冶天显卡一机多屏拼接电视墙投影大屏幕视频墙4K显卡炒股电脑
      change lanuage:
关于我们 | 联系方式 | 地址地图
法律声明 | 购物流程 | 登陆邮箱
多屏显示卡|远程控制
  迈创Matrox多屏拼接卡
  Radeon分屏卡FirePro
  Quadro/NVS多屏显卡
  Usb外置多屏宝分屏宝
  DVI/HDMI采集TV录像
  冶天一机多屏卡视频墙
  IP远程监控/大屏控制器
  迈创MPX/PPX大屏拼墙
  Nvidia surround/SLI
  多屏互动云智能机顶盒
单机多屏告示系统方案
  警务/医疗/安防监控
  餐饮/娱乐/购物/展馆
  股票金融/企业/政务
  智能交通地图GIS调度
  电视LED投影拼接大屏
  多屏软件控制分屏显示
适配器|转接线|接插件
  DisplayPort/Mini DP
  HDMI/DVI|HDBaseT
  RGBHV/BNC/VGA/TV
  LFH/DMS/KX20/VHDCI
  DiiVA/superMHL/MYDP
  USB扩展USB-C-type
  Mini SAS/e-SATA/IDE
  桥接器连接数据线/包装
图形工作站|解码服务器
  Nvidia|Quadro
  Sky云加速/RadeonPro
  NVR监控一机双屏卡
  数字存储/Raid阵列卡
  笔记本PCIE外置显卡
Game游戏机显卡OEM
  ATI·PCI-E·1x/16x
  Nvidia·PCIE·1x显卡
  AGP显卡8x/4x
  Gemini双子星双核显卡
  DisplayPort显卡DP
IPC医疗工控机/解码卡
  单头PCI双头/四头显卡
  笔记本MXM显卡嵌入式
  AIW视频输入输出VIVO
  音视频编码解码卡
分屏|分配|切换|延长器
  VGA/DVI/HDMI分屏
  VGA/DVI/HDMI矩阵
  hdmi网传光纤DP延长
  远端控制IP-KVM切换器
  多用户拖机盒/PC共享器
声卡|转接卡|转换器
  外置USB/PCI-E声卡
  Mini PCI/PCIE/MXM
  USB/串口RS232/并口
  PCMCIA∕Express
  IDE/e-SATA/CF/SD
一机多屏电脑分屏主机
  高定制国产多屏服务器
  联想3/4/6/9/12屏电脑
  惠普3/4/6/8/16屏电脑
  DELL多屏电脑
局域|无线网络产品
  无线AP|网桥|路由
  无线网卡/无线上网卡
  无线音视频传输
  无线文件打印服务器
Apple苹果MAC配件
  MAC苹果电脑显卡|ADC
  MAC/iPod/iPad/iPhone
DIY组装笔记本BTO配件
  笔记本外置显卡
3D三维视觉3C数码
  荧光led电子手写广告板
  多屏LCD电视液晶支架
  三星BOE拼接屏控制
  显卡相关软件
 清风徐来,水波不兴
 
·信广告?信自己!
 关注·解读·提升
 
冶天多屏宝英伟达显卡AMD官网驱动,点对点多屏拼接+分屏显示同花顺|通达信一机多屏炒股票机电脑分屏器DP多屏宝MST HUB外置拼接盒EDID锁屏宝,4K显卡电视墙12屏/10屏/9屏/8屏/6屏拼接液晶墙设置,投影融合LED裸眼3D视频墙,,2U半高刀卡,PCIE声卡,matrox中国总代理迈创actualtools授权,USB外置显卡多头输出,拼接4屏显卡,拼接6屏显卡,拼接9屏显卡12屏拼接视频墙,16屏分屏显示,监控上墙数字矩阵,生产线数字看板,天文气象,高铁动车,指挥调度110三台合一,地产中介多屏信息发布软件pcvision多媒体数字标牌,屏幕旋转竖屏拼接,舞台背景墙方案下载免费咨询
产品 新闻 下载

互联网www.pcidv.com
扫我购买冶天显卡京东多屏显示旗舰店
冶天显卡多屏宝厂家官网品牌总代理,电视墙拼接多屏卡股票电脑分屏显示宝 Picasa图片库 >> 
冶天显卡PCT一机多屏宝显卡分屏输出点对点拼接多屏控制分屏软件PCV:双屏卡3屏4屏6屏9屏10屏12屏显卡4K|8K视频墙,投影拼接大屏幕LED小间距电视墙桌面分割数字矩阵,期货/外汇/证券多屏炒股票机电脑,多股同列通达信分屏同花顺/文华财经/博易大师/大智慧,开机自动播放多路音视频广告机,网页窗口一键发送分屏显示不同内容,USB显卡外置DP分屏器Displaylink官网matrox代理迈创多屏宝EDID锁屏宝.……
深圳市卓星彩奕电子有限公司
实体专卖店:深圳市福田区华强北赛格上步工业区505栋508室(导航钟表市场) google地图
TEL电话:+86-0755-83205887
FAX传真:+86-0755-83665301
Postcode邮编:518028
Email:pcidv#pcidv.com
wechatwechat:duopingka  
pcidv.com/whatapp No.13332969925
skype me
QQ Me 冶天多屏显卡企业天猫店
   相关软件  
名    称 描    述 下    载
  ·UMCC多屏宝自定义解析度分辨率定制刷新工具软件 多屏宝自定义解析度分辨率定制刷新工具UMCC软件 var predefined_modes = [ { name: "8K / 144" , horiz_pixels : 7680, vert_pixels : 4320, refresh_rate: 144 }, { name: "8K / 120" , horiz_pixels : 7680, vert_pixels : 4320, refresh_rate: 120 }, { name: "8K / 60" , horiz_pixels : 7680, vert_pixels : 4320, refresh_rate: 60 }, { name: "6K / 60" , horiz_pixels : 6016, vert_pixels : 3384, refresh_rate: 60 }, { name: "6K / 48" , horiz_pixels : 6016, vert_pixels : 3384, refresh_rate: 48 }, { name: "5K / 144" , horiz_pixels : 5120, vert_pixels : 2880, refresh_rate: 144 }, { name: "5K / 120" , horiz_pixels : 5120, vert_pixels : 2880, refresh_rate: 120 }, { name: "5K / 60" , horiz_pixels : 5120, vert_pixels : 2880, refresh_rate: 60 }, { name: "4K / 165" , horiz_pixels : 3840, vert_pixels : 2160, refresh_rate: 165 }, { name: "4K / 144" , horiz_pixels : 3840, vert_pixels : 2160, refresh_rate: 144 }, { name: "4K / 120" , horiz_pixels : 3840, vert_pixels : 2160, refresh_rate: 120 }, { name: "4K / 60" , horiz_pixels : 3840, vert_pixels : 2160, refresh_rate: 60 }, { name: "3440x1440 / 240" , horiz_pixels : 3440, vert_pixels : 1440, refresh_rate: 240 }, { name: "3440x1440 / 200" , horiz_pixels : 3440, vert_pixels : 1440, refresh_rate: 200 }, { name: "3440x1440 / 165" , horiz_pixels : 3440, vert_pixels : 1440, refresh_rate: 165 }, { name: "3440x1440 / 120" , horiz_pixels : 3440, vert_pixels : 1440, refresh_rate: 120 }, { name: "3440x1440 / 60" , horiz_pixels : 3440, vert_pixels : 1440, refresh_rate: 60 }, { name: "1440p / 240" , horiz_pixels : 2560, vert_pixels : 1440, refresh_rate: 240 }, { name: "1440p / 165" , horiz_pixels : 2560, vert_pixels : 1440, refresh_rate: 165 }, { name: "1440p / 120" , horiz_pixels : 2560, vert_pixels : 1440, refresh_rate: 120 }, { name: "1440p / 60" , horiz_pixels : 2560, vert_pixels : 1440, refresh_rate: 60 }, { name: "1920x1200 / 60" , horiz_pixels : 1920, vert_pixels : 1200, refresh_rate: 60 }, { name: "1080p / 360" , horiz_pixels : 1920, vert_pixels : 1080, refresh_rate: 360 }, { name: "1080p / 240" , horiz_pixels : 1920, vert_pixels : 1080, refresh_rate: 240 }, { name: "1080p / 144" , horiz_pixels : 1920, vert_pixels : 1080, refresh_rate: 144 }, { name: "1080p / 120" , horiz_pixels : 1920, vert_pixels : 1080, refresh_rate: 120 }, { name: "1080p / 60" , horiz_pixels : 1920, vert_pixels : 1080, refresh_rate: 60 }, { name: "720p / 60" , horiz_pixels : 1280, vert_pixels : 720, refresh_rate: 60 }, { name: "1024x768 / 60" , horiz_pixels : 1024, vert_pixels : 768, refresh_rate: 60 }, { name: "800x600 / 60" , horiz_pixels : 800, vert_pixels : 600, refresh_rate: 60 }, { name: "640x480 / 60" , horiz_pixels : 640, vert_pixels : 480, refresh_rate: 60 }, { name: "640x480 / 50" , horiz_pixels : 640, vert_pixels : 480, refresh_rate: 50 }, { name: "320x200 / 60" , horiz_pixels : 320, vert_pixels : 200, refresh_rate: 60 }, { name: "160x100 / 60" , horiz_pixels : 160, vert_pixels : 100, refresh_rate: 60 }, ]; function check_integer(value, result_id) { var n = Number(value) if (Number.isInteger(n)){ $(result_id).text("Ok"); return true; } else{ $(result_id).text("Enter integer!"); return false; } } var CLOCK_STEP; var H_SYNC_PER = 0.08; var MIN_V_PORCH_RND = 3; var MIN_V_BPORCH; var MIN_VSYNC_BP = 550; var RB_H_BLANK = 160; var RB_H_SYNC = 32; var RB_MIN_V_BLANK = 460; var RB_V_FPORCH = 3; var MARGIN_PER = 1.8; var C_PRIME = 30; var M_PRIME = 300; var CELL_GRAN = 8; var CELL_GRAN_RND; var IP_FREQ_RQD; var V_FIELD_RATE_RQD; var MARGINS_RQD; var H_PIXELS; var H_PIXELS_RND; var LEFT_MARGIN; var RIGHT_MARGIN; var TOTAL_ACTIVE_PIXELS; var V_LINES; var V_LINES_RND; var TOP_MARGIN; var BOT_MARGIN; var INTERLACE; var ASPECT_RATIO; var V_SYNC_RND; var H_PERIOD_EST; var V_SYNC_BP; var V_BACK_PORCH; var TOTAL_V_LINES; var IDEAL_DUTY_CYCLE; var H_BLANK; var TOTAL_PIXELS; var ACT_PIXEL_FREQ; var ACT_H_FREQ; var ACT_FIELD_RATE; var ACT_FRAME_RATE; var V_BLANK; var DMT_ID; var DMT_TYPE; var DMT_2BYTE_CODE; var DMT_3BYTE_CODE; var VIC; function calculate_cvt(horiz_pixels, vert_pixels, refresh_rate, margins, interlaced, reduced_blanking, video_optimized){ H_POL = "?"; V_POL = "?"; INTERLACED = interlaced; if (reduced_blanking == "cvt"){ CLOCK_STEP = 0.25; MIN_V_BPORCH = 6; RB_H_BLANK = 160; RB_H_SYNC = 32; RB_MIN_V_BLANK = 460; RB_V_FPORCH = 3; REFRESH_MULTIPLIER = 1; H_POL = "-"; V_POL = "+"; } else if (reduced_blanking == "cvt_rb"){ CLOCK_STEP = 0.25; MIN_V_BPORCH = 6; RB_H_BLANK = 160; RB_H_SYNC = 32; RB_MIN_V_BLANK = 460; RB_V_FPORCH = 3; REFRESH_MULTIPLIER = 1; H_POL = "+"; V_POL = "-"; } else if (reduced_blanking == "cvt_rb2"){ CLOCK_STEP = 0.001; MIN_V_BPORCH = 6; RB_H_BLANK = 80; RB_H_SYNC = 32; RB_MIN_V_BLANK = 460; RB_V_FPORCH = 1; REFRESH_MULTIPLIER = video_optimized ? 1000/1001 : 1; H_POL = "+"; V_POL = "-"; } // Input parameters H_PIXELS = horiz_pixels; V_LINES = vert_pixels; IP_FREQ_RQD = refresh_rate; MARGINS_RQD = margins; INT_RQD = interlaced; CELL_GRAN_RND = Math.floor(CELL_GRAN); // 5.2 Computation of Common Parameters V_FIELD_RATE_RQD = INT_RQD ? IP_FREQ_RQD * 2 : IP_FREQ_RQD; H_PIXELS_RND = Math.floor(H_PIXELS / CELL_GRAN_RND) * CELL_GRAN_RND; LEFT_MARGIN = MARGINS_RQD ? (Math.floor((H_PIXELS_RND * MARGIN_PER / 100) / CELL_GRAN_RND) * CELL_GRAN_RND) : 0; RIGHT_MARGIN = LEFT_MARGIN; TOTAL_ACTIVE_PIXELS = H_PIXELS_RND + LEFT_MARGIN + RIGHT_MARGIN; V_LINES_RND = INT_RQD ? Math.floor(V_LINES / 2) : Math.floor(V_LINES); TOP_MARGIN = MARGINS_RQD ? Math.floor(V_LINES_RND * MARGIN_PER / 100) : 0; BOT_MARGIN = TOP_MARGIN; INTERLACE = INT_RQD ? 0.5 : 0; // Calculate Aspect Ratio var ver_pixels = INT_RQD ? 2 * V_LINES_RND : V_LINES_RND; var hor_pixels_4_3 = CELL_GRAN_RND * Math.round(ver_pixels * 4 / 3) / CELL_GRAN_RND; var hor_pixels_16_9 = CELL_GRAN_RND * Math.round(ver_pixels * 16 / 9) / CELL_GRAN_RND; var hor_pixels_16_10 = CELL_GRAN_RND * Math.round(ver_pixels * 16 / 10) / CELL_GRAN_RND; var hor_pixels_5_4 = CELL_GRAN_RND * Math.round(ver_pixels * 5 / 4) / CELL_GRAN_RND; var hor_pixels_15_9 = CELL_GRAN_RND * Math.round(ver_pixels * 15 / 9) / CELL_GRAN_RND; var hor_pixels_43_18 = CELL_GRAN_RND * Math.round(ver_pixels * 43 / 18) / CELL_GRAN_RND; var hor_pixels_64_27 = CELL_GRAN_RND * Math.round(ver_pixels * 64 / 27) / CELL_GRAN_RND; var hor_pixels_12_5 = CELL_GRAN_RND * Math.round(ver_pixels * 12 / 5) / CELL_GRAN_RND; ASPECT_RATIO = (hor_pixels_4_3 == H_PIXELS_RND) ? "4:3" : (hor_pixels_16_9 == H_PIXELS_RND) ? "16:9" : (hor_pixels_16_10 == H_PIXELS_RND) ? "16:10" : (hor_pixels_5_4 == H_PIXELS_RND) ? "5:4" : (hor_pixels_15_9 == H_PIXELS_RND) ? "15:9" : // Following aspect ratios are not defined by the spec... (hor_pixels_43_18 == H_PIXELS_RND) ? "43:18" : (hor_pixels_64_27 == H_PIXELS_RND) ? "64:27" : (hor_pixels_12_5 == H_PIXELS_RND) ? "12:5" : "Unknown"; // V_SYNC_RND depends on aspect ratio and reduced blanking if (reduced_blanking == "cvt_rb2") V_SYNC_RND = 8; else if (ASPECT_RATIO == "4:3") V_SYNC_RND = 4; else if (ASPECT_RATIO == "16:9") V_SYNC_RND = 5; else if (ASPECT_RATIO == "16:10") V_SYNC_RND = 6; else if (ASPECT_RATIO == "5:4") V_SYNC_RND = 7; else if (ASPECT_RATIO == "15:9") V_SYNC_RND = 7; else V_SYNC_RND = 10; if (reduced_blanking == "cvt"){ // 5.3 Computation of CRT Timing Parameters H_PERIOD_EST = ((1 / V_FIELD_RATE_RQD) - MIN_VSYNC_BP / 1000000.0) / (V_LINES_RND + (2 * TOP_MARGIN) + MIN_V_PORCH_RND + INTERLACE) * 1000000.0; V_SYNC_BP = Math.floor(MIN_VSYNC_BP / H_PERIOD_EST) + 1; if (V_SYNC_BP < (V_SYNC_RND + MIN_V_BPORCH)){ V_SYNC_BP = V_SYNC_RND + MIN_V_BPORCH; } V_BLANK = V_SYNC_BP + MIN_V_PORCH_RND; V_FRONT_PORCH = MIN_V_PORCH_RND; V_BACK_PORCH = V_SYNC_BP - V_SYNC_RND; TOTAL_V_LINES = V_LINES_RND + TOP_MARGIN + BOT_MARGIN + V_SYNC_BP + INTERLACE + MIN_V_PORCH_RND; IDEAL_DUTY_CYCLE = C_PRIME - (M_PRIME * H_PERIOD_EST/1000); if (IDEAL_DUTY_CYCLE < 20){ H_BLANK = Math.floor(TOTAL_ACTIVE_PIXELS * 20 / (100-20) / (2 * CELL_GRAN_RND)) * (2 * CELL_GRAN_RND); } else{ H_BLANK = Math.floor(TOTAL_ACTIVE_PIXELS * IDEAL_DUTY_CYCLE / (100 - IDEAL_DUTY_CYCLE) / (2 * CELL_GRAN_RND)) * (2 * CELL_GRAN_RND); } TOTAL_PIXELS = TOTAL_ACTIVE_PIXELS + H_BLANK; H_SYNC = Math.floor(H_SYNC_PER * TOTAL_PIXELS / CELL_GRAN_RND) * CELL_GRAN_RND; H_BACK_PORCH = H_BLANK / 2; H_FRONT_PORCH = H_BLANK - H_SYNC - H_BACK_PORCH; ACT_PIXEL_FREQ = CLOCK_STEP * Math.floor(TOTAL_PIXELS / H_PERIOD_EST / CLOCK_STEP); } else{ H_PERIOD_EST = ((1000000 / V_FIELD_RATE_RQD) - RB_MIN_V_BLANK) / (V_LINES_RND + TOP_MARGIN + BOT_MARGIN); H_BLANK = RB_H_BLANK; VBI_LINES = Math.floor(RB_MIN_V_BLANK / H_PERIOD_EST) + 1; RB_MIN_VBI = RB_V_FPORCH + V_SYNC_RND + MIN_V_BPORCH; ACT_VBI_LINES = (VBI_LINES < RB_MIN_VBI) ? RB_MIN_VBI : VBI_LINES; TOTAL_V_LINES = ACT_VBI_LINES + V_LINES_RND + TOP_MARGIN + BOT_MARGIN + INTERLACE; TOTAL_PIXELS = RB_H_BLANK + TOTAL_ACTIVE_PIXELS; ACT_PIXEL_FREQ = CLOCK_STEP * Math.floor((V_FIELD_RATE_RQD * TOTAL_V_LINES * TOTAL_PIXELS / 1000000 * REFRESH_MULTIPLIER) / CLOCK_STEP); if (reduced_blanking == "cvt_rb2"){ V_BLANK = ACT_VBI_LINES; V_FRONT_PORCH = ACT_VBI_LINES - V_SYNC_RND - 6; V_BACK_PORCH = 6; H_SYNC = 32; H_BACK_PORCH = 40; H_FRONT_PORCH = H_BLANK - H_SYNC - H_BACK_PORCH; } else{ V_BLANK = ACT_VBI_LINES; V_FRONT_PORCH = 3; V_BACK_PORCH = ACT_VBI_LINES - V_FRONT_PORCH - V_SYNC_RND; H_SYNC = 32; H_BACK_PORCH = 80; H_FRONT_PORCH = H_BLANK - H_SYNC - H_BACK_PORCH; } } ACT_H_FREQ = 1000 * ACT_PIXEL_FREQ / TOTAL_PIXELS; ACT_FIELD_RATE = 1000 * ACT_H_FREQ / TOTAL_V_LINES; ACT_FRAME_RATE = INT_RQD ? ACT_FIELD_RATE / 2 : ACT_FIELD_RATE; } function lookup_dmt(horiz_pixels, vert_pixels, refresh_rate, interlaced) { var found = false; H_POL = "?"; V_POL = "?"; INTERLACED = interlaced; dmt_timings.forEach(function(dmt_timing, index){ if ( dmt_timing[’h_active’] == horiz_pixels && dmt_timing[’v_active’] == vert_pixels && dmt_timing[’v_freq’].toFixed() == refresh_rate.toFixed() && dmt_timing[’interlaced’] == interlaced ){ TOTAL_ACTIVE_PIXELS = horiz_pixels; H_BLANK = dmt_timing[’h_blank’]; TOTAL_PIXELS = dmt_timing[’h_total’]; V_LINES_RND = vert_pixels; V_BLANK = dmt_timing[’v_blank’]; TOTAL_V_LINES = dmt_timing[’v_total’]; ACT_PIXEL_FREQ = dmt_timing[’pix_clock’]; H_FRONT_PORCH = dmt_timing[’h_front’]; H_SYNC = dmt_timing[’h_sync’]; H_BACK_PORCH = dmt_timing[’h_back’]; H_POL = dmt_timing[’hsync_pol’] == ’Neg’ ? "-" : "+"; V_FRONT_PORCH = dmt_timing[’v_front’]; V_SYNC_RND = dmt_timing[’v_sync’]; V_BACK_PORCH = dmt_timing[’v_back’]; V_POL = dmt_timing[’vsync_pol’] == ’Neg’ ? "-" : "+"; DMT_ID = dmt_timing[’dmt_id’]; DMT_TYPE = dmt_timing[’type’]; DMT_2BYTE_CODE = dmt_timing[’2_byte_code’] ? (dmt_timing[’2_byte_code’].map(function (x) {return "0x" + x.toString(16);})).toString() : ""; DMT_3BYTE_CODE = dmt_timing[’3_byte_code’] ? (dmt_timing[’3_byte_code’].map(function (x) {return "0x" + x.toString(16);})).toString() : ""; //window.alert("Hello"); found = true; } }); return found; } function lookup_vic(horiz_pixels, vert_pixels, refresh_rate, interlaced) { var found = false; INTERLACED = interlaced; vic_timings.forEach(function(vic_timing, index){ if ( vic_timing[’h_active’] == horiz_pixels && vic_timing[’v_active’] == vert_pixels && (vic_timing[’v_freq’]).toFixed() == refresh_rate.toFixed() && ((interlaced && vic_timing[’scan’] == "Int") || (!interlaced && vic_timing[’scan’] == "Prog")) ){ TOTAL_ACTIVE_PIXELS = horiz_pixels; H_BLANK = vic_timing[’h_blank’]; TOTAL_PIXELS = vic_timing[’h_total’]; V_LINES_RND = vert_pixels; V_BLANK = vic_timing[’v_blank’]; TOTAL_V_LINES = vic_timing[’v_total’]; ACT_PIXEL_FREQ = vic_timing[’pix_clock’]; H_FRONT_PORCH = vic_timing[’h_front’]; H_SYNC = vic_timing[’h_sync’]; H_BACK_PORCH = vic_timing[’h_back’]; H_POL = vic_timing[’h_pol’] == ’n’ ? "-" : "+"; V_FRONT_PORCH = vic_timing[’v_front’]; V_SYNC_RND = vic_timing[’v_sync’]; V_BACK_PORCH = vic_timing[’v_back’]; V_POL = vic_timing[’v_pol’] == ’n’ ? "-" : "+"; VIC = vic_timing[’vic’]; found = true; } }); return found; } function modeline() { str = ’Modeline \"’ + TOTAL_ACTIVE_PIXELS + ’x’ + V_LINES_RND + ’_’ + vfreq_round100; if (INTERLACED) str += "i"; str += ’\"’; str += " " + Math.round(pclock/1000)/1000; str += " " + TOTAL_ACTIVE_PIXELS; str += " " + (TOTAL_ACTIVE_PIXELS + H_FRONT_PORCH); str += " " + (TOTAL_ACTIVE_PIXELS + H_FRONT_PORCH + H_SYNC); str += " " + TOTAL_PIXELS; str += " " + V_LINES_RND; str += " " + (V_LINES_RND + V_FRONT_PORCH); str += " " + (V_LINES_RND + V_FRONT_PORCH + V_SYNC_RND); str += " " + TOTAL_V_LINES; str += H_POL == "+" ? " +HSync" : " -HSync"; str += V_POL == "+" ? " +VSync" : " -VSync"; if (INTERLACED) str += " Interlace"; return str; } Video Timings CalculatorFor more information, see this blog post. Input Parameters Predefined Mode None Horizontal Pixels Ok Vertical Pixels Ok Refresh Rate (Hz) Ok Margins YesNo Interlaced YesNo Bits per Component 5 6 8 10 12 16 Color Format RGB 4:4:4 YUV 4:4:4 YUV 4:2:2 YUV 4:2:0 $(’#predefined_mode’).change( function(){ fill_predefined_parameters($(’#predefined_mode’).val()); update_status(); }) $(’#horiz_pixels’).change( function(){ check_integer($(’#horiz_pixels’).val(), ’#horiz_valid’); update_status(); }) $(’#vert_pixels’) .change( function(){ check_integer($(’#vert_pixels’) .val(), ’#vert_valid’); update_status(); }) $(’#refresh_rate’).change( function(){ update_status(); }) $(’#margins’) .change( function(){ update_status(); }) $(’#interlaced’) .change( function(){ update_status(); }) $(’#bpc’) .change( function(){ update_status(); }) $(’#color_fmt’) .change( function(){ update_status(); }) Timings CVT CVT-RB CVT-RBv2 CEA-861 DMT Custom Aspect Ratio Pixel Clock MHz H Total Pixels H Active Pixels H Blank Pixels H Front Porch Pixels H Sync Pixels H Back Porch Pixels H Sync Polarity H Freq kHz H Period us V Total Lines V Active Lines V Blank Lines V Blank Duration us V Front Porch Lines V Sync Lines V Back Porch Lines V Sync Polarity V Freq Hz V Period ms Peak BW Mbit/s Line BW Mbit/s Active BW Mbit/s DMT ID DMT timing standard DMT 2-byte code DMT 3-byte code VIC Modelines CVT Modeline CVT-RB Modeline CVT-RBv2 Modeline CEA-861 Modeline DMT Modeline DisplayPort DisplayPort UBR20 (20 GHz) Max BW 77,575 Mbit/s DisplayPort UBR13.5 (13.5 GHz) Max BW 52,364 Mbit/s DisplayPort UBR10 (10 GHz) Max BW 38,788 Mbit/s DisplayPort HBR3 (8.1 GHz) Max BW 25,920 Mbit/s DisplayPort HBR2 (5.4 GHz) Max BW 17,280 Mbit/s DisplayPort HBR (2.7 GHz) Max BW 8,640 Mbit/s DisplayPort RBR (1.64 GHz) Max BW 5,240 Mbit/s DisplayPort Type-C Alt Mode DP 2.0 Type-C Alt Mode (20 GHz) Max BW 38,787 Mbit/s DP HBR3 Type-C Alt Mode (8.1 GHz) Max BW 12,960 Mbit/s DP HBR2 Type-C Alt Mode (5.4 GHz) Max BW 8,640 Mbit/s DP HBR Type-C Alt Mode (2.7 GHz) Max BW 4,320 Mbit/s DP RBR Type-C Alt Mode (1.64 GHz) Max BW 2,620 Mbit/s HDMI FRL HDMI 2.1 FRL (12 GHz) Max BW 42,667 Mbit/s HDMI 2.1 FRL (10 GHz) Max BW 35,556 Mbit/s HDMI 2.1 FRL (8 GHz) Max BW 28,444 Mbit/s HDMI 2.1 FRL (6 GHz) Max BW 21,333 Mbit/s HDMI TMDS HDMI 2.0 (600 MHz) Max BW 14,400 Mbit/s HDMI 1.3/1.4 (340 MHz) Max BW 8,160 Mbit/s HDMI 1.0/1.1/1.2 (165 MHz) Max BW 3,960 Mbit/s DVI DVI-DL (330 MHz) Max BW 7,920 Mbit/s DVI-D Max BW 3960 Mbit/s RFC4175 RFC4175/100M Ethernet RFC4175/1 GigE RFC4175/10 GigE When looking up a DMT or CEA-861 resolution for a particular refresh rate, the tool rounds the specified refresh rate to the closest integer and then matches against rounded DMT and CEA refresh rates. For example, if you specify a refresh rate of 60.1Hz, the tool will show DMT and CEA refresh rates of 59.94Hz. DP Type-C Alt Mode is for USB Type-C connections using VESA DisplayPort Alternative Mode which provides two DisplayPort lanes (pin assignments B, D, and F). For connections providing four DisplayPort lanes (pin assignments A, C, and E) use the primary DisplayPort rows in the table. Thunderbolt 3 has Max BW of 40,000 Mbit/s and Thunderbolt 2 has Max BW of 20,000 MBit/s, however a single display cannot exceed the bandwidth listed above for DisplayPort. Known implementations support either one or two DisplayPort displays. Intel Thunderbolt 2 controllers (code name "Falcon Ridge") and the first Intel Thunderbolt 3 controller (code name "Alpine Ridge") only support DisplayPort HBR2, while newer Intel controllers support DisplayPort HBR3. There are some CEA VIC numbers with multiple timings that differ slightly in their Vtotal, and thus in their refresh rates. For example, VIC timings 23 and 24 have a resolution of 1440x288 can have a refresh rate of 50.080Hz, 49.920Hz, and 49.761Hz. When you search for one of those exostic timings, the tool will choose one of the options, but not the other. The exact behavior is undefined. $(’#custom-hblank’).change( function(){ update_status(); }); $(’#custom-vblank’).change( function(){ update_status(); }); function fill_predefined_parameters(mode_name){ predefined_modes.forEach(function(mode, index){ if (mode[’name’] == mode_name){ $(’#horiz_pixels’).val(mode[’horiz_pixels’]); $(’#vert_pixels’).val(mode[’vert_pixels’]); $(’#refresh_rate’).val(mode[’refresh_rate’]); } }); } function update_status(){ var horiz_pixels = Number($(’#horiz_pixels’).val()); var vert_pixels = Number($(’#vert_pixels’). val()); var refresh_rate = Number($(’#refresh_rate’).val()); var margins = $(’#margins’).val() == "y"; var interlaced = $(’#interlaced’).val() == "y"; var bpc = Number($(’#bpc’).val()); var color_fmt = $(’#color_fmt’).val(); var color_fmt_multiplier = (color_fmt == "rgb444") ? 3 : (color_fmt == "yuv444") ? 3 : (color_fmt == "yuv422") ? 2 : (color_fmt == "yuv420") ? 1.5 : 0; var standards = [ "cvt", "cvt_rb", "cvt_rb2", "custom", "dmt", "cea" ]; standards.forEach(function(standard, index){ var result = true; if (standard == "custom") { hactive = horiz_pixels; hblank = Number($(’#custom-hblank’).val()); htotal = horiz_pixels + hblank; vactive = vert_pixels; vblank = Number($(’#custom-vblank’).val()); vtotal = vert_pixels + vblank; pclock = htotal * vtotal * refresh_rate; } else if (standard == "dmt"){ result = lookup_dmt(horiz_pixels, vert_pixels, refresh_rate, interlaced); if (result){ if (DMT_TYPE == "cvt"){ calculate_cvt(horiz_pixels, vert_pixels, refresh_rate, false, interlaced, "cvt", false); } else if (DMT_TYPE == "cvt-rb"){ calculate_cvt(horiz_pixels, vert_pixels, refresh_rate, false, interlaced, "cvt_rb", false); } else if (DMT_TYPE == "CEA-861"){ result = lookup_vic(horiz_pixels, vert_pixels, refresh_rate, interlaced); } } hactive = TOTAL_ACTIVE_PIXELS; hblank = H_BLANK; htotal = TOTAL_PIXELS; vactive = V_LINES_RND; vblank = V_BLANK; vtotal = TOTAL_V_LINES; pclock = ACT_PIXEL_FREQ * 1000000; } else