Articles by Staff

Are Dual Gpus Worth It?

While AMD and Nvidia offer cards at a lower price point that have the ability to double up, you could be spending just as much for a card that performs as well, or better, as a pair of low-end GPUs. Using two (or more) video cards in tandem–known as SLI for Nvidia cards, and Crossfire for AMD cards–can give you better performance, sometimes for less money than you would spend for a comparable single-card solution. At the same time, if you are unwilling to spend extra money getting your system set up for work, and you are unwilling to deal with games or software that do not support SLI or Crossfire, you may be better off going with a higher-end single video card, like a Titan X. Comparable performance is also attainable with the purchase of a high-end single card, and this performance is unlikely to be affected by SLI/Crossfire or a game that does not support it correctly.

We cannot tell you what is going to be right for you, but I would almost always look to get a powerful single card over dual cards in SLI or Crossfire. Yes, it is still possible to go with two graphics cards, even if your motherboard does not come with Nvidia SLI or AMD Crossfire. Unless you are playing video games or using two monitors with your PC, you will not get any boost to system performance from running dual graphics cards. Even with two top-tier graphics cards, the lower-end CPU may limit how much data your computer system provides for dual graphics cards.

Instead of seeing the graphics performance improve in your setup, some dual-GPU cards may end up performing worse than their single-GPU counterparts. In theory, having more graphics cards sharing the load of handling frames means that your system could produce frames faster, but as you will see later on in this article, multiple-GPU setups do not provide a linear performance increase (although, in some games, dual GPUs can yield nearly double the performance, on an average frame rate basis). For games that actually do support SLI, scaling generally falls below the 200% expected of two identical GPUs, and the recently introduced Scan-Line Interface by 3Dfx is susceptible to microstuttering (particularly with alternate frame rendering modes) and other performance issues that are not present with single-GPU rendering. Installing two or more graphics cards working cooperatively provides better performance in video, 3D, and gaming than using one graphics card.

This multi-GPU configuration provides enhanced performance while working in conjunction, delivering enhanced performance for higher-resolution games. Regardless of the higher-resolution graphics and higher FPS, a dual-GPU configuration may prove to be considerably more beneficial in other areas. Personally, I would recommend not using dual GPU setups, at least if you only intend on using them exclusively for gaming, not additionally for video editing. What makes the AMD Radeon HD 7990 unique is that you can still use it in a dual-GPU setup.

How Much Ram Do I Need For Gaming?

If you are a streamer, then you definitely want to have a minimum of 8GB RAM depending on the games that you are planning on streaming. Because 8GB of RAM gives people plenty of headroom to perform standard tasks, and it is perfectly suitable for the current games. As mentioned, 8GB of RAM is excellent for gaming, since many, if not all, games will run fine with that amount of RAM. This means you do not have to upgrade the RAM later on down the line should games begin requiring more than the standard 8GB of RAM.

While there are some users that can easily get by using 8GB of RAM, if you are playing current games and/or doing any demanding productivity work, 16GB is preferred.

For the average PC user, you may not need to go too far overboard and exceed 4GB of RAM. As games keep getting more complicated and demanding more RAM, only 4GB of RAM is going to be insufficient. While you could get by on only 4GB of RAM for a lot of older games, there is very little reason to build a new system around that small amount of RAM. 16GB of RAM will let you handle day-to-day computing tasks, as well as playing demanding games, with no problems.

With 8GB of RAM, your PC will be able to handle most games without any issues, although you may need to make some graphics concessions when dealing with the more recent, more demanding titles. If you are a hardcore gamer that occasionally streams games, 16GB of RAM is going to be your best option. For casual to hardcore gamers that do not use their PCs for anything but gaming, 8GB of appropriately fast RAM should be enough. If you are not a hardcore gamer, 8GB is plenty of RAM for simply browsing websites casually online, or doing a little bit of digital media work.

Whether it is the best DDR4 RAM you can get, or a relatively speedy kit of RAM for your build, 8GB is going to get you the lowest number of issues at a very reasonable price. You can fit 64GB of RAM in your system, but if you are using just 2GB for playing lightweight 720p indie games, you are never going to make the most out of that large portion of memory. Having this amount of RAM in your machine will let you switch up which games you are playing, as well as avoid issues of latency and stuttering. I generally recommend having at least 32GB RAM (you could go slower) if you are planning to run more games, particularly RPGs.

