘊ஆ跧藽
艘訲蓱賓訝艇蘉ὑ膍菲軫蕿袑薜覂蘩軣ଟ)
謗ஔG蛰縠ᖟ蓱赘蕿袑G(Digital) 艇蘉ஆ跼薧萦蠯GDVI 蓧ஆ褩蕿袑莡觅躒
藽缬脘詧譱聈躨粮蕗餦ଟ
膦蠯诅絜覞肆諝詜譺詧讝覂ଟ
萦蠯訐紨虣絜胡贙紹軫總趺躒藽缬ଟ
觥誀蒇諀覥藸訐紨肨胨ஆ襀觥躒藽缬荦諪ૢ訝諝詹藸賗蔉腑繄ଟ
袼總詜詒縐翯訝讝襮荫蘩蘊豠糠蕻谓膹蔀舰訝詜詒缬ଟGὑ腦詜蔚翯袂ஆ觥莙薦蠔቙ஆ軫觡藸糩莙
終糠቙訝藸轩ஆ豠赹ૢ訝躒藽缬總聓ଟ
轰舩趈
(舌紨躒藽缬訝轰舩趈茜賸袼粯翯莙肇ଟ)
1.
2.
3.
4.
5.
貍艃躲臚胒蓧
DVI 莡
D-sub 15-pin 莡
詒袂紹總
(蓱蹌)
Kensington 茈聝蕫
觅貍艃躲臚胒蓧蛹詒翙轰舩粯蠯訝蒬脛赦蘩ஂCOMஃ莡脘詧ଟ
觅DVI詒胒脘詧觥躒藽缬轫舩訝DVI詧纁葽ଟ
萦蠯蘁蘩餦G(video card) 葽識GD-sub (膍菲蘉) 詧肞ଟ
萦蠯訐紨虣絜胡贙紹軫總趺躒藽缬ଟ
Kensington 茈聝蕫藷蠯蛍觥縎騙见踵萦蠯莇緊赥藸緖話緊赥訝觞賸ଟ
ஂ蕫話觞賸跼薧翻聱纤舏ଟஃ
總蛍詒胒脘詧訝讝襮荫蘩蘊豠糠脘詧ૢ訝躒藽缬ଟG
SyncMaster 913T / 913B
豠ૢ襮話絥ᶹ襮踆蛹ૢ訝躒藽缬觥襮罞訝藷莟輢袼褩踆芓跬ଟ
蛰縠綅蔯襷踇襮蹌, 豠蛹ૢ訝維蕌蒁脕緋ଟ
脕肼耮譛維蕌蒁G褩纤舏蓱纤茜絓ଟ
紹蒔G
蓱蹌G1
躲臚蛹糤蜇㝇謃G
觽謃
蓱蹌G2
躲臚蛹GPivot 㝇謃
Manual
趽繁萦蠯譟羐ଞ
贒蕗虡觞譟羐G
荦蕮餦
(莙藷觥蔱袼譛纀聩袼)
躲臚纫肆誎蘉ଞ
⌀蘰蒣谋蜴豬ଞ
MagicTune˞ 蜴豬褩缝G
MagicRotation 蜴豬繄隨
詒胒G
D-sub詒胒G
詒袂蓧G
蓱蹌
DVI詒胒
訲舩趈G
1.
Menu(谏翻)虣絜G[ ]
2.
MagicBright 虣絜G[
紹ଳGOSD 蓱翻ଟ蜃粯蠯蛍赫賆GOSD 蓱翻軫苠轃識訲訝蓱翻ଟG
] 蔱袦MagicBright藷譟ὑ腦誨縍莯踵芉覑誯覥ଞ臾腉ଞ肆鱫肪糉諷萦蠯
覝輠綖ஆ缩躲臚繳纠躧躲臚蟃袼2茊胨聏輁蓵舰鱫议ଟ赱縧躲臚訲訝訷
蠯虣絜粯襷褙諝詹莯踵萦蠯覝薦纓訝3諷胨聏輁蓵舰聏GଟG
1) Custom
薥蜥訐萢ؐ绰維縧虇芅訝縒誎萵維聒蔧蓱ஆ翺螗蓿訝ؐ粯翯莙訫
踵ᖟ訝虦誋ஆ薧缃絇ᖟ訝辯軆襀話ଟ
蛰縠詶輴蛰诅ஆ豠萦蠯GOSD 蓱翻諝詹胨聏輁耶菲ଟG
2) Text : 襮苞胨聏G
訫蠯趽踪耵胴芉覑訝蔀舰芉絓軫縒覥ଟ
3) Internet : 譄胨聏G
蠯蛍赂茜蝞葿軯踵ஆ脸蛰芉覑輁聈躨ଟ
4) Entertain : 緷胨聏G
蠯蛍縻糠蝞趥蛰GDVD 軫GVCDଟ
3. Brightness 虣絜G[ ]
2,3. 諝詹虣絜G[
]
4. Enter 虣絜G[ ] /
Source 虣絜G
5.
6.
7.
Auto(覞肆)虣絜
詒袂虣絜
詒袂譟藽肨
>>虣襮踆诅谚騚粯糠絽肆鱫ଟG
鱫舩葽芚躒藽GOSD 藸ஆ虣踆诅虣絜騚粯諝詹胨聏ଟ
訐萢虣絜蛆ૢ蓱赘肂賆閳諝詹Menu膹訝襮萢蹌艘ଟ
蠯蛍蓱賓GOSD 蓱翻ଟG/
虣踆GSource 虣㊷ஆ閳蛍GOSD 總趺藸蓱赘蝞葿蘩軣ଟ
(虣踆G[Source] 虣絜㊷褩紮荍薜覂艇蘉藸ஆ躲臚譄虼轊躒藽蘩蘊ஆ跧藽
艘訲蓱賓訝艇蘉ὑ膍菲軫蕿袑薜覂蘩軣ଟ)
謗ஔG蛰縠ᖟ蓱赘蕿袑G(Digital) 艇蘉ஆ跼薧萦蠯GDVI 蓧ஆ褩蕿袑莡觅躒
藽缬脘詧譱聈躨粮蕗餦ଟ
膦蠯诅絜覞肆諝詜譺詧讝覂ଟ
萦蠯訐紨虣絜胡贙紹軫總趺躒藽缬ଟ
觥誀蒇諀覥藸訐紨肨胨ஆ襀觥躒藽缬荦諪ૢ訝諝詹藸賗蔉腑繄ଟ
袼總詜詒縐翯訝讝襮荫蘩蘊豠糠蕻谓膹蔀舰訝詜詒缬ଟGὑ腦詜蔚翯袂ஆ觥莙薦蠔቙ஆ軫觡藸糩莙
終糠቙訝藸轩ஆ豠赹ૢ訝躒藽缬總聓ଟ
轰舩趈
(舌紨躒藽缬訝轰舩趈茜賸袼粯翯莙肇ଟ)
1.
2.
3.
4.
貍艃躲臚胒蓧
DVI 莡
D-sub 15-pin 莡
Kensington 茈聝蕫
觅貍艃躲臚胒蓧蛹詒翙轰舩粯蠯訝蒬脛赦蘩ஂCOMஃ莡脘詧ଟ
觅DVI詒胒脘詧觥躒藽缬轫舩訝DVI詧纁葽ଟ
萦蠯蘁蘩餦G(video card) 葽識GD-sub (膍菲蘉) 詧肞ଟ
Kensington 茈聝蕫藷蠯蛍觥縎騙见踵萦蠯莇緊赥藸緖話緊赥訝觞賸ଟ
ஂ蕫話觞賸跼薧翻聱纤舏ଟஃ
總蛍詒胒脘詧訝讝襮荫蘩蘊豠糠脘詧ૢ訝躒藽缬ଟG
SyncMaster 913N
1.
赹ૢ訝躒藽缬訝詒袂蓧脘詧聇躒藽缬茕舩訝詒袂者纁ଟ赹躒藽缬訝詒袂蓧ឯ觥菁缋訝襮紨ឯ謃
葽ଟ
2-1.
萦蠯蘁蘩餦G(video card) 葽識GD-sub (膍菲蘉) 詧肞ଟ
蘘軣蓧脘詧聇ૢ訝緍葨罁訝蘁萛纁, 蘁萛趈ଞ蘁萛餦軫聈躨餦ଟ
2-2.
⋷舞雛频蓙ଝ閱鎴ଝ
萦蠯GD-SUB 脘詧蓧觅躲臚脘詧聇GMacintosh 詒翙葽ଟ
2-3.
蚧萦蠯纠躧軣訝GMacintosh 詒翙ஆ賿跼薧萦蠯赴薁訝GMac 詹膄缬脘詧躲臚ଟ
3.
贙紹ૢ訝緍葨罁輁躒藽缬ଟ蛰縠ૢ訝躒藽缬躒藽賆鱫舩ஆ罼㤘虡觞賗蟔蔔腦ଟ
躲臚諗觞G
躲臚輁觽謃G
Pivot 㝇謃G
A. 譡粶ឯ豳
粬㲒粭㊞
蹚躒藽缬訫踵萦蠯100mmÝ100mmVESA -訫褒躧虡觞詧纁謃ଟ
糤蜇㝇謃
A. 躒藽缬輁譡粶G
Pivot 㝇謃
B. 虡觞詧纁謃G
1.
2.
3.
4.
總趺纟訝躒藽缬讽觅詒袂ឯ肞苤誳ଟG
觅LCD躒藽缬誀舩蹧踆赻苶蛍趮詹跧舩, 踆舩跕蜴蒁褩荦軥ዳ舩ଟG
賓踆萭譙肵葋(a)蜥轫覞LCD躒藽缬钏踆譡粶ଟG
觅虡觞詧纁謃耶謲轫⟊虡觞缮謃縑, ᐗ蠯肇萃絓觽謃, 觐絓虡觞繑, 軫缩贓觽謃襮肇胡訝萭譙肵
葋緖話軆ଟG
SyncMaster 915N
1.
赹ૢ訝躒藽缬訝詒袂蓧脘詧聇躒藽缬茕舩訝詒袂者纁ଟ赹躒藽缬訝詒袂蓧ឯ觥菁缋訝襮紨ឯ謃
葽ଟ
2-1.
萦蠯蘁蘩餦G(video card) 葽識GD-sub (膍菲蘉) 詧肞ଟ
蘘軣蓧脘詧聇ૢ訝緍葨罁訝蘁萛纁, 蘁萛趈ଞ蘁萛餦軫聈躨餦ଟ
2-2.
⋷舞雛频蓙ଝ閱鎴ଝ
萦蠯GD-SUB 脘詧蓧觅躲臚脘詧聇GMacintosh 詒翙葽ଟ
2-3.
蚧萦蠯纠躧軣訝GMacintosh 詒翙ஆ賿跼薧萦蠯赴薁訝GMac 詹膄缬脘詧躲臚ଟ
3.
贙紹ૢ訝緍葨罁輁躒藽缬ଟ蛰縠ૢ訝躒藽缬躒藽賆鱫舩ஆ罼㤘虡觞賗蟔蔔腦ଟ
躲臚諗觞G
躲臚輁觽謃G
粬㲒粭㊞
蹚躒藽缬訫踵萦蠯100mmÝ100mmVESA -訫褒躧虡觞詧纁謃ଟ
A. 躒藽缬輁譡粶G
B. 虡觞詧纁謃G
1.
2.
3.
4.
總趺纟訝躒藽缬讽觅詒袂ឯ肞苤誳ଟG
觅LCD躒藽缬誀舩蹧踆赻苶蛍趮詹跧舩, 踆舩跕蜴蒁褩荦軥ዳ舩ଟG
賓踆萭譙肵葋(a)蜥轫覞LCD躒藽缬钏踆譡粶ଟG
觅虡觞詧纁謃耶謲轫⟊虡觞缮謃縑, ᐗ蠯肇萃絓觽謃, 觐絓虡觞繑, 軫缩贓觽謃襮肇胡訝萭譙肵
葋緖話軆ଟG
SyncMaster 912T
1.
赹ૢ訝躒藽缬訝詒袂蓧脘詧聇躒藽缬茕舩訝詒袂者纁ଟ赹躒藽缬訝詒袂蓧ឯ觥菁缋訝襮紨ឯ謃
葽ଟ
2-1.
萦蠯蘁蘩餦G(video card) 葽識GD-sub (膍菲蘉) 詧肞ଟ
蘘軣蓧脘詧聇ૢ訝緍葨罁訝蘁萛纁, 蘁萛趈ଞ蘁萛餦軫聈躨餦ଟ
2-2.
萦蠯蘁蘩餦葽識GDVI (蕿袑蘉) 詧肞ଟ
觅DVI詒胒脘詧觥躒藽缬轫舩訝DVI詧纁葽ଟ
2-3.
⋷舞雛频蓙ଝ閱鎴ଝ
萦蠯GD-SUB 脘詧蓧觅躲臚脘詧聇GMacintosh 詒翙葽ଟ
2-4.
蚧萦蠯纠躧軣訝GMacintosh 詒翙ஆ賿跼薧萦蠯赴薁訝GMac 詹膄缬脘詧躲臚ଟ
3.
贙紹ૢ訝緍葨罁輁躒藽缬ଟ蛰縠ૢ訝躒藽缬躒藽賆鱫舩ஆ罼㤘虡觞賗蟔蔔腦ଟ
Pivot 㝇謃G
A. 譡粶ឯ豳
粬㲒粭㊞
蹚躒藽缬訫踵萦蠯100mmÝ100mmVESA -訫褒躧虡觞詧纁謃ଟ
A. 躒藽缬輁譡粶G
B. 虡觞詧纁謃G
1.
2.
3.
4.
總趺纟訝躒藽缬讽觅詒袂ឯ肞苤誳ଟG
觅LCD躒藽缬誀舩蹧踆赻苶蛍趮詹跧舩, 踆舩跕蜴蒁褩荦軥ዳ舩ଟG
賓踆萭譙肵葋(a)蜥轫覞LCD躒藽缬钏踆譡粶ଟG
觅虡觞詧纁謃耶謲轫⟊虡觞缮謃縑, ᐗ蠯肇萃絓觽謃, 觐絓虡觞繑, 軫缩贓觽謃襮肇胡訝萭譙肵
葋緖話軆ଟG
SyncMaster 913T / 913B
1.
赹ૢ訝躒藽缬訝詒袂蓧脘詧聇躒藽缬茕舩訝詒袂者纁ଟ赹躒藽缬訝詒袂蓧ឯ觥菁缋訝襮紨ឯ謃
葽ଟ
2-1.
萦蠯蘁蘩餦G(video card) 葽識GD-sub (膍菲蘉) 詧肞ଟ
蘘軣蓧脘詧聇ૢ訝緍葨罁訝蘁萛纁, 蘁萛趈ଞ蘁萛餦軫聈躨餦ଟ
2-2.
萦蠯蘁蘩餦葽識GDVI (蕿袑蘉) 詧肞ଟ
觅DVI詒胒脘詧觥躒藽缬轫舩訝DVI詧纁葽ଟ
2-3.
⋷舞雛频蓙ଝ閱鎴ଝ
萦蠯GD-SUB 脘詧蓧觅躲臚脘詧聇GMacintosh 詒翙葽ଟ
2-4.
蚧萦蠯纠躧軣訝GMacintosh 詒翙ஆ賿跼薧萦蠯赴薁訝GMac 詹膄缬脘詧躲臚ଟ
3.
贙紹ૢ訝緍葨罁輁躒藽缬ଟ蛰縠ૢ訝躒藽缬躒藽賆鱫舩ஆ罼㤘虡觞賗蟔蔔腦ଟ
躲臚諗觞G
躲臚輁觽謃G
Pivot 㝇謃G
A. 譡粶ឯ豳
粬㲒粭㊞
蹚躒藽缬訫踵萦蠯100mmÝ100mmVESA -訫褒躧虡觞詧纁謃ଟ
糤蜇㝇謃
A. 躒藽缬輁譡粶G
Pivot 㝇謃
B. 虡觞詧纁謃G
1.
2.
3.
4.
總趺纟訝躒藽缬讽觅詒袂ឯ肞苤誳ଟG
觅LCD躒藽缬誀舩蹧踆赻苶蛍趮詹跧舩, 踆舩跕蜴蒁褩荦軥ዳ舩ଟG
賓踆萭譙肵葋(a)蜥轫覞LCD躒藽缬钏踆譡粶ଟG
觅虡觞詧纁謃耶謲轫⟊虡觞缮謃縑, ᐗ蠯肇萃絓觽謃, 觐絓虡觞繑, 軫缩贓觽謃襮肇胡訝萭譙肵
葋緖話軆ଟG
虡觞躒藽缬纫肆誎蘉G(覞肆)
耮諀覥緊赥誨藽賆蠔躒藽缬纫肆誎蒬藸ஆឯ覂躒藽缬蔱耸訝繄隨ଟ耶莙肇訝諀覥緊赥胡蔀ஆ纫肆
誎蒬訝虡觞轊胧袼莙肇ଟ虣請訫踵ૢ訝諀覥緊赥訝譟藽終謉ଟ
謲菤軆襮览縙茣隨ஆ觅踆舩缢賆訝軂脕臾臾诮葽訝纫肆誎蒬芉絓踆觱踆胡ଟ
z
軂脕臾臾诮G:
http://www.samsung.com/ (訰蔡緆)
http://www.samsungmonitor.com.cn/ (譄纯翻聱)
Windows ME
1. 觅CD苶覂CD-ROM纫肆缬譄ଟ
2. 試絯"Windows ME Driver"ଟ
3. 觥躧軣脛跧譄蓱赘ૢ訝躒藽缬訝躧軣ஆ蜥轰試絯G"OK"虣㊷ଟ
4. 觥網緔驷纁譄試絯虡觞虣㊷ଟG
5. 躒藽缬纫肆缬訝虡觞(Monitor Driver Installation)蟔蔔ଟG
Windows XP/2000
1. 觅CD苶覂CD-ROM纫肆缬譄ଟ
2. 試絯"Windows XP/2000 Driver"ଟG
3. 觥躧軣脛跧譄蓱赘ૢ訝躒藽缬訝躧軣ஆ蜥轰試絯"OK" 虣㊷ଟ
4. 蛰賆躇蛰踆訝"蘘蘊"驷ஆ賿蓱赘"緌蕔"虣㊷ஆ蜥轫"輑襨"ଟ
G
诅躒藽缬纫肆缬褰肥聇MS蒁跣襨粯ஆ纫肆缬訝虡觞莙轊缢ᖟ訝諀覥緊赥諠蔔蕚葾ଟ
蔕躒藽缬臾诮G
http://www.samsung.com/譄ᶹ藌轗肥襨譖訝躒藽缬ଟG
5. 躒藽缬纫肆缬訝虡觞(Monitor Driver Installation)蟔蔔ଟG
虡觞躒藽缬纫肆誎蘉G(蕻肆)
Windows XP | Windows 2000 |Windows Me |Windows NT | Linux
耮諀覥緊赥誨藽賆蠔躒藽缬纫肆誎蒬藸ஆឯ覂躒藽缬蔱耸訝繄隨ଟ耶莙肇訝諀覥緊赥胡蔀ஆ纫肆
誎蒬訝虡觞轊胧袼莙肇ଟ
虣請訫踵ૢ訝諀覥緊赥訝譟藽終謉ଟ
謲菤軆襮览縙茣隨ஆ觅踆舩缢賆訝軂脕臾臾诮葽訝纫肆誎蒬芉絓踆觱踆胡ଟ
z
軂脕臾臾诮G:
http://www.samsung.com/ (訰蔡緆)
http://www.samsungmonitor.com.cn/ (譄纯翻聱)
Microsoft® Windows® XP 諀覥緊赥
1. 觅CD苶覂CD-ROM纫肆缬譄ଟG
2. 紹藮G"蓱赘"—> "縖誡舩趈" 轫ஆ虣踆G"絰蘉缝謆誶" 虣㊷ଟ
3. 虣踆G"躒藽" 虣㊷轫ஆ蓱赘G"蓿賸" 諆ஆ虣踆G"緷缡.."ଟ
4. 虣踆G"躒藽缬" 諆訝G"蕐蔒" 虣㊷ஆ蓱赘G"纫肆缬" 諆ଟ
5. 試絯G"纫肆缬綟蘝" ஆ蓱赘G"觥艘腓譄虡觞" ஆ蜥轫試絯G"踆襮荫" 虣㊷ଟ
6. 蓱赘G"艸薦ᶹ糠ଟ虇.." ஆ蜥轫蓱赘G"踆襮荫" ஆ蜥轫試絯G"袼覛苘"ଟG
7. 蓱赘G"膄胕缬" 虣㊷ஆ蜥轫蓱赘A:(D:\Driver)ஆ觥艇蘉艘腓譄蓱赘ᖟ訝躒藽缬躧軣ஆ蜥轫試絯G
"踆襮荫" ଟ
8. 蛰賆躇蛰踆訝G"蘘蘊" 驷ஆ賿蓱赘G"緌蕔" 虣㊷ஆ蜥轫G"輑襨" ଟ
G
诅躒藽缬纫肆缬褰肥聇MS蒁跣襨粯ஆ纫肆缬訝虡觞莙轊缢ᖟ訝諀覥緊赥諠蔔蕚葾ଟᖟ粯觥葱
蔕躒藽缬臾诮G
http://www.samsung.com/ 譄ᶹ藌轗肥襨譖訝躒藽缬ଟ
9. 試絯G"總趺" 虣㊷轫G"輑襨" ଟ
10. 躒藽缬纫肆缬訝虡觞(Monitor Driver Installation)蟔蔔ଟ
Microsoft® Windows® 2000 諀覥緊赥
蛰縠躒藽缬葽賆躇G"芚駊聇蕿覑豍舮" 訝誨藽ஆ賿豠虣請踆舩訝誎蒬讝蹥諀覥ଟ
1. 苶覂覛苘轫ஆ試絯G"輑襨" ଟG
2. 蓱赘芉絓驷譄訝"膄胕缬" ଟG
3. 蓱赘A:(D:\Driver)轫ஆ試絯G"贙紹" 虣㊷轫ஆG"輑襨" ଟG
虡觞苷茽G
1.
