This article discusses new 4K HDR Home Cinema projectors 2019, including Epson 4K PRO-UHD Home Cinema 5050UB/5050UBe and 6050UB, BenQ HT3550 and BenQ Premium CinePro Series HT8060/HT9060, Optoma EH412/EH412ST, ViewSonic LS900WU and NEC P605UL, their main specs, key features, pros and cons. This article also contains a video showing unboxing and main specs of BenQ HT3550 4K HDR Home Theater projector.
This article discusses the Evolution of Epson 4K UHD projectors, including EPSON 4010, Epson 5040UB/UBe (Epson EH-TW9300), CH 5050UB / 5050UBe (Epson EH-TW9400), Epson 4K PRO-UHD series, wobulation, 4K-Enhancement (pixel-shifting), Four-Phase and Two-Phase Pixel Shifting, Epson UltraBlack technology, WirelessHD standard, DCI 4K, etc. This article also contains a video showing the the capabilities of Epson HC 4000 projector.
This article discusses the Epson 5050UB vs Epson 5040UB (Epson EH-TW9400 vs Epson EH-TW9300) projectors, including their kay features, Lumen Output, Native and True 4K resolution, Two-Phase and Four-Phase Pixel Shifting, color light output (CLO), IDMS 15.4, 4K- Enhancement and its second generation 4K PRO-UHD, DCI 4K, 0.66″ and 0.47″ DMD chips, etc. This article also contains a video showing difference in color saturation of 3LCD vs 1-chip DLP models.
This article discusses the Epson 5040UB vs Epson 4010 (Epson EH-TW9300 vs Epson EH-TW7400), including their dinamic contrast ratio, black level, resolution and detail, HDR Tone-Mapping, 4K Enhanced and 4K PRO-UHD (its second generation), etc. This article also contains a video showing the capabilities of the Epson 4010 projector.
This article discusses the Epson 4K HDR 5040UB (EH-TW9300), including its comparison with EPSON 4010 and 5050UB, as well as Picture Modes, Pixel Shifting (wobulation, e-shift, 4K Enhancement, 4KE, TI UHD), Two-Phase and Four-Phase Pixel Shifting, Epson UltraBlack technology, Lens Memory function, Fast Mode, B&W Cinema, Noise Reduction, pros and cons, etc. This article also contains a video showing the capabilities of the Epson 5040UB projector.
This article discusses the innovative technologies in modern Epson projectors, including EPSON 4010, CH 5050UB / 5050UBe, CH EPSON 6050UB of EPSON 4K PRO-UHD series, as well as H2 HDR and ZX CPUs, Pixel Shifting (wobulation, e-shift, 4K Enhancement), Two-Phase and Four-Phase Pixel Shifting, Epson UltraBlack, True 3-Chip and Extreme Color Gamut technologies, Precision HDR Adjustment, etc. The article also contains video showing some innovative technologies in modern Epson projectors.
This article discusses the Native 4K vs True 4K vs 1080p Pixel Shift in 4K Projectors, including operation principle of wobulation or e-shift or Pixel Shifting, Four-Phase and Two-Phase Pixel Shifting, 0.66″ and 0.47″ DMD chips, etc. The article also contains video showing the world’s first JVC DLA-NX9 projector with 8K e-Shift and other native 4K options.
This article discusses the 3LCD Epson Home Cinema 3700/3100 (Epson EH-TW6700), Epson 2040/2045 projectors, including their features, Epson Image Enhancement Technology (Super Resolution Technology), Geometric Correction, Keystone Correction, Epson Polysilicon TFT Active Matrix, Picture-in-Picture and Frame Interpolation options, pros and cons, etc. The article also contains a video showing a very high image quality directly on the beige wall without a screen.
This article discusses OPTOMA UHD60 Ultra HD 4K projector, including its main specs, image projection technology, picture modes, 0.66″ and 0.47″ DLP chipsets, Ultra Resolution feature, BrilliantColor technology, Dynamic Black mode, RGBCY wheel, rainbow effect, Wobulation technology, pros and cons, etc. The article also contains a video showing the Optoma UHD60 4K projector.
This article discusses the native vs maximum projector resolution, including native and 4K resolution, 4K to Full HD conversion, Remastering Engine technology, Wobulation or pixel shifting or e-shift or 4K Enhancement Technology, its features, operation ptinciple, pros and cons, UHD or UH-Definition or Ultra High-Definition TV, etc. The article also contains a video perfectly showing the Pixel shift operation principle.