While some games say that 16GB is the minimum, you will often find that 8GB runs them equally well. At the absolute minimum, 8GB is generally a good starting point for most games. As I said, even playing graphically intensive games such as God of War on PC, I have hardly used 16GB of RAM. If you are looking to play the latest AAA releases on maximum settings, making sure that every component of your gaming PC is of top-notch quality will go a long way towards helping you to achieve this goal, including the RAM.

Does The Gpu Brand Matter?

It is pretty obvious why choosing between an AMD GPU versus Nvidia GPU matters, but when you start picking a particular brand, it is not so obvious. AMD and Nvidia hardware is so similar that it simply does not matter which you purchase. Even if you do not think it matters which GPU maker you pick, the difference in pricing between AMD and Nvidia might make you rethink that. For certain GPU models, this really does make a difference, but for most scenarios, if you are spending over $50 more for another brand, then it is just not worth the effort.

All different card manufacturers source their GPUs from the same places, NVIDIA and AMD. All the different card manufacturers have the same place where they get the graphics cards. The differences between brands of the same graphics cards are just companies putting chips onto PCBs. The memory brands may differ among cards, typically, Hynix or Samsung are the desired chips.

Sometimes these reference-design cards are sold direct from Nvidia (or, less frequently, AMD). Depending on the graphics chip in question, these board partners might sell their own, custom-branded versions of the reference cards (following the designs and specifications established by AMD or Nvidia), or they would make their own bespoke products, featuring different fan designs, minor overclocking done at the factory, or features like LED-based ambient lighting. Meanwhile, both AMD and NVIDIA ship their PCB (printed circuit board) designs out to third-party companies specializing in making video cards, such as XFX, ASUS, Gigabyte, MSI, Sapphire, Evga, and many others. You see, although NVIDIA and AMD sell their chips directly to electronics manufacturers to be included in all sorts of things, ranging from laptops and desktops, gaming consoles, cell phones, and even cars, they also sell to third-party graphics card manufacturers like EVGA or Sapphire.

That is, NVIDIA and AMD make and sell GPUs to companies, which are then free to customise any of the above aspects of a graphics card however they want, without changing the GPU itself at all. If two cards in the same NVIDIA or AMD product line are the same model, can fit into your PCs chassis, and connect to your motherboard, then there will not be any major differences in the way that they render your games. The standard AMD and NVIDIA cooler designs are not going to give you the best possible performance that can come out of the GPU chips that are used, particularly if you are just looking at the market for single graphics cards, and you do not want the blower setup. In terms of gaming performance, the Nvidia GPU is probably a better choice, but you also cannot go wrong with the AMD card.

Sometimes the brand makes little difference, and while they are the same brand, some people end up with cards that are harder to overclock, and are stronger than others.

How Much Gpu Do I Need?

If you are playing games that are heavy on the GPU, then you need to invest in a beefy graphics card. If 4K gaming is your thing, no less than a graphics card with 12GB of graphics memory is enough. Modern games demand cards with at least 4GB memory, while 6GB or more is ideal for high-end 1080p gameplay. If you want to play games at 1080p and on high graphics settings, then your prospective GPU should feature 8GB of memory.

In general, most games these days require 4-8GB of GPU RAM in order to function correctly. When running a game or piece of software that has lots of graphics, the GPU RAM will fill up fast. If you do not have enough graphics RAM to keep your apps running, they cannot load the resources that they need. The more pixels that have to render per frame, the harder it is on your GPU.

Depending on what kind of games you are playing, throwing more VRAM into your graphics card does not mean that your GPU is going to do any better. Some games are not optimized well, meaning that you have to fiddle around with graphics settings in order to achieve decent performance, and if you have ever modded a game such as Skyrim, then you will probably see graphics mods saying you need a GPU with lots of VRAM. GPU power tends to translate into price, so it is not necessarily worth buying a gaming-specific graphics card unless you are interested in running games on their highest settings, and want the best possible performance for your dollars. If you are looking to build a high-end computer for competitive gaming, and need a monitor with high refresh rates in order to get the edge over the competition, then you are probably going to want to buy a high-end graphics card capable of accommodating high refresh rates.

Speaking of monitor resolution, if you are on the market for a new graphics processor, you will also want to take into account what your monitors (or one you are planning on purchasing) refresh rates are. The key is, if you are planning to play games competitively at 1080p, be sure you get the cards speed rating on the games you intend on playing on a 1, because the last thing you would want is to wind up with an expensive monitor that does not have a powerful enough GPU to adequately support it. Only the latest AAA titles running everything turned to Ultra at 4K require anywhere near this amount of VRAM, and even then, you will want a super-high-end card, so making sure your GPU is up-to-date and is of a quality that you will need, and that you can afford, is more important than worrying about VRAM.