2.
3.
4.
試絯G"紹藮" ଞG"蓿賸" ଞG"縖誡舩趈"ଟG
蘿絯G"躒藽" 虣㊷ଟG
蓱赘G"蓿賸" 諆轫ஆ試絯G"緷缡"ଟG
蓱赘G"躒藽缬"ଟG
詶輴1: 蛰G"蕐蔒" 虣㊷莙翯讴蹥ஆ賿跧舰躒藽缬褰誀蒇ଟ粯譄翿虡觞ଟG
詶輴2: 蛰G"蕐蔒" 虣㊷粯衪蹥ஆ賿試絯"蕐蔒"緌蕔讴蹥踆舩誎蒬ଟG
5.
6.
7.
8.
9.
10.
觥試絯G"纫肆缬" 轫ஆ豠試絯G"纫肆缬藥缡"ଟ蜥轫試絯G"踆襮荫" ଟG
觥蓱赘G"ὑ蓱赘赴話訝纫肆缬ஆᶹ糠诅觞賸纫肆缬艘腓" 轫ஆ試絯"袼覛苘"ଟG
試絯G"膄胕缬" 虣㊷轫ஆ蓱赘A:(D:\Driver)ଟG
試絯G"贙紹" 虣㊷轫ஆ試絯G"輑襨" 虣㊷ଟG
蓱赘ᖟ訝躒藽缬躧軣轫ஆ試絯G"踆襮荫" 虣㊷ஆ蜥轫解G"踆襮荫" ଟG
試絯G"蟔蔔" 虣㊷轫ஆ試絯G"總趺" 虣㊷ଟG
蛰賆躇G"芚駊聇蕿覑豍舮" 訝誨藽ஆ賿試絯G"藷"虣㊷ஆ蜥轫試絯G"蟔蔔" 虣㊷轫ஆG"總趺"ଟ
Microsoft® Windows® Millennium 諀覥緊赥
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
褕评試G"紹藮"ଞG"蓿賸"ଞG"縖誡舩"ଟG
蘿絯G"躒藽" 虣㊷ଟG
蓱赘G"蓿賸" 諆轫ஆ試絯G"緷缡蕐蔒"虣㊷ଟG
蓱赘G"躒藽缬" 諆ଟG
觥G"躒藽缬諷膍"譄ஆ試絯"荍綟" 虣㊷ଟG
蓱赘G"譟話纫肆缬袑賸"虣㊷ଟG
蓱赘赴話袑賸葽訝G"ᶹ糠蔱袼纫肆缬艘腓" 轫ஆ試絯G"踆襮荫" 虣㊷ଟG
蓱赘G"袼覛苘" 虣㊷ଟG
觥蓱赘A:\(D:\driver)轫ஆ試絯G"輑襨" 虣㊷ଟG
蓱赘G"ᶹ糠蔱袼觞賸" 轫ஆ蓱赘蛹ᖟ訝緍葨罁蒒脘詧訝躒藽缬ᐗG"輑襨"ଟG
蓱赘G"總趺" 虣㊷轫ஆ緌蕔試絯G"輑襨"虣㊷ஆ譺聇ᶹ糠蕐蔒耶輊鋆蔷蘮ὑ警ଟG
(粯翯轊賆躇網緔軫缩贓誨藽ଟ诅藸蓱赘蛹躒藽缬蒒褒蹌ଟ)
Microsoft® Windows® NT 諀覥緊赥
褕评試絯"紹藮"ଞ"蓿賸"ଞ"縖誡舩趈"轫ஆ蘿絯"躒藽"虣㊷ଟG
觥"躒藽肩腓蘘蘊"驷譄ஆ試絯"蓿賸"諆轫ஆ試絯"蔱袼躒藽艇蘉"ଟG
觥蓱赘蔱辴臽訝艇蘉(ᷡ隌聏ଞ蒣谋蕿缝蕲譺謍赽蕿)轫試絯輑襨ଟG
試絯"螗胕"轫ஆ蛰鱫舩誀蒇賿粯試絯"訫蠯"虣㊷ଟ蛰鱫舩莙膱蒋ஆ賿粯蓱赘"缩贓艇蘉"(ᷡ隌
聏ଞ蒣谋ଞ謍赽肪繳蔮艇蘉)ଟG
诨編: 蛰G"蔱袼躒藽艇蘉"譄艸蒒褒訝艇蘉ஆ賿诨編萦蠯蔀舰蒵譄訝"缮莇躒藽艇蘉"ஆ蓱赘ᷡ隌聏輁蕲
譺謍赽蕿ଟ
1.
2.
3.
4.
Linux 諀覥緊赥
蠔讴蹥GX-Window, ૢ薦蠔謉GX86Config 芉絓ஆ቙藷襮諷緊赥虡觞芉絓ଟ
1.
2.
3.
4.
5.
6.
7.
8.
觥讴蹥X86Config芉絓轫ஆ觥説襮紨輁説褨紨鱫舩譄試絯"輑襨"ଟG
説葱紨鱫舩藷蓆跣蓿賸鱫舩ଟG
蓱赘蛹ᖟ緍葨罁蒒褒訝蓆跣ଟG
蜥轫藷絜苘蓱赘鱫舩ଟG
蓿賸蛹ᖟ訝緍葨罁蒒褒訝絜苘ଟG
蜥轫藷躒藽缬蓿賸鱫舩ଟG
薨蓘ஆ豠蓱赘蛹ᖟ訝躒藽缬蒒耶褒訝薂趮謍赽蕿ଟ(粯譺詧薜覂謍赽蕿ଟ)
蓿賸蛹ᖟ訝躒藽缬蒒褒訝蕲譺謍赽蕿ଟ(粯譺詧薜覂謍赽蕿ଟ)
9. 豠薜覂ᖟ訝躒藽缬訝躧軣ଟ诅蘘蘊ᐗ莙蝞蹫GX-Window訝蘰誴讴蹥ଟG
10. 躒藽缬蓿賸蟔蔔ଟG
觥虡觞蟔缩贓蔱薦綨絓轫ஆ讴蹥GX-Windowଟ
Natural Color
Natural Color 蜴絓誎蒬
耮訲萦蠯緍葨罁訝芈誶識襮藷ஆ蠯贙襙罁贙襙賆胡訝聈葿ஆ軫覝蠯蔲艥褗軫蕿臔蒒罁蔲艥賆胡訝缩
贓聈葿訝谋蒣蛹躒藽缬葽糠聇訝莙赋襮蚹ଟG
Natual Color蜴絓誀藷訐紨芈誶訝蹙綂趌茽ଟ቙藷裍葱蔕詒覐縎萪蛹踦纯詒覐輁赦蘘⎇纛蔱G(ETRI)
踵覥紹苨訝襮諷谋蒣縸膱緊赥ଟ訐紨緊赥譙翯蠯觥葱蔕躒藽缬葽ஆ቙萦肥躒藽缬葽訝聈葿谋蒣蛹贙
襙軫蔲艥賆胡訝聈葿谋蒣襮紨蚹ଟ
蠛譪綟翶訝蘘蘊ஆ豠诨編蜴絓誎蒬譄訝蔀舰G(F1)ଟG
蛰踇虡觞Natual Color蜴絓G
觅趽踪觥葱蔕躒藽缬膻訝繄苘ឯ覂繄苘纫肆缬ଟ蜥轰賗轊讴蹥誎蒬虡觞訝罞藮ዳ臚ଟ試絯罞藮ዳ臚
葽訝GNatural Color胡虡觞Natual Color蜴絓ଟ蠔蠯蕻肆虡觞誎蒬ஆ觅趽踪觥葱蔕躒藽缬膻訝繄苘ឯ
覂繄苘纫肆缬ஆ試絯GWindows 訝G[紹藮] 虣㊷ஆ蜥轰蓱赘G[讴蹥]ଟ
讝覂GD:\color\eng\setup.exeஆ蜥轰虣G<薜覂>絜ଟG
ஂ蛰縠繄苘ឯ覂訝纫肆缬莙藷D:\ 罼賗讝覂粯蠯訝纫肆缬ଟஃ
蛰踇葡誳Natual Color蜴絓誎蒬
觥G[紹藮] 谏翻葽蓱赘G[蓿賸]/[縖誡赊G]ஆ蜥轰蘿絯G[蘝譍/褾誳誎蘉G]ଟ
諱脛跧葽蓱赘Natual Colorஆ蜥轰試絯G[蘝譍/褾誳] 虣㊷ଟ
SyncMaster 913N / 915N
1. 紹ଳGOSD 蓱翻ଟ蜃粯蠯蛍赫賆GOSD 蓱翻軫苠轃識訲訝蓱翻ଟG
2. 蓱翻譄訝諝詹蹌艘ଟ
3. 蓱翻譄訝諝詹蹌艘ଟ
4. 紹ଳGOSD 閳ଳ肆艆苌茣縐翯跧蹌艘ଟ
5. 虣踆覞肆諝詹薜覂訝GPC 蘘軣ஆ蜥轰轊覞肆諝詹芙諝ଞ諕諝褩缝袑賸ؐଟ
AUTO
蓱翻
蔀舰
AUTO
虣踆G'AUTO (覞肆)' 絜藸轊賆躇覞肆諝詹鱫舩ஆ蛰鱫舩譄虼訝肆鱫蔱藽ଟ
虣踆覞肆諝詹薜覂訝GPC 蘘軣ஆ蜥轰轊覞肆諝詹芙諝ଞ諕諝褩缝袑賸ؐଟ
蚧蠔萦覞肆諝詹縐翯綟ὑᷡ隌ஆ豠蛍ଳ肆GAUTOPATTERN.exe 訝蒑赍踆讴
蹥଴AUTOଵ縐翯ଟ
(虣襮踆G诅谚G褩絥蘁覞肆諝詹肆鱫蝞趥)
z
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蛰縠଴覞肆諝詹ଵ芚誀輑讴蹥ஆ豠解评虣踆଴Autoଵ絜ஆ觅鱫舩諝詹
肥綟ὑ誐輑ଟG
蛰縠ᖟ觥縖誡舩趈譄荍綟蹙蓍聏ஆ賿轊讴蹥଴AUTOଵ縐翯ଟG
MagicBright˞
蓱翻
蔀舰
MagicBright˞
解虣踆GMagicBright虣絜蓱赘薦蠔訝艇蘉ଟ
- 萭諷莙肇艇蘉G(Custom / Text / Internet / Entertain)
Brightness
蓱翻
蔀舰
諝詹耶菲聏ଟ
Brightness
1. Picture
Brightness
Contrast
2. Color
Color Tone
Color Control
Gamma
3. Image
Coarse
Fine
Sharpness
H-Position
V-Position
4. OSD
Language
H-Position
V-Position
Transparency
Display Time
5. Setup
6. Information
Image Reset
Color Reset
Picture
蓱翻
蔀舰
Brightness
諝詹耶菲聏ଟG
譺詧縖誡縐翯G: 鱫舩葽芚躒藽GOSD 藸ஆ虣踆诅虣絜騚粯諝
詹胨聏ଟG
Contrast
赺苶/詭警
諝詹胨聏ଟG
Color
蓱翻
蔀舰
Color Tone
Color Control
Gamma
Image
訐轊荍綟蒣諝ஆ讽粯蓱賓萭諷艇蘉識襮Gˀ Cool (胥蒣緊)ଞ
Normal (跣謹)ଞWarm (羇蒣緊)ଞCustom (覞誓)ଟ
虣請訐萢荫賟胡紨荑諝詹軼ଞ腑ଞ胓谋蒣縖誡ଟ
蓱賓葱諷螗話訝GGamma 識襮ଟ
赺苶/詭警
蓱翻
蔀舰
Coarse
蔷誳糗蠃ஆ蛰蕲譺蓧ଟ萦蠯諕絰諝詹粯翯轊褾肆鱫舩蝞葿
纀ଟG
ᖟ粯褩萦蠯薂趮縖誡蓱翻ஆ觅቙譇蘝話袑觥鱫舩譄虼ଟG
蔷誳糗蠃ஆ蛰薂趮蓧諆肪ଟ蛰縠維縧芙諝識轰糗蠃覇諪觥ஆ
豠蛍諝詹萛蕞G(藸諿蕗聏) 識轰譇莁讝蹥芙諝ଟ
Fine
Sharpness
虣請譟藽荍綟蝞葿訝ᷡ隌聏ଟ
H-Position
褕蹚誎蒬粯紮荍躒藽缬訰豬躒藽薂趮袑賸ଟ
V-Position
褕蹚誎蒬粯紮荍躒藽缬訰豬躒藽蕲譺袑賸ଟ
OSD
赺苶/詭警
蓱翻
蔀舰
赺苶/詭警
褕蛰踆誎蒬粯紮荍谏翻蛑蛞ଟG
Language
謗褙:跷蓱話蛑蛞譙耶OSD蛑蛞袼轞ଟ቙耶緍葨罁譄訝襷踇
蜴絓绰艝袼蝞蹫ଟ
H-Position
ૢ粯褩紮荍OSD谏翻賆躇蛍ዳ舩葽訝薂趮袑賸ଟ
V-Position
ૢ粯褩紮荍OSD谏翻賆躇蛍ዳ舩葽訝蕲譺袑賸ଟ
Transparency
紮荍OSD茕綝訝莙赱舰蔒ଟ
Display Time
蚧觥襮話藸糩糩絵羧芚謉襷踇諝詹諀覥, 谏翻觅覞肆總趺ଟG
ᖟ粯褩蓿賸谏翻總趺識訲訝肪耹藸糩ଟ
Setup
蓱翻
蔀舰
Image Reset
蝞葿G(蒣谋) 诨蕿褩賆诶螗蓿ؐ賓耲ଟ
Color Reset
蠯縒诶訝綅蔚ؐ賓耲谋蒣诨蕿ଟ
Information
赺苶/詭警
蓱翻
Information
蔀舰
躒藽蘁萛蘘軣袂ஆOSD 鱫舩葽訝躒藽艇蘉ଟ
SyncMaster 912T / 913T 913B
1. 紹ଳGOSD 蓱翻ଟ蜃粯蠯蛍赫賆GOSD 蓱翻軫苠轃識訲訝蓱翻ଟG
2. 蓱翻譄訝諝詹蹌艘ଟ
3. 蓱翻譄訝諝詹蹌艘ଟ
4. 紹ଳGOSD 閳ଳ肆艆苌茣縐翯跧蹌艘ଟ
5. 虣踆覞肆諝詹薜覂訝GPC 蘘軣ஆ蜥轰轊覞肆諝詹芙諝ଞ諕諝褩缝袑賸ؐଟ
AUTO
蓱翻
蔀舰
虣踆G'AUTO (覞肆)' 絜藸轊賆躇覞肆諝詹鱫舩ஆ蛰鱫舩譄虼訝肆鱫蔱藽ଟ
虣踆覞肆諝詹薜覂訝GPC 蘘軣ஆ蜥轰轊覞肆諝詹芙諝ଞ諕諝褩缝袑賸ؐଟ
(譙袼膍菲蘉誨縍)
AUTO
蚧蠔萦覞肆諝詹縐翯綟ὑᷡ隌ஆ豠蛍ଳ肆GAUTOPATTERN.exe 訝蒑赍踆讴
蹥଴AUTOଵ縐翯ଟ
(虣襮踆G诅谚G褩絥蘁覞肆諝詹肆鱫蝞趥)
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蛰縠଴覞肆諝詹ଵ芚誀輑讴蹥ஆ豠解评虣踆଴Autoଵ絜ஆ觅鱫舩諝詹
肥綟ὑ誐輑ଟG
蛰縠ᖟ觥縖誡舩趈譄荍綟蹙蓍聏ஆ賿轊讴蹥଴AUTOଵ縐翯ଟG
MagicBright˞
蓱翻
MagicBright˞
蔀舰
解虣踆GMagicBright虣絜蓱赘薦蠔訝艇蘉ଟ
- 萭諷莙肇艇蘉G(Custom/Text/Internet/Entertain)
Brightness
蓱翻
蔀舰
諝詹耶菲聏ଟ
Brightness
Source
蓱翻
Source
蔀舰
萦蠯訐紨虣絜胡赫賆絲輥訝Menu軫OSDଟ
1. Picture
Brightness
Contrast
2. Color
Color Tone
Color Control
Gamma
3. Image
Coarse
Fine
Sharpness
H-Position
V-Position
4. OSD
Language
H-Position
V-Position
Transparency
Display Time
5. Setup
6. Information
Auto Source
Image Reset
Color Reset
Picture
蓱翻
蔀舰
Brightness
諝詹耶菲聏ଟG
譺詧縖誡縐翯G: 鱫舩葽芚躒藽GOSD 藸ஆ虣踆诅虣絜騚粯諝
詹胨聏ଟG
Contrast
赺苶/詭警
諝詹胨聏ଟG
Color
蓱翻
蔀舰
赺苶/詭警
Color Tone
Color Control
Gamma
訐轊荍綟蒣諝ஆ讽粯蓱賓萭諷艇蘉識襮Gˀ Cool (胥蒣緊)ଞ
Normal (跣謹)ଞWarm (羇蒣緊)ଞCustom (覞誓)ଟ
虣請訐萢荫賟胡紨荑諝詹軼ଞ腑ଞ胓谋蒣縖誡ଟ
蓱賓葱諷螗話訝GGamma 識襮ଟ
Image
蓱翻
蔀舰
Coarse
蔷誳糗蠃ஆ蛰蕲譺蓧ଟ萦蠯諕絰諝詹粯翯轊褾肆鱫舩蝞葿
纀ଟG
ᖟ粯褩萦蠯薂趮縖誡蓱翻ஆ觅቙譇蘝話袑觥鱫舩譄虼ଟG
(譙袼膍菲蘉誨縍)
蔷誳糗蠃ஆ蛰薂趮蓧諆肪ଟ蛰縠維縧芙諝識轰糗蠃覇諪觥ஆ
豠蛍諝詹萛蕞G(藸諿蕗聏) 識轰譇莁讝蹥芙諝ଟ
(譙袼膍菲蘉誨縍)
Fine
Sharpness
虣請譟藽荍綟蝞葿訝ᷡ隌聏ଟ
H-Position
褕蹚誎蒬粯紮荍躒藽缬訰豬躒藽薂趮袑賸ଟ
(譙袼膍菲蘉誨縍)
V-Position
褕蹚誎蒬粯紮荍躒藽缬訰豬躒藽蕲譺袑賸ଟ
(譙袼膍菲蘉誨縍)
OSD
赺苶/詭警
蓱翻
蔀舰
褕蛰踆誎蒬粯紮荍谏翻蛑蛞ଟG
Language
謗褙:跷蓱話蛑蛞譙耶OSD蛑蛞袼轞ଟ቙耶緍葨罁譄訝襷踇
蜴絓绰艝袼蝞蹫ଟ
H-Position
ૢ粯褩紮荍OSD谏翻賆躇蛍ዳ舩葽訝薂趮袑賸ଟ
V-Position
ૢ粯褩紮荍OSD谏翻賆躇蛍ዳ舩葽訝蕲譺袑賸ଟ
Transparency
紮荍OSD茕綝訝莙赱舰蔒ଟ
Display Time
蚧觥襮話藸糩糩絵羧芚謉襷踇諝詹諀覥, 谏翻觅覞肆總趺ଟG
ᖟ粯褩蓿賸谏翻總趺識訲訝肪耹藸糩ଟ
Setup
赺苶/詭警
蓱翻
蔀舰
赺苶/詭警
Auto Source
蓱賓GAuto Source (覞肆蘘軣袂) 粯蛆躲臚覞肆蓱賓蘘軣
袂ଟ
Image Reset
蝞葿G(蒣谋) 诨蕿褩賆诶螗蓿ؐ賓耲ଟ
Color Reset
蠯縒诶訝綅蔚ؐ賓耲谋蒣诨蕿ଟ
Information
蓱翻
Information
蔀舰
躒藽蘁萛蘘軣袂ஆOSD 鱫舩葽訝躒藽艇蘉ଟ
糤紦
|
虡觞
|
OSD 艇蘉
|
轎趮躳蒣谋诨編衶
|
蹙誳虡觞
|
緝觢茐誳
糤紦
MagicTune™ 藷蘼㤘ங
紁蘁缬轞翯粯翯轊褕躒藽餦ଞ詒翙謆罁ଞ謩諡繄蓧蒑輴褩缝缩贓輠綖襜蕃襀袼诃褻ଟὑ腦蛆紁蘁缬苨辉貟粫訝蝞
葿轞縠ஆᖟ跼薧諝詹蓿話褩訫褒紨襖薦纓ଟ莙蹢訝藷維蹹譖舰ஆ粯縍虇芅衪蠯訝蝞葿蕻肆諝詹縐翯赦蒇羌聏鲾
緷ଟ蔱袦踵蠯訝諝詹 (諝繩) 誎蘉跼薧糤翻軆蠯ஆ቙跼薧翯賂荫耸脶萦蠯覝蟔蔔蔱袼荫賟ஆ褩貭纓詹豬貟粫蝞葿跬
议ଟ
耵莾ઝ訝蒑輴藷ஆ騚趢ᖟ譙藷蠔觥舰胨聏軫耶菲聏葽讝蹥貟荪赦訝諝詹ஆᖟ聩跼薧蛹苋試蚘莙谱躒蜇ᙠ訝躲臚躒
藽 (on-screen displayஆ糤贑 OSD) 縐翯蓱翻菊註ஆ觥翶紨莙肇賦缡訝縐翯蓿話識糩葽踆褾肆ଟ诅蟯ஆ緊赥閳芚苨
賆襷踇蘩蘊胡閇誻ᖟ誀輑蟔蔔紁蘁缬縖誡訝蓿話ଟ蜥襀ஆMagicTune™ 藷襮紨翯襟聋ᖟ賂荫蟔蔔諝繩誎蒬訝蜴豬
縒繾ஆ቙誳腦菤袼糤翻蜇ᙠ訝譟藽蔀舰識蟯ஆ輢贍耶舌蹌紁蘁缬縖誡縐翯蓿緍蒒總茕綝聈虥ଟ舌袑萦蠯覝蔱覥訝
躒藽蓿話聩翯粮褩觺諪ஆ襜诅ஆ觥翶萦蠯覝輠綖踆ஆ舌袑萦蠯覝聩翯軍莙萉脇譛蓱赘缩赴袼訝躒藽蓿話Χ襀耶翻
襮萦蠯覝襀蛞ஆ蚘翯褕辯軆蛹謩諡繄蓧訝莙肇ஆ話褠翶紨螗蓘蓿話ؐ褩縍蓱赘ଟ
缮莇縐翯
MagicTune™ 蜴豬縒繾粯躙誻ᖟ膦蠯଴躒藽覣腪赦聨譟脦紦舩ଵ (Display Data Channel Command
Interfaceஆ糤贑 DDC/CI) 赦蘩躙話ଟ諝詹紁蘁缬蓿話輢袼讝蹥蒣谋諝繩ଟᖟ粯覡裍蜴豬胡縸縖蔱袼訝躒藽諝詹
覥蛩ஆ襜诅肥褩辉荑 OSD MagicTune譡衾Windows 98SEଞMEଞ2000ଞXP Home蛹XP Professionalଟ
MagicTune蛆ᖟ粯贒蕗誀輑訝諝詹躲臚ஆ綳綳雞雞趢翯觺諪蛹赮蠯貟訫踵訝躒藽缬蓿話ଟ
OSD 艇蘉
OSD艇蘉蛆ᖟ粯綳雞諝詹躒藽缬蓿話ஆ襀莙薦襷踇螗蓿荫賟ଟᖟ粯褩諪賓蔱薦訝縐翯跧蹌艘ஆ綳綳雞雞趢翯讝蹥
蓿話ଟ
糤紦
|
虡觞
|
OSD 艇蘉
|
轎趮躳蒣谋诨編衶
虡觞
1.
