hisense 50h7gb1 lcd panel information brands

Approximate diagonal size of the display. If the manufacturer does not provide such information, the diagonal is calculated from the width and height of the screen.1257 mm (millimeters)

Approximate width of the display. If the manufacturer does not provide such information, the width is calculated from the diagonal and the aspect ratio.1095.84 mm (millimeters)

Approximate height of the display. If the manufacturer does not provide such information, the height is calculated from the diagonal and the aspect ratio.616.41 mm (millimeters)

There are various panel technologies. Each has its own specific features - viewing angles, color reproduction, response time, brightness/contrast, production cost, etc. The image quality depends directly on the type of the display panel used.VA

The most widely used panels are those with 6, 8, and 10 bits for each of the RGB components of the pixel. They provide 18-, 24-, and 30-bit color, respectively.10 bits (8 bits + FRC)

Frame Rate Control (FRC) is a method, which allows the pixels to show more color tones. With quick cyclic switching between different color tones, an illusion for a new intermediate color tone is created. For example, by using FRC, a 6-bit display panel is able to show 16.7 millioin colors, which are typical for 8-bit display panels, and not the standard 262200 colors, instead. There are different FRC algorithms.Yes

The maximum number of colors, which the display is able to reproduce, depends on the type of the panel in use and color enhancing technologies like FRC.1073741824 colors

Information about the number of pixels on the horizontal and vertical side of the screen. A higher resolution allows the display of a more detailed and of higher quality image.3840 x 2160 pixels

Information of the number of pixels in a unit of length. With the decrease of the display size and the increase of its resolution, the pixel density increases.89 ppi (pixels per inch)

The backlight is the source of light of the LCD display panels. The type of backlight determines the image quality and the color space of the display. There are various backlights such as CCFL, LED, WLED, RGB-LED, and etc.Edge LED

Desktop monitors and smart TVs experience a latency/lag in visualizing the information. The time in milliseconds that the display needs to visualize the signal input.51 ms (milliseconds)

Information about the dimensions and the weight of the specific model with and without stand as well as the colors, in which it is offered to the market.Width

Information about the network technologies and standards supported by the model, which allow for it to connect to and communicate with other devices.LAN

Information about the available connectivity ports, slots and interfaces such as USB, infrared port, SD card slot, audio/video and network interfaces, etc.2 x USB 2.0 (max 0.5 A)

​You"re on the right track to successfully repairing your Hisense 50H7GB1! Now that you"ve identified your model, we highly recommend matching the part number on the part(s) you"re replacing to ensure compatibility. ​If you don"t see your part listed below, please try searching by your part number or contact us for help!

The detailed specifications, photos and introductory video of the Hisense 50" 4K Ultra HD Smart LED TV (50H7GB1). The list of the competitors most often compared to the Hisense 50" 4K Ultra HD Smart LED TV.

Hisense 50" 4K Ultra HD Smart LED TV is a 4K Ultra HD 2160p television. This TV"s LED backlighting is even more efficient than standard fluorescent backlighting. The 50" 4K Ultra HD Smart LED TV has ATSC, Analog (NTSC/PAL/SECAM), Clear QAM tuner(s).

The Hisense 50" 4K Ultra HD Smart LED TV is an Edge-lit TV. The Edge-lit on the other hand has LED lights that go around the edges of the frame. Screen size is measured in inches, diagonally from corner to corner. A refresh rate is a measure of how often a TV changes the picture. The higher the refresh rate, the more pictures are displayed per second. Television aspect ratio refers to the screens width compared to its height.

The specifications above are based on the official data published by the manufacturer, but we also take user reviews into consideration. If you found an error or something lacking in the specifications above for the Hisense 50" 4K Ultra HD Smart LED TV, then don’t hesite and signal the problem to us.

If there’s information about the Hisense 50" 4K Ultra HD Smart LED TV that you would like to see on this site, then write to our webmaster@lcdchart.com address.