if (standard == "cea"){ result = lookup_vic(horiz_pixels, vert_pixels, refresh_rate, interlaced); hactive = TOTAL_ACTIVE_PIXELS; hblank = H_BLANK; htotal = TOTAL_PIXELS; vactive = V_LINES_RND; vblank = V_BLANK; vtotal = TOTAL_V_LINES; pclock = ACT_PIXEL_FREQ * 1000000; } else { calculate_cvt(horiz_pixels, vert_pixels, refresh_rate, margins, interlaced, standard, false); hactive = TOTAL_ACTIVE_PIXELS; hblank = H_BLANK; htotal = TOTAL_PIXELS; vactive = V_LINES_RND; vblank = V_BLANK; vtotal = TOTAL_V_LINES; pclock = ACT_PIXEL_FREQ * 1000000; } hfreq = pclock / htotal; vfreq = pclock / (vtotal * htotal); vfreq_round100 = Math.round(vfreq*100)/100; hperiod = 1/hfreq; vperiod = 1/vfreq; peak_bw = pclock * bpc * color_fmt_multiplier; li, ne_bw = peak_bw * hactive / htotal; active_bw = vfreq * bpc * vactive * hactive * color_fmt_multiplier; vblank_duration = vblank * hperiod; dp_ubr20_bw = 20000000000*4/132*128; dp_ubr13_bw = 13500000000*4/132*128; dp_ubr10_bw = 10000000000*4/132*128; dp_hbr3_bw = 8100000000*4/10*8; dp_hbr2_bw = 5400000000*4/10*8; dp_hbr_bw = 2700000000*4/10*8; dp_rbr_bw = 1640000000*4/10*8; dpam_2_bw = 20000000000*2/132*128; dpam_hbr3_bw = 8100000000*2/10*8; dpam_hbr2_bw = 5400000000*2/10*8; dpam_hbr_bw = 2700000000*2/10*8; dpam_rbr_bw = 1640000000*2/10*8; dvi_d_bw = 165000000*24; dvi_dl_bw = 330000000*24; hdmi_1_0_bw = 165000000*24; hdmi_1_3_bw = 340000000*24; hdmi_2_0_bw = 600000000*24; hdmi_2_1_6g_bw = 6000000000*4*16/18; hdmi_2_1_8g_bw = 8000000000*4*16/18; hdmi_2_1_10g_bw = 10000000000*4*16/18; hdmi_2_1_12g_bw = 12000000000*4*16/18; ethernet_mtu1500 = 1500/1542; // includes inter-packet gap rfc4175_overhead = 20 + // IP header 8 + // UDP header 12 + // Minimal RTP header 13; // RFC 4175 additional header rfc4175_eth100m_bw = 100000000 * ethernet_mtu1500 * (1500 - rfc4175_overhead) / 1500; rfc4175_eth1g_bw = 1000000000 * ethernet_mtu1500 * (1500 - rfc4175_overhead) / 1500; rfc4175_eth10g_bw = 10000000000 * ethernet_mtu1500 * (1500 - rfc4175_overhead) / 1500; dp_ubr20_ok = (peak_bw Ok" : "No" ; dp_ubr13_ok = (peak_bw Ok" : "No" ; dp_ubr10_ok = (peak_bw Ok" : "No" ; dp_hbr3_ok = (peak_bw Ok" : "No" ; dp_hbr2_ok = (peak_bw Ok" : "No" ; dp_hbr_ok = (peak_bw Ok" : "No" ; dp_rbr_ok = (peak_bw Ok" : "No" ; dpam_2_ok = (peak_bw Ok" : "No" ; dpam_hbr3_ok = (peak_bw Ok" : "No" ; dpam_hbr2_ok = (peak_bw Ok" : "No" ; dpam_hbr_ok = (peak_bw Ok" : "No" ; dpam_rbr_ok = (peak_bw Ok" : "No" ; dvi_d_ok = bpc != 8 ? "8 bpc only" : (peak_bw Ok" : "No" ; dvi_dl_ok = bpc != 8 ? "8 bpc only" : (peak_bw Ok" : "No" ; hdmi_1_0_ok = (peak_bw Ok" : "No" ; hdmi_1_3_ok = (peak_bw Ok" : "No" ; hdmi_2_0_ok = (peak_bw Ok" : "No" ; hdmi_2_1_6g_ok = (peak_bw Ok" : "No" ; hdmi_2_1_8g_ok = (peak_bw Ok" : "No" ; hdmi_2_1_10g_ok = (peak_bw Ok" : "No" ; hdmi_2_1_12g_ok = (peak_bw Ok" : "No" ; rfc4175_eth100m_ok = (active_bw Ok" : "No" ; rfc4175_eth1g_ok = (active_bw Ok" : "No" ; rfc4175_eth10g_ok = (active_bw Ok" : "No" ; dp_ubr20_ok = dp_ubr20_ok + " (" + Math.round(peak_bw/dp_ubr20_bw*100) + "%)" dp_ubr13_ok = dp_ubr13_ok + " (" + Math.round(peak_bw/dp_ubr13_bw*100) + "%)" dp_ubr10_ok = dp_ubr10_ok + " (" + Math.round(peak_bw/dp_ubr10_bw*100) + "%)" dp_hbr3_ok = dp_hbr3_ok + " (" + Math.round(peak_bw/dp_hbr3_bw*100) + "%)" dp_hbr2_ok = dp_hbr2_ok + " (" + Math.round(peak_bw/dp_hbr2_bw*100) + "%)" dp_hbr_ok = dp_hbr_ok + " (" + Math.round(peak_bw/dp_hbr_bw*100) + "%)" dp_rbr_ok = dp_rbr_ok + " (" + Math.round(peak_bw/dp_rbr_bw*100) + "%)" dpam_2_ok = dpam_2_ok + " (" + Math.round(peak_bw/dpam_2_bw*100) + "%)" dpam_hbr3_ok = dpam_hbr3_ok + " (" + Math.round(peak_bw/dpam_hbr3_bw*100) + "%)" dpam_hbr2_ok = dpam_hbr2_ok + " (" + Math.round(peak_bw/dpam_hbr2_bw*100) + "%)" dpam_hbr_ok = dpam_hbr_ok + " (" + Math.round(peak_bw/dpam_hbr_bw*100) + "%)" dpam_rbr_ok = dpam_rbr_ok + " (" + Math.round(peak_bw/dpam_rbr_bw*100) + "%)" dvi_d_ok = bpc == 8 ? dvi_d_ok + " (" + Math.round(peak_bw/dvi_d_bw*100) + "%)" : dvi_d_ok dvi_dl_ok = bpc == 8 ? dvi_dl_ok + " (" + Math.round(peak_bw/dvi_dl_bw*100) + "%)" : dvi_dl_ok hdmi_1_0_ok = hdmi_1_0_ok + " (" + Math.round(peak_bw/hdmi_1_0_bw*100) + "%)" hdmi_1_3_ok = hdmi_1_3_ok + " (" + Math.round(peak_bw/hdmi_1_3_bw*100) + "%)" hdmi_2_0_ok = hdmi_2_0_ok + " (" + Math.round(peak_bw/hdmi_2_0_bw*100) + "%)" hdmi_2_1_6g_ok = hdmi_2_1_6g_ok + " (" + Math.round(peak_bw/hdmi_2_1_6g_bw*100) + "%)" hdmi_2_1_8g_ok = hdmi_2_1_8g_ok + " (" + Math.round(peak_bw/hdmi_2_1_8g_bw*100) + "%)" hdmi_2_1_10g_ok = hdmi_2_1_10g_ok + " (" + Math.round(peak_bw/hdmi_2_1_10g_bw*100) + "%)" hdmi_2_1_12g_ok = hdmi_2_1_12g_ok + " (" + Math.round(peak_bw/hdmi_2_1_12g_bw*100) + "%)" rfc4175_eth100m_ok = rfc4175_eth100m_ok + " (" + Math.round(active_bw/rfc4175_eth100m_bw*100) + "%)" rfc4175_eth1g_ok = rfc4175_eth1g_ok + " (" + Math.round(active_bw/rfc4175_eth1g_bw*100) + "%)" rfc4175_eth10g_ok = rfc4175_eth10g_ok + " (" + Math.round(active_bw/rfc4175_eth10g_bw*100) + "%)" prefix = "#" + standard; if (result){ $(prefix + "-aspect_ratio").text(ASPECT_RATIO); $(prefix + "-pclock").text(Math.round(pclock/1000)/1000); $(prefix + "-htotal").text(htotal); $(prefix + "-hpixels").text(hactive); $(prefix + "-hblank").text(hblank); $(prefix + "-hfront").text(H_FRONT_PORCH); $(prefix + "-hsync").text(H_SYNC); $(prefix + "-hback").text(H_BACK_PORCH); $(prefix + "-hpol").text(H_POL); $(prefix + "-hfreq").text(Math.round(hfreq)/1000); $(prefix + "-hperiod").text(Math.round(hperiod*1000000000)/1000); $(prefix + "-vtotal").text(vtotal); $(prefix + "-vpixels").text(vactive); $(prefix + "-vblank").text(vblank); $(prefix + "-vblank_duration").text(Math.round(vblank_duration*1000000)); $(prefix + "-vfront").text(V_FRONT_PORCH); $(prefix + "-vsync").text(V_SYNC_RND); $(prefix + "-vback").text(V_BACK_PORCH); $(prefix + "-vpol").text(V_POL); $(prefix + "-vfreq").text(Math.round(vfreq*1000)/1000); $(prefix + "-vperiod").text(Math.round(vperiod*1000000)/1000); $(prefix + "-peak_bw").text(Math.round(peak_bw/1000000)); $(prefix + "-line_bw").text(Math.round(line_bw/1000000)); $(prefix + "-active_bw").text(Math.round(active_bw/1000000)); if (DMT_ID) $(prefix + "-dmt_id").text("0x" + DMT_ID.toString(16) ); if (DMT_ID) $(prefix + "-dmt_type").text(DMT_TYPE.toUpperCase() ); if (DMT_ID) $(prefix + "-dmt_2byte_code").text(DMT_2BYTE_CODE.toString(16) ); if (DMT_ID) $(prefix + "-dmt_3byte_code").text(DMT_3BYTE_CODE.toString(16) ); if (VIC) $(prefix + "-vic").text(VIC); $(prefix + "-dp_ubr20").html(dp_ubr20_ok); $(prefix + "-dp_ubr13").html(dp_ubr13_ok); $(prefix + "-dp_ubr10").html(dp_ubr10_ok); $(prefix + "-dp_hbr3").html(dp_hbr3_ok); $(prefix + "-dp_hbr2").html(dp_hbr2_ok); $(prefix + "-dp_hbr").html(dp_hbr_ok); $(prefix + "-dp_rbr").html(dp_rbr_ok); $(prefix + "-dpam_2").html(dpam_2_ok); $(prefix + "-dpam_hbr3").html(dpam_hbr3_ok); $(prefix + "-dpam_hbr2").html(dpam_hbr2_ok); $(prefix + "-dpam_hbr").html(dpam_hbr_ok); $(prefix + "-dpam_rbr").html(dpam_rbr_ok); $(prefix + "-dvi_d").html(dvi_d_ok); $(prefix + "-dvi_dl").html(dvi_dl_ok); $(prefix + "-hdmi1_0").html(hdmi_1_0_ok); $(prefix + "-hdmi1_3").html(hdmi_1_3_ok); $(prefix + "-hdmi2_0").html(hdmi_2_0_ok); $(prefix + "-hdmi2_1_6g").html(hdmi_2_1_6g_ok); $(prefix + "-hdmi2_1_8g").html(hdmi_2_1_8g_ok); $(prefix + "-hdmi2_1_10g").html(hdmi_2_1_10g_ok); $(prefix + "-hdmi2_1_12g").html(hdmi_2_1_12g_ok); $(prefix + "-rfc4175_eth100m").html(rfc4175_eth100m_ok); $(prefix + "-rfc4175_eth1g").html(rfc4175_eth1g_ok); $(prefix + "-rfc4175_eth10g").html(rfc4175_eth10g_ok); $(prefix + "-modeline").html(modeline()); } else{ $(prefix + "-aspect_ratio").text(""); $(prefix + "-pclock").text(""); $(prefix + "-htotal").text(""); $(prefix + "-hpixels").text(""); $(prefix + "-hblank").text(""); $(prefix + "-hfront").text(""); $(prefix + "-hsync").text(""); $(prefix + "-hback").text(""); $(prefix + "-hpol").text(""); $(prefix + "-hfreq").text(""); $(prefix + "-hperiod").text(""); $(prefix + "-vtotal").text(""); $(prefix + "-vpixels").text(""); $(prefix + "-vblank").text(""); $(prefix + "-vblank_duration").text(""); $(prefix + "-vfront").text(""); $(prefix + "-vsync").text(""); $(prefix + "-vback").text(""); $(prefix + "-vpol").text(""); $(prefix + "-vfreq").text(""); $(prefix + "-vperiod").text(""); $(prefix + "-peak_bw").text(""); $(prefix + "-line_bw").text(""); $(prefix + "-active_bw").text(""); $(prefix + "-dmt_id").text(""); $(prefix + "-dmt_type").text(""); $(prefix + "-dmt_2byte_code").text(""); $(prefix + "-dmt_3byte_code").text(""); $(prefix + "-vic").text(""); $(prefix + "-dp_ubr20").html(""); $(prefix + "-dp_ubr13").html(""); $(prefix + "-dp_ubr10").html(""); $(prefix + "-dp_hbr3").html(""); $(prefix + "-dp_hbr2").html(""); $(prefix + "-dp_hbr").html(""); $(prefix + "-dp_rbr").html(""); $(prefix + "-dpam_2").html(""); $(prefix + "-dpam_hbr3").html(""); $(prefix + "-dpam_hbr2").html(""); $(prefix + "-dpam_hbr").html(""); $(prefix + "-dpam_rbr").html(""); $(prefix + "-dvi_d").html(""); $(prefix + "-dvi_dl").html(""); $(prefix + "-hdmi1_0").html(""); $(prefix + "-hdmi1_3").html(""); $(prefix + "-hdmi2_0").html(""); $(prefix + "-hdmi2_1_6g").html(""); $(prefix + "-hdmi2_1_8g").html(""); $(prefix + "-hdmi2_1_10g").html(""); $(prefix + "-hdmi2_1_12g").html(""); $(prefix + "-rfc4175_eth100m").html(""); $(prefix + "-rfc4175_eth1g").html(""); $(prefix + "-rfc4175_eth10g").html(""); $(prefix + "-modeline").html(""); } }); $("#max_rfc4175_eth100m").html("Max BW " + Math.round(rfc4175_eth100m_bw/1000000) + " Mbit/s"); $("#max_rfc4175_eth1g").html("Max BW " + Math.round(rfc4175_eth1g_bw/1000000) + " Mbit/s"); $("#max_rfc4175_eth10g").html("Max BW " + Math.round(rfc4175_eth10g_bw/1000000) + " Mbit/s"); } function onload_init(){ predefined_modes.forEach(function(mode, index){ $(’#predefined_mode’).append($(’’, { value: mode[’name’], text: mode[’name’] })); }); update_status(); } window.onload = onload_init(); [点击下载]
  ·Kill隐藏顽固进程杀查工具启动项管理注册表系统自带程序后台任务防止自动重启 搜素关键字查找并杀死顽固的系统自带后台进程,防禁止后又重新自动启动。windowsinternal.composableshell.experiences. textinput.inputapp.exe关闭方法 [点击下载]