Well, we already mentioned that most recent graphics cards ship with 8GB VRAM, so this is certainly something you should strive for if you want a GPU with the best possible future-proofing, or if you are planning to buy a 1440p display right away. Most games running at 1080p will be comfortable using a 6GB graphics card with GDDR5 or higher vram. Installing a graphics card with at least 6GB of GDDR6 VRAM is likely to get you through most graphics-based tasks and games.

Is 1Tb Enough For Gaming?

While the exact amount of storage required by gaming PCs depends on each users unique needs and requirements, 1TB storage is enough for most gamers. A 1TB SSD is more than sufficient for gaming needs for an average gamer. A 1TB HDD is generally recommended storage for gaming PCs. The storage capacity of 1TB is considered to be the best for gaming PCs.

If you are using cloud storage, and you are not streaming or downloading a lot of games, then a 500GB-1TB capacity hard drive is sufficient. For moderate games, 1TB, or in extreme cases, a 2TB SSD, is enough to meet the needs of installing games and saving original game files. If you are into downloading lots of games, and having several games installed simultaneously, then a 2TB HDD is best. If you play only contemporary games, and buy new ones often, a 2TB hard drive could get filled over an extended period.

If you install many games to a 1TB disk, they may take forever to download all the games. As a result, you will have to increase the capacity of the storage in order to hold more games without having to download a game each time you want to play. If you have a large number of games to install, then at least 1TB of solid-state drives are required, otherwise, you are backing up games that you will want to play in the future.

If games are the only app that you mostly want to fill up the storage, 1TB SSD is enough. If you think you are a bit of a hobbyist gamer, someone that sticks to a single game for an extended period of time, then 1TB SSD is more than sufficient. If you are planning on using your PC solely to play games, and you are not keeping media files on it is storage, then a 1TB drive is sufficient.

In other words, how much storage, SSD or hard drive, you will need depends on how many games or programs you want to install on your PC. If you are planning to play games once in a while, and therefore likely to require less than ten games installed on your PC at any given time, a 512GB storage device should suffice. The amount of storage you will need for your system is completely subjective. With an average game installation file size range being between 20-50GB, you should be okay with a 1TB storage device if you plan to install less than 20 games at any given time.

If your SSD is 1TB, you could dedicate 256GB for your system, another 256GB to gaming usage, and 512GB for installing several games at an equivalent capacity. If you are not ready to pay the full price for a 1TB SSD for your gaming computer, you can still benefit from SSD drives, and have ample storage space for all of your games and media files, using a hybrid storage setup using both SSD and HDD storage. The necessity is due to modern games becoming bigger and demanding more and more storage. This 1TB is also preferred by many gamers because it offers sufficient storage to hold games, media files, and screen recordings from various game sessions.

Is 16Gb Ram Enough For 4K Gaming?

If you are the type who enjoys playing lots of games on the PC, having 16GB RAM is going to provide you with the most fluid gameplay possible. 16GB RAM is plenty for most games, and it is going to be enough for most gamers. Because in general, people say if you want to play current games at a good FPS, then 16GB RAM is good for you.

If you are an intermediate user, for example, want to play contemporary games on 1080P Medium settings, then I would suggest that you should get at least 16GB RAM. Most games run better on 16GB of RAM, and the difference in performance between 8GB and 16GB is quite apparent. As mentioned, 8GB of RAM is ideal for gaming, since many, if not all, games run fine at that amount of RAM.

This means you do not have to upgrade the RAM later on down the line should games begin requiring more than the standard 8GB of RAM. Buying additional system RAM now will make sure your PC is capable of playing new games without the need for upgrades. If you are planning on playing heavier games or using memory-intensive apps, upgrading to 32GB of RAM might be necessary. If you update to 16GB of RAM, a game can load as much data as it needs in the temp memory (RAM).

Choose 16GB or more if you are a power user, run todays most demanding games and apps, or just want to be sure that you are covered for any future needs. For many, 64GB RAM is too much, since that is considerably more than what is needed. For most games, a gaming rig with 12GB-16GB RAM should suffice to run in 4K, provided that you have also got the right hardware combo. If you have a single PC powerful enough that you can game and stream at the same time (or you are not playing games that are very demanding on hardware), then 16GB of RAM is a bare minimum, while 32GB is our recommendation.

