To begin with, my primary focus was on the concept of overall value—specifically looking at the total cost of the platform versus the potential upgrade path available to the user. When you weigh those factors, the difference in cost-effectiveness is truly night and day. While I certainly concede that the i5 is an excellent processor in its own right, one has to wonder if its premium price tag is truly justified, to put it mildly. Furthermore, the lack of a viable upgrade path strikes me as a critical oversight, unless, of course, they are simply banking on a very dedicated group of fanatics. As for gaming performance, wouldn't the R5 still maintain an edge in CPU-bound titles? It isn't just limited to strategy games anymore; we are seeing modern titles utilize the processor more aggressively, and in that regard, the R5 offers significantly more threads and cache. In most other types of games, however, the CPU isn't even the primary bottleneck, is it? They are relatively light on resources, meaning even older processors can still drive powerful graphics cards and allow games to run on high settings, regardless of how aged that specific Intel chip might be. I know of people even today who are successfully running GTX 9 or 10 series cards with an i7 920 without any complaints whatsoever. Taking everything into account, it seems to me that the R5 1600 still holds the advantage in gaming, and it likely will for the next few years if the role of the processor continues to expand in game development. I cannot say with absolute certainty regarding this specific gaming comparison, but I believe there is some merit to my reasoning.
Recently, I noticed that the Ryzen 5 1600 was listed on Amazon with shipping included for about $490. At this rate, it seems it will soon become the standard market price, though perhaps we might even see it dip slightly lower. In my estimation, that new i5 doesn't stand a chance; it appears Intel is struggling to adapt to such extreme market shifts, and they seem to be desperately clinging to their high price points. Now, I wouldn't call myself a die-hard fan of any particular brand, but the reality of the situation is quite undeniable: with the introduction of Ryzen, AMD has truly challenged Intel's dominance.
Aha, perhaps he isn't quite aware. I find myself wondering, though—how exactly does one achieve a complete absence of screen tearing and stuttering when using a sync-enabled monitor? Is the underlying mechanism such that the monitor's refresh rate actively tracks the frame rate in real-time? Specifically, does the monitor constantly adjust its own refresh rate to match the output? For instance, if the frame rate were to drop to a mere 37 FPS, would the monitor automatically recalibrate itself to 37 or 38Hz? If that is indeed how the technology operates, then we are truly looking at a revolutionary advancement.
I find myself somewhat perplexed by the sudden, widespread necessity for FreeSync and G-Sync monitors among the gaming community. Is it not more efficient to simply manually cap the frame rate within the driver settings to match the monitor's refresh rate? In my estimation, doing so would render V-Sync and similar technologies entirely redundant.
@Keith Anderson3/">@@Keith Anderson3, please, let us be cautious here. I wonder if such a setup would truly suffice for your specific requirements—do you intend to play at 1080p with High settings? Furthermore, it might be prudent to opt for the 4GB version of the graphics card.
I find myself weighing my options quite carefully at the moment; I am currently aiming for a Sapphire RADEON RX 580 nitro + Radeon RX 580 with 8GB of VRAM, hopefully securing it for around $200, though I have also considered the 4GB variant if it falls within the $160-$170 range. Alternatively, I might look into a Zotac GTX 1060 6GB AMP edition priced between $180 and $190, or perhaps even an RX 480 if I can find one for $100 slightly less than the RX 580.
And I find myself wondering, what sort of display are you currently utilizing for your sessions? I would be quite interested to know the specific resolution and refresh rate you are working with.
It would truly be a game-changer if miners finally started investing in these devices and moved away from relying on SD cards altogether. However, I have decided to exercise a bit of patience for now; there isn't a massive rush on my end, so I went ahead and canceled my order. Perhaps I will pick something up in the middle of winter, though I suspect that by then, everything I’ve been eyeing might have seen a bit of a price drop.