  ·64位谷歌地图浏览器上网慢网页卡顿解决chrome官方DNS地址正式原版MSI离线安装包无修改 谷歌浏览器64位chrome官方正式原版msi离线安装包无任何修改:Google.Chrome.74.0.3729.157.x64&x86,自动获取最快DNS最近IP地址工具 DNS名称 DNS1 DNS2 备注 阿里DNS  223.5.5.5  223.6.6.6    腾讯DNS  119.29.29.29  182.254.116.116    百度DNS  180.76.76.76  2400:da00::6666 IPv6    114DNS  114.114.114.114  114.114.115.115  干净无劫持   114.114.114.119  114.114.114.119 拦截钓鱼病毒    114.114.114.110  114.114.115.110  速度快稳定+保护儿童   DNSPod  119.29.29.29      谷歌DNS  8.8.8.8  8.8.4.4  稳定,国外用户建议  谷歌DNS IPv6  2001:4860:4860::8888  2001:4860:4860::8844    CloudFlare DNS  1.1.1.1  1.0.0.1  全球最快最大  CloudFlare DNS IPv6  2606:4700:4700::1111  2606:4700:4700::1001    中国互联网中心CNNIC  1.2.4.8 210.2.4.8   快稳定  IBM Quad9  9.9.9.9  149.112.112.112 防恶意及钓鱼,速度不快  IBM Quad9 IPv6  2620:fe::fe  2620:fe::9    Open DNS  208.67.222.222  208.67.220.220  国内访问速度感人  ONE DNS纯净版  117.50.10.10  52.80.52.52    ONE DNS拦截版  117.50.11.11  52.80.66.66    诺顿DNS  199.85.126.10  199.85.127.10  安全    199.85.126.20  199.85.127.20  安全+防成人    199.85.126.30  199.85.126.30  安全+防成人+其他   香港宽频  203.80.96.10      中华电信  168.95.1.1  168.95.192.1    中华电信 IPv6  2001:b000:168::1 2001:b000:168::2    [点击下载]
  ·NV显卡bios编辑器NiBiTor工具软件 NIBITOR6.0软件bios调试工具编辑器,2019年4月NV显卡刷新bios最新升级工具 [点击下载]
  ·nvflash工具turing图灵系列RTX显卡bios刷新软件 支持RTX8000,6000,5000,RTX4000专业quadro系列,geforce游戏卡RTX2080,RTX2070,RTX2060 [点击下载]
  ·4101显示BSOD故障日志win7蓝屏代码win10重启开机弹窗强制更新驱动报错误atikmpag显卡驱动挂起amdkmdap停止响应 调用系统日志事件查看器4101错误分析,修改注册表关闭超时检测,本地注册表编辑器,atikmpag和amdkmdap;atikmdag和amdkmdag原文件下载,蓝屏代码查看工具   [点击下载]
  ·SST模式DP多屏宝DP-H141一进四出4096*768设定软件 SST模式DP多屏宝DP-H141一进四出4096*768设定软件 [点击下载]
  ·冶天NV多屏卡iCube多屏宝DP强制输出5760*1080分辨率1050TI设置DPD26软件 通过iCube软件可以将NV显卡DP接口多屏宝分辨率强制自定义成5760*1080,60Hz分辨率做surround sli 多屏显卡点对点显示12屏拼接3列4行 [点击下载]
  ·VHDCI冶天9屏显卡5889D多屏拼接3x3点对点设置5760x3240分辨率壁纸大屏拼接7759D一键整屏显示 VHDCI冶天1机9屏显卡5889D大屏3x3拼接液晶电视墙设置5760x3240软件用于RX580 9屏,拼接设置工具,18.2.1.10.64微云,18.2.1.10.64百度,18.9.1.7.64百度 一机9屏3x3拼接点对点显示桌面壁纸,方便调整线序 [点击下载]
  ·AMD硬解码AFM视频插帧软解播放软外挂滤镜BlueFRC画面防撕裂工具 AMD fluid motion video硬解码BlueFRC视频播放外挂滤镜使用环境及用法说明 [点击下载]
  ·测试9屏拼接点对点显示眼图5760*3240多屏坐标像素颜色提取 多屏拼接点对点显示像素坐标颜色提取,测试9屏拼接点对点显示眼图5760*3240 [点击下载]
  ·resource-hacker资源exe程序脱壳整合 resource-hacker资源exe程序脱壳整合 [点击下载]
  ·大智慧365多屏看盘炒股票外汇分析家专业财富版,金融实验室策略投资终端 大智慧365多屏看盘炒股票分析家专业财富版,金融实验室策略投资终端 [点击下载]
  ·多个双GPU系统指定显卡1运行指定程序做加速解码运算OpenGL性能GPU1用于计算程序显卡2做显示 硬件加速 GPU 调度允许 Windows 将大部分 GPU 调度卸载到基于 GPU 的专用调度处理器。目标是减少延迟并提高性能,主要是在游戏中。它在默认情况下处于禁用状态,因为您必须拥有具有必要硬件的现代图形卡,并结合向 Windows 公开此支持的 WDDMv2.7 驱动程序。修改注册表打开此功能 操作系统仅支持:Windows 10 Build 19041及以上、Windows 10 20H1 21H2版、Windows 10 Version 2004。 驱动程序仅支持:NVIDIA GeForce 451.8及以上版本、AMD Adrenaline 2020 20.5.1 Beta 及以上版本等 专业显卡OpenGL性能测试程序 [点击下载]
  ·firepro显卡64位性能优化程序 firepro显卡64位性能优化程序 [点击下载]
  ·Active主动式4K小DP转HDMI2.0线PS176刷新固件升级BIOS软件PS171工具 PS176主动式DP转HDMI设计规格书,PS176芯片规格书,通讯协议:解决dp转HDMI2.0规格兼容问题:Active主动式小DP转HDMI线PS176最新固件升级程序工具主动式DP转hdmi2.0更新固件解决RX480及580开机黑屏问题 [点击下载]
  ·鼠标穿越多机跨越多屏跨界看不见光标修复 多机多屏跨界鼠标:实现使用一套键盘与鼠标同时控制多台不同的电脑,最多可以把四台PC电脑连接在一起,用户可以用一个鼠标在不同电脑上完成复制、粘贴、拖拽等操作,能够对其它机器截屏,能够切换成同步控制所有机器,桌面鼠标看不到光标修复工具 [点击下载]
  ·Firepro自定义EDID时钟工具AMD_FirePro_CustomTimingTool AMD Firepro自定义时钟同步工具AMD_FirePro_CustomTimingTool,EDID timing标准时序参考 1030W1M 1024*768 1016W1M  1280*720 0523W1N  1280*800 0808W1MH  1366*768 0128W1M  1400*1050 1207W1M  1440*900 1108W1MH  1792*768 EDIIG0216  1920*1080 EDIDG0315  1920*1080D 0812W1M  1920*1200 0606W1N  3840*1080 0613W1N 3840*1200 1213W2M 3840*2160i 1221W3M 3840*2160p     0626W3N  2520*900 0626W1N  2640*1200 0613W2N  3360*1200 0626W2N  3600*900 NV4K直连60Hz 3840*2160 IDV3840*2160  3840x2160NV 60Hz             SurfaceDP  3000*2000  EDIDG0505ls  1920*1200  2408D    U2515HP    U2515HH    2408H    1019W2N 1920*1080@120  1019W1N  1024*768@120  DP3D5760at60 5760*1080 Acer宏基DVIxl2411 1920*1080at120 DPxl2411 1920*1080at144hz              DSD-lgl-dp  4096x2160 24hz  IDV2560x720  2560*720 60hz  IDV2560x1024 2560x1024 60hz  IDV2048*768   2048x768 60hz  IDV1792*1008  1792x1008 60hz  IDV3584*1008  3584x1008 60hz  IDV1920x1080    MstarDemo4096  4096*2160 原  LT4096*2160N 4096*2160 30txt  Mstar4096>idv1920  4096-1920txt  SamSung 55" TV Q90A 4k60       三星49"带鱼屏1800R曲面HDR600量子点Freesync显示器3840x1080DP144Hz  idv3840x1080dp  三星49"带鱼屏1800R曲面HDR600量子点Freesync显示器3840x1080HDMI120Hz   idv3840*1080HD  IDV1024*768H  1024*768 60声      IDV3840*2160PHL  3840x2160 30Hz IDV1920*2160  1920x2160 30Hz  IDV1920x3240  1920*3240 30Hz  idv960x2160  960*2160 30Hz  IDV2160x1920  2160*1920 30Hz  IDV3240x1920  3240*1920 30Hz  IDV3840x1080  3840x1080 60  mstar3840*1080  3840x1080 dp  DP1920x2160  1920x2160CR  DP1920x1080 1920x1080CR  dp1920*3240cr  1920x3240 30  idv1366*3840  1366*3840 30  idv1366*3840HG  1366*3840 60  DELL IDV1708D 1280x1024at60   IDV1708H 1280x1024at60       2408VGA  2408DP1.1  2408D 1920*1200  2408H  1920*1200  DELL2515UP  2560*1440 U2515HH 2560*1440   U2515HP 2560*1440   IDV2417H  1920*1080 60  IDV2417P-T   IDV2417P-B       S2522HGDP   S2522HGHD           IDVU2718QM DP 4K60 5.4G 3840x2160@60  2560*1440@60 2048*1080@24  2048*1280@60  IDVU2720QM  DPHDR3840*2160  DP3840*2160  HDMI-4K-HDR  HDMI3840*2160      USBC3840*2160    USBC-4K-HDR    Apple Studio Display 27英寸5K视网膜显示屏  5120X2880 USBC      IDV-HIK海康DP输入DS-B21处理器PRI-UHD自定义3840x1620@29.9BS1080H14  88 88 PRI UHD IN 图文说明  海康DS-B21 DP4K30输入     idv1920x3240it   HIK_DPUHD_IN DS-B21 HDMI 2.7G 1920X*1200@60  3840*2160@30  IDV1920*3240HIK  1920*3240@30  海康HIK视频B21矩阵平台1920*1080 最大1920*1200  PHLIDV 276E8V    3840x2160P@60  3840x2160H@60  IDV3840x1200H60    飞利浦288P6PVGA60  1920*1080 288P6DVI30 