For a 4K gaming console or PC, you will typically want to get 8GB of RAM (or higher) in order to quickly get the game running and playing the games in progress. That is, if you are doing lots of multitasking to things like editing videos or streaming video games, you might want more RAM to make sure things are running smoothly. If you are playing an unoptimized game, or if your CPU or GPU is bottlenecking your performance, adding more RAM is not going to make any difference. If you are playing games on Medium settings with 1080P and you are looking for a boost of performance, say 70-80FPS on Ultra (1080P games) with your budget graphics card, you could bump up the RAM just a little.

Over time, it will fill up your random access memory, slowing your PC down over the long term. Lifespan of RAMs performance You could generally expect it to last about 8-12 years before you need an upgrade, but this is only if you are looking to play the latest games without using up a lot of memory. Most gamers will be more than happy with 16GB RAMs performance. Depending on the system requirements, AAA games require higher RAM like 16GB.

Does Ram Speed Affect Fps?

After you have learned about the effect RAM speeds have on FPS, you might be wondering about the amount of RAM that is required to play games. The amount of RAM you have, as measured by gigabytes, may impact the FPS, but how much higher your FPS is will largely depend on how much RAM you have at present. Once you have upgraded or increased your RAM, you will see a boost in the FPS while playing.

FPS does really improve across the board comparing between 16GB and 8GB RAM. Again, upgrading from 4GB to 16GB and running a game using up to 8GB of RAM would make a small, but discernible, difference. If you have 8 GB of RAM and are upgrading to 16 GB, and the game is using 8 GB of it, the difference is not visible to the naked eye. If you have RAM so much higher than your game is going to use, then having extra RAM is not going to make any sense.

With this being said, you need to know that more RAM is not always the answer to higher FPS, or better gaming performance, for that matter. Frankly, having more RAM would certainly help with better FPS or gaming performance, but not as much as graphics cards and CPUs. If 8GB of RAM is considered sufficient to have a decent gaming experience, then you might be wondering whether or not more RAM helps in boosting FPS while gaming. Since RAM stores short-term information, having a higher amount of RAM would aid in producing higher FPS.

RAM does indeed impact FPS, but factors like RAM capacity, whether RAM is Dual-Channel, and RAM speeds will determine the degree to which your RAM affects your FPS. To some degree, RAM does impact FPS, and it can actually increase it, this is truer of laptops that have integrated graphics, or those powered by AMD processors. Game performance does not entirely depend on having fast RAM or high-capacity RAM, but it does have an impact on FPS that you will receive on certain games.

The better the RAM, the higher the FPS, but this is noticeable only if you are able to hit 100+ frames with the CPU/GPU combination. With faster RAM, you will see improvements to your maximum FPS (sometimes those gains can be as big as 20%-30%), but most importantly, because the amount of data that is capable to transfer between your CPU and RAM is greater, the FPS you get will be more consistent. What is important to note here is that depending on your overall setup, you may not necessarily see a large boost in max FPS as soon as you put a faster RAM kit in your machine, but you will benefit in terms of a more consistent FPS and frame times.

At 1080p, the speed of your RAM would have essentially no impact, while at 4K, when combined with a capable GPU, faster memory would have seen big improvements. At lower settings, 4GB of RAM is good enough, and if you have a base specialized graphics card, you will be able to run some of the newer games at a manageable framerate. The thing is, for most of us gamers, we will hardly notice the difference — and 16GB of RAM will provide a far better gaming experience over the long haul.

Which Gpu Has The Best Cooling?

When shopping for GPU coolers, one of the most important factors to look at is how effective and how much cooling they offer. A GPU cooler gives you high-end gameplay because, with a GPU cooler, your gaming PC stays cooler and continues working, even while playing games that demand intense graphics. The best GPU coolers for gaming come equipped with multiple fans and noise-reducing coils, allowing for the cooling process to be entirely quiet and not interrupt the gaming experience. The standard AMD and Nvidia cooler designs are not going to achieve the very best performance that can be achieved by the GPU chips being used, particularly if you are just on the market for a single graphics card and do not want the blower setup.

Third-party cards such as the MSI GeForce RTX 3080 Gaming X Trio 10G are pretty much the classics as far as GPU designs go, while AMDs competing Radeon RX 6000 series, though sleek in their own right, does not have the technological frog-leaps of thermals and energy efficiency that we see demonstrated on current-gen Founders Edition cards. Meanwhile, if you can afford to pony up for pricier options, better graphics cards such as Nvidias Geforces RTX 3090, RTX 3080, or AMDs Radeon RX 6900 XT RTX 3080 run like a dream, showing off its power capabilities in games such as Resident Evils new Village. For those who are not budget-conscious, ASUSs top-tier graphics cards deliver excellent performance and excellent cooling, along with powerful overclocking out-of-the-box. The best graphics card on the market for most people, Nvidias GeForce RTX 3070 in this market offers great performance — even matching RTX 3060 Ti — without breaking the bank.