Hisense is an electronics manufacturer that I really knew nothing about until recently. I’d seen their TVs advertised before, but like many, I assumed that they were off-brand and not worth worrying too much about. Yet, some basic research returned the fact that Hisense is actually the owner of a large conglomerate that controls or has major investing shares in a smattering of other companies (such as Hitachi), but if you never looked them up, you’d never know this. At any rate, in my quest to find the perfect 4K large-format display for my main desktop PC, I decided to pick up their 50″ 50H7GB1 model and give it a try. After all, the M50-C1, which I really liked, had to be returned, and this one was offered at a great price at Walmart.

Hisense reports that their 50″ 4K model has a native refresh rate of 120 Hz. Of course, as is the case with some models of TVs, there was a chance that this reported refresh rate was actually due to post-processing and its truly native rate was 60 Hz. However, once the TV was plugged in, I checked the different refresh rate options available in Windows and in my Radeon Crimson graphics suite and verified that this panel was able to handle 120 Hz (or 120 frames-per-second) at a resolution of 1920×1080. At 4K, over HDMI 2.0, the TV was capable of 60 Hz, which means that the reported and real rates do match up.

The manufacturer also states that the TV has a “480 Hz effective refresh rate” when Ultra Smooth Motion is enabled. This mode, referred to as “Ultra Smooth Motion Rate 480,” can be either turned to off or set to Low, Medium, or High. Essentially, what this amounts to is frame interpolation mixed with a faster backlight strobing rate in order to approximate the smoothness of 480 Hz as well as the lack of motion blur that such a refresh rate would offer (if it existed; no panel natively supports that!). The smooth effect is quite nice, but as you’ll see shortly, it does have its drawbacks.

Hisense claims that this model can achieve 10-bit color (1.07 billion unique colors), and this is quite accurate. When plugged into my desktop, I was able to select 10-bit “Deep Color” when running the TV at either 4K at 30 Hz or 1080p at 60 Hz. Running it at 4K with a 60 Hz refresh, as expected, meant trading off on the deeper colors for the higher refresh, though the overall color fields present at 8-bit were still quite nice. I didn’t see any cases of either overly-muted or -vibrant colors, and I didn’t feel like I needed to play with the color settings to improve the picture.

Input lag is where the Hisense 4K TV starts to unravel. As I’ve stated before, PC monitors tend to have very good input lag ratings as well as response times (the amount of time between pixel refreshes), but TVs can be a mixed bag in these areas. Unfortunately, despite being a 4K TV, this model has horrendous input lag. Unlike the M50-C1, which rated in at around 18.5ms of input lag with “Game Mode” active and all post-processing turned off, the 50H7GB1 has an input lag of around 125ms. Then, if you were to turn off Game Mode, it would increase to around 250ms of input lag. Now, 1/4 of a second may not sound that terrible on paper, but it means that from the time you press a key on your keyboard to when that letter appears on the screen, it’s around a quarter of a second later, sometimes more. This means that mouse movements are very sluggish feeling (even at a full 60 Hz refresh rate), and this is absolutely terrible for gaming. You may be able to live with it for general, casual PC use, but when it comes to gaming, it’s a big no-no.

Now, you can mitigate the lag a bit by turning on Game Mode and “dropping” the resolution down to 1080p, but then you’re only really making use of a quarter of the TVs display power. Ultimately, I think the bad performance is due to a weak video processor in the panel itself, as dealing with a much lighter resolution seems to mitigate it for the most part.

This Hisense TV is very smart capable and comes packed with a variety of apps. This would be great for normal TV use. Also, the menu isn’t sluggish at all, and navigating the settings and smart apps is a breeze.

The TV supports resolutions up to 4096×2160, though I found that, much like with the M50-C1, I had to bump Windows scaling a bit (up to 150%) in order to see things clearly without it being comically small. This isn’t a big problem, but compared to other higher quality panels, it’s not ideal. However, no matter what color space I set it to, I always felt like text looked a little “crushed.”