觅虡觞繄隨苶覂繄隨罁羧ଟ
2.
虣襮踆MagicTune虡觞鏭虥ଟ
3.
蓱赘虡觞蛑蛞ஆ虣଴踆襮荫ଵଟ
4.
耮賆躇଴虡觞誐脵ଵ藸ஆ虣଴踆襮荫ଵଟ
5.
蓱赘଴虇肇褙蕼绌躙褦諆縴ଵ胡詧蕯萦蠯諆縴ଟ
|
蹙誳虡觞
|
緝觢茐誳
6.
蓱赘蠯胡虡觞MagicTune誎蘉訝覣腪躚ଟ
7.
虣襮踆଴虡觞ଵଟ
8.
賆躇଴虡觞蒑赍ଵ蘁驷ଟ
9.
10.
虣襮踆଴蟔蔔ଵଟ
虡觞蟔蔔轰ஆ᩼舩葽轊賆躇MagicTune 3.5訝讴蹥聈藽ଟ
虣褨踆聈藽粯ଳ肆誎蘉ଟ
裍蛍詒翙緊赥軫躲臚訝绫絰糉袼莙肇ஆ襜诅 MagicTune 讴蹥聈藽粯翯莙轊賆躇ଟ
蛰縠苨蒥訐諷詶躨ஆ豠虣踆 F5 絜ଟ
虡觞芈誶
MagicTune 3.5訝虡觞粯翯轊蕯聇蘁蘩餦ଞ謆罁趈缝臾腉輠綖肪襜蕃蔱蝞蹫ଟ
蛰觥虡觞缽糩衒聇芈誶ஆ豠诨蝄଴緝觢茐誳ଵଟ
緊赥蠔纓
覥蛩緊赥
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Windows
Windows
Windows
Windows
98 SE
Me
2000
XP Home Edition
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Windows XP Professional
綨豬
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罛蛖豬32MB 褩葽
綨隨縙糩25MB 褩葽
* 蠛賓肥綟翶蒒總覣蘩ஆ豠諠茅MagicTune臾诮ଟ
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糤紦
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虡觞
OSD 艇蘉
|
轎趮躳蒣谋诨編衶
|
蹙誳虡觞
|
緝觢茐誳
MagicTune蛆ᖟ粯贒蕗誀輑訝諝詹躲臚ஆ綳綳雞雞趢翯觺諪蛹赮蠯貟訫踵訝躒藽缬蓿話ଟ
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缃絇糉躲臚訝绫絰襀話ஆOSD 艇蘉粯翯蛹譟羐譄訝蔀舰羧蠦莙讐蒒肇ଟ
耮 Pivot 讴蹥藸ஆ莾菅 MagicTune 誎蘉粯翯艸茽誀蒇衪覥ଟ
莙肇躧軣訝躒藽缬ஆMagicTune 縖誡艇蘉轊袼蔱莙肇ଟ
OSD 艇蘉
OSD艇蘉蛆ᖟ粯綳雞諝詹蔱袼躒藽缬訝蓿話ଟ蓱賓轰ஆ觥縖誡蘁驷葽苷訝舌襮跣豎绰轊躒藽諝詹覐縐翯跧蹌艘訝襮
苞蔀舰ଟ蓱賓轰ஆ舌襮跣豎绰轊躒藽縐翯跧ᷡ翻ଟὑ腦翯贒蕗諝詹躒藽缬蓿話ஆOSD艇蘉蛆ᖟ粯褩綳雞蠼苷趢訝諪
賓訰莾跣豎蛹覐縐翯跧蹌艘ଟ
虣㊷羧蠦
OK
赮蠯襷踇褰覥賆訝荍肆閳赫賆MagicTuneଟ
Resetஂ譇蓿ஃ
赹躒藽觥謆肆縖誡蘁驷訝躒藽缬蓿話ؐ輢衴ὑ誯諠蒁絖褦ؐଟ
Cancelஂ賓蔷ஃ
莙赮蠯襷踇褰覥賆訝荍肆赫賆MagicTuneଟ蛰ᖟ芚觥縖誡蘁驷覥賆襷踇荍肆ஆ虣踆଴賓蔷ଵ
莙轊襟罞襷踇肆覥ଟ
鱫议跣豎羧蠦
裪蹲萦蠯覝赹躲臚蓿話諝詹ὑ蔱薦訝ؐଟ
Brightness Contrast Resolution MagicBright
Brightness
萦詹紨鱫舩荍肥綟胨軫綟虳ଟ蛰胨聏芚訫耮諝詹ஆ袑蛍繳虳纀蜅訝蝞葿蔧詜粯翯踵蔷蘮ଟ諝詹
胨聏褩賓肥貟粫訝絥蘁蒑輴ଟ
Contrast
諝詹鱫舩譄舰虳纀蜅識糩訝胨聏诃褻ଟ綂話蝞葿訝ᷡ隌聏ଟ
Resolution
ஂ蹙蓍聏ஃ
脛賆誎蘉譡衾訝蔱袼躒藽蹙蓍聏ଟ
MagicBright™藷襮蹌蘝縐翯ஆ翯缃絇ᖟ縻糠訝蝞葿羧蠦誨縍貟粫訝絥蘁輠綖ଟ艘訲誨縍萭諷莙
肇訝艇蘉ஔ芉覑ଞ臾誴臾腉ଞ螣虚輁覞誓ଟ舌襮諷艇蘉聩蟃袼訷蕐訝螗蓿胨聏ؐଟᖟ譙蠔虣踆
MagicBright?縖誡絜ஆ騚粯綳雞蓱赘萭諷蓿話訝襷襮諷ଟ
MagicBright™
1.
2.
3.
4.
Textஂ芉覑ஃஔ訫蠯趽踪耵胴芉覑訝蔀舰芉絓軫縒覥ଟ
Internetஂ臾誴臾腉ஃஔ蠯蛍赂茜蝞葿軯踵ஆ脸蛰芉覑輁聈躨ଟ
Entertainஂ螣虚ஃஔ蠯蛍縻糠肆赍蝞葿ஆ脸蛰DVD軫VCDଟ
Customஂ覞誓ஃஔ薥蜥訐萢ؐ绰維縧虇芅訝縒誎萵誐聒蔧蓱ஆ翺螗蓿ؐ粯翯脦ᖟ訝虦誋
莙訫褒ஆ诅觅蘁ᖟ訝辯軆襀話ଟ蛰縠詶輴蛰诅ஆ豠萦蠯OSD縐翯跧諝詹
Brightnessஂ胨聏ஃ輁Contrastஂ耶菲ஃଟ
蒣谋跣豎羧蠦
諝詹躒藽缬茕綝訝଴蒣螻ଵ軫蝞葿蒣谋蓿話ؐଟ
Color Tone Color Control Calibration
Color Tone
ஂ蒣諝ஃ
蒣諝藷粯褩紮荍訝ଟ
z
z
Color Control
ஂ蒣谋縖誡ஃ
諝詹躒藽缬蝞葿蒣谋ଟ
ᖟ粯褩赹躒藽缬蒣谋荍綟ὑ蔱薦訝蒣谋ଟ
z
Calibration
ஂ繩誀ஃ
Warm - Normal - Cool
Custom
R- G - B
蠯胡貟粫輀缝裒軥ᖟ蔱蓱赘蒣谋訝誎蒬ଟ蛰縠ᖟ辴臽絥蘁訝蝞葿翯໴趽踪誐輑譇誯訝蟔詹蒘
蔧覣腪ஂ趽繁 Web 蝞葿褩缝蕿袑蒒罁軫蔲艥缬⫶蒥訝蝞葿ஃஆᖟ觅轊苨躇 MagicTune 蒒耮
袼蠯ଟ
蝞葿跣豎羧蠦
諝詹Fineஂ芙諝ஃଞCoarseஂ諕諝ஃ缝Positionஂ袑賸ஃ蓿話ؐଟ
Image Setup Position
z
Image Setup
ஂ蝞葿蓿話ஃ
z
z
Position
Fineஂ芙諝ஃΉ蔷誳糗蠃ஆ蛰薂趮蓧ଟ
蛰縠維縧芙諝識轰糗蠃覇諪觥ஆ豠蛍諝詹萛蕞ஂ藸諿蕗聏ஃ識轰譇莁讝蹥芙諝ଟ
Coarseஂ諕諝ஃΉ蔷誳糗蠃ஆ蛰蕲譺蓧ଟ
萦蠯諕絰諝詹粯翯轊褾肆鱫舩蝞葿纀ଟᖟ粯褩萦蠯薂趮縖誡蓱翻ஆ觅቙譇蘝話袑觥
鱫舩譄虼ଟ
Auto-Setup : 覞肆諝詹粯蛆躲臚贍耶詧蕾聇訝蘁萛蘘軣覞蹥諝詹ଟ蜥轰轊覞肆諝詹
fineஂ芙諝ஃଞcoarseஂ諕諝ஃ褩缝 positionஂ袑賸ஃؐଟ
諝詹鱫舩訝薂趮輁蕲譺袑賸ଟ
蓱蹌跣豎羧蠦
ᖟ粯褩萦蠯踆脛蓱蹌胡蓿話MagicTuneଟ
Preferences
觱覂଴辯蚆蓿話ଵ耶輊苷繕ଟ萦蠯譄訝଴辯蚆蓿話ଵ蹌艘ஆ缩蹠賓苷繕轊袼଴Vଵ訝罛軣ଟ
蠔ଳ蠯軫詭蠯襷踇଴辯蚆蓿話ଵ蹌艘ஆ觅裆跣賸蛍苷繕識葽ஆ蜥轰虣襮踆ଟ
ஂ辯蚆蓿話ஃ
z
z
Source Select
z
z
ଳ蠯縒覥脛縐翯跧ଟ - 蠔諪賓MagicTune縐翯跧ஆ虣଴縒覥脛縐翯跧ଵ訝聈藽襮踆ଟ
蛰芚蓱賓଴蓱蹌ଵ'଴缮莇蓿話ଵ訝଴ଳ蠯緊赥脛ଵஆ觅莙轊躒藽縐翯跧ଟ
Select Language (蓱赘蛑蛞) - 蓱蠯訝蛑蛞譙轊蝞蹫OSD訝蛑蛞ଟ
Analog
Digital
譡衾跣豎羧蠦
躒藽誎蘉訝଴觰⫶趧軣ଵ蛹趉莇軣臔ஆ閳裪蹲ᖟ萦蠯଴蔀舰ଵ縐翯ଟ
Helpஂ蔀舰ஃ
蛰ᖟ薦蠔襷踇袼總MagicTune訝虡觞軫讴蹥蔀舰ஆ豠諠茅MagicTune臾诮軫紹ଳ଴蔀舰ଵ鏭
虥ஂ萦蠯蕻谓ஃଟ萦蠯蕻谓粯蛍缮莇膆胕缬蘁驷羧紹ଳଟ
Asset ID
ஂ觰⫶趧軣ஃ
ᖟ粯褩萦蠯萤荼缬縖誡蠯軉者訝躒藽缬ଟஂ褒虡觞萤荼缬誎蘉褩觅诅誎蘉蠯覥蠯軉者ஃ
Versionஂ趉莇ஃ
User Name
躒藽觥詒翙葽肩腓訝萦蠯覝舮贑ଟ
User ID
躒藽觥詒翙葽肩腓訝萦蠯覝 IDଟ
Server IP
萱踆萤荼缬 IPଟ
Department
萱踆莾芏ଟ
Location
萱踆袑賸ଟ
躒藽MagicTune訝趉莇ଟ
糤紦
|
虡觞
|
OSD 艇蘉
|
轎趮躳蒣谋诨編衶
|
蹙誳虡觞
|
緝觢茐誳
Color Calibration (轎趮躳蒣谋诨編衶)
1. Color Calibration (轎趮躳蒣谋诨編衶)
赱縧଴蒣谋繩誀ଵ訝譟襟ஆᖟ粯蓿話貟粫訝躲臚蒣谋ଟ
讴蹥踆脛5紨荫賟褩賓肥貟粫訝躲臚蒣谋ଟ
1.
2.
3.
4.
5.
縖誡଴胨聏縖誡脛ଵஆ萦缩翯莯踵縖誡荲誀胨聏輁茕綝蚹蘉胨聏ଟ
耮ᖟ觥଴縖誡荲誀ଵ詮賥聇赴薁蒣諝藸ஆ諅诨編଴蒣谋诨編衶ଵ訝蒣諝苷蹧褾肆縖誡裆跣ଟ
=> 耮諝詹褰誀輑蟔蔔轰ஆᖟ觅莙轊诣糏聇଴縖誡荲誀ଵ袼襷踇蒣諝ଟ
耮ᖟ蟔蔔荫賟1訝諝詹轰ஆ虣଴踆襮荫ଵ虣㊷ଟ
耶蛍覈踆胡訝荫賟2譱荫賟5ஆ譇莁誎蒬 1)ଞ2)ଞ3)ଟ
虣襮踆଴螗胕ଵ虣㊷ஆᖟ趢粯褩綳雞譛絥蘁繩誀轞縠ଟ
蛰踇蛆翶袑萦蠯覝萦蠯諝詹縧訝蒣谋ؐ
話褠
耮翶袑萦蠯覝肇藸萦蠯躲臚藸ஆ粯觺諪輁萦蠯維裍蒣谋繩誀ஆ贍耶舌襮袑萦蠯覝諝詹訝蒣谋ؐଟ貟翶粯褩袼 5 袑萦蠯覝
肇藸萦蠯觺諪訝蒣谋ؐଟ.
1.
2.
蛰踇觺諪諝詹縧訝蒣谋ؐΉ
虣踆 Nextஂ踆襮荫ஃ蛆቙荍蔔 Applyஂ赮蠯ஃஆ蜥轰ᖟ賗粯褩觺諪諝詹縧訝蒣谋ؐଟ
貟翶粯觺諪 5 紨ؐଟ
蛰踇赮蠯觺諪訝蒣谋ؐΉ
虣踆謆躲臚葽訝 Multi Userஂ翶譇萦蠯覝ஃ虣㊷ஆ騚粯蓱賓閳萦蠯觺諪訝蒣谋ؐ識襮ଟ
2. Preview
虣଴蒣谋繩誀ଵ葽訝଴Preview(螗胕)ଵ 虣㊷ଟ
觅躒藽葽藔蝞葿ଟ
1.
2.
虣 View Calibrated(絥蘁繩誀轞縠)虣㊷胡絥蘁諝詹縧轰訝繩誀轞縠ଟ
虣 ଴View Uncalibrated(絥蘁芚繩誀轞縠)ଵ虣㊷胡絥蘁衴聈ଟ
糤紦
|
虡觞
|
OSD 艇蘉
|
轎趮躳蒣谋诨編衶
|
蹙誳虡觞
|
緝觢茐誳
蹙誳虡觞
譙粯萦蠯Windows଴縖誡赊ଵ訝଴蘝譍軫褾誳誎蘉ଵ蓱蹌褾誳MagicTune誎蘉ଟ
讴蹥踆脛荫賟胡褾誳MagicTuneଟ
1.
讝覂଴縒覥脛ଵ'଴紹藮ଵ'଴蓿話ଵஆ蓱賓縐翯跧訝଴縖誡赊ଵଟ蛰誎蘉藷觥Windows XP葽讴蹥ஆ讝覂
଴紹藮ଵ縐翯跧訝଴縖誡赊ଵଟ
2.
虣襮踆଴縖誡赊ଵ羧訝଴蘝譍軫褾誳誎蘉ଵ聈藽ଟ
3.
觥଴蘝譍軫褾誳誎蘉ଵ鱫舩羧ஆ蹧踆绋肆閳駊賆଴MagicTuneଵଟ觥缩葽虣襮踆萦缩苌茣ଟ
4.
虣襮踆଴荍綟/褾誳ଵ虣㊷褩褾誳誎蘉ଟ
5.
試襮踆଴藷ଵ胡紹藮蹙誳虡觞誎蒬ଟ
6.