If you want the best possible gaming performance out of your NVIDIA card, you are going to want an RTX 30 series GPU – on the high end, you are going to want a RTX 3090 Gaming PC. You can get the latest and greatest GeForce RTX 3080 XTREME 10G AORUS and put that in your gaming rig, but unless you have sufficient cooling, then you are not going to get the best performance from your card. ASUS ROG-branded cards are advertised mostly to gamers, but their excellent cooling could make them good fits for anyone that does not want to have a multiple-GPU setup. AIO coolers typically come pre-assembled and installed by a graphics card maker, such as AORUS GeForce RTX 3080 XTREME WATERFORCE 10G, and all you need to do is mount your card and radiator, then job done.

AIB partners build cheaper coolers for entry-level cards just because they do not require much cooling. This means that ASUS takes a GPU, builds the graphics card, increases the clocks (different than manual overclocking), and adds the cooling hardware (fans, coolers, heat pipes, etc.). Companies like Nvidia and AMD invest lots of R&D into developing designs that help the GPU keep cool. Rtx cards are thus better for not just graphics, but traditional rendering performance too.

What Gpu Does The Ps5 Have

The GPU in the PS5 is AMDs Radeon RDNA 2, which has variable frequencies up to 2.23GHz, along with 10.3TFLOPs and hardware-accelerated ray tracing. The closest non-off-the-shelf graphics card to the PS5 GPU is an AMD Radeon RX 5700 XT, with a throughput of 9.75 TFLOPs. The closest equivalent graphics card to the PlayStation 5 that comes from AMD is the Radeon RX 5700 XT, which offers 9.8 TFLOPs — a bit lower than the real-world performance of the PS5. In terms of stability in performance, the closest equivalent GPUs to PlayStation 5 will be a Radeon RX 5600 XT, and a Nvidia Geforce RTX 2070 Super.

How the compute and graphics performance of PlayStation 5 GPU stack up against the GPUs used on gaming PCs. The PS5 GPU will be equal and marginally better than an RX5700 XT or an RTX 2070 Super, if we are comparing it with todays GPU line-ups from AMD and Nvidia. Sonys PS5 has a formidable GPU for gaming, meaning that it would deliver better performance. If you already have a decent PC, upgrading the GPU to the RTX 2070 will provide a similar gameplay experience as that of PS5.

The AMD Radeon RX 5700 XT and the Nvidia RTX 2070 Super are both excellent alternatives for a GPU on the PS5, and although both these cards put up a solid fight, you are going to need better hardware in order to get an ideal PC gaming experience at 4K. The PlayStation 5 comes with AMDs RDNA 2 GPU architecture, which is on par with a RX5700 XT, if not higher. The PlayStation 5 has their graphics cards. The PlayStation 5 will have an custom eight-core AMD Zen 2 CPU, which runs at 3.5GHz (variable frequencies), and a custom graphics processor, which is based on AMDs RDNA 2 architecture hardware, which promises 10.28 TeraFLOPS and 36 compute units, which runs at 2.23GHz (also variable frequencies).

As far as what graphics card is in the PlayStation 5: The PS5 houses a custom-built AMD Radeon RDNA 2 GPU. AMD manufactured GPUs are likely the closest graphics cards that I can recommend to be capable of matching the performance of the PS5.

Considering that the PS5 offers 4K performance, the GPU is pretty powerful, producing a whopping 10.3 Teraflops at clock speeds of up to 2.23GHz. Now, looking at those specs, you will realise that the GPU inside PS5 is much more akin to the RX 5700 XT from AMD, and this is no bad thing. Both consoles feature the same GPU; however, PlayStation 5 offers 10 Telops of compute horsepower, which is 6 Telops more than Xbox Series 4s Telops compute horsepower capabilities.

What Does TI Mean In GPU

When used in a product title of a Nvidia GPU, the Ti tag is part of Nvidias naming scheme for their GPUs, used to denote that a given graphics card is a redesigned or higher-performing model compared to its normal, or non-Ti, predecessor. Typically, the term TI appears in GPU products that are either more advanced or better performing than their non-Ti predecessors. Similar to GTS, GTX, and GT, the Titanium or Ti designation is used by Nvidia for card ratings following the GeForce 200-400 era. The Ti designation on Nvidia graphics cards stands for Titanium, referring to branded Titan cards for applications requiring higher processing power.