Ultimately, I think this Hisense would make a decent budget UHD TV for those that won’t care much about console gaming and just want to enjoy movies and shows or browse through the smart apps. However, anyone wanting to use this for console gaming or as a large-format PC display will be very disappointed, and this is a case where cutting some corners to get a budget TV will come back to bite you.

Having issues with your Hisense flat screen LCD/LED TV? Here’s a quick guide on troubleshooting and fixing a very common cause for this problem. If your Hisense TV isshowing no pictures/images on the screen (also called the Black Screen of Death, which is a notorious issue that afflicts a lot of LCD TVs at some point), one very common reason for this is a faulty T-Con board.

The folks at Fix Netflix Youtube channel created the video below that details the steps that you can follow to properly troubleshoot your T-Con board. Note that this problem may have other causes and the T-Con board is not the the only usual suspect. The T-Con board is a controller that connects the main board to the LCD panel so it is possible that the main board could be the cause, or one of the causes, of the LCD screen no longer displaying images. The video below actually gave the steps performed to eliminate the main board as a cause of the problem for this case and arrive at the conclusion that it was indeed the T-Con board.Video credits: Fix Netflix

For more insights on how to troubleshoot a TV when the screen is displaying no pictures or images, read a previous post related to the Hisense TV problem discussed on this post:

The Hisense U6G is better than the Hisense H8G. The U6G has much better black uniformity and better reflection handling, so it"s a bit more versatile. The U6G also has a slightly faster response time, and the unit we tested has better gray uniformity.

The Hisense U8G is much better than the Hisense H8G. The U8G has much better reflection handling and significantly higher peak brightness, so it looks better in a bright room. The U8G has slightly better contrast and a better local dimming feature, so dark room performance is better, too. Finally, the U8G has a wide array of gaming features, including support for a 120Hz refresh rate, variable refresh rate support, and 2 HDMI 2.1 ports.

The Hisense U7G is better than the model it replaces, the Hisense H8G. The U7G has better contrast, higher peak brightness, and a wider color gamut. The U7G is better for gaming, with an upgraded 120Hz panel and support for new gaming features like FreeSync. The smart interface on the U7G is also a bit faster and smoother in general, but it"s no longer ad-free.

The Hisense H9G is much better than the Hisense H8G. The H9G has a much higher contrast ratio, it gets much brighter, and it handles reflections better. It also has a much quicker response time and it has better built-in speakers. However, the H8G has better out-of-the-box color accuracy and it has a lower input lag.

The Hisense H8G is much better than the Hisense A6G we tested. The A6G uses different panel types with different sizes, so the exact performance difference may vary. The H8G has a full array local dimming feature and much higher peak brightness in SDR and HDR. Thanks to the VA panel, the H8G also has much better contrast and better black uniformity, but this comes at the expense of viewing angle, as the A6G remains accurate to a much wider viewing angle.

The Hisense H8G is better overall than the Samsung Q60/Q60T QLED. The Hisense has a full-array local dimming feature, a quicker response time, and it"s able to remove judder from any 24p source. The Samsung has a better native contrast ratio and black uniformity, so it may be better suited for watching movies in the dark. The Samsung also has much better out-of-the-box color accuracy, although this can vary between units.

Although they"re both budget TVs, the Hisense H8G is better overall than the Samsung TU8000. The Hisense gets much brighter and has slightly better reflection handling, so it"s a better choice for bright room viewing. It also displays a wider color gamut and has a full-array local dimming feature for an improved HDR experience. The Samsung has a better contrast ratio, but this can also vary between units.

The TCL 6 Series/R635 2020 is somewhat better than the Hisense H8G. The TCL gets much brighter, displays a much wider color gamut, has a quicker response time, and has VRR support. However, the Hisense has a much lower input lag, better gradient handling, better reflection handling, and the local dimming feature performs better.

The Hisense H9F is a bit better than the Hisense H8G. The H9F gets much brighter, especially in HDR, has a better contrast ratio, it handles reflections a lot better, and the response time is much quicker. On the other hand, the H8G has a lower input lag and it has better built-in speakers.

