Also, let's be honest—an experienced gamer can actually feel the difference during gameplay. When you're watching a video, it doesn't matter much since most stuff runs at 24, 30, or 60 fps.
Unfortunately, I wasn't able to find a better time to hunt for an Intel build. The issue with pricing is a global phenomenon, not just some local domestic struggle here in the States. Specifically, the i3 price jumped from $283 to $450, making it a terrible deal. Quad-core processors today really ought to be priced around $167, much like how the R3 1200 was positioned back in the day. As for the GPU, if you insist on buying something brand new, you're basically walking into a trap—in certain scenarios, even a GTX 1050 might actually feel like a downgrade. Your most logical move is to grab an AMD Ryzen 5 1600 x and pair it with a beefier used GPU. You could start by just upgrading the platform if your current setup is single-core bound, preventing a lower-clocked FX 8300 from bottlenecking an R9 280 x
The CPU should be delivering much better FPS, considering your GPU alone is worth somewhere between $3,500 and $1333, if not more. Either he’s running a high-end rig worth $5,000, or you might have missed something in the specs here.
Also, I’m not sure how familiar you are with benchmarking, but there is a massive difference between playing indoors versus being out in the open during an action sequence. To get a fair comparison, they would need to run identical scenes, which isn't really a realistic option with multiplayer games. The only way would be if the game supported replaying the exact same gameplay footage.
Unfortunately, we’re looking at those "just launched" shops that always feel a bit fishy. I noticed they've already changed the name on that cheapest one...
But regardless, you can often snag that AMD Radeon RX 580, an XFX, or an MSI Armor pretty cheap if you order from overseas, with a final price around $633. For instance, there's an Armor available right now for $687 here in the States .
That works too, provided you can manage the assembly yourself.
Generally speaking, yes—sales tax is based on the buyer's location (it’s the same way Amazon handles it), and they don't calculate it until the final checkout stage.
Unless, of course, you're dealing with shops that have relatively low sales volume within the US.
Did you install the SSD in the optical drive caddy or directly into the main HDD slot? If it's sitting in the caddy, try swapping them—put the SSD in the primary HDD slot instead.
You're going to see massive FPS numbers with that setup; honestly, the game isn't even that graphically demanding compared to most titles out there today.
It beats any Intel chip you could grab at that price point. You’re still going to run into a GPU bottleneck regardless—whether you're rocking a GTX1070 or a 1070ti—rather than the CPU being the thing holding back your FPS.
Bottom line: the PC is very well-balanced. Don't sweat it; you honestly couldn't build anything more powerful for this amount of money, even accounting for all those sudden price hikes.
That’s quite high for an idle state (meaning you aren't running any 3D applications). Try taking another measurement after letting it sit for an hour without any activity, or better yet, once you've put it through its paces with a stress test or a heavy game.
I don't have a specific model to suggest, but I'm definitely siding with laser printers over inkjet models. It's much more cost-effective in the long run, and you get a far more reliable solution. With an inkjet, if you go a while without printing, you're almost guaranteed to deal with some massive headache when the nozzles inevitably clog up.
Sure, you'll have to deal with toner cartridges eventually, but even then, inkjets can be a total pain in the neck—like when you're missing just one single color and the whole machine refuses to print anything at all.
But let's look at the math—pairing a 1080 Ti with 1080p resolution? You're looking at nearly a 33% markup just for a minor processor refresh. In fact, the 2600 x is actually more expensive—almost $200 compared to the 1600 x ($407 versus $606). Honestly, there's zero logic in paying that kind of premium. For that much extra cash, you could practically grab a decent motherboard or an extra 8GB of RAM instead. Paying nearly double for an Intel Core I5 9600 k 3.7 is even worse in my opinion, especially since the price hasn't even dropped significantly after the recent market shifts . Bottom line: picking up that 1600 x for $407 is really the only move that makes sense (unless a 2600 pops up within the $100-$$50 range). Then, down the road, once you've saved up some real money, you can jump straight to Zen 2 or Zen 3 .
You should probably hold off for a little while longer; you'll likely see some deep discounts on Polaris by the time Black Friday or the Christmas holidays roll around.
Look, those AOC monitors are widely considered the absolute best-buy option if you're hunting for a 32" 1440p setup (it’s basically like having the pixel density of a 24" 1080p screen, which is perfectly fine for most people). You can grab it in two different versions depending on whether you want an IPS or a VA panel:
A ton of people over on the PC Gamer forums use them—there's even a huge thread dedicated to monitors larger than 27"—and our own moderator, Smartic, uses one too. I have heard a few complaints regarding the build quality, specifically some backlight bleed through the plastic seams, but honestly, that usually just comes down to the specific unit you get. It's the same deal with the panels; it's a bit of a lottery, but from what I can gather, most users are pretty satisfied. In terms of pure value, it's insane. It's rare to see this kind of screen real estate at 1440p with a non-TN panel for such a low price point. Plus, you're getting 75Hz and G-Sync support, though that's mostly a perk for the gamers out there.