I dont know why most of the people here are extremely reluctant to accept the truth. but its not as easy as that.
So let me start with the power supply issue, in India the voltage is 100-240v @ 50-60hz and in the US and Canada it is 120v @ 50Hz, now, what we get in a laptop charging brick or cellphone or ipad or in a computer monitor is an AC-DC Adapter that is rated to work @ 100-240volts @ 50-60Hz frequency and outputs a lower DC voltage, which I completely agree and I will also agree that most motherboards operate at very low voltages.
If you think that its a simple cable swap and change of transformer will do the job then I am afraid that you are very wrong.
A TV consists of power supply PCB board where the transformer(s) are soldered on to the PCB along with various other components like capacitors. resistors, inductors etc. which are rated to reduce 120v/50Hz to the required output voltages (incase of H9G) that are required by the main motherboard. And the output power supply from this PCB does not come out in a single wire but in multiple wires with varied voltages as required by the different processing components of the main motherboard and those voltages and frequencies are highly motherboard specific voltages.
Here an example of how the power supply of LG OLED looks like :
Even for a simple LED TV, a power supply board exists:
Please jump to the timestamp 14:00, where individual output DC voltage wires are tested for specific voltage.
I am sharing the internal pics of my Marantz NR1504 where a big step down transformer is mounted separately and power supply go through a board to the right as well as in the front and eventually powers the main motherboard and its rated @ 230v~50/60Hz as seen in the pictures.
Power Supply boards are complicated for OLEDs and FALD TVs. Now if a TV had to be built to work with variable voltage and frequencies, i.e 100-240v 50/60Hz then there is a need for additional component which need to sense the input AC voltage as well as frequency and adapt. Which definitely adds cost.
Now a TV in the US needs 120v/50Hz rated Power Supply Board.
And a TV made of Europe, Asia, Middle East, Australia, South Africa needs 100-240v/50Hz-60Hz rated Power Supply Board.
Power Ratings:
U8QF(UK)/Q8(Australia) Power Ratings:
Now if Hisense wanted to make H9G for the world and not just US and Canada it would have already existed in EU or Australia by now with a different name, before it came to India. What, do you think, CCP owned Hisense gives first preference to India ? Gimme a break, India is given the last preference by such OEMs and they will bring something that is already exists from which they just want to make money. H9G/Q9G would have already existed in the EU by now with a rated power supply of 100-240v~50/60Hz and they wont design a new power supply and test it specifically for India. For an OLED or FALD TV, voltage supply regulation is extremely important. In OLEDs, pixel refresher is something that works based on voltage and what I intend to say here is that rated power supply is very important and it needs to be tested and its highly motherboard specific.
Now, regarding U8080 refresh rate, I am sharing a video exclusively for you from HisenseUK, check out @ 1:06 :
Regarding motion, australian webpage which I have shared earlier doesn't specify anything related to 120Hz panel. which is of so inconsistency accross the regions from Hisense. and in addition they have mentioned as 200 motion interpolation in their specsheet opposed to 480 of H9G (clearly a degradation).
They clearly mentioned it as Native 120Hz Panel in their south africa website but it is missing in australian counterpart. both the models are pretty much same. Its just that the stand is different for EU version.
one must think twice before calling someone liar. why would someone would lie when there is almost no benefit.
Also sharing some more links, if you have doubts regarding the rear back panel, frontal Speakers, the stand, the specs, everything checks out.
Note: Hisense did not share its Panel Bit Spec of U7QF in Indian website, be it was clearly stated in UK website.
Hisense South Africa U8QF:
https://hisense.co.za/products/hisense-65-led-matrix-65u8qf/#1588070972934-a3667dec-bc4326a5-4eb2
Hisense Australia, U8QF in Australia is called as Q8:
https://hisense.com.au/product/65-series-q8-65q8/
Q8 Australian Review:
https://eftm.com/2020/08/hisense-q8-review-82003
As point out in this thread itself even the frontal image matches :
https://www.hifivision.com/threads/...lability-blocked-by-hisense.80669/post-895196
I can confirm that Hisense U8QF in UK/South Africa == Hisense Q8 in Australia == Toshiba U8080 in India.
So, Toshiba U8080 has 8-bit + FRC just like its smaller brother Hisense U7QF. both(U8080 and UQ8F) includes an extra frontal JBL Soundbar for which they are charging an extra 8k. I doubt whether they will even give JBL or save costs here as well.
Bottomline
Toshiba U8080 is clearly a degraded/stripped down model of H9G. only time will prove this. just wait and see.
people think I am spreading misinformation. lol, why would I do that in the first place?
Just wait for 6 more days and see by yourself what is truth.