豠豽耹ஆ譺聇賆躇଴蹙誳虡觞蟔蔔ଵ耶輊苷繕ଟ
豠諠茅MagicTune臾诮 褩賓肥MagicTune訝缹藓譡衾ଞFAQsஂ蒇絽芈誶蛹蹙耤ஃ輁藥缡蜴豬ଟ
糤紦
|
虡觞
|
OSD 艇蘉
|
轎趮躳蒣谋诨編衶
|
蹙誳虡觞
|
緝觢茐誳
緝觢茐誳
觥MagicTune衪覥藸綟輚躒藽缬軫綟蘝聈躨餦纫肆誎蘉ஆMagicTune粯翯轊艸茽覥蛩ଟ蚧蒑輴蛰诅ஆ豠譇蘝ଳ
肆緊赥ଟ
Symptom
耮 MagicTune 衪覥
莙粫藸覥輑襨ଟ
Check List
* 詒翙ஂVGAஃ譡衾 騚ឯ騚
蠯訝 Window 諀覥緊赥葽粯
褩苨躇 MagicTune 縐翯ଟ
Solutions
* 絥ᶹ詒翙藷莟繾袼 MagicTune 縐翯藸ஆ豠譀
請踆脛荫賟
ஂWindows ὑ XP 趉ஃஔ
縖誡赊 -> 轞翯缝裒軥 -> 緊赥 -> 綨豬 -> 觞賸
縸膱衵 -> 紁蘁缬 -> 葡誳଴騚ឯ騚蠯紁蘁缬ଵ
轰ஆ粯膦蠯蕽蘳蘝綨豬苷蘉胡駊賆଴騚ឯ騚蠯紁
蘁缬ଵଟ
MagicTune
藷莇躒藽缬訝菁粮蜴豬ଟ袼萢聈躨餦粯翯艸茽譡
衾莇躒藽缬ଟ蚧聈躨餦袼襷踇芈誶ஆ豠諠茅虇芅
訝臾诮ᶹ糠誨縍訝蒒蠦聈躨餦ᷡ翻ଟ
http://www.samsung.com/monitor/magictune
MagicTune™ 艸茽誀
蒇縒覥ଟ
z
z
ᖟ藷莟綟輚腦詒翙軫聈躨
餦ங
踆觱貟蘝訝誎蘉ଟ誎蘉粯諱
http://www.samsung.com/monitor/magictune.
豠諠茅虇芅訝臾诮閳踆觱 MagicTune MAC 虡觞蜴豬ଟ
豠諠茅MagicTune臾诮 褩賓肥MagicTune訝缹藓譡衾ଞFAQsஂ蒇絽芈誶蛹蹙耤ஃ輁藥缡蜴豬ଟ
概觀
|
安安
|
介介
|
解解安安
|
疑疑疑解
概觀
什麼是 MagicRotation？
傳傳傳傳傳傳傳傳傳傳傳傳傳傳傳傳傳傳傳傳傳。
在在在在在在在在在，越越越越傳傳傳傳每天天天天傳傳天天、網網網傳網網天網在在。在這這這傳這傳這傳在
縱傳傳傳縱傳傳縱縱縱縱，因為在這這這這這傳傳傳這這傳內容。若傳傳傳傳傳若若若若傳傳若縱傳傳傳，其其
作縱作這傳作作作作。
Samsung Electronics, Inc. 傳 MagicRotation 軟軟為傳傳傳作使使使使使使（0、90、180 及 270 度傳度傳），在
這傳傳樣作樣度樣樣傳傳傳傳傳傳傳這這，取取縱取傳傳傳縱縱取作作傳傳傳傳其作縱作。
基基使使
MagicRotation 支支 Windows™ 98 SE、Me、2000、XP Home、NT 4.0 網 XP Professional。
* Windows™ 為 Microsoft Corporation,Inc. 傳的的的的。
概觀
|
安安
|
介介
|
解解安安
|
疑疑疑解
安安
1.
將安安將碟放放將碟機。
2.
按 MagicRotation 安安檔案。
3.
選選安安選選，按「Next」」下下步）。
4.
在在在「InstallationShield Wizard」」安安/移解移移）視視視，請按「Next」」下下步）。
5.
選選「I agree to the terms of the license agreement」」我我我我我我我我我我我）接接接接我我。
6.
選選安安 MagicRotation 程程我程程程。
7.
按「Install」」安安）。
8.
會在在「Installationation Status」」安安狀態）視視。
9.
按「Finish」」完完）。
必必必必啟動動動，MagicRotation 才才才才才才。
10.
安安完完安，MagicRotation 執執執執會在在在桌介面。
安安安安
MagicRotation 我安安的才會接視的卡、主機主主主主主主主主主我主主。
若在安安若程若若若安安，請請閱「疑疑疑解」。
限限
1.
必必才必必放「顯執顯動程程」，MagicRotation 方的才才才才。
安安我「顯執顯動程程」應應應應應應應應我應必顯動程程。
2.
若若若應接程程，例例 Windows Media Player、Real Player 主等等在 90 度、180 度主 270 度我方度才
才顯執常主檔案，請執執請下步驟：
{ 關關應應接程程。
選選選選視應應接程程我方度」90、180 或 270 度）。
必必啟動應應接程程。
在在在在在在下，透若請面步驟驟的解驟安安。
{
{
3.
每次選選方度次程」90、180 或 270 度）視，接接 OpenGL 主 DirectDraw」3D 繪執）我接接的應接程程」例
3D 遊遊）將等等將才。
4.
每次選選方度次程」90、180 或 270 度）視，基基 DOS 我應接程程在的的的次程下將等等將才。
5.
Windows™ 98、ME 主 NT 4.0 不不不不的的顯執。
6.
MagicRotation 不不不 24 位/執圖」位位位度/色色色色）。
7.
若選若若執若卡，建我建解解安安 MagicRotation 軟軟。
動動系系
才作動動
z
z
z
z
z
z
Windows™
Windows™
Windows™
Windows™
Windows™
Windows™
98 SE
Me
NT 4.0
2000
XP Home Edition
XP Professional
硬軟
z
z
128MB 請面以以軟」建我）
25MB 請面的接硬碟空空
Service Pack
z
z
建我在動動面安安應必我 Service Pack。
對基 Windows™ NT 4.0，建我安安建 Active Desktop 位元我 Internet Explorer 5.0 及請面及我。
* 欲欲解若在程的，請請請 MagicRotation 主網。
* Windows™ 為 Microsoft Corporation,Inc. 我的的應的。
概觀
|
安安
|
介介
|
解解安安
|
疑疑疑解
介介
工工工工工工工工
按按按按按按按按工工工 。
Rotate(旋旋)： 顯顯顯顯旋旋 90 度
Rotate to 0（旋旋為 0 度度）：顯顯顯顯顯顯顯工旋旋度度旋旋為 0 度。
Rotate to 90（旋旋為 90 度度）：顯顯顯顯顯顯顯工旋旋度度旋旋為 90 度。
Rotate to 180（旋旋為 180 度度）：顯顯顯顯顯顯顯工旋旋度度旋旋為 180 度。
Rotate to 270（旋旋為 270 度度）：顯顯顯顯顯顯顯工旋旋度度旋旋為 270 度。
Hot key（熱按）：使使使使使使使使工熱按，也使也也工按也也。
在也也在在工熱按在在，使使使使使使使使使按使使使熱按。使使使使使顯 Shift、Ctrl、Alt 按鍵鍵鍵
按按按按按熱按。若若按鍵鍵工按按，熱按顯熱使使為「Alt+鍵鍵按按」工的的。
Help（說明） ：顯顯 MagicRotation 程的工「HELP」（說明）內容。
About（關關） ：顯顯程的工顯顯鍵顯工顯顯顯。
Exit（結結） ：結結 MagicRotation 程的。
概觀
|
安安
|
介介
|
解解安安
|
疑疑疑解
解解安安
只只只只 Windows 控控控控「新新/移解移移」選選選選選移解 MagicRotation 移移。
執執選執步驟移解 MagicRotation。
1.
移移「工工工」」「開開」」「設設」並選並並並並並控「控控控」。
若若移移若 Windows™ XP 系系系執執， 則移移「開開」並並並並控「控控控」。
2.
若「控控控」系中「新新/移解移移」圖圖。
3.
若「新新/移解移移」畫介系，瀏瀏並瀏瀏「MagicRotation」
，中按執按按按按按圖。
4.
中「變變/移解」中鈕移解若移移。
5.
中「是」開開解解安安移開。
6.
請請請，直移直直「解解安安解解解」對對對對。
7.
解解安安解，請請新啟動系系選解解解解安安。
請請請 MagicRotation 網網選以以 MagicRotation 控的的的的的的」FAQ（問問問解問）和和和和和。
* Windows™ 為 Microsoft Corporation,Inc. 控的的的的。
|
概觀
安安
|
介介
|
解解安安
|
疑疑疑解
疑疑疑解
聯聯聯聯聯聯聯聯聯聯
z
MagicRotation 軟軟軟軟軟軟安安軟「顯顯顯顯顯顯」」由您軟的的卡供供供供供）配配配配配配供供配配
旋旋旋配。若軟安安軟「顯顯顯顯顯顯」配配工工工工工工顯顯工工，那麼這這顯顯工工這這這安安
MagicRotation 軟軟軟軟軟軟這。
因安安軟「顯顯顯顯顯顯」軟這存存存存存軟存存工工工/隨隨隨為均軟 MagicRotation 軟軟軟軟。
欲欲欲安安軟「顯顯顯顯顯顯」是是工存存，您可可可隨可可可可步驟：
1.
2.
3.
檢查這 0 度度度」橫度橫顯）和 90 度度度」縱度橫顯）時是是時軟時時存存。
這工在軟在在在度」8/16/32 位/的圖）和工在軟解和度橫顯」800 x 600 和 1024 x 768）可檢查是
是軟時時存存。
這在工安安 MagicRotation 軟軟軟軟軟可檢查是是軟時時存存。
若這存存/所工可所軟軟所所所時時，則可配是您安安軟「顯顯顯顯顯顯」工存存：
欲解欲欲存存，您軟軟可隨可可步驟：
1.
2.
3.
4.
將 MagicRotation 軟軟解解安安。
從您軟的的卡供供供供供供供供軟「顯顯顯顯顯顯」。
供供軟「顯顯顯顯顯顯」」ATI、NVIDIA、MATROX、INTEL 等）可可從可可可軟可可可可。
安安供供軟「顯顯顯顯顯顯」
安安 MagicRotation 軟軟。這在在在軟軟可，透透可所步驟驟可解欲存存。
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若這可隨 MagicRotation 時時時顯顯時工時供的的卡顯顯顯顯， MagicRotation 可配軟可配配。
若若若若軟軟，請請供啟顯動動。
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請請請 MagicRotation 可可可供供 MagicRotation 軟的軟聯聯聯聯、FAQ」存存軟解問）和軟軟和和。
SyncMaster 913N / 915N
觥纓誻裒蕮識訲ஆ蓘絥ᶹ莇詜譄訝蘩蘊ஆ糠糠ૢ覞缶藷莟翯蹙綂芈誶ଟ蛰縠ૢ輑蘰薦蠔閇誻ஆ
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譓蒑
躲臚葽艝袼鱫舩ଟ
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絥ᶹ跧
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詒袂蓧脘詧軆腦༬ங
絥ᶹ詒袂蓧訝脘詧輁詒袂ଟ
ૢ翯莟觥躲臚葽糠聇G
"Check Signal Cable"ஙG
絥ᶹ詒翙藷莟褰脘詧贗耮ଟ
蛰縠詒袂藷赦訝ஆ罼賗譇蘝
ଳ肆緍葨罁胡糠豭藮訝躲臚G
(肩腓躲臚)ஆ罼藷粯褩糠聇
訝ଟ
蛰縠賆躇豭藮躲臚G(肩腓躲臚)ஆ觥褒蠯艇蘉
踆ଳ肆緍葨罁G(耶Windows ME/2000/XP藷虡
訰艇蘉)ஆ蜥轰紮荍蘁萛餦訝萛蕞ଟ(诨編螗誯
藸糩艇蘉)
謗ஔ蛰縠豭藮躲臚G(肩腓躲臚) 莙賆躇ஆ賿蛹
荼艭譄蘴軫覝蛹ૢ訝維蕌蒁脕緋ଟ
ૢ翯觥躲臚葽糠聇G"Not
Optimum Mode.
Recommended mode
1280 x 1024 60Hz"༬ஙG
耮胡覞蘁萛餦訝蘘軣貄縧貟耵訝菅荎蕞輁萛
蕞藸ஆૢ翯糠聇訐紨蘩蘊༬ஙG
諝詹蠯蛍躒藽缬訝貟耵菅荎蕞輁萛蕞ଟG
蛰縠躒藽缬貄賆GSXGA 軫G75Hzஆ賿轊賆躇G
"Not Optimum Mode. Recommended
mode 1280 x 1024 60Hz" 訝蘩蘊ଟ蛰縠躒藽
缬貄賆G85Hzஆ騚萦翯໴誀蒇衪覥ஆ覇轊賆躇G
"Not Optimum Mode. Recommended
mode 1280 x 1024 60Hz" 訝蘩蘊閳裒譞G1 菅
諿ஆ蜥轰蔷蘮ଟ豠觥蘩蘊賆躇訝G1 菅諿羧荍
綟ὑ絖褦訝艇蘉ଟ(蛰縠緊赥譇蘝ଳ肆ஆ賿蘩
蘊轊解评賆躇ଟ)
躲臚詯躇缱繗訝㗷
蒣軫譙袼辜輁茣ଟ
躲臚葽艝袼鱫舩ଟ
躒藽缬葽訝詒袂譟藽肨藷莟
舌絵襮豼諿蔉襮踆ங
躒藽缬谚觥詜翯艇蘉ଟG
虣絜隨葽訝襮紨絜軫覝褾肆蓆跣胡絲輥躒藽
缬ஆ轆荻躲臚葽訝鱫舩ଟ
藷莟躲臚譙躒藽襮諷㗷蒣ஆ
賗葿赦縧襮览蒞ⅎ⃆譮胡糠
躲臚罼蚹ங
絥ᶹ蘘軣詒胒訝脘詧ଟG
藷莟觥衪蹥腦襮紨誎蒬轰ஆ
軫覝褒蠯識糩苨蒥腦賍耬
轰ஆ躲臚訝㗷蒣賗荍肥缱繗
腦ங
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蠔荦譖蘁萛餦蟔訰ឯ觥቙訝諈膹腦ଟ
躲臚肂蜥荍肥
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蘁萛餦藷莟虡觞軆腦ங
诨請蘁萛餦蕻谓胡虡觞蘁萛餦ଟ
ૢ藷莟輚縧蘁萛餦軫覝纫肆
誎蒬ங
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ૢ藷莟諝詹縧躒藽缬訝菅荎
蕞軫萛蕞ங
諝詹蘁萛餦葽訝菅荎蕞輁萛蕞ଟ(诨編螗誯藸
糩艇蘉)
裍蛍蘁萛餦蘘軣訝謍缽衴襜躲臚粯翯莙趮躳ଟ诨請OSD譇蘝諝詹袑賸ଟ
躲臚賚豸莙軆軫覝
莙翯諝詹GOSDଟ
ૢ藷莟諝詹縧躒藽缬葽訝菅
荎蕞軫萛蕞ங
諝詹蘁萛餦葽訝菅荎蕞輁萛蕞ଟ(诨編螗誯藸
糩艇蘉)
苨繄褨综縸藷觥蔉ஆ
翺藷躲臚葽艝袼鱫舩ଟ
觥絥ᶹmenu葽躒藽藸糩訝
藸轩藷莟訫耮譛諝詹腦萛
蕞ங
诨請蘁萛餦蕻谓輁螗誯藸糩艇蘉胡訫耮譛諝
詹萛蕞ଟG
ஂ翻袑菅荎蕞訝貟耵萛蕞耶蛍舌紨⫶跬粯翯
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觥萛臚葽譙躒藽16
諷㗷蒣ଟ綟輚蘁萛餦轰
躲臚㗷蒣賗紮荍腦ଟ
袼襮諆蘩蘊蛰踆ஔ
"苨躇莙襨蘒訝躒藽
缬ஆ騚ឯ騚蠯ஂVESA
DDCஃ
躒藽缬"
耮GMagicTune 衪覥莙
粫藸覥輑襨ଟ
藷莟辩耮譛蓿賸腦GWindows 耶蛍GWindows ME/2000/XP:
觥縖誯舩趈ଞ躒藽ଞ蓿賸肪谚辩耮譛蓿話㗷
谋蒣ஙG
蒣ଟG
藷莟辩耮譛虡觞腦蘁萛餦ங
诨請蘁萛餦蕻谓虡觞蘁萛餦ଟG
ૢ虡觞腦躒藽缬纫肆誎蒬腦
༬ங
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ᶹ蝄蘁萛餦蕻谓糠糠翯莟譡 虣請纫肆誎蒬虡觞譟藽胡虡觞躒藽缬纫肆誎
譞騚ឯ騚蠯G(VESA DDC) 縐 蒬ଟ
翯ଟ
* 詒翙ஂVGAஃ譡衾G騚ឯ騚
蠯訝GWindow 諀覥緊赥葽粯
褩苨躇GMagicTune 縐翯ଟ
* 絥ᶹ詒翙藷莟繾袼GMagicTune 縐
翯藸ஆ豠譀請踆脛荫賟
ஂWindows ὑGXP 趉ஃஔG
縖誡赊G-> 轞翯缝裒軥G-> 緊赥G-> 綨
豬G-> 觞賸縸膱衵G-> 紁蘁缬G-> 葡誳
଴騚ឯ騚蠯紁蘁缬ଵ轰ஆ粯膦蠯蕽蘳
蘝綨豬苷蘉胡駊賆଴騚ឯ騚蠯紁蘁
缬ଵଟ
MagicTune
藷莇躒藽缬訝菁粮蜴豬ଟ袼萢聈躨餦
粯翯艸茽譡衾莇躒藽缬ଟ蚧聈躨餦袼
襷踇芈誶ஆ豠諠茅虇芅訝臾诮ᶹ糠誨
縍訝蒒蠦聈躨餦ᷡ翻ଟG
http://www.samsung.com/monitor/magictune
MagicTune˞ 艸茽誀
蒇縒覥ଟ
ᖟ藷莟綟輚腦詒翙軫聈躨
餦ங
踆觱貟蘝訝誎蘉ଟ誎蘉粯諱G
http://www.samsung.com/monitor/magictune.
豠諠茅虇芅訝臾诮閳踆觱GMagicTune MAC 虡觞蜴豬ଟG
絥ᶹ踆脛誰蹌糠糠藷莟缢躒藽缬耸胡臘茨ஔG
1. 絥ᶹ詒袂蓧輁詒胒藷莟訫耮譛脘詧聇緍葨罁葽腦ଟG
2. 絥ᶹ觥ଳ肆藸緍葨罁藷莟蹫腦葱评ଟ
(蛰縠藷ஆ賿豠纓難轰荼艭胡絥蕮緍葨罁訝謆趈ଟ)
3. 蛰縠ૢ虡觞腦襮繕蘝訝蘁萛餦ஆ軫覝ૢ諗觞腦GPC, 罼賗絥ᶹ襮踆藷莟虡觞腦訫茜缬ஂ蘁萛ஃ纫肆
誎蒬輁躒藽缬纫肆誎蒬ଟG
4. 絥ᶹ襮踆躲臚訝蘁萛蔲艥蕞藷莟蓿話觥G56Hz 軫G75Hz.
(耮萦蠯貟耵菅荎蕞藸莙蠔貄縧G75Hz.)
