QD-Mini LED, the next-gen of large-screen display

QD-Mini LED, the next-gen of large-screen display

Mini LED is the preferred choice

Mini LED is the preferred choice

QD-Mini LED

QLED with Mini LED

TCL's QD-Mini LED combines the merits of QLED and OLED technologies, transforming the traditional backlight into lighting that is close to pixel-level precision. It also utilizes the world's leading QLED technology, offering contrast and color gamut comparable to OLED, while also providing higher peak brightness and a longer lifespan. This represents the future technology of large-screen displays.

QD-Mini LED

QLED with Mini LED

TCL's QD-Mini LED combines the merits of QLED and OLED technologies, transforming the traditional backlight into lighting that is close to pixel-level precision. It also utilizes the world's leading QLED technology, offering contrast and color gamut comparable to OLED, while also providing higher peak brightness and a longer lifespan. This represents the future technology of large-screen displays.
HDR 5000nits
Ultra-high peak brightness
50000000:1
Ultra-high contrast
98% DCI-P3
Ultra-high color gamut
10 years
Ultra-long lifespan
HDR 5000nits
Ultra-high peak brightness
 
HDR 5000nits
Ultra-high peak brightness
50000000:1
Ultra-high contrast
 
50000000:1
Ultra-high contrast
98% DCI-P3
Ultra-high color gamut
 
98% DCI-P3
Ultra-high color gamut
10 years
Ultra-long lifespan
 
10 years
Ultra-long lifespan

01: lnorganic Mini LED

04: Liquid Crystal Material Layer

02: QD Film

05: RGB Color filter

03: TFT Driving Circuit

01: lnorganic Mini LED

04: Liquid Crystal Material Layer

02: QD Film

05: RGB Color filter

01: lnorganic Mini LED
02: QD Film
03: TFT Driving Circuit
04: Liquid Crystal Material Layer
05: RGB Color filter

03: TFT Driving Circuit

Mini LED display technology is the future trend

The Mini LED market is growing rapidly, outpacing OLED. It is projected that Mini LED's market share will surpass OLED's in 2024, making it the preferred choice for flagship TVs.

Mini LED display technology is the future trend

The Mini LED market is growing rapidly, outpacing OLED. It is projected that Mini LED's market share will surpass OLED's in 2024, making it the preferred choice for flagship TVs.
*Quoted from Omdia ststistics shipments(Million)
*Quoted from Omdia ststistics shipments(Million)

Mini LED TV has the best comprehensive picture quality

Compared with OLED TVs or ordinary TVs, Mini LED TVs have ultra-high peak brightness, ultra-high contrast, ultra-high color gamut, ultra-long service life, and it is easier to achieve high resolution, so that the picture display is clearer, and the details and color reproduction are more natural.

Mini LED TV has the best comprehensive picture quality

Compared with OLED TVs or ordinary TVs, Mini LED TVs have ultra-high peak brightness, ultra-high contrast, ultra-high color gamut, ultra-long service life, and it is easier to achieve high resolution, so that the picture display is clearer, and the details and color reproduction are more natural.

01: Resolution

04: Color Gamut

02: Service life

05: Contrast

03: Peak Brightness

01: Resolution

04: Color Gamut

02: Service life

05: Contrast

01: Resolution
02: Service life
03: Peak Brightness
04: Color Gamut
05: Contrast

03: Peak Brightness

Choose TCL for a better Mini LED TV experience

Choose TCL for a better Mini LED TV experience

Local dimming zone and peak brightness are core indicators of
Mini LED TV picture quality

For TVs of the same size, the more backlight partitions they have, the smaller each individual light control partition becomes. This fine control allows every detail to be accurately lit up. Higher peak brightness increases the TV's dynamic display range, presenting richer light and dark details, resulting in a more refined picture.

Local dimming zone and peak brightness are core indicators of Mini LED TV picture quality

For TVs of the same size, the more backlight partitions they have, the smaller each individual light control partition becomes. This fine control allows every detail to be accurately lit up. Higher peak brightness increases the TV's dynamic display range, presenting richer light and dark details, resulting in a more refined picture.