The Hisense H8G is slightly better than the TCL 5 Series/S535 2020. The Hisense gets brighter and it has better reflection handling, so it"s a better choice for well-lit environments. However, the TCL has a better contrast ratio, wider color gamut, better gradient handling, and the built-in Roku TV is easier to use.

The Hisense H8G is a good improvement of its predecessor, the Hisense H8F. It gets brighter, has a much faster response time, the full-array local dimming feature is better, and it has better built-in speakers. The H8F has better native contrast and it has better out-of-the-box color accuracy.

The Hisense H8G and the TCL 6 Series/R625 2019 are two very similar TVs. The TCL gets brighter, displays a wider color gamut, can remove judder from any source, and it has slightly better contrast and much better black uniformity. Meanwhile, the Hisense has better reflection handling, more accurate colors out of the box, and a much quicker response time, resulting in less motion blur.

The LG CX OLED is much better than the Hisense H8G. The CX can individually turn off pixels, resulting in deep blacks and perfect black uniformity. It also has a near-instantaneous response time, better out-of-the-box color accuracy, wider viewing angles, significantly improved reflection handling, a wider color gamut, and it"s packed with other features like a variable refresh rate technology. On the other hand, the Hisense gets brighter and it doesn"t have the permanent burn-in risk associated with OLED TVs.

The Vizio M8 Series Quantum 2020 and the Hisense H8G are very similar TVs overall, with only a couple of differences. The Vizio has a higher contrast ratio, better color gamut, and variable refresh rate support. On the other hand, the Hisense has a better local dimming feature, faster response time, and it gets brighter.

The Hisense H8G is better than the LG UP8000 for most uses, mainly because it has a significantly higher contrast ratio and full-array local dimming; this means it can display much deeper blacks. It also has a better color gamut and gets a lot brighter in SDR and HDR. However, the LG has better viewing angles, making it more ideal for wide seating areas. Although both TVs score similarly for response time, the Hisense delivers clearer motion because its backlight flickers at a much higher frequency, which causes less image duplication, and has an optional Black Frame Insertion feature to further improve clarity.

The Hisense H8G is significantly better than the Hisense H6570G. The H8G gets much brighter, it displays a wide color gamut for HDR, and it has a local dimming feature. It also has a quicker response time and lower input lag. However, the H6570G has better out-of-the-box color accuracy, but this may vary between units.

The Hisense H8G is a bit better overall than the LG NANO90 2020, but they have different panels. The Hisense has a VA panel, resulting in an excellent contrast ratio and narrow viewing angles. It also supports HDR10+, gets brighter, and has a lower input lag. The IPS panel on the LG has a low contrast ratio and wide viewing angles. Also, the LG has better reflection handling, a higher refresh rate, and quicker response time.

The Vizio M Series Quantum 2019 is a bit better than the Hisense H8G. The Vizio displays deeper blacks and its local dimming feature is better. It also produces a much wider color gamut, has better out-of-the-box color accuracy, and the response time is quicker. Meanwhile, the Hisense gets brighter, it upscales lower resolution content better, and the built-in Android TV is easier to use and it has apps available to download.

The Hisense H8G is marginally better than the Vizio M7 Series Quantum 2020. The Hisense has a better local dimming feature, it gets brighter, and its Android TV platform runs smoother and has more apps. On the other hand, the Vizio has a much better HDR color gamut, and it supports variable refresh rate technology to reduce screen tearing when gaming.

The LG GX OLED is much better than the Hisense H8G, but they have different features. The LG is a high-end OLED that doesn"t come with a stand because it"s meant to sit flush against the wall. Its self-emitting pixels create an infinite contrast ratio and wide viewing angles, and it"s packed with gaming features such as VRR support. However, the Hisense is a basic, entry-level model that gets brighter than the LG and its LED panel appears to be immune to permanent burn-in.