In recent years, gamers have been looking for the best graphics cards that provide a high-quality gaming experience. With the release of Ryzen 9 5950x processors, many are wondering what GPU is best to use with this powerful processor.
In this blog post, we will be discussing some of our favorite GPUs and which ones work well with the new CPUs. This Ryzen 9 5950X is the latest and high-end CPU of the AMD family that built on the 7nm+Zen3 microarchitecture.
The machine supplies 16 physical cores, first clocked at 3.5GHz, up to 4.9GHz with frequency upgrade. It has a disabled connector, but conventional approaches will overclock it. For automatic hyperthreading, the Ryzen 9 5950X can be used with the AMD's 'X' CPU.
The L3 cache has 32MB. Cache Level 3 is a persistent processor memory bank that is used to supply commands for a processor.
This processor also enables RAMs with DDR4-based storage of up to 64GB. The thermal power configuration is of a capacity of 105W. Especially in comparison to rival processors, it is power-efficient.
AMD managed to boost the performance of a specific thread, which was once weaker than Intel's CPUs. This being said, this processor would undoubtedly be popular in high-end device projects with 4K players, so let's explore the best GPU for Ryzen 9 5950X.
In considering changes in the current Zen 3 architecture and the improved clock rates, AMD pledge a valuable perspective.
Furthermore, the latest 6000 graphics card series is being released this year which AMD says would benefit from an additional output while using a Zen 3 CPU such as the 5950X.
This is extremely exciting because we will have so many choices for this processor to choose from while designing a PC.
There are 8 best GPU for Ryzen 9 5950X which are very much popular and most effective products in the modern market.
The GeForce RTX 3090 is a major vicious GPU (BFGPU) with TITAN class results. It’s propelled by Ampere—NVIDIA’s 2nd gen RTX architecture—doubling down on ray tracing and AI efficiency with improved Ray Tracing (RT) Cores, Tensor Cores, and digital streaming multiprocessing.
Plus, it includes a whopping 24GB of G6X memory, all to offer supreme gaming performance. NVIDIA DLSS is a pioneering AI renderer, allowing uncompromising image clarity with the use of GeForce RTX's optimized AI processor tensor core.
It helps you to pick up configurations and resolutions to create an amazing visual effect. Gaming has come with the AI movement.
The Nvidia GeForce RTX 3090 is open nationwide now, beginning at $1,499 for NVidia’s exclusive Founders Version (£1,399, around AU$2,030).
This would also, be the first instance Nvidia has released a Titan-level card to third-party GPU manufacturers such as MSI, Asus, and Zotac, which implies that certain models of the RTX 3090 can be assumed to be considerably pricier.
In an effort to match NVidia’s RTX 3090, AMD came up with a powerhouse of itself and that's the RX 6900 XT. For professionals seeking the best specifications, this GPU is equipped as a high-end product.
While the 6900 XT is undoubtedly amazing, it seems not much further than the 6800 XT. It has the same frequencies for clocks, memory, and money.
The distinction occurs in the number of higher stream processors and the number of higher processor cores.
The RX 6900 XT focuses on the layout of the RDNA 2 that enables the card to operate more effectively.
It's per Watt output is much better than we've seen in AMD GPUs of the prior era. Furthermore, the several feature enhancements, such as smart system memory and Radeon Enhance, along with the huge 128MB cache, accommodate for the 16GB GDDR6 memory of the 6900.
In contrast, the AMD Radeon RX 6000 sequence even includes AMD Smart Access Memory (this only operates if you have a CPU and AMD B550/X570 motherboard from the AMD Ryzen 5000 range), Microsoft Direct Storage (for fast turnaround rates and high visuals), Radeon System Integration Tuning plugins (one-click configurations like stable hyperthreading 'Rage Mode') and Radeon Anti-Lag option (smoother reaction).
The Ryzen 9 5950X is an efficient CPU and is equally GPU-worthy. The RTX 3080, NVidia’s model, could be one of the best options for this processor.
Its quality is not that far from the 3090, despite memory notable exceptions, and it is definitely more economical. The 3080 offers, after all, more than the 2080 TI does and charges the least.
That in itself will lead to an overestimation of the success and popularity of this GPU.
Despite the high quantity of CUDA cores, clock frequency rates, and fast GDDR6X memory that is a definite upgrade from the GDDR6 memory, the RTX 3080 is supportive of 4K gaming as well.
In addition, it needs less energy than the RTX 3090, so it's supposed to be a really simpler task to identify the perfect PSU however according to your target.
The RTX 3080 also gains from the very same software enhancements we see with the RTX 3090, particularly RTX I/O.
Although these incredible technological features come in an inexpensive bundle, the RTX 3080 also benefits from the very same performance improvements we see with the RTX 3090, especially RTX I/O.
This GPU's layout paired with a next-gen CPU like the Ryzen 9 5950X means a prospective PC build that can accommodate 4K configurations as well as intense rendering workflow.
