Generally speaking, quad monitor capable graphics cards tend to be underpowered, you are asking 1 card to power four screens after all. Well, yes that would be the ‘easiest’ option, but we all know that the easy option is often not the best option don’t we? So, if we want to build a 4 monitor capable PC then the simplest thing to do would be to use a graphics card with 4 monitor outputs on it right? Selecting Graphics Cards for a Multi-Screen PC Often connecting up too many screens gives you either a black / blank screen or a cloned copy of one of the other monitors which is not what we want. It’s worth pointing out that many graphics cards may carry 3 or 4 monitor ports but that doesn't automatically mean that they can support a screen on each port at the same time. You can also purchase some gaming graphics cards which offer 4 or even 6 monitor outputs on 1 card.ĪTI were the first ones to really do this with their Eyefinity range however nVidia also now offer some higher end cards with larger numbers of monitor outputs on them. Now a days you are hard pressed to find one that doesn’t have at least two or three, usually a mix of HDMI, DVI and VGA outputs to cater for different types of monitors. Traditionally graphics cards only ever had 1 monitor output on them, supporting just one screen. How Many Monitors Do Graphics Cards Support? When building a multi-screen capable PC what is required more than anything else are monitor outputs, you can only connect as many screens as you have monitor outputs available. I completely understand John’s line of thinking and can see why he may assume this, on the face of it that does seem logical. I recently had a discussion with a potential customer (let’s call him John) about graphics cards, John believed that you needed a really powerful graphics card to be able to handle 4 or more monitors, his logic was that more monitors means more graphics processing power was required. I want to talk about graphics cards requirements for multi-screen PCs, trading computers and gaming systems. Most non-gaming quad monitor graphics cards perform poorly and are expensive, and higher end gaming graphics cards are noisy, draw more power and need a ton of adapters for no real world performance gain. Once the GPU is uninstalled, shut your PC down (don't restart if it asks you to), connect all Monitors you'd like to use and Boot into Win, download the latest GPU drivers from and install'em.The best way to achieve a stable and silent multi-screen computer which can survive a dying graphics card is to use multiple, passively cooled, dual monitor graphics cards. If it's not listed then restart your PC, once back in Win again open up the device manager and search for "NVIDIA GeForce GTX 1060" under "Display adapters", right-click on the "NVIDIA GeForce GTX 1060" and select "Uninstall" (Confirm with Yes, If it asks you to remove other stuff). That means, that it's able to work as intended but not until some/the following special treatment:īoot up your System with only one Monitor connected, uninstall the Graphics-Card drivers (don't restart if it asks you to do so), open up the device manager and search for "NVIDIA GeForce GTX 1060" under "Display adapters". The problem occurs between bios and windows but I don't know how to solve the issue. Its really annoying for me as it almost puts my PC out of use and a chore to boot up. No display on either monitor when both are plugged in, in this scenario. When I boot up, both screens wake and the BIOS motherboard screen appears then fades ready to load Windows, however before Windows appears, the screen will be black for 2 to 5 minutes, and Windows is still operating as I've logged in using my password whilst the screen is black before. My new 144hz is connected by displayport and both cables connect to my GPU (GTX 1060 3GB)ĭisconnecting the display port or HDMI cable let's the PC boot up normally and I plug the second display after loaded to solve the issues, but it's a pain and should just work. My PC was fine with one monitor, the other is a LG 22EA53 60hz and connected by HDMI. Since getting a new iiyama ProLite GB2488HSU 144Hz monitor, my PC will not boot or load correctly and I'll have black screens for up to 5 minutes before Windows log in appears. It's not ideal, as I'm losing 24 worth of fps technically, it has solved the issue, but I can't work out why it won't let me have 144hz. It would stop between BIOS and Windows previously. ***Possible Fix Update: I'm still using the same cable setup etc, I just reduced my monitors refresh rate in nvidea control panel from 144hz to 120hz and that has seemed to fix the issue with everything else staying the same.
0 Comments
Leave a Reply. |