Ti graphics cards are manufactured by Nvidia, these GPUs are known for having higher performance compared to non-Ti models, and are generally released after the first batch of the new-generation GPUs are released. In any event, NVIDIA has been making Ti cards since its GeForce 2 line of cards way back in 2001. The RTX 2080 Ti GPUs were the fastest on the market for several years before being overtaken by newer generation GPUs from RTX 3000. Whereas, the GPUs such as RTX 3080 Ti has quite the leap over non-Ti RTX 3080 models.

Ti GPUs deliver better performance due to having extra memory, more Shader Processing Units (CUDA) cores, etc. For example, the incredibly powerful RTX 3080 Ti offers 12GB of VRAM and 1,0240 CUDA Cores, as opposed to 10GB and 8,704 for the RTX 3080. Ti GPUs offer better performance by having extra memory, more Shader (CUDA) cores, and so on For instance, the extremely powerful RTX 3080 Ti offers 12GB of VRAM and 10240 CUDA cores in comparison to the 10GB and 8704 of the RTX 3080. The TI cards are typically stronger than the non-Ti cards of the same model numbers (for instance, a GTX 970 Ti is faster than an ordinary GTX 970), because they include additional shader processors as part of the design. If you can afford it, a 6GB GTX 1060 would provide significantly better performance over the GTX 1050 Ti. Compared with the GTX 1660 Super, The GTX 1660 Ti is still the faster card overall, but as you can see below, the 1660 Super does come pretty close to hitting 60fps on Ultra settings in a surprisingly high number of cases.Ti cards generally are more powerful than non-Ti cards with the same model number (for example, a GTX 970 Ti is faster than a plain GTX 970 ), as their design will include additional shader processors.If your budget allows, the 6GB GTX 1060 is going to offer considerably better performance over the GTX 1050 Ti. NVIDIAs GeForce RTX 2080 Ti is built to deliver both gaming realism and performance.

The RTX 2080 is Nvidias non-Ti GPU, while the RTX 2080 Ti is the Titanium card. GeForce RTX 3080 Ti is the strongest Ti graphics card right now, only truly bested (and only then, just barely) by the RTX 3090 and AMDs RX 6900 XT. The RTX 3080 Ti unit is not only fairly powerful, it is capable of giving you similar performance as top-end models such as the RTX 3090 Ti model.

The Ti card is essentially a faster/better version of the original graphics card. The Ti is meant for some of Nvidias selected models. Some have claimed Ti for the NVIDIA cards stands for Technical Improvement, and this makes a certain amount of sense, as Ti cards are improved versions of base model cards. The general consensus is that it really stands for Titanium, since it is always stylized to correspond with the atomic symbol of the element Titan on the periodic table.

While it is true that in other contexts, like when describing a metallic chemical symbol, the Ti prefix is often used for titanium, these graphs are clearly not infused with real Titanium. There are plenty of examples, like 3080 Ti, 2080 Ti, etc., which does not imply the GPUs are made of Titanium. It does not mean the GPU is made from Titanium, but usually indicates the GPU has higher performance compared to the non-Ti models.

Ultimately, we would recommend 3080 Ti for gamers, although the Ti has slightly higher performance numbers in certain titles. The Ti in NVIDIA graphics cards stands for Titanium, which means the card is more powerful than non-Ti versions of the same model number. This means the card is made out of Titanium. The 2060 Super is also a GPU option from NVIDIA — it is just not quite as powerful as 3080 TI. NVIDIAs TI GPU is strong enough, and it is an extremely capable version of a non-TI card, so that can get you through until the next Super variant is released. 

The NVIDIA GTX 1660 Ti is one of the strongest graphics cards in its price bracket, and you can expect to be running every title in 1080p Ultra at a playable framerate, provided you are pairing it with a decent CPU. RTX stands for Ray Tracing Texel eXtreme, and is a variant of Nvidia as well. RandomGamingInHD has an excellent video about this cards 4K performance (in games, but also holds up in general usage) on their channel, and is pretty impressive indeed. The Nvidia GeForce GTX 1650 Ti is a middle-of-the-road laptop video card. The 1650 Ti is a slightly faster version of the standard 1650. The Ti shorthand means Titanium when seen in an NVIDIA GPUs name.