3840*2160  288P6HDMI30 3840*2160   PHL 288P6DP1.2txt  3840*2160         HM3840x1080DVI Wind 1080UP278.1       5行4列IDV3840x2700P30  3840x2700P30    IDV960x540H60  960x540H60  1行4列IDV1760x3960P30        IDV1920x1200H 1920x1200@60  IDV2560x1600D  2560x1600A60  IDV2560x2160P60  2560x2160P60  IDV640x480  640x480H60  IDV800x600  800*600H60  IDV2732*2304P30  2732x2304P30  IDV960*1080H  960x1080H60  IDV2560*800  2560x800H60  IDV3840x3240  3840x3240P30  idvv103sdp  1920x3240H30  idvv103dvis  1920*3240DVI30  IDV1280x800  1280x800H60  idv3840x720  3840x720H30  3840x720h60  IDV3072x768  3072*768H60    IDV1280x720  1280*720H60  IDV640x360  640x360H60  idv480x360  480x360H60  IDV1920x3240PT  1920*3240P60  IDV3072*1536 60(320)(380)30(195) IDV1920x1280D  IDV1920x720H60  IDV2800x2100H60    IDV3840*1200reduce7812   IDV4096*2160  4096x2160 24hz         LG 8K TV SSCR2 HD21 7680*4320 60 LG 4K TV SSCR2 HD20 4096*2160 60  LG条屏WFHD 2560x1080HDR60    AWIDV2048*720P60F7812   BJHZ1280*1024  BJHZ1920*1200                  25Hz2736*3840  SDR5行2列带10屏20.Q4  30Hz2880*3240  BJDP3行1.5列双口9屏  EDIIG0219-IDV            ROG华硕玩家PG27AQN 2K360(无) 2K144 HDMI IDV 2K144_120 HDMI1 7100 ASUS PG329 32" 2k165  IDVPG329 2K165 HDMI1 7100 VG28UQL1ASUS  2560*1440H120  HDMI2.0-4K60  HDMI2.1-4K120  DP1.4-4K144  4K144-noSYNC  MSI 27" MAG274QRF 2K165        小米电视最大4096推荐1920*1200   小米4K→1920*1200        小蜜蜂DVI光传1920*1080                   极米H3S最大4096推荐1920           Epson爱普生cb-l1100u 4K60 1920x1200H60  3840x1200h60  1920X1080H60  1920X1200H30  1920x1080H30  爱普生EPSON-CB-L1070U-NL 1920*1200  EPSON-PJ 1280*800  Epson-PJ1280*800   Epson pj CB-L615U 19201200(1)38401200(2)        奥图码CUL70T 原始1920*1200支持120Hz max4096 CUL70T修正为1920*1200 60Hz优先  Optoma奥图码XGA1024  1024*768H60  1920*1080 1280*800     OPTOMA1080P   OPTOMA7398-1920*1080       奥图码EL400W最大4096推荐1280x800  OTM0800最大推荐1280*800      视美乐短焦高亮BF402st  1280x720  smile视美乐1920*1080     视美乐PU550 1920*1200 PU701         whitesky皓空科技 ???? ?? ?? ??? 1440*900 光峰光电激光短焦lw213st  1280x800(1)          光峰S67-1920*1080  光峰S64-1920*1080        无声30Hz松下 1920*1200H30  1920x1200H60      科视DWU851  1920*1200          海信4K30   海信4K60           NEC-NP-PA651X推荐1920最大4096 NEC-NP-PA651推荐最大1024768   NEC NP-CB4600U 1920*1200  NEC NP-P604X  1024*768  NP-P605UL  1920*1200  松下Panasonic PT FRZ570C  1920x1200  FRZ570C-T FRZ570C-B      松下Panasonic PT-FRZ970D  1920x1200H60   970D-T   970D-B  1920x1200H30     松下PT-BAZ602C 1920*1200 PT-BW550C  1280*800 PT-FX600C   1024*768  松下PT-XW3383ST  1280*800      松下PT-BMZ60C最大3840*2160推荐1920*1200         松下PT601-1920*1200      松下PT-X3873STC-1024*768  PT-X3873→1024*768加声音  松下PT-BW550C-1280*800        松下PT-X3282STC→1024*768 松下PT-SMZ58C-1920*1200            XG-CA70UA夏普WUXGA-LCD-PJ 1920*1200          优派Viewsonic PJ  1920*1080   优派501W-1280*800      优派17266-1920*1080   优派PJ-1920*1080  迪恒370最大推荐1920*1080  迪恒DHN-DH370SR最大4096推荐1080(3d)   DH370SR降1080P   迪恒DH-PU820-GU7300-4600UST最大4096推荐1920*1200  迪恒PU820-GU7300-4600UST改1920*1200 VVK 1920*1200    乐丽C300U 1920*1200  乐丽S380U 1920*1200        英士SW360最大1920*1200推荐1280*800 理光3800U最大推荐1920x1200          e-VISION 1920*1200             [点击下载]
  ·VC++环境安装Visual-studio解决MSVCP100D与MSVCR100D等DLL缺少动态链接库丢失修复工具 MSVCP100D与MSVCR100D等DLL缺少动态库丢失安装Visual-studio解决64位版||MSVCP100D与MSVCR100D等DLL缺少动态库丢失安装Visual-studio解决32位版||最新数字签名运行库,更多参阅lpk.dll病毒是当下比较流行的一类病毒,而正常系统本身也会存在lpk.dll文件,这足以说明这类病毒的危险性。系统本身的lpk.dll文件位于C:\WINDOWS\system32和C:WINDOWS\system\dllcache目录下,注意路径,C:\WINDOWS\system32\USP10.dll和C:\WINDOWS\system32\dllcache\USP10.dll的不是病毒,其他的都是 [点击下载]
  ·DOPP-SDK1.0开发包AMD显卡firepro AMD显卡firepro开发包DOPP-SDK1.0. [点击下载]
首页  前一页  后一页  末页  每页20条 现在是第1页 共5
扫一扫,微信公众号
多屏显卡大屏幕拼接微信订阅号
多屏显卡大屏幕拼接
冶天多屏显卡微信服务号
pcidv-com服务号
冶天多屏显卡微信服务号
微信小程序JD商城

 一机多屏显示不同内容
 多屏视频:3D拼接画面

2X2拼接 横向水平跨越
竖屏拼接 纵向垂直拼接
双屏显示 2屏拼接+旋转
三屏显示 3屏拼接旋转
四屏显示 4屏旋转拼接
五屏显示 视频画面回传
六屏显示 6屏视频跨屏
跨屏漫游 8屏拼接4X2
液晶LCD拼接9屏3X3
12屏拼接4x3电视墙
16屏显示4x4液晶墙
超高分辨率液晶异形拼接
多屏幕边缘融合曲线校正
超窄边液晶DID无缝拼接
股票多屏大智慧/同花顺
多路采集大屏数字上墙
一机多屏图片实拍效果图
多屏效果确认产品推荐表

 多媒体显示屏信息发布
 数字标牌分屏告示系统

hair salon
美发店/SPA美容院
clothing store
KTV夜店/健身会所
fashion
服饰店/珠宝行/酒吧
shopping mall
卖场超市/百货商场
metro
地铁站/机场航站楼
fast food
快餐店/星巴克咖啡
convenience
便利店/停车场/药房
cinema/pcidv.com
电影院/会展中心
学校医院/银行证券
旅行社/房产中介
气象调度/指挥中心
快捷酒店|生产线
予人玫瑰,手有余香
 
 ·网上购物须谨慎
 
面朝大海,春暖花开
 
  友情链接
投影时代网  高清易连  alibaba中文  displayport 官网  交换  displaylink官网  福步外贸  亚马逊卓越  钱掌柜  交货  依马狮视听网  交换  中国广告协会官网  中国智造网  交换  交换  实用查询  交换  交换  交换  国内外硬件网站收集贴  交换  交换链接  bsn 官网  hardwareheaven硬件  滄者極限  交换链接  商标局商标官网  力安科技  ergotron液晶支架  敏学网  深圳会展中心  香港会展中心  windows8之家  亚洲国际展馆  广州国际会展  淘宝热销榜  淘宝购物分享  阿里学院  淘宝服务  Inforcomm巡展  猪八戒网  中关村服务器配件网  沪江英语网  multi-screen  环球在线展  数码多  中国IC交易网  集邦全球电子交易市集  QNX官网操作系统  威客-任务中国  HTPC原动力蓝光社区  交换  中国IC商城网  华强电子IC网  原厂原包IC交易  深圳房地产官网  火星时代  apple官方网店  福建led显示屏  威锋网  Chinajoy官网  Vendor-DeviceID  AMD/ATI开发者论坛  IC-datasheet搜索  千家论坛 
关于我们 支付说明  保修条例  供求信息  招商合作  人才储备  哪里购买 资料下载 驱动程式  技术支持  填写表格  使用说明  产品列表  相关软件
技术博客 教育博客           G Merchant google商家 速卖通 苏宁易购 贝宝内贸
深圳国税 深圳地税           G Adsense 谷歌推广 百度推广 百度统计 百度联盟

工商信息 免责声明 网站导航 广告联系 在线办公
Copyright © 2009 www.pcidv.com All Rights Reserved 深圳市卓星彩奕电子有限公司 版权所有
ICP备:粤ICP备05147688号       页面执行时间:39.063 毫秒

深圳网络警
察报警平台
工商网亮照
众信电子签
经营性网站
备案信息
12377
举报中心
中国文明网
传播文明