More local dimming zones offer astounding high contrast

More local dimming zones offer astounding high contrast

300-level local dimming zones
Picture quality greatly improved

1000-level local dimming zones
Picture quality close to OLED

2000-level local dimming zones
Picture quality comparable to OLED

5000-level local dimming zones
Picture quality beyond OLED

10000-level local dimming zones
Peak picture quality

300-level local dimming zones
Picture quality greatly improved

300-level local dimming zones
Picture quality greatly improved

1000-level local dimming zones
Picture quality close to OLED

1000-level local dimming zones
Picture quality close to OLED

2000-level local dimming zones
Picture quality comparable to OLED

2000-level local dimming zones
Picture quality comparable to OLED
5000-level local dimming zones
Picture quality beyond OLED

5000-level local dimming zones
Picture quality beyond OLED

10000-level local dimming zones
Peak picture quality

10000-level local dimming zones
Peak picture quality

Higher peak brightness offers rich light and dark details

Higher peak brightness offers rich light and dark details

TCL All-domain Halo Control Technology

TCL's All-domain Halo Control Technology covers the entire process from light generation to imaging. Through precise system-level light control, it effectively solves the halo problem, delivering a top-tier imaging experience.

TCL All-domain Halo Control Technology

TCL's All-domain Halo Control Technology covers the entire process from light generation to imaging. Through precise system-level light control, it effectively solves the halo problem, delivering a top-tier imaging experience.

Six-crystal
Light-emitting chip

Wide-angle
Even-light lens

Transient Response

Bidirectional
16-bit

Micro-OD

CrystGlow Screen

Six-crystal
Light-emitting chip

Six-crystal
Light-emitting chip

Wide-angle
Even-light lens

Wide-angle
Even-light lens

Transient Response

Transient Response

Bidirectional
16-bit

Bidirectional
16-bit

Micro-OD

Micro-OD

CrystGlow Screen

CrystGlow Screen

Six-crystal Light-emitting Chip

Master light and dark, capture intricate details

Compared with traditional single-core light-emitting chips, TCL uses the industry's breakthrough 6-core LED chip, which brings a 27.5% increase in brightness and a 30.2% increase in energy efficiency. Combined with 16-bit ultra-precision backlight control, presenting more bright and dark specifics.

Six-crystal Light-emitting Chip

Master light and dark, capture intricate details

Compared with traditional single-core light-emitting chips, TCL uses the industry's breakthrough 6-core LED chip, which brings a 27.5% increase in brightness and a 30.2% increase in energy efficiency. Combined with 16-bit ultra-precision backlight control, presenting more bright and dark specifics.

6-Core LED

27.5% Brightness Increase

30.2% Increase in Energy Efficiency

6-Core LED

27.5% Brightness Increase

6-Core LED
27.5% Brightness Increase
30.2% Increase in Energy Efficiency

30.2% Increase in Energy Efficiency

Conventional Mini LED

Six-crystal Light-emitting Chip

Conventional Mini LED
Six-crystal Light-emitting Chip

Conventional Mini LED

Six-crystal Light-emitting Chip

Wide-angle even-light lens

More consistent brightness for a sharper image

TCL's wide-angle even-light lens adopts a double-layer arch bridge design, which allows the light to gather more accurately and increases brightness. There is almost no overflow in the interval, greatly improving the uniformity of the backlight. Carefully selected yellowing-resistant optical materials increase optical stability by 8 times, resulting in clearer picture details.

Wide-angle even-light lens

More consistent brightness for a sharper image

TCL's wide-angle even-light lens adopts a double-layer arch bridge design, which allows the light to gather more accurately and increases brightness. There is almost no overflow in the interval, greatly improving the uniformity of the backlight. Carefully selected yellowing-resistant optical materials increase optical stability by 8 times, resulting in clearer picture details.

Yellowing-resistant optical materials
Optical stability improved by 8 times

Double-layer arch bridge design
60.63% lmprovement in backlight uniformity

Yellowing-resistant optical materials
Optical stability improved by 8 times

Yellowing-resistant optical materials
Double-layer arch bridge design
Optical stability improved by 8 times
60.63% lmprovement in backlight uniformity

Double-layer arch bridge design
60.63% lmprovement in backlight uniformity

Conventional lenses

Wide-angle even-light lens

Conventional lenses
Wide-angle even-light lens

Conventional lenses

Wide-angle even-light lens

Micro-OD

Thinner body, better image quality

The Micro-Optical Distance technology makes the TV appear thinner. In conjunction with the super-concentrating micro lens and ultra-high partition, it solves the Mini LED halo problem, making the picture details more refined.

Micro-OD

Thinner body, better image quality

The Micro-Optical Distance technology makes the TV appear thinner. In conjunction with the super-concentrating micro lens and ultra-high partition, it solves the Mini LED halo problem, making the picture details more refined.

Bigger OD

Micro-OD

Bigger OD
Micro-OD

Bigger OD

Micro-OD

Transient Response

Zero lag in the backlight, the picture is clearer

Transient response avoids dark shadows due to backlight lag, making the picture clearer and improving your viewing experience.

