TFT LCDs: Industrial Use Products Contrast Backlight/Life Brightness Operating Temp Size Part Number MP Schedule Description Technology Resolution I/F Signal Notes Ratio Time (MTBF)*¹ *² (cd/m²) (deg C) 5.6” LT056DET2S00 In Production WSVGA p-Si 1024x600 LVDS 400 LED/20K 300 0 to 50 5.7” LTA057A343F In Production QVGA a-Si 320x240 CMOS 500 LED/70K 320 -20 to 70 5.7” LT057AC47100 Q4 ’09 VGA p-Si 630x480 LVDS 500 LED/70K 350 -20 to 70 6.5” LTA065B0D2F In Production VGA a-Si 640x480 LVDS 500 LED/70K 550 -20 to 70 Non-promotable. For reference only 6.5” LTA065B0D4F In Production VGA a-Si 640x480 CMOS 500 LED/70K 550 -20 to 70 Non-promotable. For reference only 7.0" LT070AC46100 Q3 '09 WVGA (VMW) p-Si 800x480 LVDS 400 LED/25K 550 -15 to 60 VMW= Wide Viewing angle technology 8.4” LTM08C351L In Production SVGA p-Si 800x600 LVDS 300 2CCFL/50K 350 -10 to 60 Non-promotable. For reference only 8.4” LTM08C351S In Production SVGA p-Si 800x600 CMOS 300 2CCFL/50K 350 -10 to 60 Non-promotable. For reference only 8.4” LTA084C190F In Production SVGA p-Si 800x600 LVDS 400 1CCFL/50K 200 -10 to 60 With T/S*³ (4 wire resistive type) 8.4” LTA084C191F In Production SVGA p-Si 800x600 LVDS 400 1CCFL/50K 250 -20 to 70 8.4" LTA084C270F In Production SVGA p-Si 800x600 LVDS 450 2CCFL/50K 400 -20 to 70 8.4" LTA084C271F In Production SVGA p-Si 800x600 LVDS 400 LED/70K 400 -20 to 70 8.4" LTA084C272F In Production SVGA p-Si 800x600 LVDS 400 2CCFL/50K 320 -20 to 70 With T/S*³ (4 wire resistive type) 8.4" LT084AC27500 In Production SVGA p-Si 800x600 LVDS 350 LED/70K 320 -20 to 70 With T/S*³ (4 wire resistive type) 8.4" LT084AC37000 In Production XGA p-Si 1024x768 LVDS 400 LED/70K 400 -20 to 70 8.4" LT084AC37100 In Production XGA p-Si 1024x768 LVDS 400 LED/70K 320 -20 to 70 With T/S*³ (4 wire resistive type) 8.5” LTA085C184F In Production WVGA p-Si 800x480 CMOS 250 1 “L” CCFL/50K 215 -10 to 70 8.5” LTA085C185F In Production WVGA p-Si 800x480 CMOS 450 1 “L” CCFL/50K 270 -20 to 70 8.9” LTM09C362T In Production WSVGA p-Si 1024x600 LVDS 100 1CCFL/10K 220 0 to 50 8.9” LTD089EXWS In Production WXGA p-Si 1280x768 LVDS 140 LED/10K 225 0 to 50 Transflective 10.4” LTA104D182F In Production SVGA p-Si 800x600 LVDS 450 2CCFL/50K 400 -20 to 70 10.4” LTA104D183F In Production SVGA p-Si 800x600 LVDS 320 2CCFL/50K 320 -20 to 70 With T/S*³ (4 wire resistive type) 10.4” LTD104C11S In Production VGA a-Si 640x480 CMOS 500 2CCFL/50K 400 -10 to 65 Non-promotable. For reference only 10.4” LTD104EA5R In Production XGA p-Si 1024x768 LVDS 190 1CCFL/20K 170 0 to 50 10.4” LTD104KA1S In Production XGA p-Si 1024x768 LVDS 250 1CCFL/10K 170 0 to 50 Compatible with Wacom Digitizer 10.4” LT104AC36000 In Production XGA p-Si 1024x768 LVDS 400 LED/70K 320 -20 to 70 With T/S*³ (4 wire resistive type) 10.4” LT104AC36100 In Production XGA p-Si 1024x768 LVDS 400 LED/70K 400 -20 to 70 10.4” LT104AD18900 In Production SVGA p-Si 800x600 LVDS 400 LED/70K 400 -20 to 70 10.4” LT104AD18800 Q3 ’09 SVGA P-Si 800x600 LVDS 500 1 CCFL/50K 250 -20 to 70 10.6” LTA106C210F In Production WXGA p-Si 1280x768 LVDS 300 1CCFL/20K 225 0 to 50 12.1” LTA121C30SF In Production SVGA p-Si 800x600 CMOS 400 2CCFL/60K 400 -20 to 70 12.1” LTA121C31SF In Production SVGA p-Si 800x600 CMOS 400 2CCFL/60K 250 -20 to 70 12.1” LTA121C32SF In Production SVGA p-Si 800x600 LVDS 400 2CCFL/60K 250 -20 to 70 12.1” LTA121C33SF In Production SVGA p-Si 800x600 LVDS 400 2CCFL/60K 400 -20 to 70 12.1” LTD121GA0S In Production XGA p-Si 1024x768 LVDS 400 2CCFL/50K 350 0 to 50 12.1” LTA121C250F In Production XGA p-Si 1024x768 LVDS 500 2CFFL/60K 400 -20 to 70 12.1” LTD121EC5S In Production XGA p-Si 1024x768 LVDS 250 1CCFL/10K 200 0 to 50 12.1” LTA121C280F In Production WXGA p-Si 1280x768 LVDS 500 1CCFL/20K 300 0 to 50 12.1” LTD121EX1S In Production WXGA p-Si 1280x768 LVDS 500 1CCFL/10K 250 0 to 50 13.3” LTD133ECKS In Production XGA p-Si 1024x768 LVDS 500 1CCFL/10K 200 0 to 50 13.3" LTA133C390F In Production WXGA p-Si 1280x800 LVDS 400 2CCFL/20K 350 0 to 50 15.4” LTA154C240F In Production WXGA p-Si 1280x800 LVDS 400 1CCFL/10K 225 0 to 50 The MTBF (Mean Time between Failures) is not a guarantee or estimate of product life; it is a statistical value related to mean failure rates for a large number of products which may not accurately reflect actual operation. August 2009 Actual operating life of the product may not resemble the MTBF. *1: conditions; Ta= 25 deg C *2 Definitions of failure; A- LCD cd/m² becomes half of the min value. B- LED doesn’t light normally. *3: T/S= touch screen www.toshiba.com/taec