5. 蛰縠ૢ觥虡觞訫茜缬G(蘁萛) 纫肆誎蒬藸袼芈誶ஆ賿觥虡訰艇蘉踆譇蘝ଳ肆緍葨罁ஆ罵聓觥縖誡
赊ଞ緊赥ଞ觞賸縸膱衵谚訝躒藽訫茜缬ஆ蜥轰譇蘝ଳ肆緍葨罁胡譇蘝虡觞訫茜缬ஂ蘁萛ஃ纫肆誎
蒬ଟG
蛰縠芈誶譇荻苨蒥ஆ賿豠蛹蕼绌訝荼艭譄蘴脕緋ଟ
芈誶蛹鲌耤
芈誶
虇ᔳ蚹觧翯紮荍萛蕞ங
鲌耤
譇蘝蓿賸蘁萛餦粯褩紮荍萛蕞ଟG
謗褙蘁萛餦譡譞訝粯褩莙肇ஆ賓綂蛍蔱蠯纫肆誎蒬訝趉莇ଟG
(蒘詶豠诨蝄緍葨罁軫蘁萛餦訝蕻谓ଟ)
虇ᔳ蚹觧翯諝詹菅荎蕞ங
Windows ME/XP/2000: 觥縖誯舩趈ଞ躒藽G輁G蓿賸肪谚蓿話
菅荎蕞ଟ
* 蒘詶豠蛹蘁萛餦訝誯諠蒁脕緋ଟ
虇ᔳ蚹觧翯蓿賸詜詒訝縐翯ங
Windows ME/XP/2000: 觥緍葨罁訝BIOS-SETUP軫躲臚荦
軥誎蒬谚蓿賸诅縐翯ଟG
(诨編GWindows/緍葨罁蕻谓)
虇ᔳ蚹ᷡ綃罁蒔蟯舩/躒葿縸ங
翿紹詒袂蓧ஆ蜥轰蠯襮繕蜴跃ஆ粮葽ᷡ綃誢軫覝賗蠯藆薂胡
ᷡ綃躒藽缬ଟG
莙蠔覴膉踆襷踇襮試蔤谤誢ஆ蚘莙蠔縿蕚罁蒔ଟ莙裪蹲襮訚
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覞虇賥蘂縐翯赴試絥ᶹG
覞虇賥蘂縐翯赴試絥ᶹG | 網緔蘩蘊G | 輠綖G| 袼蠯訝誨藽
ᖟ訝躒藽缬誨縍覞賥縐翯, 赦縧覞賥縐翯ૢ粯絥ᶹ躒藽缬糉蹌縐翯藷莟誀蒇ଟ
覞虇賥蘂縐翯赴試絥ᶹG
1. 總聓ૢ訝緍葨罁輁躒藽缬ଟ
2. 諱緍葨罁茕舩苤踆蘁萛詒胒ଟ
3. 贙紹躒藽缬ଟG
蛰縠ૢ訝躒藽缬訝縐翯藷誀蒇訝ஆGૢ轊糠聇襮紨耸蛹鋆Gஆ膹舩袼芉覑ஆ蛰踆聈蔱藽ஔ荐
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葱紨踷覐譄襷踇襮紨莙賆躇賗跧藽ૢ訝躒藽缬袼芈誶腦ଟ蛰縠蘁萛詒胒艝袼脘詧軆軫覝
翿腦ஆ罼㤘觥誀蒇諀覥缽糩訐紨踷覐蚘轊賆躇ଟ
4. 總聓ૢ訝躒藽缬ஆ譇蘝詧軆蘁萛詒胒க蜥轰贙紹ૢ訝緍葨罁褩缝躒藽缬ଟG
蛰縠維縧訲舩訝荫賟轰ஆૢ訝躒藽缬訝躲臚褕蜥藷縙茣ஆ罼賗絥ᶹૢ訝蘁萛縖誯缬輁緍
葨罁緊赥கૢ訝躒藽缬訝縐翯藷誀蒇訝ଟ
網緔蘩蘊G
蛰縠薜覂蘘軣袼芈誶ஆ罼㤘觥躲臚葽轊賆躇襮諆蘩蘊ஆ軫覝躲臚荍蔔縙茣ஆ讐縸詒袂譟
藽肨苨繄褨综縸輢胨訋ଟ蹚蘩蘊粯翯跧藽躒藽缬貄賆蔲艥茻袕腦ஆ軫覝ૢ薦蠔終絥ᶹ蘘
軣詒胒ଟ
輠綖G
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1. 蛰縠袼襷踇觹褌肯趐鉷缋躒藽缬ஆ罼賗苤踆詒袂赹觹褌肯趐苶聇钂襮糩苵糩終ଟ
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輊肪聩蠔苏謦ଟ
袼蠯訝誨藽
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躒藽缬赹胡覞PC訝蘁糏蘘軣譇蘝诳諠賆胡ଟ襜诅ஆ蛰縠PC軫覝蘁萛餦袼腦芈誶ஆ賗粯翯諠蔔
躒藽缬荍蔔縙茣ஆ㗷蒣鲾诃ஆ袼駆褌ஆ莙譡譞蘁萛艇蘉肪肪ଟ觥訐諷詶輴踆ஆ薨蓘絥ᶹ芈誶訝
胡袂ஆ蜥轰蛹裒蕮譄蘴軫ૢ訝維蕌蒁脕緋ଟ
趆翿躒藽缬訝縒覥詶輴
蛰縠躲臚葽艝袼鱫舩ஆ軫覝賆躇G"Not Optimum Mode","Recommanded mode 1280 x 1024
60Hz" 訝蘩蘊ஆ罼賗觥躒藽缬輢赦詒訝詶輴踆ஆ諱緍葨罁葽翿紹詒胒ଟG
{
蛰縠躲臚葽賆躇蘩蘊ஆ軫覝躲臚荍茣ஆ訐賗褙芔訋躒藽缬藷谚觥縒覥蒑赍踆ଟ
{
觥訐諷詶輴踆ஆ賗蠔絥ᶹ緍葨罁訝芈誶ଟG
SyncMaster 912T / 913T / 913B
觥纓誻裒蕮識訲ஆ蓘絥ᶹ莇詜譄訝蘩蘊ஆ糠糠ૢ覞缶藷莟翯蹙綂芈誶ଟ蛰縠ૢ輑蘰薦蠔閇誻ஆ
豠ૢ若贙荦蕮餦葽訝ஆ蘩蘊訐襮詜譄訝詒輊軣ஆ軫覝蛹ૢ訝維蕌蒁脕緋ଟ
譓蒑
躲臚葽艝袼鱫舩ଟ
虇莙翯贙紹躒藽缬ଟ
絥ᶹ跧
蹙綂趌茽
詒袂蓧脘詧軆腦༬ங
絥ᶹ詒袂蓧訝脘詧輁詒袂ଟ
ૢ翯莟觥躲臚葽糠聇G
"Check Signal Cable"ஙG
(褩GD-sub 胒蓧脘詧)
絥ᶹ詒翙藷莟褰脘詧贗耮ଟ
ஂ褩GDVI 胒蓧脘詧ஃ蚧躒藽缬褰脘詧贗耮ஆ
襀躒藽臚覇賆躇G(诐螳) 蘩蘊ஆ絥ᶹ躒藽缬蒑
赍G藷莟蓿話ὑ膍菲躧蘉ଟ虣襮踆଴胡袂ଵ
絜ஆ躒藽臚趢粯覞蹥絥ᶹ薜覂蘘軣胡袂ଟ
蛰縠詒袂藷赦訝ஆ罼賗譇蘝
ଳ肆緍葨罁胡糠豭藮訝躲臚G
(肩腓躲臚)ஆ罼藷粯褩糠聇
訝ଟ
蛰縠賆躇豭藮躲臚G(肩腓躲臚)ஆ觥褒蠯艇蘉
踆ଳ肆緍葨罁G(耶Windows ME/2000/XP藷虡
訰艇蘉)ஆ蜥轰紮荍蘁萛餦訝萛蕞ଟ(诨編螗誯
藸糩艇蘉)
謗ஔ蛰縠豭藮躲臚G(肩腓躲臚) 莙賆躇ஆ賿蛹
荼艭譄蘴軫覝蛹ૢ訝維蕌蒁脕緋ଟ
ૢ翯觥躲臚葽糠聇G"Not
Optimum Mode.
Recommended mode
1280 x 1024 60Hz"༬ஙG
耮胡覞蘁萛餦訝蘘軣貄縧貟耵訝菅荎蕞輁萛
蕞藸ஆૢ翯糠聇訐紨蘩蘊༬ஙG
諝詹蠯蛍躒藽缬訝貟耵菅荎蕞輁萛蕞ଟG
蛰縠躒藽缬貄賆GSXGA 軫G75Hzஆ賿轊賆躇G
"Not Optimum Mode. Recommended
mode 1280 x 1024 60Hz" 訝蘩蘊ଟ蛰縠躒藽
缬貄賆G85Hzஆ騚萦翯໴誀蒇衪覥ஆ覇轊賆躇G
"Not Optimum Mode. Recommended
mode 1280 x 1024 60Hz" 訝蘩蘊閳裒譞G1 菅
諿ஆ蜥轰蔷蘮ଟ豠觥蘩蘊賆躇訝G1 菅諿羧荍
綟ὑ絖褦訝艇蘉ଟ(蛰縠緊赥譇蘝ଳ肆ஆ賿蘩
蘊轊解评賆躇ଟ)
躲臚葽艝袼鱫舩ଟ
躒藽缬葽訝詒袂譟藽肨藷莟
舌絵襮豼諿蔉襮踆ங
躒藽缬谚觥詜翯艇蘉ଟG
虣絜隨葽訝襮紨絜軫覝褾肆蓆跣胡絲輥躒藽
缬ஆ轆荻躲臚葽訝鱫舩ଟ
㡕GDVI ᫀ䠠ⲧ鏻G?
蛍脘詧GDVI 胒蓧訲騚褰紹罁ஆ軫蛍緊赥讴蹥
譄苤誳蠼譇蘝詧葽GDVI 胒蓧ஆ賿襜ὑ艆萢膍
躧訝轐聈躒藽餦G(graphic cards) 艸茽薜賆蝞
葿蘘軣ஆ粯翯賆躇縙茣鱫舩ଟឯ葽GDVI 胒蓧
轰譇蘝紹罁ଟ
躲臚詯躇缱繗訝㗷
蒣軫譙袼辜輁茣ଟ
躲臚肂蜥荍肥
莙趮躳腦ଟ
藷莟躲臚譙躒藽襮諷㗷蒣ஆ
賗葿赦縧襮览蒞ⅎ⃆譮胡糠
躲臚罼蚹ங
絥ᶹ蘘軣詒胒訝脘詧ଟG
藷莟觥衪蹥腦襮紨誎蒬轰ஆ
軫覝褒蠯識糩苨蒥腦賍耬
轰ஆ躲臚訝㗷蒣賗荍肥缱繗
腦ங
譇蘝ଳ肆緍葨罁ଟ
蘁萛餦藷莟虡觞軆腦ங
诨請蘁萛餦蕻谓胡虡觞蘁萛餦ଟ
ૢ藷莟輚縧蘁萛餦軫覝纫肆
誎蒬ங
诨請OSD胡諝詹袑賸輁谞貎ଟ
ૢ藷莟諝詹縧躒藽缬訝菅荎
蕞軫萛蕞ங
諝詹蘁萛餦葽訝菅荎蕞輁萛蕞ଟ(诨編螗誯藸
糩艇蘉)
蠔荦譖蘁萛餦蟔訰ឯ觥቙訝諈膹腦ଟ
裍蛍蘁萛餦蘘軣訝謍缽衴襜躲臚粯翯莙趮躳ଟ诨請OSD譇蘝諝詹袑賸ଟ
躲臚賚豸莙軆軫覝
莙翯諝詹GOSDଟ
ૢ藷莟諝詹縧躒藽缬葽訝菅
荎蕞軫萛蕞ங
諝詹蘁萛餦葽訝菅荎蕞輁萛蕞ଟ(诨編螗誯藸
糩艇蘉)
苨繄褨综縸藷觥蔉ஆ
翺藷躲臚葽艝袼鱫舩ଟ
觥絥ᶹmenu葽躒藽藸糩訝
藸轩藷莟訫耮譛諝詹腦萛
蕞ங
诨請蘁萛餦蕻谓輁螗誯藸糩艇蘉胡訫耮譛諝
詹萛蕞ଟG
ஂ翻袑菅荎蕞訝貟耵萛蕞耶蛍舌紨⫶跬粯翯
莙肇ஃ
觥萛臚葽譙躒藽16
諷㗷蒣ଟ綟輚蘁萛餦轰
躲臚㗷蒣賗紮荍腦ଟ
袼襮諆蘩蘊蛰踆ஔ
"苨躇莙襨蘒訝躒藽
缬ஆ騚ឯ騚蠯ஂVESA
DDCஃ
躒藽缬"
耮GMagicTune 衪覥莙
粫藸覥輑襨ଟ
藷莟辩耮譛蓿賸腦GWindows 耶蛍GWindows ME/2000/XP:
觥縖誯舩趈ଞ躒藽ଞ蓿賸肪谚辩耮譛蓿話㗷
谋蒣ஙG
蒣ଟG
藷莟辩耮譛虡觞腦蘁萛餦ங
诨請蘁萛餦蕻谓虡觞蘁萛餦ଟG
ૢ虡觞腦躒藽缬纫肆誎蒬腦
༬ங
虣請纫肆誎蒬虡觞譟藽虡觞躒藽缬纫肆誎
蒬ଟ
ᶹ蝄蘁萛餦蕻谓糠糠翯莟譡 虣請纫肆誎蒬虡觞譟藽胡虡觞躒藽缬纫肆誎
譞騚ឯ騚蠯G(VESA DDC) 縐 蒬ଟ
翯ଟ
* 詒翙ஂVGAஃ譡衾G騚ឯ騚
蠯訝GWindow 諀覥緊赥葽粯
褩苨躇GMagicTune 縐翯ଟ
* 絥ᶹ詒翙藷莟繾袼GMagicTune 縐
翯藸ஆ豠譀請踆脛荫賟
ஂWindows ὑGXP 趉ஃஔG
縖誡赊G-> 轞翯缝裒軥G-> 緊赥G-> 綨
豬G-> 觞賸縸膱衵G-> 紁蘁缬G-> 葡誳
଴騚ឯ騚蠯紁蘁缬ଵ轰ஆ粯膦蠯蕽蘳
蘝綨豬苷蘉胡駊賆଴騚ឯ騚蠯紁蘁
缬ଵଟ
MagicTune
藷莇躒藽缬訝菁粮蜴豬ଟ袼萢聈躨餦
粯翯艸茽譡衾莇躒藽缬ଟ蚧聈躨餦袼
襷踇芈誶ஆ豠諠茅虇芅訝臾诮ᶹ糠誨
縍訝蒒蠦聈躨餦ᷡ翻ଟG
http://www.samsung.com/monitor/magictune
MagicTune˞ 艸茽誀
蒇縒覥ଟ
ᖟ藷莟綟輚腦詒翙軫聈躨
餦ங
踆觱貟蘝訝誎蘉ଟ誎蘉粯諱G
http://www.samsung.com/monitor/magictune.
豠諠茅虇芅訝臾诮閳踆觱GMagicTune MAC 虡觞蜴豬ଟG
絥ᶹ踆脛誰蹌糠糠藷莟缢躒藽缬耸胡臘茨ஔG
1. 絥ᶹ詒袂蓧輁詒胒藷莟訫耮譛脘詧聇緍葨罁葽腦ଟG
2. 絥ᶹ觥ଳ肆藸緍葨罁藷莟蹫腦葱评ଟ
(蛰縠藷ஆ賿豠纓難轰荼艭胡絥蕮緍葨罁訝謆趈ଟ)
3. 蛰縠ૢ虡觞腦襮繕蘝訝蘁萛餦ஆ軫覝ૢ諗觞腦GPC, 罼賗絥ᶹ襮踆藷莟虡觞腦訫茜缬ஂ蘁萛ஃ纫肆
誎蒬輁躒藽缬纫肆誎蒬ଟG
4. 絥ᶹ襮踆躲臚訝蘁萛蔲艥蕞藷莟蓿話觥G56Hz 軫G75Hz.
(耮萦蠯貟耵菅荎蕞藸莙蠔貄縧G75Hz.)
5. 蛰縠ૢ觥虡觞訫茜缬G(蘁萛) 纫肆誎蒬藸袼芈誶ஆ賿觥虡訰艇蘉踆譇蘝ଳ肆緍葨罁ஆ罵聓觥縖誡
赊ଞ緊赥ଞ觞賸縸膱衵谚訝躒藽訫茜缬ஆ蜥轰譇蘝ଳ肆緍葨罁胡譇蘝虡觞訫茜缬ஂ蘁萛ஃ纫肆誎
蒬ଟG
蛰縠芈誶譇荻苨蒥ஆ賿豠蛹蕼绌訝荼艭譄蘴脕緋ଟ
芈誶蛹鲌耤
芈誶
虇ᔳ蚹觧翯紮荍萛蕞ங
鲌耤
譇蘝蓿賸蘁萛餦粯褩紮荍萛蕞ଟG
謗褙蘁萛餦譡譞訝粯褩莙肇ஆ賓綂蛍蔱蠯纫肆誎蒬訝趉莇ଟG
(蒘詶豠诨蝄緍葨罁軫蘁萛餦訝蕻谓ଟ)
虇ᔳ蚹觧翯諝詹菅荎蕞ங
Windows ME/XP/2000: 觥縖誯舩趈ଞ躒藽G輁G蓿賸肪谚蓿話
菅荎蕞ଟ
* 蒘詶豠蛹蘁萛餦訝誯諠蒁脕緋ଟ
虇ᔳ蚹觧翯蓿賸詜詒訝縐翯ங
Windows ME/XP/2000: 觥緍葨罁訝BIOS-SETUP軫躲臚荦
軥誎蒬谚蓿賸诅縐翯ଟG
(诨編GWindows/緍葨罁蕻谓)
虇ᔳ蚹ᷡ綃罁蒔蟯舩/躒葿縸ங
翿紹詒袂蓧ஆ蜥轰蠯襮繕蜴跃ஆ粮葽ᷡ綃誢軫覝賗蠯藆薂胡
ᷡ綃躒藽缬ଟG
莙蠔覴膉踆襷踇襮試蔤谤誢ஆ蚘莙蠔縿蕚罁蒔ଟ莙裪蹲襮訚
薂讝覂緍葨罁ଟ
覞虇賥蘂縐翯赴試絥ᶹG
覞虇賥蘂縐翯赴試絥ᶹG | 網緔蘩蘊G | 輠綖G| 袼蠯訝誨藽
ᖟ訝躒藽缬誨縍覞賥縐翯, 赦縧覞賥縐翯ૢ粯絥ᶹ躒藽缬糉蹌縐翯藷莟誀蒇ଟ
覞虇賥蘂縐翯赴試絥ᶹG
1. 總聓ૢ訝緍葨罁輁躒藽缬ଟ
2. 諱緍葨罁茕舩苤踆蘁萛詒胒ଟ
3. 贙紹躒藽缬ଟG
蛰縠ૢ訝躒藽缬訝縐翯藷誀蒇訝ஆGૢ轊糠聇襮紨耸蛹鋆Gஆ膹舩袼芉覑ஆ蛰踆聈蔱藽ஔ荐
緆膹舩訝葱紨踷覐ὑ軼蒣ଞ腑蒣輁胓蒣ଟ
葱紨踷覐譄襷踇襮紨莙賆躇賗跧藽ૢ訝躒藽缬袼芈誶腦ଟ蛰縠蘁萛詒胒艝袼脘詧軆軫覝
翿腦ஆ罼㤘觥誀蒇諀覥缽糩訐紨踷覐蚘轊賆躇ଟ
4. 總聓ૢ訝躒藽缬ஆ譇蘝詧軆蘁萛詒胒க蜥轰贙紹ૢ訝緍葨罁褩缝躒藽缬ଟG
蛰縠維縧訲舩訝荫賟轰ஆૢ訝躒藽缬訝躲臚褕蜥藷縙茣ஆ罼賗絥ᶹૢ訝蘁萛縖誯缬輁緍
葨罁緊赥கૢ訝躒藽缬訝縐翯藷誀蒇訝ଟ
網緔蘩蘊G
蛰縠薜覂蘘軣袼芈誶ஆ罼㤘觥躲臚葽轊賆躇襮諆蘩蘊ஆ軫覝躲臚荍蔔縙茣ஆ讐縸詒袂譟
藽肨苨繄褨综縸輢胨訋ଟ蹚蘩蘊粯翯跧藽躒藽缬貄賆蔲艥茻袕腦ஆ軫覝ૢ薦蠔終絥ᶹ蘘
軣詒胒ଟ
輠綖G
躒藽缬蔱谚訝譛苷輁袑賸粯翯蝞蹫躒藽缬訝议胴輁缩贓縐翯赴試ଟG
1. 蛰縠袼襷踇觹褌肯趐鉷缋躒藽缬ஆ罼賗苤踆詒袂赹觹褌肯趐苶聇钂襮糩苵糩終ଟ
2. 觥躒藽缬謍袕3蝷谞ஂ1芠ஃ茻袕羧訝蔱袼詒覐蓿菤ஆ葿蕾褌罁ଞ詒跱蓜ଞ詒諿輁詒
輊肪聩蠔苏謦ଟ
袼蠯訝誨藽
z
z
躒藽缬赹胡覞PC訝蘁糏蘘軣譇蘝诳諠賆胡ଟ襜诅ஆ蛰縠PC軫覝蘁萛餦袼腦芈誶ஆ賗粯翯諠蔔
躒藽缬荍蔔縙茣ஆ㗷蒣鲾诃ஆ袼駆褌ஆ莙譡譞蘁萛艇蘉肪肪ଟ觥訐諷詶輴踆ஆ薨蓘絥ᶹ芈誶訝
胡袂ஆ蜥轰蛹裒蕮譄蘴軫ૢ訝維蕌蒁脕緋ଟ
趆翿躒藽缬訝縒覥詶輴
蛰縠躲臚葽艝袼鱫舩ஆ軫覝賆躇G"Not Optimum Mode","Recommanded mode 1280 x 1024
60Hz" 訝蘩蘊ஆ罼賗觥躒藽缬輢赦詒訝詶輴踆ஆ諱緍葨罁葽翿紹詒胒ଟG
{
蛰縠躲臚葽賆躇蘩蘊ஆ軫覝躲臚荍茣ஆ訐賗褙芔訋躒藽缬藷谚觥縒覥蒑赍踆ଟ
{
觥訐諷詶輴踆ஆ賗蠔絥ᶹ緍葨罁訝芈誶ଟG
貘豬訝
貘豬訝
躧軣舮贑
SyncMaster 913N
蚐詻苨繄褨综縸舩趈
谞貎
耶糐蓧19.0 蝷貎
躒藽舩訞
376.32mm (薂趮) x 301.056mm (蕲譺)
葿蕃糩経
0.294mm (薂趮) x 0.294mm (蕲譺)
膍躧
a-si TFT 袼袂纚讟
肇荫
薂趮苷蹧
30 ~ 81 kHz
蕲譺苷蹧
56 ~ 75 Hz
躒藽㗷蒣
16,194,277 蒣G
菅荎蕞
貟粫菅荎蕞
1280 x 1024@60 Hz
貟耵菅荎蕞
1280 x 1024@75 Hz
薜覂蘘軣ஆ諸者訝
RGB Analog
艇褛訝觥75 ohms 葽誀訝G0.7 Vpp, SOG,
菅臎訝薂趮/蕲譺肇荫,踵蔔ଞ腑蒣肇荫
誀軫莹訝肇荫GTTL 詒趮
貟耵鱫舩藸諿
140 MHz
詒袂
100 ~ 240 VAC(+/- 10%) rms, 60/50 Hz · 3Hz
蘘軣詒胒
蘿蹧G15 詧㝇GD-sub 胒蓧ஆ粯菅膽
縐蕞蔷艏
蔮蛍G38W
谞貎G(縱x蘷x緷) / 譇胴G(糤蜇㝇謃)
416.6 x 60.2 x 349.4 mm / 16.4 x 2.4 x 13.8 inch (芚虡觞㝇謃藸)
416.6 x 215.2 x 424.6 mm / 16.4 x 8.5 x 16.7 inch / 5.6 縎缂G
谞貎G(縱x蘷x緷) / 譇胴G(Pivot 㝇謃)
416.6 x 60.2 x 349.4 mm / 16.4 x 2.4 x 13.8 inch (芚虡觞㝇謃藸)
416.6 x 200.0 x 420.6 mm / 16.4 x 7.9 x 16.6 inch / 7.2 縎缂G
VESA 虡觞詧纁
100mm x 100mm (蛹訷芏虡觞綨絓(Arm) 襮罞萦蠯ଟ)
輠綖諆絓
諀覥
螻聏: 10¶C ~ 40¶C(載虀50聏~104聏)
藜聏: 10% ~ 80%, 艸褑貽
荦縸
螻聏: -20¶C ~ 45¶C(載虀-4聏G~ 113聏)
藜聏: 5% ~ 95%, 艸褑貽
騚ឯ騚蠯翯脇
訐諷躒藽缬粯褩虡觞觥襷踇綇蠦騚ឯ騚蠯訝緊赥葽ଟ躒藽缬蛹緍葨罁緊赥訝蒒軂覥蠯觅誨縍貟粫訝縒
覥諆絓褩缝貟粫訝躒藽缬蓿賸ଟ觥耵翶蕿詶輴踆ஆ躒藽缬訝虡觞聩轊藷覞肆讝蹥訝ஆ誳萋蠯軉衽褙蓱
赘钂蟯訝蓿賸ଟ
謗褙G:蓿緍缝绫絰豠蒯莙維赦譪趢謉綟紮ଟ
詜詒缬
訐諷躒藽缬袼襮紨羧絖訝詒袂縸膱緊赥绠謉詜詒缬ଟ耮袼襮話藸糩莙蠯躒藽缬藸ஆ訐紨緊赥翯赹ૢ訝躒
藽缬詍輚聇襮紨觹縐蕞艇蘉ஆ諱襀詜蔚腦翯胴ଟ耮ૢ褾肆緍葨罁訝蓆跣軫覝虣踆絜隨葽襷襮紨絜轰ஆ躒
藽缬轊覞肆苠鲌聇誀蒇縒覥蒑赍ଟὑ腦詜蔚翯胴ஆ耮ૢ莙薦蠔蠯躒藽缬ஆ軫覝觡藸糩莙薦蠔終⏐቙訝藸
轩賗赹቙總聓ଟ訐紨詜詒緊赥藷蠯虡觞觥ૢ訝緍葨罁膹訝蛹GVESA DPMS 綇蠦訝蘁萛餦胡縒覥訝ଟ萦蠯
虡觞觥ૢ訝緍葨罁膹訝蜴絓縒繾胡蓿賸訐蹌縐翯赴試ଟ
蒑赍
誀蒇縒覥
詜詒艇蘉
EPA/NUTEK/ENERGY
2000
詒袂總趺
(詒袂虣絜)
詒袂譟藽肨
腑蒣
腑蒣, 蔉腎G
辜蒣G
縐蕞蔷艏
蔮蛍G38W
蔮蛍G1W
(總趺艇蘉)
蔮蛍G1W
(120Vac)
訐諷躒藽缬藷蛹GEPA ENERGY STAR® 綇蠦訝ஆ襀讽耮蠯觥耸VESA
DPMS縐翯訝緍葨罁葽藸ஆ቙輢蛹GENERGY2000 綇蠦ଟG
葱蔕縎萪覥ὑGENERGY STAR® 訝踵覥覝ஆ褰維綂話訐紨⫶跬臨諨G
ENERGY STAR® 譟羐褩誨緷翯袂訝轞蕞ଟ
