We ’re gon na admit it . The new Hisense TriChroma light-emitting diode video took us by surprisal here atCES 2025 , and offend our involvement to high level . The unveiling of the 116 - inch 116UX introduces what looks to be a novel step forward inmini - LEDdisplay engineering , but we also do have questions . First , here ’s what we know .
By this compass point , veritable Digital Trends readers andYouTube followersare familiar with the basic setup of an light-emitting diode TV — backlights of dismal or white LED shine through a color filter ( in 2025 , often a quantum dose filter ) to produce the colors we see .
That ’s not how the TriChroma LED TV does it , though . Instead , it uses tens of chiliad of RGB Local Dimming optical lens system that each contain a red , light-green , and blue LED . The lens system are controlled in clump ( much the way mini - LED dimming geographical zone are control ) , but the dimming is at both the optic lens levelandthe RGB chip level .
Having private red , green , and gamy light-emitting diode allows for a much wider colour gamut — much like Hisense is able to do with itsTriChroma Laser video — and it achieves 97 % of the BT.2020 color blank ( harmonize to the Hisense test research laboratory ) . A color filter is used to speciate any pixels that partake the same RGB LED backlight lens , but want to be different colouration . The independent dominance over brightness and colour allows Hisense to virtually reject bloom , with precise dominance over each pixel , fit in to the company .
It also allows the RGB clusters to only use the light-emitting diode needed for whatever content the TV is showing , and therefore perform in a more effective way , decoct power consumption . The use of RGB LEDs for backlight instead of blank or blue LED means the blue light emissions are reduced by 32 % as well .
This all sounds like it requires an unbelievable amount of processing . To make it all come about , the 116UX has Hisense ’s flagship Hi - View AI Engine X. Hisense says the micro chip ’s processing superpower “ enable literal - time optimization of every frame”by utilise Modern AI enhancements called AI Peak Brightness , AI RGB Local Dimming , and AI Banding Smoother .
The Hisense 116UX will reach up to 10,000nits of brightness(Hisense has a inclination to under - promise and overperform , so it ’ll be interesting to see what that phone number is when we test it ) , and supportsDolby Vision , Dolby Vision IQ , and IMAX Enhanced . For sound , it includes a 6.2.2 CineStage X integratedsurround sound systemwith Dolby Atmos and DTS Virtual X support . It runs on theGoogleTV OS .
We ’re very mad to get a sample in for testing and get a deeper understanding of how this fresh technology execution father the line of work done .
Alongside the 116UX , Hisense is also debut the 136MX MicroLED display , its first consumerMicroLED . The display has 24.88 million microscopic LED , with a red , green , and blue lead in each ego - emissive picture element . So like how private pixels in an organic light-emitting diode can be turned off , the same can encounter in a MicroLED , take into account for deep blacks and a near - infinite contrast proportion , but without the concern of any suntan - in potential drop . shameful nanocrystals also deoxidise reflectivity , which is particularly good for brightly lit spaces .
The 136MX MicroLED also uses the flagship Hi - View AI Engine hug drug processor with AI - free-base algorithms . Hisense says it will attain up to 10,000 nits brightness and achieve 95 % of BT.2020 .
Dolby Vision IQ and HDR10 + are both support , as isDolby Atmosand DTS Virtual X with a “ thoughtfully designed audio system . ” ( There are no inside information on the speakers beyond that . ) The TV uses Hisense ’s Vidaa smart platform , and includes voice integration for both Amazon Alexa and Google Assistant . As expected , it has HDMI 2.1 connectivity and eARC , as well as Wi - Fi 6E. For gamers , it includes a 120Hz variable refresh pace ( VRR ) , Auto Low Latency Mode ( ALLM ) , and FreeSync Premium Pro .
