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TCL C765 Premium QD-Mini LED 4K TV
85C765
TCL C765 Premium QD-Mini LED 4K TV
Overview
Overview
EXCEPTIONAL QUALITY
EXCEPTIONAL QUALITY
TCL QD-Mini LED
QLED with Mini LED
TCL's QD-Mini LED merges the merits of QLED and OLED, transforming the traditional backlight into pixel-level precision lighting. It also uses the world's leading QLED technology, offering contrast and color gamut on par with OLED, yet boasting higher peak brightness and longevity. This is the future of large-screen display technology.
1536 Local Dimming Zones | HDR 2400 nits | QLED PRO | TCL All-domain Halo Control Technology
TCL QD-Mini LED
QLED with Mini LED
TCL's QD-Mini LED merges the merits of QLED and OLED, transforming the traditional backlight into pixel-level precision lighting. It also uses the world's leading QLED technology, offering contrast and color gamut on par with OLED, yet boasting higher peak brightness and longevity. This is the future of large-screen display technology.
1536 Local Dimming Zones
HDR 2400 nits
QLED PRO
TCL All-domain Halo Control Technology
1536 Local Dimming Zones
TCL C765 is equipped with 1536 local dimming zones that cast pixel-level light control, delivering fabulous lifelike details.
*Features, specs vary by model, screen size and region.
1536 Local Dimming Zones
TCL C765 is equipped with 1536 local dimming zones that cast pixel-level light control, delivering fabulous lifelike details.
*Features, specs vary by model, screen size and region.
1536 Local Dimming Zones
Picture Quality close to OLED
500-level Local Dimming Zones
Picture Quality greatly improved
100-level Local Diming Zones
Picture Quality is relatively ordinary
1536 Local Dimming Zones
Picture Quality close to OLED
1536 Local Dimming Zones
Picture Quality close to OLED
500-level Local Dimming Zones
Picture Quality greatly improved
500-level Local Dimming Zones
Picture Quality greatly improved
100-level Local Diming Zones
Picture Quality is relatively ordinary
100-level Local Diming Zones
Picture Quality is relatively ordinary
HDR 2400 nits
With brightness of 2400 nits and an ultra-high contrast ratio of 24 million to 1, C765 comes with a remarkable vivid visual for variable lighting conditions, even in broad daylight. Enjoy the details hidden in the sunny or shadowy scene.
*2400nits peak brightness test data from TCL laboratory. Different test environments/standards may cause deviations in results.
*Features, specs vary by model, screen size and region.
HDR 2400 nits
With brightness of 2400 nits and an ultra-high contrast ratio of 24 million to 1, C765 comes with a remarkable vivid visual for variable lighting conditions, even in broad daylight. Enjoy the details hidden in the sunny or shadowy scene.
*2400nits peak brightness test data from TCL laboratory. Different test environments/standards may cause deviations in results.
*Features, specs vary by model, screen size and region.
HDR 2400nits
The New Generation Mini LED
1000nits
The Traditional Mini LED
HDR 2400nits
The New Generation Mini LED
HDR 2400nits
The New Generation Mini LED
1000nits
The Traditional Mini LED
1000nits
The Traditional Mini LED
TCL All-domain Halo Control Technology
No halo, more clarity
The TCL all-domain Halo Control Technology uses Six-crystal Light-emitting chip Ⅱ and customised optical imaging micro lens, combined with backlight response algorithms and a HVA PRO screen to achieve entire path picture quality tuning, to effictively solve the halo problem and deliver a beautiful viewing experience.
Six-crystal Light-emitting Chip Ⅱ | Optical Imaging Micro Lens | Bidirectional 16-bit | Transient Response
TCL All-domain Halo Control Technology
No halo, more clarity
The TCL all-domain Halo Control Technology uses Six-crystal Light-emitting chip Ⅱ and customised optical imaging micro lens, combined with backlight response algorithms and a HVA PRO screen to achieve entire path picture quality tuning, to effictively solve the halo problem and deliver a beautiful viewing experience.
