ASUS GeForce GTX 1070 8GB ROG STRIX UK
- 1721 MHz Boost Clock with Super Alloy Power II Delivery
- Aura RGB Lighting on both shroud and backplate
- New ASUS FanConnect provides dual 4-pin GPU-controlled PWM fan headers
- DirectCU III with 0dB fan technology and patented wing-blade fans, Refer user manual below
- VR Ready with dual HDMI 2.0 ports to simultaneously connect headset & monitor
ASUS STRIX-GTX1070-8G-GAMING - ROG STRIX-GTX1070-8G-GAMING - Graphics card - GF GTX 1070 - 8 GB GDDR5 - PCIe 3.0 x16 - DVI, 2 x HDMI, 2 x DisplayPort
- ROG STRIX-GTX1070-8G-GAMING
- Graphics Card -
GF GTX 1070 - 8 GB GDDR5 - PCIe 3.0 X16 - DVI, 2 X HDMI, 2 X DisplayPort
ASUS GeForce GTX 1070 8GB ROG STRIX Related Posts
- Intel Core i7-7700K 4.2 GHz QuadCore 8MB Cache Processor
- Corsair CMK16GX4M2B3000C15 Vengeance LPX 16 GB (2x8 GB) DDR4 3000 MHz C15 XMP 2.0 High Performance Desktop Memory Kit - Black
- ASUS ROG Strix GeForce GTX 1070 8 GB GDDR5 Graphics Card - Black
- Intel Core i5-7600K 3.8 GHz QuadCore 6 MB Cache CPU - Black
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Which PC monitor to choose
When using a computer, in addition to having the energy needed for the activity that we are going to perform, it is not the great to use one filter or another. And is that the practica of use is marked by the type of PC monitor used.
Video games, video editing, business office automation... What is the great screen?
As you know, in the economy there is a total offer of screens. There are panoramic, mega panoramic, comprehensive HD resolution, UHD, 4K... And all this while not counting the different enclosed technologies, such as the use of panels type TN, IPS, etc.
With so much offer is normal not to recognize which option would be even more attractive. So, to refrain from opting for the 1st one you see or the one that most says you would be interested in, let's talk a little about all this of what is the great PC monitor for you?
The 1st thing I would like you to do is something I did in his day. I do not guarantee that you can later on gain your great screen, but for least you will recognize what your goal is for a future change. Start by listing what use you get of your computer.
Now that you have your uses and are sorted by importance let's talk about formats, resolutions, engineering and some other aspects to consider.
The aspect ratio is nothing even more than the panel format. Typical are widescreen or 16:9 aspect ratio displays. A type that wil nicely with most of the multi-media written content that is produced. That is why it has become the standard for televisions and also on computers.
Years ago, a few, monitors were type 4:3 (more squares) but with the advent of flat screens began to use some other aspect ratios. For a while the of 16:10 were somewhat consistent but little by little they were giving process to the of 16:9.
They were not much in demand and the manufacturers did not find it profitable to manufacture such panels. The reason was that for the time of looking for most video clips you could see stripes in the upper and lower area that were not for all attractive. perhaps even so, for many tasks the 16:10 screens bring advantages by having a higher vertical resolution.
But nowadays not only exists that panoramic format, lately the mega panoramic displays are becoming popular. with a 21:9 aspect ratio the main advantage, in addition to watching movies, is that we have a larger horizontal desk. That lets you to bring pleasure in the advantages of a multi-monitor configuration while not having that sometimes annoying split that we have when using two screens.
Resolution, from comprehensive HD to 4K real
No want to tell you anything about the different resolutions that exist for the current screens. perhaps even so I will do a brief review to have them good located, especially to see the ones supplied according to the aspect ratio.
Panoramic or 16:9 screens usually offer the following resolutions:1920 x 1080
2560 x 1440
3840 x 2160
In some other options that do not become mega panoramic we can find resolutions of 1920 x 1200 or 4096 x 2160. In ultrapanoramic, the of format 21:9, the usual resolutions are:2560 x 1080
3440 x 1440
A priori, one could possibly think that the even more resolution the better. It is partly true but, as you will see later, it is not always the most appropriate option. Now let's move forward.
A situation of size
If the resolution is an important stage the filter size too. Firstly because it conditions the looking for distance and secondly because a comprehensive HD 24" panel is not the same as a 32" panel. The larger the size, the even more pixels you will see. Something that is not pleasant if you want to see a detailed seem and not the huge jagged edges.
That is why measuring good is key. If you are going to sit for a distance of less than one meter you have to seem for a filter size that you find comfortable. Avoiding forcing bad postures or continuous movements to see the existing workspace. Also, based on on the size, you also have to bring into account the resolution.
And we go with one of the most controversial points. In filter themes IPS panels are the ones that offer the great seem superior quality as a rule. together thru looking for angles and contrast, color reproduction and brightness results is even more robust than TN type panels.
Even so, they are not always great for what uses. TN panels due to even more robust response times and refresh rates are positioned as a amazing option for players. In these screens and thanks to the combined use of some other technologies, it is likely to gain a higher results when playing in a asking for process the most popular titles.
Screens according to uses
Given the predicament of resolution, aspect ratio and size is time to address different cases. There may be targeted cases that do not touch, but I think the vast majority will behold them, so you can see which filter would be most appropriate according to your uses.
If you are a programmer, higher resolution screens will be the most exciting option. You can view even more code and open several apps for once to bring advantage of multitasking. 1440p or mega panoramic panels are amazing choices. Another alternative would be to get use of two screens 1080p, being able to put one in vertical mode.
If you dedicate you to editing video or songs ultra-widescreen displays are the amazing choice. Being able to view such an extensive timeline saves time. In addition to having reachable toolboxes, etc. They are also useful for the who get use of several uses for the same time. You may be writing a text while you have a web browsing information.
UHD or 4K screens also rival ultra-video editing. If you are already producing in mega superior definition it is very useful to be able to visualize the final result on a UHD screen. perhaps even if you perform for 1080p being able to watch the video while not having to zoom while editing is also an advantage. The problem is that you want a robust graphics, able to manage such amount of pixels as good as uses and some other tasks that it performs.
If your main use are video games then here my recommendation is clear:1080p panels and TN technology. They are even more attractive due to their shorter response time and they are usually the ones that offer the largest refresh rate, reaching up to 144Hz. If we incorporate help support for engineering like Nvidia G-Sync or AMD FreeSync then white and in bottle.
Of course, if you opt for panels of 27" or higher with 1080p resolution or as is the circumstance with some 32" with 1440p resolution get sure you execute for an optimal distance if you do not want the pixel size to penalize the experience.
If you have a slightly even more robust PC for the graphics level, the 1440p resolution screens are also very attractive. We will have a greater superior quality of detail in games and we will secure to execute with adjustments for superior or mega superior quality while not penalizing the number of frames per second. For asking for players I think the 2560 × 1440 resolution is the great right now.