Without reducing fan ambiance, the new dual axial flow through thermal design provides the greatest potential thermal efficiency.
For a smoother and cooler gaming scheme, the flow by thermal design strengthens the natural air movement in the frame.
A competitor to NVidia’s RTX 3080, the RX 6800 XT, follows with the unveiling of AMD's new RX 6000s sequence.
This 16GB beast is equipped to be an economic option for 4K gaming considering the high boost clock frequency reaching up to 2250 MHz.
Even so, AMD opted to go with the slower and less power-hungry GDDR6 rather than GDDR6X as Nvidia did, given the increased upgrade clock and memory.
But this is not a big downside, since to substitute, the RX 6800 XT offers a spectacular 128MB cache.
In addition, as is custom, AMD marginally disregards NVidia’s opposing RTX 3080 by a marginal amount. But that doesn't really lead to lesser issues that come with it.
In reality, AMD is eventually adding its own services for ray tracing, as well as smart access memory, to boost graphics efficiency by reducing response time.
The 6000s series tends to be on a level with the RTX 3000s series but to arrive at a sensible conclusion, there are not enough benchmarks and authentic similarities.
In addition, AMD introduced another fascinating function, specifically Radeon boost, which enhances in-game output constructively by downscaling the render level immediately throughout camera motion and then upscaling it back when the player is inactive.
In other terms, when switching this function on, we can see a profound impact on frame rates, but it's probably going to be dependent on each game.
The very next-gen 6800 XT is perfect when combined with the Ryzen 9 5950X if you're really into 4K gameplay and if you'd like to take control of AMD's hardware enhancements.
The RTX 3070 is NVidia’s budget-friendly next-gen GPU, designed to replace the RTX 2080 TI at a reasonable expense. Among 1080p and 1440p gamers, this feature itself renders it famous.
The 3070, is therefore good enough to run games at 4K displays, although some of them do not exceed 60 FPS at extremely high levels, and PCI Express 4.0 support is also included.
It still beats its competitor, the RTX 2070, even if it isn't as effective as the 3080, and is prospective due to all the next-gen improvements it arrives with.
Nvidia equipped the 3070, speaking of specifications, with much the same additional features as the larger and more costly GPUs in the sequence.
It arrives with enhanced ray tracing, mega sampling, RTX I/O, as well as functions that like Nvidia Broadcast, are versatile outside of gameplay.
Overall, for gamers who don't believe much regarding 4K configurations, and who just want to have a stable device for the next few years, the RTX 3070 is among the best options.
The newest flagship graphics card from NVIDIA is a breakthrough in authenticity and consistency in gaming.
It is the world's supreme gaming GPU with its strong NVIDIA TuringTM GPU architecture, revolutionary innovations, and 11GB of next-gen, ultra-fast GDDR6 memory.
The Turing GPU framework and the all-new RTX design drive the GeForce RTXTM graphics cards.
This offers you up to 6X the output of graphics cards from previous generations and introduces to gaming the ability of authentic ray tracing and AI.
The GeForce RTX 2080 Ti Founders Edition manufacturer underclocked graphics card introduces a next-gen 13-phase power supply for full overclocking and dual-axial 13-blade fans combined with the latest insanely and quiet output vapor compartment.
The new benchmark for next-gen gaming is DirectX 12 Supreme, bringing them to an entirely new level of complexity and efficiency with ray tracing, prepayment shading, mesh shaders, and much more. You'll be set for the most competitive and visually challenging PC games with GeForce RTX.
A specific hardware interface for GeForce RTX 2080 Ti enables the potential to act and transmit with exceptional quality at the same time.
For your popular streaming platforms, RTX graphics cards are designed to include your live stream with optimum output.
Although we are all optimistic about AMD's latest Zen 3 processors, it might take a while until we can all get our hands on a GPU from the RTX 3000s series or one of the upcoming new 6000s sequences from AMD.
All that said, even though it is not the most up-to-date piece of equipment, the RX 5700 XT graphics card is a decent option.
The RX 5700 XT is a competent GPU that can be contrasted in respect of the efficiency with the RTX 2070.
For something other than 4K gaming, this ensures that it's a good contender. The bottom line is that PCI Express 4.0 is sponsored, making it very prospective.
However, with AMD's own picture sharpening and anti-lag congestion reduced tools, it somehow compensates.
So this GPU basically comes with an improvement over others for professional gamers who don't need the best graphics feasible but need higher frame rates and low latency.
In particular, the RX 5700 XT is a decent mid-range GPU that, particularly when combined with an efficient CPU like the Ryzen 9 5950X, can give a deep experience even outside 4K gaming.
As an option for the RX 5700 XT but still want the ray-tracing function we have the RTX 2070 Ultra. But there's definitely more to this GPU than that.
Any of the upgraded applications that we find in the 3000s series also comes with the Ultra model. It's a 2070 card that has been enhanced similar to the specifications of the 2080s and upgraded in respect of AI-driven tech.