螗誯藸糩艇蘉G
蛰縠諱緍葨罁訯豫縧胡訝蘘軣輁踆舩訝螗賸躒藽艇蘉襮蚹ஆ罼㤘躲臚賗轊覞肆譛諝詹ଟ蜥襀ஆ蛰縠蘘
軣藷莙肇訝ஆ罼㤘躲臚賗粯翯轊荍蔔縙茣ஆ襀詒袂苨繄褨综縸藷胨訋訝ଟ诨請蘁萛餦訝蕻谓閳虣蛰踆
荫賟諝詹躲臚ଟ
跧G1. 螗誯藸糩艇蘉
躒藽艇蘉
薂趮萛蕞G(kHz)
蕲譺萛蕞G(Hz)
鱫舩藸諿G(MHz)
肇荫综蔒G(H/V)
IBM, 640 x 350
31.469
70.086
25.175
+/-
IBM, 640 x 480
31.469
59.940
25.175
-/-
IBM, 720 x 400
31.469
70.087
28.322
-/+
MAC, 640 x 480
35.000
66.667
30.240
-/-
MAC, 832 x 624
49.726
74.551
57.284
-/-
MAC, 1152 x 870
68.681
75.062
100.00
-/-
VESA, 640 x 480
37.500
75.000
31.500
-/-
VESA, 640 x 480
37.861
72.809
31.500
-/-
VESA, 800 x 600
35.156
56.250
36.000
-/-
VESA, 800 x 600
37.879
60.317
40.000
+/+
VESA, 800 x 600
46.875
75.000
49.500
+/+
VESA, 800 x 600
48.077
72.188
50.000
+/+
VESA, 1024 x 768
48.363
60.004
65.000
-/-
VESA, 1024 x 768
56.476
70.069
75.000
-/-
VESA, 1024 x 768
60.023
75.029
78.750
+/+
VESA, 1152 x 864
67.500
75.000
108.00
+/+
VESA, 1280 x 1024
63.981
60.020
108.00
+/+
VESA, 1280 x 1024
79.976
75.025
135.00
+/+
薂趮萛蕞
蜞薂趮苷蹧諱躲臚訝蠾荐聇謂荐蔲艥襮諆蓧蔱薦訝藸糩绠謉薂趮謍缽ஆ
薂趮謍缽訝聅蕿绠謉薂趮萛蕞ଟ翻袑ஔkHz
蕲譺萛蕞
葿襮覶躲臚繄肨罼蚹ஆ躲臚跼薧觥舌豼諿羧赹肇蚹訝鱫舩譇荻鲾翶评觧
翯蹧蠯軉躒藽賆襮紨鱫舩胡ଟ訐諷譇荻訝萛蕞绠謉蕲譺萛蕞ஆ軫覝绠謉
閙蘝蕞ଟ翻袑ஔHz
貘豬訝
貘豬訝
躧軣舮贑
SyncMaster 915N
蚐詻苨繄褨综縸舩趈
谞貎
耶糐蓧19.0 蝷貎
躒藽舩訞
376.32mm (薂趮) x 301.056mm (蕲譺)
葿蕃糩経
0.294mm (薂趮) x 0.294mm (蕲譺)
膍躧
a-si TFT 袼袂纚讟
肇荫
薂趮苷蹧
30 ~ 81 kHz
蕲譺苷蹧
56 ~ 75 Hz
躒藽㗷蒣
16,194,277 蒣G
菅荎蕞
貟粫菅荎蕞
1280 x 1024@60 Hz
貟耵菅荎蕞
1280 x 1024@75 Hz
薜覂蘘軣ஆ諸者訝
RGB Analog
艇褛訝觥75 ohms 葽誀訝G0.7 Vpp, SOG,
菅臎訝薂趮/蕲譺肇荫,踵蔔ଞ腑蒣肇荫
誀軫莹訝肇荫GTTL 詒趮
貟耵鱫舩藸諿
140 MHz
詒袂
100 ~ 240 VAC(+/- 10%) rms, 60/50 Hz · 3Hz
蘘軣詒胒
蘿蹧G15 詧㝇GD-sub 胒蓧ஆ粯菅膽
縐蕞蔷艏
蔮蛍G38W
谞貎G(縱x蘷x緷) / 譇胴G
416.6 x 60.2 x 349.4 mm / 16.4 x 2.4 x 13.8 inch (芚虡觞㝇謃藸)
416.6 x 215.2 x 424.6 mm / 16.4 x 8.5 x 16.7 inch / 5.6 縎缂G
VESA 虡觞詧纁
100mm x 100mm (蛹訷芏虡觞綨絓(Arm) 襮罞萦蠯ଟ)
輠綖諆絓
諀覥
螻聏: 10¶C ~ 40¶C(載虀50聏~104聏)
藜聏: 10% ~ 80%, 艸褑貽
荦縸
螻聏: -20¶C ~ 45¶C(載虀-4聏G~ 113聏)
藜聏: 5% ~ 95%, 艸褑貽
騚ឯ騚蠯翯脇
訐諷躒藽缬粯褩虡觞觥襷踇綇蠦騚ឯ騚蠯訝緊赥葽ଟ躒藽缬蛹緍葨罁緊赥訝蒒軂覥蠯觅誨縍貟粫訝縒
覥諆絓褩缝貟粫訝躒藽缬蓿賸ଟ觥耵翶蕿詶輴踆ஆ躒藽缬訝虡觞聩轊藷覞肆讝蹥訝ஆ誳萋蠯軉衽褙蓱
赘钂蟯訝蓿賸ଟ
謗褙G:蓿緍缝绫絰豠蒯莙維赦譪趢謉綟紮ଟ
詜詒缬
訐諷躒藽缬袼襮紨羧絖訝詒袂縸膱緊赥绠謉詜詒缬ଟ耮袼襮話藸糩莙蠯躒藽缬藸ஆ訐紨緊赥翯赹ૢ訝躒
藽缬詍輚聇襮紨觹縐蕞艇蘉ஆ諱襀詜蔚腦翯胴ଟ耮ૢ褾肆緍葨罁訝蓆跣軫覝虣踆絜隨葽襷襮紨絜轰ஆ躒
藽缬轊覞肆苠鲌聇誀蒇縒覥蒑赍ଟὑ腦詜蔚翯胴ஆ耮ૢ莙薦蠔蠯躒藽缬ஆ軫覝觡藸糩莙薦蠔終⏐቙訝藸
轩賗赹቙總聓ଟ訐紨詜詒緊赥藷蠯虡觞觥ૢ訝緍葨罁膹訝蛹GVESA DPMS 綇蠦訝蘁萛餦胡縒覥訝ଟ萦蠯
虡觞觥ૢ訝緍葨罁膹訝蜴絓縒繾胡蓿賸訐蹌縐翯赴試ଟ
蒑赍
誀蒇縒覥
詜詒艇蘉
EPA/NUTEK/ENERGY
2000
詒袂總趺
(詒袂虣絜)
詒袂譟藽肨
腑蒣
腑蒣, 蔉腎G
辜蒣G
縐蕞蔷艏
蔮蛍G38W
蔮蛍G1W
(總趺艇蘉)
蔮蛍G1W
(120Vac)
訐諷躒藽缬藷蛹GEPA ENERGY STAR® 綇蠦訝ஆ襀讽耮蠯觥耸VESA
DPMS縐翯訝緍葨罁葽藸ஆ቙輢蛹GENERGY2000 綇蠦ଟG
葱蔕縎萪覥ὑGENERGY STAR® 訝踵覥覝ஆ褰維綂話訐紨⫶跬臨諨G
ENERGY STAR® 譟羐褩誨緷翯袂訝轞蕞ଟ
螗誯藸糩艇蘉G
蛰縠諱緍葨罁訯豫縧胡訝蘘軣輁踆舩訝螗賸躒藽艇蘉襮蚹ஆ罼㤘躲臚賗轊覞肆譛諝詹ଟ蜥襀ஆ蛰縠蘘
軣藷莙肇訝ஆ罼㤘躲臚賗粯翯轊荍蔔縙茣ஆ襀詒袂苨繄褨综縸藷胨訋訝ଟ诨請蘁萛餦訝蕻谓閳虣蛰踆
荫賟諝詹躲臚ଟ
跧G1. 螗誯藸糩艇蘉
躒藽艇蘉
薂趮萛蕞G(kHz)
蕲譺萛蕞G(Hz)
鱫舩藸諿G(MHz)
肇荫综蔒G(H/V)
IBM, 640 x 350
31.469
70.086
25.175
+/-
IBM, 640 x 480
31.469
59.940
25.175
-/-
IBM, 720 x 400
31.469
70.087
28.322
-/+
MAC, 640 x 480
35.000
66.667
30.240
-/-
MAC, 832 x 624
49.726
74.551
57.284
-/-
MAC, 1152 x 870
68.681
75.062
100.00
-/-
VESA, 640 x 480
37.500
75.000
31.500
-/-
VESA, 640 x 480
37.861
72.809
31.500
-/-
VESA, 800 x 600
35.156
56.250
36.000
-/-
VESA, 800 x 600
37.879
60.317
40.000
+/+
VESA, 800 x 600
46.875
75.000
49.500
+/+
VESA, 800 x 600
48.077
72.188
50.000
+/+
VESA, 1024 x 768
48.363
60.004
65.000
-/-
VESA, 1024 x 768
56.476
70.069
75.000
-/-
VESA, 1024 x 768
60.023
75.029
78.750
+/+
VESA, 1152 x 864
67.500
75.000
108.00
+/+
VESA, 1280 x 1024
63.981
60.020
108.00
+/+
VESA, 1280 x 1024
79.976
75.025
135.00
+/+
薂趮萛蕞
蜞薂趮苷蹧諱躲臚訝蠾荐聇謂荐蔲艥襮諆蓧蔱薦訝藸糩绠謉薂趮謍缽ஆ
薂趮謍缽訝聅蕿绠謉薂趮萛蕞ଟ翻袑ஔkHz
蕲譺萛蕞
葿襮覶躲臚繄肨罼蚹ஆ躲臚跼薧觥舌豼諿羧赹肇蚹訝鱫舩譇荻鲾翶评觧
翯蹧蠯軉躒藽賆襮紨鱫舩胡ଟ訐諷譇荻訝萛蕞绠謉蕲譺萛蕞ஆ軫覝绠謉
閙蘝蕞ଟ翻袑ஔHz
貘豬訝
貘豬訝
躧軣舮贑
SyncMaster 912T
蚐詻苨繄褨综縸舩趈
谞貎
耶糐蓧19.0 蝷貎
躒藽舩訞
376.32mm (薂趮) x 301.056mm (蕲譺)
葿蕃糩経
0.294mm (薂趮) x 0.294mm (蕲譺)
膍躧
a-si TFT 袼袂纚讟
肇荫
薂趮苷蹧
30 ~ 81 kHz
蕲譺苷蹧
56 ~ 75 Hz
躒藽㗷蒣
16,777,219 蒣G
菅荎蕞
貟粫菅荎蕞
1280 x 1024@60 Hz
貟耵菅荎蕞
1280 x 1024@75 Hz
薜覂蘘軣ஆ諸者訝
RGB AnalogଞDVI 蒒蠦蔒GDigital RGB
艇褛訝觥75 ohms 葽誀訝G0.7 Vpp, SOG,
菅臎訝薂趮/蕲譺肇荫,踵蔔ଞ腑蒣肇荫
誀軫莹訝肇荫GTTL 詒趮
貟耵鱫舩藸諿
140 MHz
詒袂
100 ~ 240 VAC(+/- 10%) rms, 60/50 Hz · 3Hz
蘘軣詒胒
蘿蹧G15 詧㝇GD-sub 胒蓧ஆ粯菅膽
DVI-D 耶GDVI-D 胒蓧ஆ粯菅膽
縐蕞蔷艏
蔮蛍G38W
谞貎G(縱x蘷x緷) / 譇胴G
416.6 x 60.2 x 349.4 mm / 16.4 x 2.4 x 13.8 inch (芚虡觞㝇謃藸)
416.6 x 200.0 x 420.6 mm / 16.4 x 7.9 x 16.6 inch / 7.2 縎缂G
VESA 虡觞詧纁
100mm x 100mm (蛹訷芏虡觞綨絓(Arm) 襮罞萦蠯ଟ)
輠綖諆絓
諀覥
螻聏: 10¶C ~ 40¶C(載虀50聏~104聏)
藜聏: 10% ~ 80%, 艸褑貽
荦縸
螻聏: -20¶C ~ 45¶C(載虀-4聏G~ 113聏)
藜聏: 5% ~ 95%, 艸褑貽
騚ឯ騚蠯翯脇
訐諷躒藽缬粯褩虡觞觥襷踇綇蠦騚ឯ騚蠯訝緊赥葽ଟ躒藽缬蛹緍葨罁緊赥訝蒒軂覥蠯觅誨縍貟粫訝縒
覥諆絓褩缝貟粫訝躒藽缬蓿賸ଟ觥耵翶蕿詶輴踆ஆ躒藽缬訝虡觞聩轊藷覞肆讝蹥訝ஆ誳萋蠯軉衽褙蓱
赘钂蟯訝蓿賸ଟ
謗褙G:蓿緍缝绫絰豠蒯莙維赦譪趢謉綟紮ଟ
詜詒缬
訐諷躒藽缬袼襮紨羧絖訝詒袂縸膱緊赥绠謉詜詒缬ଟ耮袼襮話藸糩莙蠯躒藽缬藸ஆ訐紨緊赥翯赹ૢ訝躒
藽缬詍輚聇襮紨觹縐蕞艇蘉ஆ諱襀詜蔚腦翯胴ଟ耮ૢ褾肆緍葨罁訝蓆跣軫覝虣踆絜隨葽襷襮紨絜轰ஆ躒
藽缬轊覞肆苠鲌聇誀蒇縒覥蒑赍ଟὑ腦詜蔚翯胴ஆ耮ૢ莙薦蠔蠯躒藽缬ஆ軫覝觡藸糩莙薦蠔終⏐቙訝藸
轩賗赹቙總聓ଟ訐紨詜詒緊赥藷蠯虡觞觥ૢ訝緍葨罁膹訝蛹GVESA DPMS 綇蠦訝蘁萛餦胡縒覥訝ଟ萦蠯
虡觞觥ૢ訝緍葨罁膹訝蜴絓縒繾胡蓿賸訐蹌縐翯赴試ଟ
蒑赍
誀蒇縒覥
詜詒艇蘉
EPA/NUTEK/ENERGY
2000
詒袂總趺
(詒袂虣絜)
詒袂總趺
( 詒袂紹總)
(蓱蹌)
詒袂譟藽肨
腑蒣
腑蒣, 蔉腎G
辜蒣G
辜蒣G
縐蕞蔷艏
蔮蛍G38W
蔮蛍G1W
(總趺艇蘉)
蔮蛍G1W
(120Vac)
蔮蛍G0W
訐諷躒藽缬藷蛹GEPA ENERGY STAR® 綇蠦訝ஆ襀讽耮蠯觥耸VESA
DPMS縐翯訝緍葨罁葽藸ஆ቙輢蛹GENERGY2000 綇蠦ଟG
葱蔕縎萪覥ὑGENERGY STAR® 訝踵覥覝ஆ褰維綂話訐紨⫶跬臨諨G
ENERGY STAR® 譟羐褩誨緷翯袂訝轞蕞ଟ
螗誯藸糩艇蘉G
蛰縠諱緍葨罁訯豫縧胡訝蘘軣輁踆舩訝螗賸躒藽艇蘉襮蚹ஆ罼㤘躲臚賗轊覞肆譛諝詹ଟ蜥襀ஆ蛰縠蘘
軣藷莙肇訝ஆ罼㤘躲臚賗粯翯轊荍蔔縙茣ஆ襀詒袂苨繄褨综縸藷胨訋訝ଟ诨請蘁萛餦訝蕻谓閳虣蛰踆
荫賟諝詹躲臚ଟ
跧G1. 螗誯藸糩艇蘉
躒藽艇蘉
薂趮萛蕞G(kHz)
蕲譺萛蕞G(Hz)
鱫舩藸諿G(MHz)
肇荫综蔒G(H/V)
IBM, 640 x 350
31.469
70.086
25.175
+/-
IBM, 640 x 480
31.469
59.940
25.175
-/-
IBM, 720 x 400
31.469
70.087
28.322
-/+
MAC, 640 x 480
35.000
66.667
30.240
-/-
MAC, 832 x 624
49.726
74.551
57.284
-/-
MAC, 1152 x 870
68.681
75.062
100.00
-/-
VESA, 640 x 480
37.500
75.000
31.500
-/-
VESA, 640 x 480
37.861
72.809
31.500
-/-
VESA, 800 x 600
35.156
56.250
36.000
-/-
VESA, 800 x 600
37.879
60.317
40.000
+/+
VESA, 800 x 600
46.875
75.000
49.500
+/+
VESA, 800 x 600
48.077
72.188
50.000
+/+
VESA, 1024 x 768
48.363
60.004
65.000
-/-
VESA, 1024 x 768
56.476
70.069
75.000
-/-
VESA, 1024 x 768
60.023
75.029
78.750
+/+
VESA, 1152 x 864
67.500
75.000
108.00
+/+
VESA, 1280 x 1024
63.981
60.020
108.00
+/+
VESA, 1280 x 1024
79.976
75.025
135.00
+/+
薂趮萛蕞
蜞薂趮苷蹧諱躲臚訝蠾荐聇謂荐蔲艥襮諆蓧蔱薦訝藸糩绠謉薂趮謍缽ஆ
薂趮謍缽訝聅蕿绠謉薂趮萛蕞ଟ翻袑ஔkHz
蕲譺萛蕞
葿襮覶躲臚繄肨罼蚹ஆ躲臚跼薧觥舌豼諿羧赹肇蚹訝鱫舩譇荻鲾翶评觧
翯蹧蠯軉躒藽賆襮紨鱫舩胡ଟ訐諷譇荻訝萛蕞绠謉蕲譺萛蕞ஆ軫覝绠謉
閙蘝蕞ଟ翻袑ஔHz
貘豬訝
貘豬訝
躧軣舮贑
SyncMaster 913T / 913B
蚐詻苨繄褨综縸舩趈
谞貎
耶糐蓧19.0 蝷貎
躒藽舩訞
376.32mm (薂趮) x 301.056mm (蕲譺)
葿蕃糩経
0.294mm (薂趮) x 0.294mm (蕲譺)
膍躧
a-si TFT 袼袂纚讟
肇荫
薂趮苷蹧
30 ~ 81 kHz
蕲譺苷蹧
56 ~ 75 Hz
躒藽㗷蒣
16,194,277 蒣G
菅荎蕞
貟粫菅荎蕞
1280 x 1024@60 Hz
貟耵菅荎蕞
1280 x 1024@75 Hz
薜覂蘘軣ஆ諸者訝
RGB AnalogଞDVI 蒒蠦蔒GDigital RGB
艇褛訝觥75 ohms 葽誀訝G0.7 Vpp, SOG,
菅臎訝薂趮/蕲譺肇荫,踵蔔ଞ腑蒣肇荫
誀軫莹訝肇荫GTTL 詒趮
貟耵鱫舩藸諿
140 MHz
詒袂
100 ~ 240 VAC(+/- 10%) rms, 60/50 Hz · 3Hz
蘘軣詒胒
蘿蹧G15 詧㝇GD-sub 胒蓧ஆ粯菅膽
DVI-D 耶GDVI-D 胒蓧ஆ粯菅膽(蓱蹌)
縐蕞蔷艏
蔮蛍G38W
谞貎G(縱x蘷x緷) / 譇胴G(糤蜇㝇謃)
416.6 x 60.2 x 349.4 mm / 16.4 x 2.4 x 13.8 inch (芚虡觞㝇謃藸)
416.6 x 215.2 x 424.6 mm / 16.4 x 8.5 x 16.7 inch / 5.6 縎缂G
谞貎G(縱x蘷x緷) / 譇胴G(Pivot 㝇謃)
416.6 x 60.2 x 349.4 mm / 16.4 x 2.4 x 13.8 inch (芚虡觞㝇謃藸)
416.6 x 200.0 x 420.6 mm / 16.4 x 7.9 x 16.6 inch / 7.2 縎缂G
VESA 虡觞詧纁
