PSU: EVGA BQ 600 W 80+ Bronze Certified Semi-modular Power Supply This is essentially right on the limit of speeds for these drives before jumping up onto the more expensive PCIe gen4 drives. Storage 2: HP EX920 512 GB M.2 SSDĪ decently sized NVMe drive for the price here, complete with a cache to allow faster transfers (which could be key with aspects of the game data).
#Building flight simulator pc Pc#
Storage 1: Seagate Barracuda 2TBĪ bit of an “ol’ faithful” PC part at this point, yet you can’t go wrong with it for a storage drive. The Aorus Elite gives us plenty for what we need for a standard gaming build. Motherboard: Gigabyte B550 AORUS ELITE ATXĪlthough we had to wait for what seemed like an eternity, the B550 boards are now here with really solid performance for the price. This gives you really great-performing RAM before you start breaking the bank on the seriously fast 16GB kits (all of which require more work to get them to behave with 3rd-gen Ryzen). One of the best “standard” kits on the market. Plus, it’s using a more compact design, which is good for keeping the size of the build below monster levels! RAM: G.Skill Ripjaws V 16 GB (2 x 8 GB) DDR4 3600MHz CL16
#Building flight simulator pc 1080p#
GPU: Sapphire Radeon RX 5600 XT 6 GB PULSEĪlthough there are a number of options around this price point, we’re using the Sapphire Pulse due to its out-of-the-box clock speeds and solid 6GB of GDDR6 VRAM, which should be plenty for 1080p gaming. To keep costs lower, we’re going with the provided cooler as it’s more than sufficient for the CPU at base clock (and even if you apply a light overclock, too). The extra cores and threads give us a nice bit of wiggle room over the base recommended specifications for the price, which should translate to more performance in-game. It should come as no real surprise that we’ve gone with this popular 6-core/12-thread CPU from AMD here.
Microsoft Flight Simulator – 1080p 60fps Build CPU: Ryzen 5 3600
So, summing all this together, what does this mean for our Microsoft Flight Simulator build? Let’s get into the components and see! Microsoft recommends 20Mbps and says the ideal speed is 50Mbps… thanks to all that streamed map data! What is curious is the lack of mention of internet connection speed (at least on the Steam page), as that will likely be a sticking point for some players. Either a 6-core/6-thread Intel or 4-core/8-thread AMD choice implies that there’s a lot of optimisation for higher-thread-count CPUs in this game (as it’s implying the extra threads on the AMD chip make up for the lower core count). The more interesting part is the CPU recommendation. This bodes well for our 1080p gaming setup, as we shouldn’t need anything massive for maximum settings.
These days they’re old hat, but they were reasonably chunky GPUs only a few years back. So, there are some interesting tidbits here.įirst, take a look at the GPU recommendation.
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Graphics: NVIDIA GTX 970 | AMD Radeon RX 590 Processor: Intel i5-8400 | AMD Ryzen 5 1500X Between the Bing Maps (who knew they were a thing?) and data streaming with Azure Cloud, there’s a lot of world-building technology that has gone into this most recent release, and it does show in the recommended specifications for the game: Recommended System Requirements The one thing Microsoft tries to accomplish with these games is realism… setting aside that you can do a Hot Air Balloon tower fly-by. Yet with all that graphical beauty as far as your eyes can see, do you need a monster rig to play it at 1080p? The release of the new Microsoft Flight Simulator brings one of the best examples of Microsoft’s Azure cloud streaming applied to a game to date.
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