I have been keeping a close eye on eBay over the last ten days or so, and I must say, it feels like people are asking far too much for used hardware. Whether they are mining cards or just standard consumer models, there seems to be a profound lack of awareness regarding current market values and realistic pricing. It isn't everyone, of course, but about 19 out of every 20 listings I tracked featured completely unrealistic asking prices. For cards that are already several years old and lack any kind of warranty, sellers are attempting to demand nearly the same amount as a brand-new card from the GTX 10 series—which, in most cases, is essentially the functional equivalent to what they are selling, typically an EVGA GTX 1060 6GB. They don't seem to grasp the reality of the situation; they likely believe their older tech is twice as powerful simply because it cost double what a GTX 10 would have cost back when it first launched three or four years ago. Consequently, they ask for astronomical sums for gear that carries zero protection. The same goes for the mining cards; I spotted an EVGA GTX 1060 listed for $220, and an RX 480 for $19. At this point, it honestly doesn't seem worth even considering the used market, because for just a slightly higher investment, you can secure a brand-new, more recent generation card that offers equal, if not superior, performance.
I managed to snag one for myself, and if I am being honest with my own estimation, the price seems to be $100 significantly lower than what one would typically expect to see on the American market under normal circumstances; I truly believe this represents a sufficiently advantageous opportunity to make the purchase.
I truly appreciate all the suggestions you've provided. I would also ask you to take a look at this particular option; although it isn't currently in stock, I am inclined to believe it represents a solid purchase when compared to the other alternatives, $667 even after accounting for shipping costs: https://www.amazon.com/EVGA-GTX-1060-Graphics-Card/dp/B071CQ5LRV/ It may not be an absolute steal given how nonsensical the current market has become, but it strikes me as a fairly reasonable value. What are your thoughts on this?
Hello, everyone. I find myself contemplating a new PC case, likely in the $600 range, $233 though I suppose I might even look at international retailers if the right option presents itself. I am under the impression that mid-tower cases tend to be priced higher than their full-size counterparts. Would anyone be willing to suggest a few larger chassis within that budget? I am curious to know if opting for a smaller motherboard might prove somewhat impractical in such a large frame.
I managed to track down the technical details, but I was wondering if anyone might be able to clarify what the maximum physical dimensions would be for a graphics card that could actually fit onto this motherboard? https://www.asrock.com/MB/AMD/AB350M...#Specification
Additionally, I would be quite grateful if someone could suggest a few high-quality Micro-ATX cases that don't come bundled with a power supply. Ideally, I am looking for something relatively spacious within the $150-$$133 range. To be perfectly honest, I find myself feeling a bit overwhelmed by the sheer number of options available; it feels as though there are a billion different cases out there, and I would much rather avoid aimlessly browsing through them all.
All of that remains valid, but since the ultimate goal is to reach a GTX 1060 6GB, I cannot help but wonder if it might be more prudent to sell the current components for a similar amount and instead build a system around an AMD processor paired with a GTX 1050Ti. For 1080p at 60Hz, that combination would be absolutely ideal, and when the time eventually comes to upgrade, one wouldn't need to worry about much beyond perhaps a new power supply or an extra cooling fan to accommodate a beefier card. If one were to opt for a more expensive graphics card, they would likely run into a bottleneck with the Pentium G4560, which would undoubtedly struggle in certain CPU-intensive titles even on moderate settings. In those specific games, an AMD chip would truly shine and handle everything smoothly alongside the GTX 1050Ti without any undue struggle. It seems to me that such demanding titles are becoming increasingly common. On the other hand, if a more economical route is preferred, then a G4560 paired with a GTX 1060 3GB serves as a solid middle ground, while the G4560 and GTX 1050Ti combo stands as a true budget option that still holds its own quite well. Ultimately, the choice is entirely subjective, but if the target is indeed the GTX 1060 6GB, then in my humble opinion, the AMD plus GTX 1050Ti route is a far superior selection. While this path is roughly 600-$233 more expensive, it offers a much better balance and ensures stable performance in processor-heavy games; furthermore, that higher initial cost is justified by the expectation that this AMD processor likely won't need replacing for a decade, provided it stays functional. Its performance should remain excellent even years down the road, and it will certainly be incomparably better for any task outside of gaming compared to the G4560. It can't even come close to the performance of an i5-6600K, yet the latter costs about $100 more.