100mm x 100mm (蛹訷芏虡觞綨絓(Arm) 襮罞萦蠯ଟ)
輠綖諆絓
諀覥
螻聏: 10¶C ~ 40¶C(載虀50聏~104聏)
藜聏: 10% ~ 80%, 艸褑貽
荦縸
螻聏: -20¶C ~ 45¶C(載虀-4聏G~ 113聏)
藜聏: 5% ~ 95%, 艸褑貽
騚ឯ騚蠯翯脇
訐諷躒藽缬粯褩虡觞觥襷踇綇蠦騚ឯ騚蠯訝緊赥葽ଟ躒藽缬蛹緍葨罁緊赥訝蒒軂覥蠯觅誨縍貟粫訝縒
覥諆絓褩缝貟粫訝躒藽缬蓿賸ଟ觥耵翶蕿詶輴踆ஆ躒藽缬訝虡觞聩轊藷覞肆讝蹥訝ஆ誳萋蠯軉衽褙蓱
赘钂蟯訝蓿賸ଟ
謗褙G:蓿緍缝绫絰豠蒯莙維赦譪趢謉綟紮ଟ
詜詒缬
訐諷躒藽缬袼襮紨羧絖訝詒袂縸膱緊赥绠謉詜詒缬ଟ耮袼襮話藸糩莙蠯躒藽缬藸ஆ訐紨緊赥翯赹ૢ訝躒
藽缬詍輚聇襮紨觹縐蕞艇蘉ஆ諱襀詜蔚腦翯胴ଟ耮ૢ褾肆緍葨罁訝蓆跣軫覝虣踆絜隨葽襷襮紨絜轰ஆ躒
藽缬轊覞肆苠鲌聇誀蒇縒覥蒑赍ଟὑ腦詜蔚翯胴ஆ耮ૢ莙薦蠔蠯躒藽缬ஆ軫覝觡藸糩莙薦蠔終⏐቙訝藸
轩賗赹቙總聓ଟ訐紨詜詒緊赥藷蠯虡觞觥ૢ訝緍葨罁膹訝蛹GVESA DPMS 綇蠦訝蘁萛餦胡縒覥訝ଟ萦蠯
虡觞觥ૢ訝緍葨罁膹訝蜴絓縒繾胡蓿賸訐蹌縐翯赴試ଟ
蒑赍
誀蒇縒覥
詜詒艇蘉
EPA/NUTEK/ENERGY
2000
詒袂總趺
(詒袂虣絜)
詒袂譟藽肨
腑蒣
腑蒣, 蔉腎G
辜蒣G
縐蕞蔷艏
蔮蛍G38W
蔮蛍G1W
(總趺艇蘉)
蔮蛍G1W
(120Vac)
訐諷躒藽缬藷蛹GEPA ENERGY STAR® 綇蠦訝ஆ襀讽耮蠯觥耸VESA
DPMS縐翯訝緍葨罁葽藸ஆ቙輢蛹GENERGY2000 綇蠦ଟG
葱蔕縎萪覥ὑGENERGY STAR® 訝踵覥覝ஆ褰維綂話訐紨⫶跬臨諨G
ENERGY STAR® 譟羐褩誨緷翯袂訝轞蕞ଟ
螗誯藸糩艇蘉G
蛰縠諱緍葨罁訯豫縧胡訝蘘軣輁踆舩訝螗賸躒藽艇蘉襮蚹ஆ罼㤘躲臚賗轊覞肆譛諝詹ଟ蜥襀ஆ蛰縠蘘
軣藷莙肇訝ஆ罼㤘躲臚賗粯翯轊荍蔔縙茣ஆ襀詒袂苨繄褨综縸藷胨訋訝ଟ诨請蘁萛餦訝蕻谓閳虣蛰踆
荫賟諝詹躲臚ଟ
跧G1. 螗誯藸糩艇蘉
躒藽艇蘉
薂趮萛蕞G(kHz)
蕲譺萛蕞G(Hz)
鱫舩藸諿G(MHz)
肇荫综蔒G(H/V)
IBM, 640 x 350
31.469
70.086
25.175
+/-
IBM, 640 x 480
31.469
59.940
25.175
-/-
IBM, 720 x 400
31.469
70.087
28.322
-/+
MAC, 640 x 480
35.000
66.667
30.240
-/-
MAC, 832 x 624
49.726
74.551
57.284
-/-
MAC, 1152 x 870
68.681
75.062
100.00
-/-
VESA, 640 x 480
37.500
75.000
31.500
-/-
VESA, 640 x 480
37.861
72.809
31.500
-/-
VESA, 800 x 600
35.156
56.250
36.000
-/-
VESA, 800 x 600
37.879
60.317
40.000
+/+
VESA, 800 x 600
46.875
75.000
49.500
+/+
VESA, 800 x 600
48.077
72.188
50.000
+/+
VESA, 1024 x 768
48.363
60.004
65.000
-/-
VESA, 1024 x 768
56.476
70.069
75.000
-/-
VESA, 1024 x 768
60.023
75.029
78.750
+/+
VESA, 1152 x 864
67.500
75.000
108.00
+/+
VESA, 1280 x 1024
63.981
60.020
108.00
+/+
VESA, 1280 x 1024
79.976
75.025
135.00
+/+
薂趮萛蕞
蜞薂趮苷蹧諱躲臚訝蠾荐聇謂荐蔲艥襮諆蓧蔱薦訝藸糩绠謉薂趮謍缽ஆ
薂趮謍缽訝聅蕿绠謉薂趮萛蕞ଟ翻袑ஔkHz
蕲譺萛蕞
葿襮覶躲臚繄肨罼蚹ஆ躲臚跼薧觥舌豼諿羧赹肇蚹訝鱫舩譇荻鲾翶评觧
翯蹧蠯軉躒藽賆襮紨鱫舩胡ଟ訐諷譇荻訝萛蕞绠謉蕲譺萛蕞ஆ軫覝绠謉
閙蘝蕞ଟ翻袑ஔHz
荼艭
縎萪訝譛譜輁詒輊軣臔粯翯轊荍綟ஆ蒯莙钂蹥赦譪ଟ
AUSTRALIA :
Samsung Electronics Australia Pty Ltd.
Customer Response Centre
7 Parkview Drive, Homebush Bay NSW 2127
Tel : 1300 362 603
http://www.samsung.com.au/
BRAZIL :
Samsung Eletronica da Amazonia Ltda.
R. Prof. Manoelito de Ornellas, 303, Terro B
Chacara Sto. Antonio, CEP : 04719-040
Sao Paulo, SP
SAC : 0800 124 421
http://www.samsung.com.br/
CANADA :
Samsung Electronics Canada Inc.
Samsung Customer Care
7037 Financial Drive
Mississauga, Ontario
L5N 6R3
1-800-SAMSUNG (1-800-726-7864)
http://www.samsung.ca/
CHILE :
SONDA S.A.
Teatinos 550, Santiago Centro, Santiago, Chile
Fono: 56-2-5605000 Fax: 56-2-5605353
56-2-800200211
http://www.sonda.com/
http://www.samsung.cl/
COLOMBIA :
Samsung Electronics Colombia
Cra 9 No 99A-02 Of. 106
Bogota, Colombia
Tel.: 9-800-112-112
Fax: (571) 618 - 2068
http://www.samsung-latin.com/
e-mail : [email protected]
ESPAÑA :
Samsung Electronics Comercial Iberica, S.A.
Ciencies, 55-65 (Poligono Pedrosa) 08908
Hospitalet de Llobregat (Barcelona)
Tel. : (93) 261 67 00
Fax. : (93) 261 67 50
http://samsung.es/
FRANCE :
SAMSUNG ELECTRONICS FRANCE Service
Paris Nord 2
66 rue des Vanesses
BP 50116 Villepinte
95950 Roissy CDG Cedex
Tel : 08 25 08 65 65
Fax : 01 48 63 06 38
http://www.samsungservices.com/
GERMANY :
TELEPLAN Rhein-Main GmbH
Feldstr. 16
64331 Weiterstadt
T. 06151/957-1306
F. 06151/957-1732
* EURO 0.12/Min
http://www.samsung.de/
HUNGARY :
Samsung Electronics Magyar Rt.
1039, Budapest, Lehel u. 15-17.
Tel: 36 1 453 1100
Fax: 36 1 453 1101
http://www.samsung.hu/
ITALY :
Samsung Electronics Italia S.p.a.
Via C. Donat Cattin, 5
20063 Cernusco s/Naviglio (MI)
Servizio Clienti: 199.153.153
http://www.samsung-italia.com/
MÉXICO :
SAMSUNG ELECTRONICS MÉXICO. S.A. de C.V.
Vía Lopez Portillo No. 6, Col. San Fco. Chilpan
Tultitlán, Estado de México, C.P. 54940
Tel: 01-55-5747-5100 / 01-800-726-7864
Fax: 01-55-5747-5202 / 01-800-849-1743
RFC: SEM950215S98
http://www.samsung.com.mx/
IMPORTADO POR: SAMSUNG ELECTRONICS MÉXICO. S.A. de C.V.
Vía Lopez Portillo No. 6, Col. San Fco. Chilpan
Tultitlán, Estado de México, C.P. 54940
Tel: 01-55-5747-5100 / 01-800-726-7864
EXPORTADO POR: Samsung Electronics CO.,LTD.
416, Mae tan-3dong, Yeongtong - gu,
Suwon City, Gyeonggi-do Korea
NETHERLANDS/BELGIUM/LUXEMBOURG :
Samsung Electronics Benelux B. V.
Fleminglaan 12 2289 CP Rijiswijk, NEDERLANDS
Service and informatielijn ;
Belgium :0800-95214, http://www.samsung.be/
Netherlands : 0800-2295214, http://www.samsung.nl/
PANAMA :
Samsung Electronics Latinoamerica( Z.L.) S.A.
Calle 50 Edificio Plaza Credicorp, Planta Baja
Panama
Tel. : (507) 210-1122, 210-1133
Tel : 800-3278(FAST)
http://www.samsung-latin.com/
PERU
Servicio Integral Samsung
Av.Argentina 1790 Lima1. Peru
Tel: 51-1-336-8686
Fax: 51-1-336-8551
http://www.samsungperu.com/
PORTUGAL :
SAMSUNG ELECTRONICA PORTUGUESA S.A.
Rua Mário Dioniso, No2 - 1À Drt. 2795-140 LINDA-A-VELHA
Tel. 214 148 114/100 Fax. 214 148 133/128
Free Line 800 220 120
http://www.samsung.pt/
SOUTH AFRICA :
Samsung Electronics,5 Libertas Road, Somerset Office Park,
Bryanston Ext 16. Po Box 70006, Bryanston,2021, South Africa
Tel : 0027-11-549-1621
Fax : 0027-11-549-1629
http://www.samsung.co.za/
SWEDEN/DENMARK/NORWAY/FINLAND :
Samsung Electronics AB
Box 713
S-194 27 UPPLANDS VÄSBY
SVERIGE
Besöksadress : Johanneslundsvägen 4
Samsung support Sverige: 020-46 46 46
Samsung support Danmark : 8088-4646
Samsung support Norge: 8001-1800
Samsung support Finland: 0800-118001
Tel +46 8 590 966 00
Fax +46 8 590 966 50
http://www.samsung.se/
THAILAND :
HAI SAMSUNG SERVICE CENTER
MPA COMPLEX BUILDING,1st-2nd Floor
175 SOI SUEKSA VIDHAYA SATHON SOI 12
SILOM ROAD ,SILOM,BANGRAK
BANGKOK 10500
TEL : 0-2635-2567
FAX : 0-2635-2556
UKRAINE :
SAMSUNG ELECTRONICS REPRESENTATIVE OFFICE IN UKRAINE
4 Glybochitska str.
Kiev, Ukraine
Tel. 8-044-4906878
Fax 8-044-4906887
Toll-free 8-800-502-0000
http://www.samsung.com.ua/
United Kingdom :
Samsung Electronics (UK) Ltd.
Samsung House, 225 Hook Rise South
Surbiton, Surrey KT6 7LD
Tel. : (0208) 391 0168
Fax. : (0208) 397 9949
< European Service Center & National Service >
Stafford Park 12 Telford, Shropshire, TF3 3BJ
Tel. : (0870) 242 0303
Fax. : (01952) 292 033
http://samsungservice.co.uk/
U.S.A :
Samsung Electronics America
Service Division
400 Valley Road, Suite 201
Mount Arlington, NJ 07856
1-800-SAMSUNG (1-800-726-7864)
http://www.samsung.com/monitor/
藓蛑G
試経
躒藽缬葽訝鱫舩藷裍軼ଞ腑ଞ胓葱諷繄試諗蔔訝ଟ訐萢試袏鉷缋ஆ菅荎蕞賗袏緷ଟ蒒肇㗷蒣訝胪
試識糩訝経膽绠謉ˈ試経ˉଟ翻袑ஔmm
蕲譺萛蕞
躲臚跼薧觥舌豼諿羧跷譇荻轐誯翶评觧翯缢蠯軉诳諠閳躒藽賆襮紨鱫舩ଟ舌豼諿訝訐諷譇荻萛蕞
賗绠謉蕲譺萛蕞軫覝閙蘝蕞ଟ
翻袑ஔHz
脸覐: 蚧肇襮繄試舌豼譇莁G60 评ஆ賿跧藽ὑG60 Hzଟ
薂趮萛蕞
蜞薂趮苷蹧蔲艥襮諆脘詧諱躲臚訝蠾荐蜯聇謂荐蜯訝蓧蔱蠯訝藸糩绠謉薂趮謍缽ଟ薂趮謍缽訝聅
蕿绠謉薂趮萛蕞ଟ
翻袑ஔkHz
絵蹥蔲艥輁萋絵蹥蔲艥茽
諱誟莾聇觽莾褕评躒藽躲臚訝薂趮蓧訝苷茽绠謉萋絵蹥蔲艥茽ஆ襀蓘轰缢賆缱蕿蓧輁蠺蕿蓧訝苷
茽賿绠謉絵蹥蔲艥茽ଟ耵翶蕿訝躒藽缬蠯萋絵蹥蔲艥茽褩荦譖鱫舩ᷡ豵ଟ絵蹥蔲艥茽蛹詒蘁罁膹
蠯訝罼諷襮蚹ଟ
騚ឯ騚蠯
訐藷襮諷ὑ蠯軉誨縍貟粫议胴訝躲臚訝縐翯ஆ቙裪蹲緍葨罁輁躒藽缬覞肆譛繠輚蘩蘊ଟ訐諷躒藽
缬譀蕵騚ឯ騚蠯縐翯訝纯誴跣謲GVESA DDC.