Transient Response

Zero lag in the backlight, the picture is clearer

Transient response avoids dark shadows due to backlight lag, making the picture clearer and improving your viewing experience.

Previous frame

Next frame

Previous frame

Previous frame

Next frame

Next frame

Previous frame

Next frame

Previous frame

Previous frame

Next frame

Next frame

Bidirectional 16-bit

65000-level precise lighting control

The bidirectional 16-bit technology has the ability to perceive the brightness and color temperature. Combined with backlight control technology, it achieves 65000 precise levels of light control, making the picture more vibrant and colorful.

Bidirectional 16-bit

65000-level precise lighting control

The bidirectional 16-bit technology has the ability to perceive the brightness and color temperature. Combined with backlight control technology, it achieves 65000 precise levels of light control, making the picture more vibrant and colorful.

Bidirectional 16-bit

Conventional 16-bit

Bidirectional 16-bit
Conventional 16-bit

Bidirectional 16-bit

Conventional 16-bit

CrystGlow Screen

5x Contrast Enhancement

The liquid crystal layer adopts nanoscale bionic technology. Polyimide is added to the liquid crystal molecules to form a sphenoidal microstructure, which accurately controls the optics passing through the liquid crystal layer and greatly improves the contrast. Also equipped with a nanoscale low-reflective film to reduce screen reflection, presenting clearer details.

CrystGlow Screen

5x Contrast Enhancement

The liquid crystal layer adopts nanoscale bionic technology. Polyimide is added to the liquid crystal molecules to form a sphenoidal microstructure, which accurately controls the optics passing through the liquid crystal layer and greatly improves the contrast. Also equipped with a nanoscale low-reflective film to reduce screen reflection, presenting clearer details.

TCL is the leader in Mini LED technology

TCL is a leader in the continual development of Mini LED display technology. Since introducing the world's first QD-Mini LED TV X10 in 2019, TCL has released groundbreaking products annually. Owing to TCL's forward-thinking industrial layout, deep technological expertise, and high-end product line, it's fair to say that the best Mini LED TVs each year are produced by TCL.

TCL is the leader in Mini LED technology

TCL is a leader in the continual development of Mini LED display technology. Since introducing the world's first QD-Mini LED TV X10 in 2019, TCL has released groundbreaking products annually. Owing to TCL's forward-thinking industrial layout, deep technological expertise, and high-end product line, it's fair to say that the best Mini LED TVs each year are produced by TCL.

World's first mass-produced QD-Mini LED TV X10

World's first OD Zero QD-Mini LED TV X925 Pro

World's first "double 2000"QD-Mini LED TV C935

World's first "double 5000"QD-Mini LED TV X955

World's largest QD-Mini LED TV 115"X955 Max

World's first mass-produced QD-Mini LED TV X10

2019: World's first mass-produced QD-Mini LED TV X10

World's first OD Zero QD-Mini LED TV X925 Pro

2021: World's first OD Zero QD-Mini LED TV X925 Pro

World's first "double 2000"QD-Mini LED TV C935

2022: World's first "double 2000"QD-Mini LED TV C935

World's first "double 5000"QD-Mini LED TV X955

2023: World's first "double 5000"QD-Mini LED TV X955

World's largest QD-Mini LED TV 115"X955 Max

2023: World's largest QD-Mini LED TV 115"X955 Max

Choose your TCL TV

Choose your TCL TV
  • 115

TCL 115"X955 MAX Premium QD-Mini LED TV

115X955 MAX
  • · 115" Large Screen
  • · 20000+ Local Dimming Zones
  • · HDR 5000nits
Learn more
  • 65

TCL C855 Premium QD-Mini LED 4K TV

65C855
  • · 1344 Local Dimming Zones
  • · HDR 3300 nits
  • · QLED PRO
Learn more
  • 98
  • 85
  • 75
  • 65
  • 55

TCL C755 QD-Mini LED 4K TV

98C755
  • · QD-Mini LED
  • · 1344 Local Dimming Zones
  • · HDR 1600 nits
Learn more
  • 85
  • 75
  • 65
  • 55

TCL C655 PRO QLED TV

85C655PRO
  • · QLED PRO
  • · 100+ Local Dimming Zones
  • · AiPQ PRO PROCESSOR
Learn more
  • 98
  • 85
  • 75
  • 65
  • 55

TCL C655 QLED TV

98C655
  • · QLED PRO
  • · AiPQ PRO PROCESSOR
  • · T-SCREEN PRO
Learn more