Well, if that is indeed the situation, I would personally suggest looking into a GTX 1050 Ti with 4GB of RAM, though I would strongly advise selecting a model with a substantial physical footprint—ideally one featuring dual fans—provided you have enough clearance to fit it onto your motherboard. Ultimately, spending somewhere in the ballpark of $1,250 to $1,300 isn't a massive investment for a card of that caliber. On the other hand, the GTX 1060 carries a rather steep price tag, and in my humble opinion, it simply doesn't offer sufficient value. It will cost you a full $333 more, yet the performance gains aren't nearly as significant as the cost increase suggests. The 1050 Ti remains a much wiser choice, particularly if your intention is to play on a standard 1080p, 60Hz monitor. To put things into perspective, those $333 represent roughly two-thirds of the cost of a Core i5-7600K. If you look at it from that angle, you might consider selling your current processor, motherboard, and graphics card to fund an upgrade to an AMD processor and a compatible motherboard; you could then pair that setup with the 1050 Ti and overclock both components. For the monitor mentioned above, you would achieve excellent performance and visual quality, all while establishing a very solid foundation that would allow you to drop in a high-end graphics card whenever you feel ready in the future.
I must admit, I happened to cross paths with that individual as well. It appears that the 1050Ti manages to compensate for the shortcomings found in older architectures and drivers, making them perform quite similarly in practical application. I find myself wondering how things might shift if both components were upgraded simultaneously; perhaps then the GTX 970 would truly shine. Regardless, provided he has a sufficient power supply and can manage to snag a decent GTX 970 for somewhere in the neighborhood of $650-$250, I believe it is a worthwhile endeavor. That represents a $167 savings, which could serve him well in the long run. Having enough RAM won't be an issue either, as he doesn't necessarily need to crank up the most aggressive anti-aliasing or those other superfluous settings that nobody really notices anyway. In practice, one can achieve a visual quality that is just as impressive without the RAM becoming a bottleneck. On the other hand, you can occasionally find a 4GB Palit GTX 970 on eBay for about $333, though that would likely only be a smart move if the price sits around $750-$267. Whatever he manages to save could potentially go toward a new B350 Micro-ATX motherboard, which will be waiting for an AMD Core i5-7600K when the sales hit. Hehe.
You might also want to take this particular option into consideration; it offers significantly more power and performance than a 1050Ti, yet it remains quite affordable without necessitating any additional hardware upgrades. Furthermore, I believe your processor should be able to handle it quite effectively: http://www.ebay.com/itm/graphic-card-listing-example
If it lasts for nine to twelve months, I would consider that a success. Of course, if you happen to have some good luck, it could easily serve you for years to come. There are certainly other listings available on eBay—some even cheaper—but in my humble opinion, this represents a very solid choice.
It strikes me that FIFA 18 might be somewhat poorly optimized for GeForce graphics cards, or at least for certain models within that lineup. These optimization processes often feel like a murky business where one brand ends up gaining a slight edge over another in specific titles. Usually, that brand tends to be Intel. I have observed that when minimum hardware requirements are listed for a game, the Intel requirement is often significantly more powerful on paper than the Nvidia recommendation, yet in actual practice, they perform similarly or Nvidia takes the lead. Beyond that, it is entirely possible that your drivers aren't quite up to par, or perhaps there are too many background processes taxing your CPU without you realizing it, given how much Windows 10 relies on various background tasks and automations. Your processor seems more than adequate for this particular title, though. This piqued my curiosity, so I decided to run a little test using the FIFA 18 demo on my own laptop. I set everything to maximum settings at 1080p resolution with vSync enabled. After roughly an hour of testing, my frame rate fluctuated between 50 and 60 FPS during active gameplay, dropping to about 47-48 FPS during replays. For about 70% of the time, the numbers stayed mostly in the 53-57 FPS range. Hitting a steady 60 was quite rare, almost negligible. Aside from Steam running in the background, nothing else was active. By the end of the session, my CPU temperature had reached 75°C and the GPU was at 70°C, whereas normally, while playing, temperatures stay between 55-65°C. It feels to me as though the game is quite demanding on the processor, as the CPU was consistently about 5-10 degrees warmer than the GPU and was sitting at 80-85% utilization. When I ran Speccy and Task Manager—my preferred "budget" diagnostic tools—alongside Steam, the lower limit of my frame rate dipped to 47, with an average hovering around 50-54. All things considered, I am left with the impression that the game is rather poorly optimized and ported; I truly felt as though I had seen graphics similar to this, if not better, in older versions of the series from four or five years ago running on much weaker hardware. Honestly, this could have been played on a toaster, and I recall the visuals looking superior in previous installments compared to this 2018 version. For context, my setup consists of an i5 6300HQ and a 960M. It isn't exactly raw power, but on paper, your graphics card is stronger than mine, the 750, or even the 750Ti.