Six-crystal Light-emitting Chip Ⅱ
Optical Imaging Micro Lens
Bidirectional 16-bit
Transient Response
Strong Halo Control
Good Picture without halo
Weak Halo Control
Poor Picture with halo
Strong Halo Control
Good Picture without halo
Strong Halo Control
Good Picture without halo
Weak Halo Control
Poor Picture with halo
Weak Halo Control
Poor Picture with halo
Six-crystal Light-emitting chip Ⅱ
Master light and dark, capture intricate details
Compared with traditional single-core LED chips, C765's ground-breaking 6-core LED chips significantly improve brightness and energy efficiency, and reproduce natural bright and dark scenes with clarity.
*Brightness & energy efficiency improvement data quoted from the TCL laboratory. Different test environments/standards may cause deviations in results.
Six-crystal Light-emitting chip Ⅱ
Master light and dark, capture intricate details
Compared with traditional single-core LED chips, C765's ground-breaking 6-core LED chips significantly improve brightness and energy efficiency, and reproduce natural bright and dark scenes with clarity.
*Brightness & energy efficiency improvement data quoted from the TCL laboratory. Different test environments/standards may cause deviations in results.
Six-crystal Light-emitting chip Ⅱ
6 luminous cores
Traditional Mini Led chip
1 luminous core
Six-crystal Light-emitting chip Ⅱ
6 luminous cores
Six-crystal Light-emitting chip Ⅱ
6 luminous cores
Traditional Mini Led chip
1 luminous core
Traditional Mini Led chip
1 luminous core
Optical Imaging Micro Lens
More uniform brightness, a clearer picture
The optical imaging micro lens, made from yellowing-resistant optical materials, use micron-level precision carving technology to control light direction. With a backlight uniformity of 95% and an 8x improvement in optical stability, picture details are further enhanced.
*The backlight uniformity data was quoted from the TCL laboratory. Different test environments/standards may cause deviations in results.
Optical Imaging Micro Lens
More uniform brightness, a clearer picture
The optical imaging micro lens, made from yellowing-resistant optical materials, use micron-level precision carving technology to control light direction. With a backlight uniformity of 95% and an 8x improvement in optical stability, picture details are further enhanced.
*The backlight uniformity data was quoted from the TCL laboratory. Different test environments/standards may cause deviations in results.
Optical Imaging Micro Lens
Strong Halo Control
Traditional Lens
Weak Halo Control
Optical Imaging Micro Lens
Strong Halo Control
Optical Imaging Micro Lens
Strong Halo Control
Traditional Lens
Weak Halo Control
Traditional Lens
Weak Halo Control
Transient Response
Transient response can prevent dark shadows, bright spots, and trailing caused by backlight lag in motion picture. It makes the motion picture sharper and enhances your viewing experience.
Transient Response
Transient response can prevent dark shadows, bright spots, and trailing caused by backlight lag in motion picture. It makes the motion picture sharper and enhances your viewing experience.
After transient response optimisation
Fast backlight response, bright enough, yet dark enough
Before transient response optimisation
Slow backlight response, dark shadows and bright spots on the screen
After transient response optimisation
Fast backlight response, bright enough, yet dark enough
After transient response optimisation
Fast backlight response, bright enough, yet dark enough
Before transient response optimisation
Slow backlight response, dark shadows and bright spots on the screen
Before transient response optimisation
Slow backlight response, dark shadows and bright spots on the screen
Bidirectional 16-bit
With 16-bit screen content sensing capability, it can carry out 65,000 levels of precise control of area backlighting, bringing clearer and more realistic display effects through real-time screen backlighting adjustment.
Bidirectional 16-bit
With 16-bit screen content sensing capability, it can carry out 65,000 levels of precise control of area backlighting, bringing clearer and more realistic display effects through real-time screen backlighting adjustment.
faster than HDMI2.0