菅荎蕞
蠯胡諗蔔躲臚鱫舩訝薂趮輁蕲譺訝試訝蕿艘绠謉ˈ菅荎蕞"ଟ訐紨蕿覑跧藽腦躒藽訝誐輑聏ଟ緷訝
菅荎蕞耶讴蹥翶譇襷艭藷鲾軆訝ஆ襜ὑ觥躲臚葽粯褩跧藽賆綟翶訝鱫舩蘩蘊ଟ
脸覐: 蛰縠菅荎蕞藷G1280 X 1024, 訐賗藷蔀躲臚藷裍1280紨薂趮訝試(薂趮菅荎蕞) 輁G1024 諆
蕲譺訝蓧(蕲譺菅荎蕞)蔱諗蔔訝ଟ
萦躒藽綟ᷡ隌G
1. 虣請踆藔訝跣謹ஆ觥詒翙訝縖誡耽耮譄諝詹詒翙訝蹙蓍聏輁蕧蘝蕞ஆ賗粯褩蹦蕯聇貟軆訝鱫
议ଟ鏩蚧蚐詻躒藽臚訝鱫舩艝袼耐聇貟粫ஆᖟ糠聇訝鱫舩议胴粯翯莙绰绯ଟ蒘蔧詶輴ஆ豠诨糠
蕻谓ଟ
{
{
蹙蓍聏: 1280 x 1024
蕲譺萛蕞(蕧蘝蕞): 60 Hz
2. 耮ᖟᷡ綃躒藽缬輁蟯趈藸ஆ豠蠯袾蜴訝譽芓⯛賓蔯胴貢谵訝ᷡ綃誢ஆ赹቙诤胨ଟ莙翯蛆蚐詻ዳ
莾袑蕯脇ஆ翺藷褩蟯訝譛苷粯褩綳袾訝诤誃ଟ蛰縠縧菅蠯脇ஆ袼粯翯觥葽舩躨蔔轖辠ଟ
3. 蛰縠ᖟ耶鱫舩訝跬议莙臨褙訝輊ஆᖟ粯褩虣踆蘁驷諸警虣㊷ஆ萦蠯躒藽臚葽訝ˈ覞肆諝詹縐
翯ˉஆ萦聈趥耐聇綟軆訝议胴ଟ蛰縠覞肆諝詹轰覇袼駆褌ஆ豠萦蠯蔧諝/諕諝縐翯ଟ蠔腭蹙蒘蔧訝
諝詹苷茽ஆ豠ᶹ藌蠯軉蕻谓ଟ
4. 蚧ᖟ維縧襮耂觡藸糩轰覇纠縻糠肇襮紨鱫舩ஆ賿轊賆躇覴膉軫艇軜訝蝞葿ଟ
耮ᖟ蠔膽紹紁蘁缬襮耂觡藸糩ஆ豠觅艇蘉紮荍ὑ蔚詒艇蘉軫藷蓿話躲臚荦軥誎蘉ଟ
绌踥
訐莇覣腪膹訝蘩蘊粯翯芚維赦譪襀紮荍ଟ
© 2005 Samsung Electronics Co., Ltd. 荦膉蔱袼绌膦ଟ
蛤缔觥艝袼肥聇葱蔕詒覐袼踥縎萪蒵舩菮謲訝詶輴踆谯覞谌蠯襷踇蕻耂荻誯ଟ
葱蔕詒覐縎萪耶莇覣腪譄蔱趽踪訝诐螳莙莹谖襷ஆ耶蛍蛹誨縍ஆ讴蹥軫萦蠯莇覣腪蒒總襀襟罞訝褙蟯
訝軫轰縠蔒訝趁繖蚘᭎莙莹谖ଟ
Samsung 聩藷葱蔕詒覐袼踥縎萪訝謗谓蒁跣கMicrosoft, Windows 輁GWindows NT 聩藷芙蜴縎萪訝謗
谓蒁跣கVESA, DPMS 輁GDDC 聩藷蘁萛詒覐跣謲躙轊訝謗谓蒁跣கENERGY STAR® 訝舮覑輁跣罛
聩藷芡纯輠綖荦軥罁纏G(EPA) 訝謗谓蒁跣ଟ葱蔕縎萪覥ὑGENERGY STAR® 訝襮紨踵覥લ苊ஆ褰維綂
話訐紨⫶跬莯踵總蛍誨緷翯袂萦蠯轞蕞訝GENERGY STAR® 譟羐ଟ莇覣腪譄誨聇訝蔱袼缩቙訝⫶跬舮
覑粯翯藷蒒褒訝蟃袼቙芅訝诶蒁訝蒁跣軫謗谓蒁跣ଟ
FCC Information | IC Compliance Notice | MPR II Compliance
European Notice (Europe only) | PCT Notice | VCCI |
TCO'95-Ecological requirements for personal computers (TCO'95 applied model only)
TCO'99-Ecological requirements for personal computers (TCO'99 applied model only)
TCO'03-Ecological requirements for personal computers (TCO'03 applied model only)
TCO'03 Recycling Information (TCO'03 applied model only)
Medical Requirement
Mercury Statement (LCD Monitor, LCD TV, DLP Projection TV, Projector for USA only)
FCC Information
User Instructions
The Federal Communications Commission Radio Frequency Interference Statement includes
the following warning:
Note: This equipment has been tested and found to comply with the limits for a Class B digital
device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable
protection against harmful interference in a residential installation. This equipment generates,
uses, and can radiate radio frequency energy and, if not installed and used in accordance with
the instructions, may cause harmful interference to radio communications. However, there is no
guarantee that interference will not occur in a particular installation. If this equipment does
cause harmful interference to radio or television receptions, which can be determined by turning
the equipment off and on, the user is encouraged to try to correct the interference by one or
more of the following measures:
z Reorient or relocate the receiving antenna.
z Increase the separation between the equipment and receiver.
z Connect the equipment into an outlet on a circuit different from that to which the receiver is
connected.
z Consult the dealer or an experienced radio/TV technician for help.
User Information
Changes or modifications not expressly approved by the party responsible for compliance could
void the user's authority to operate the equipment. If necessary, consult your dealer or an
experienced radio/television technician for additional suggestions. You may find the booklet
called How to Identify and Resolve Radio/TV Interference Problems helpful. This booklet was
prepared by the Federal Communications Commission. It is available from the U.S.
Government Printing Office, Washington, DC 20402, Stock Number 004-000-00345-4.
The party responsible for product compliance:
SAMSUNG ELECTRONICS CO., LTD
America QA Lab of Samsung
3351 Michelson Drive,
Suite #290, Irvine, CA92612 USA
Tel) 949-975-7310
Fax) 949-922-8301
Warning
User must use shielded signal interface cables to maintain FCC compliance for the product.
Provided with this monitor is a detachable power supply cord with IEC320 style terminations. It
may be suitable for connection to any UL Listed personal computer with similar configuration.
Before making the connection, make sure the voltage rating of the computer convenience outlet
is the same as the monitor and that the ampere rating of the computer convenience outlet is
equal to or exceeds the monitor voltage rating.
For 120 Volt applications, use only UL Listed detachable power cord with NEMA configuration
5-15P type (parallel blades) plug cap. For 240 Volt applications use only UL Listed Detachable
power supply cord with NEMA configuration 6-15P type (tandem blades) plug cap.
IC Compliance Notice
This Class B digital apparatus meets all requirements of the Canadian Interference-Causing
Equipment Regulations of ICES-003.
Cet appareil Numérique de classe B respecte toutes les exigences du Règlemont NMB-03 sur
les équipements produisant des interférences au Canada.
MPR II Compliance
This monitor complies with SWEDAC(MPR II) recommendations for reduced electric and
magnetic fields.
European Notice(Europe Only)
Products with the CE marking comply with the EMC Directive(89/336/EEC), (92/31/EEC),
(93/68/EEC) and the Low Voltage Directive (73/23/EEC) issued by the Commission of the
European Community. Compliance with these directives implies conformity to the following
European Norms:
z EN55022:1998+A1:2000 - Radio Frequency Interference
z EN55024:1998 - Electromagnetic Immunity
z EN61000-3-2:1995+A1/A2:1998 - Power Line Harmonics
z EN61000-3-3:1995 - Voltage Fluctuations
PCT Notice
VCCI
This is a Class B product based on the standard of the Voluntary Control Council for
Interference by Information Technology Equipment (VCCI). If this is used near a radio or
television receiver in a domestic environment, it may cause radio interference. Install and use
the equipment according to the instruction manual.
TCO'95-Ecological requirements for personal computers (TCO'95 applied model only)
AB general requirements
AB2 Written Eco-document acompanying the products
Congratulations! You have just purchased a TCO'95 approved and labelled product! Your
choice has provided you with a product developed for professional use. Your purchase has also
contributed to reducing the burden on the environment and to the further development of
environmentally-adapted electronic products.
Why do we have environmentally-labelled monitors?
In many countries, environmental labelling has become an established method for encouraging
the adaptation of goods and services to the environment.The main problem as far as monitors
and other electronic equipment are concerned is that environmentally harmful substances are
used both in the products and during their manufacture. Since it has not been possible so far
for the majority of electronic equipment to be recycled in a satisfactory way, most of these
potentially damaging substances sooner or later enter Nature.
There are also other characteristics of a monitor, such as energy consumption levels, that are
important from both the working and natural environment viewpoints. Since all types of
conventional electricity generation have a negative effect on the environment (acidic and
climate-influencing emissions, radioactive waste, etc.) it is vital to conserve energy. Electronic
equipment in offices consumes an enormous amount of energy, since it is often routinely left
running continuously.
What does labelling involve?
This product meets the requirements for the TCO'95 scheme, which provides for international
environmental labelling of monitors. The labelling scheme was developed as a joint effort by the
TCO (The Swedish Confederation of Professional Employees), Naturskyddsforeningen (The
Swedish Society for Nature Conservation) and NUTEK (The National Board for Industrial and
Technical Development in Sweden).
The requirements cover a wide range of issues: environment, ergonomics, usability, emission
of electrical and magnetic fields, energy consumption and electrical and fire safety.
The environmental demands concern among other things restrictions on the presence and use
of heavy metals, brominated and chlorinated flame retardants, CFCs (freons), and chlorinated
solvents. The product must be prepared for recycling and the manufacturer is obliged to have
an environmental plan, which must be adhered to in each country where the company conducts
its operations policy. The energy requirements include a demand that the monitor after a certain
period of inactivity shall reduce its power consumption to a lower level, in one or more stages.
The length of time to reactivate the monitor shall be reasonable for the user.
Labelled products must meet strict environmental demands, for example in respect of the
reduction of electric and magnetic fields, along with physical and visual ergonomics and good
usability.
TCO Development Unit 1996-11-29
On the page this folder you will find a brief summary of the environmental requirements met by
this product.
The complere environmental criteria document may be ordered from:
TCO Development Unit
S-11494 Stockholm
Sweden
Fax: +46 8 782 92 07
E-mail (Internet): [email protected]
Current information regarding TCO'95-approved and labelled products may also
be obtained via the Internet, using the address:
http://www.tco-info.com/
TCO'95 is a co-operative project between(3 logos)
Environmental Requirements
Brominated flame retardants are present in printed circuit boards, cables, wires, casings and
housings. In turn, they delay the spread of fire. Up to thirty percent of the plastic in a computer
casing can consist of flame retardant substances. These are related to another group of
environmental toxins, PCBs, which are suspected to give rise to similar harm, including
reproductive damage in fish eating birds and mammals, due to the bioaccumulative processes.
Flame retardants have been found in human blood and researchers fear that disturbances in
foetus development may occur.
z TCO'95 demand requires that plastic components weighing more than 25 grams must not
contain organically bound chlorine and bromine.
Lead
Lead can be found in picture tubes, display screens, solders and capacitors. Lead damages the
nervous system and in higher doses, causes lead poisoning.
z TCO'95 requirement Permits the inclusion of lead since no replacement has yet been
developed.
Cadmium
Cadmium is present in rechargeable batteries and in the colour generating layers of certain
computer displays. Cadmium damages the nervous system and is toxic in high doses.
TCO'95 requirement states that batteries may not contain more than 25 ppm (parts per
million) of cadmium. The colour-generating layers of display screens must not contain any
cadmium.
z
Mercury
Mercury is sometimes found in batteries, relays and switches. Mercury damages the nervous
system and is toxic in high doses.
TCO'95 requirement states that batteries may not contain more than 25 ppm (parts per
million) of mercury. It also demands that no mercury is present in any of the electrical or
electronics components concerned with the display unit.
z
CFCs (freons)
CFCs (freons) are sometimes used for washing printed circuit boards and in the manufacturing
of expanded foam for packaging. CFCs break down ozone and thereby damage the ozone
layer in the stratosphere, causing increased reception on Earth of ultraviolet light with
consequent increased risks of skin cancer (malignant melanoma).
The relevant TCO'95 requirement: Neither CFCs nor HCFCs may be used during the
manufacturing of the product or its packaging.
z
TCO'99-Ecological requirements for personal computers (TCO'99 applied model only)
Congratulations!
You have just purchased a TCO'99 approved and labelled product! Your choice has provided
you with a product developed for professional use. Your purchase has also contributed to
reducing the burden on the environment and also to the further development of environmentally
adapted electronics products.
This product meets the requirements for the TCO'99 scheme which provides for an
international environmental and quality labelling labelling of personal computers. The labelling
scheme was developed as a joint effort by the TCO(The Swedish Confederation of Professional
Employees), Svenska Naturskyddsforeningen(The Swedish Society for Nature Conservation),
Statens Energimyndighet(The Swedish National Energy Administration) and SEMKO AB.
The requirements cover a wide range of issuse: environment, ergonomics, usability, reduction
of electric and magnetic fields, energy consumption and electrical safety.
Why do we have environmentally labelled computers?
In many countries, environmental labelling has become an established method for encouraging
the adaptation of goods and services to the environment. The main problem, as far as
computers and other electronics equipment are concerned, is that environmentally harmful
substances are used both in the products and during their manufacture. Since it is not so far
possible to satisfactorily recycle the majority of electronics equipment, most of these potentially
damaging substances sooner or later enter nature.
There are also other characteristics of a computer, such as energy consumption levels, that are
important from the viewpoints of both the work (internal) and natural (external) environments.
Since all methods of electricity generation have a negative effect on the environment (e.g.
acidic and climate-influencing emissions, radioactive waste), it is vital to save energy.
Electronics equipment in offices is often left running continuously and thereby consumes a lot of
energy.
What does labelling involve?
The environmental demands has been developed by Svenska Naturskyddsforeningen (The
Swedish Society for Nature Conservation). These demands impose restrictions on the
presence and use of heavy metals, brominated and chlorinated flame retardants, CFCs(freons)
and chlorinated solvents, among other things. The product must be prepared for recycling and
the manufacturer is obliged to have an environmental policy which must be adhered to in each
country where the company implements its operational policy.
The energy requirements include a demand that the computer and/or display, after a certain
period of inactivity, shall reduce its power consumption to a lower level in one or more stages.
The length of time to reactivate the computer shall be reasonable for the user.
Below you will find a brief summary of the environmental requirements met by this product. The
complete environmental criteria document may be ordered from:
TCO Development
SE-114 94 Stockholm, Sweden
Fax: +46 8 782 92 07
Email (Internet): [email protected]
Current information regarding TCO'99 approved and labelled products may also be obtained
via the Internet, using the address: http://www.tco-info.com/
Environmental requirements
Flame retardants
Flame retardants are present in printed circuit boards, cables, wires, casings and housings.
Their purpose is to prevent, or at least to delay the spread of fire. Up to 30% of the plastic in a
computer casing can consist of flame retardant substances. Most flame retardants contain
bromine or chloride, and those flame retardants are chemically related to another group of
environmental toxins, PCBs. Both the flame retardants containing bromine or chloride and the
PCBs are suspected of giving rise to severe health effects, including reproductive damage in
fish-eating birds and mammals, due to the bio-accumulative* processes. Flame retardants have
been found in human blood and researchers fear that disturbances in foetus development may
occur.
The relevant TCO'99 demand requires that plastic components weighing more than 25 grams
must not contain flame retardants with organically bound bromine or chlorine. Flame retardants
are allowed in the printed circuit boards since no substitutes are available.
Cadmium**
Cadmium is present in rechargeable batteries and in the colour-generating layers of certain
computer displays. Cadmium damages the nervous system and is toxic in high doses. The
relevant TCO'99 requirement states that batteries, the colour-generating layers of display
screens and the electrical or electronics components must not contain any cadmium.
Mercury**
Mercury is sometimes found in batteries, relays and switches. It damages the nervous system
and is toxic in high doses. The relevant TCO'99 requirement states that batteries may not
contain any mercury. It also demands that mercury is not present in any of the electrical or
electronics components associated with the labelled unit. There is however one exception.
Mercury is, for the time being, permitted in the back light system of flat panel monitors as today
there is no commercially available alternative. TCO aims on removing this exception when a
Mercury free alternative is available.
CFCs (freons)
The relevant TCO'99 requirement states that neither CFCs nor HCFCs may be used during the
manufacture and assembly of the product. CFCs (freons) are sometimes used for washing
printed circuit boards. CFCs break down ozone and thereby damage the ozone layer in the
stratosphere, causing increased reception on earth of ultraviolet light with e.g. increased risks
of skin cancer (malignant melanoma) as a consequence.
Lead**
Lead can be found in picture tubes, display screens, solders and capacitors. Lead damages the
nervous system and in higher doses, causes lead poisoning. The relevant TCO'99 requirement
permits the inclusion of lead since no replacement has yet been developed.
TCO'03-Ecological requirements for personal computers (TCO'03 applied model only)
Congratulations!
The display you have just purchased carries the TCO'03 Displays label. This means that your
display is designed, manufactured and tested according to some of the strictest quality and
environmental requirements in the world. This makes for a high performance product, designed
with the user in focus that also minimizes the impact on our natural environment.
Some of the features of the TCO'03 Display requirements:
Ergonomics
Good visual ergonomics and image quality in order to improve the working environment for the
user and to reduce sight and strain problems. Important parameters are luminance, contrast,
resolution, reflectance, colour rendition and image stability.
Energy
z Energy-saving mode after a certain time ?beneficial both for the user and the environment
z Electrical safety
Emissions
z
z
Electromagnetic fields
Noise emissions
Ecology
z The product must be prepared for recycling and the manufacturer must have a certified
environmental management system such as EMAS or ISO 14 000
z Restrictions on
o chlorinated and brominated flame retardants and polymers
o heavy metals such as cadmium, mercury and lead.
The requirements included in this label have been developed by TCO Development in
cooperation with scientists, experts, users as well as manufacturers all over the world. Since
the end of the 1980s TCO has been involved in influencing the development of IT equipment in
a more user-friendly direction. Our labelling system started with displays in 1992 and is now
requested by users and IT-manufacturers all over the world.
For more information, Please visit
www.tcodevelopment.com
TCO'03 Recycling Information (TCO'03 applied model only)
For recycling information for TCO'03 certified monitors, for the residents in the following
countries, please contact the company corresponding to your region of residence. For those
who reside in other countries, please contact a nearest local Samsung dealer for recycling
information for the products to be treated in environmentally acceptable way.
[U.S.A. Residents Only]
U.S.A.
COMPANY
Solid Waste Transfer &
Recycling Inc
ADDRESS
442 Frelinghuysen Ave
Newark, NJ 07114
TELEPHONE 973-565-0181
FAX
Fax: 973-565-9485
Enone
MAIL
http://www.bcua.org/Solid
HOME
Waste_Disposal.htm
PAGE
[European Residents Only]
SWEDEN
ELKRETSEN
ELKRETSEN Box
1357, 111 83
Stockholm
Barnhusgatan 3, 4
tr.
08-545 212 90
08-545 212 99
NORWAY
Elektronikkretur AS
vfw AG
6454 Etterstad 0602 Oslo
Fyrstikkalln 3B
Max Plank Strasse
42
50858 Collogne
Germany
23 06 07 40
23 06 07 41
[email protected] [email protected]
http://www.elkretsen.se/
GERMANY
49 0 2234 9587 - 0
[email protected]
http://www.elretur.no/
Medical Requirement
Classifications:
In accordance with UL 2601-1/IEC 60601-1, the product is cssified as Continuous duty Class I
equipment, which is not protected against ingress of liquids. The product is not suitable for use
in the presence of a flammable anaesthetic mixture with air or with oxygen or nitrous oxide.
EMC
This equipment has been tested and found to comply with the limits for medical devices to the
IEC 601-1-2:1994. These limits are designed to provide reasonable protection against harmful
interference in a typical medical installation. This equipment generates, uses and can radiate
radio frequency energy and, if not installed and used in accordance with the instructions, may
cause harmful interference to other devices in the vicinity. However, there is no guarantee that
interference will not occur in a particular installation. If this equipment does cause harmful
interference to other devices, which can be determined by turning the equipment off and on, the
user is encouraged to try to correct the interference by one or more of the following measures:
z
z
z
z
Reorient or relocate the receiving device.
Increase the separation between the equipment.
Connect the equipment into an outlet on a circuit different from that to which the other
device(s) are connected.
Consult the manufacturer or field service technician for help.
Video In / RS 232 / Video Out
Accessories equipment connected to the analog and digital interfaces must be certified to the
respective IEC standards (i.e. IEC 950 for data processing equipment and IEC 601-1 for
medical equipment.) Furthermore all configurations shall comply with the system standard IEC
601-1-1. Everybody who connects additional equipment to the signal input part or signal output
part configures a medical system, and is therefore, responsible that the system complies with
the requirements of the system standard IEC 601-1-1. If in doubt, consult the technical services
department or your local representative.
Transport and Storage Limitations:
Temperature Range of -40¶C to +70¶C
Relative Humidity of 10 -95%, non-condensing
* Bio-accumulative is defined as substances which accumulate within living organisms.
** Lead, Cadmium and Mercury are heavy metals which are Bio-accumulative.
Mercury Statement (LCD Monitor, LCD TV, DLP Projection TV, Projector for USA only)
LAMP(S) INSIDE THIS PRODUCT CONTAIN MERCURY AND MUST BE RECYCLED OR
DISPOSED OF ACCORDING TO LOCAL, STATE OR FEDERAL LAWS
For details see lamprecycle.org, eiae.org, or call 1-800-Samsung
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