For 1440p gaming, the RTX 2070 Super is optimal, but it can manage 4K ratios to a certain extent especially if the parameters are reduced to high or even moderate.
3D modelers who do not struggle with just enough moment rendering activities may also use it to create a reasonable, budget-friendly workstation.
Also Check: Top 10 Graphics Card For Ryzen 2700x & 3700x
The GPU is far more essential than the CPU whether you're purchasing or developing a gaming PC. The method of finding out how to buy a GPU can, tragically, be overwhelming. From the kind of display, you're using to the height of your PC frame, to the game settings you intend to play, there's too much to include.
Your device will perform well on simulated benchmarks if you invest all your resources on graphics and skimp out on the CPU, but would not do as well in the actual gaming experience (leading to decreased minimal frame rates).
You'll need a trigger effect and processor to achieve its maximum capacity if your display has triple-digit refreshing levels. Conversely, there's no sense in spending more for a strong card that drives pixels further than your panel can keep up even as your monitor peaks out at 60Hz and 1080p.
Checking the original retail price or MSRP of the card you're reviewing before buying is a smart way to know if you're getting a bargain.
Purchase a much more powerful card if you really need improved results. Probably, graphics cards do not provide significant quantities of headroom factory overclock, usually just 5% - 10% at most.
Get such a card for gameplay at 1080p with at minimum 4GB, and potentially 6GB or more. If you function with all the controls turned up or you add high-resolution texture sets, you'll need much more space. And it's suitable if you're gaming at really full resolution, like 4K, 8GB is the perfect match.
You, therefore, need to ensure that you've got space for your card in your scenario. Check at the thickness, height, and length. Half-height (slim), single-slot, dual-slot, and even triple-slot variants will come with graphics cards.
Many cards based on gaming will be massive and fill two slots for an extension. Even if, theoretically, a card only occupies one or two spaces in your case, it will obstruct an adjacent slot if it has a large heat sink and fan covering.
Thermal Design Power or TDP is a heat removal indicator, but it also provides an estimate of how many watts you'll need at inventory configurations to operate your card. So if you're operating an overclocked 95-watt CPU with a 400-watt power supply unit (PSU) and want to install a GTX 1080 Ti (which has a 250-watt TDP), you're probably going to need a PSU modification.
After all, a 600W PSU manages and only the most efficient graphics cards, and 800W, also with a factory overclock, is adequate for any single GPU.
Faster processing can render one card faster over another, equivalent to higher clock speeds. For instance, the GTX 1650 GDDR6 is around 15% faster than the GTX 1650 GDDR5, all because of the expanded processor speed.
Through NVidia’s RTX 20-series cards, Ray tracing-focused RT cores and machine-learning-powered Tensor Cores enabled their commodity debut. Both inventions carry promise.
However, they reside only on cards valued at $300 (£280) and up (beginning with the GeForce RTX 2060) as of this report, and game support is increasing but still incomplete.
Some displays include HDMI, sometimes using Display Port, and therefore only DVI is available for some older models. Make absolutely sure you get the connections you really need your monitor(s) on the card you want to order because you wouldn't have to purchase an adapter or maybe a new panel.
1. Should I switch my PSU to a new graphics card?
Yeah, it varies on the graphics card that you get. If you have a 400W PSU graphics card and you just have a 300W or 400W PSU, so you have to get a decent power source for it.
Due to the power requirement of other parts, case fans, and even for potential updates, it is often safer to have a marginally higher wattage PSU than what is suggested by the producer on their website.
2. Among 2GB and 4GB card which is faster enough?
A graphics card of 4GB may well not be smoother than a graphics card of 2GB that has the same GPU. It makes absolutely no sense for an entry-level graphics card with higher memory, i.e. 4GB or more, as it does not have that volume of firepower (GPU power) to run the new games at 1080p on high graphics configurations.
It is also easier to go for reduced video memory, i.e. 2GB or so, for entrance graphics cards, because higher video memory cards would not provide any better results have been reported of entry-level graphics cards.
3. What happens if one does not have 6 or 8 pin PCIe?
If your current graphics card arrives with 6pin / 8pin PCI-E ports and your PSU does not have it, you could use 6pin / 8pin PCI-E extension cables with a 4-pin Molex or SATA connector at one side, which can be connected directly to your power source.
4. What happens if there is a lack of a VGA connector in the Graphics Card?
The older VGA port performance is absent from most advanced graphics cards and comes with a DVI, HDMI, or Display Port.
So, if you have a display that only has a VGA port, you could use adapters such as DVI to VGA adapters, HDMI to VGA adapters, then you can have also your monitor with that graphics card.
As one of the most efficient Zen 3 processors to date, the Ryzen 9 5950X makes it a perfect choice for increased gaming as well as multiple workstations.
We will appreciate a seamless 4K interface along with the appropriate GPU and ensuring that we have a long-term architecture that can run for a few years.
With that in mind, with AMD's latest 6000s sequence of GPUs, there is further research to be completed, so waiting for their availability before forming an opinion may have been the wise option.
