Here i found out the best graphics card for 4k video editing tasks for you.
Our top picks
|GeForce GTX 1660||Boost clock 1785 mhz
3 x DisplayPort 1.4, 1 x HDMI 2.0b. Cheap
|N1030OC-2GI Nvidia||HDMI 4K at 60 hertz. max resolution 4096 X 2160
1 click overclocking
Form factor: ATX. DirectX: 12
|TUF-GTX1660S||DisplayPort, DVI, HDMI
Clock speed- 1845 MHz
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It could be rightfully said that;
Graphics cards are one of the key components in many modern-day processes; however, finding the right option under the precise budget is not always ideal, especially when it comes to video editing
Back in the day, most of the video editing software solely depended on the processor’s computing power incorporated in the machine. But presently, the trend has drastically shifted.
Now a CPU can’t simply match the hardware power of a GPU as it contains a large number of processing cores.
So, if you want to work lag-free and edit raw HD or 4K videos or create astounding special effects, you need to rely on this piece of hardware.
Besides that, most of the newer variants even provide enhanced export timing and other video editing features that you can’t simply find in any component. However, the fact of the matter is, in 2021, finding the best budget graphics cards for video editing is hard enough, which means GPUS for streaming or video editing will further complicate things for an average hardware enthusiast.
Table of Contents
- 1 List of 5 Best Graphics Card For Video Editing
- 1.1 1) GeForce GTX 1660
- 1.2 2) N1030OC-2GI Nvidia
- 1.3 3) Nvidia GeForce GTX 1660 Super
- 1.4 4) AMD Radeon RX Vega 64
- 1.5 5) NVIDIA TITAN RTX
- 1.6 6) AMD Radeon VII
- 1.7 7) NVIDIA GeForce RTX 2080 Ti
- 2 Is AMD or Nvidia better for video editing?
- 3 Additional Components for 4k video editing
- 4 Bottom-Line
- 5 Frequently Asked Questions (FAQs)
List of 5 Best Graphics Card For Video Editing
Here we rounded up the list for the five best graphics cards for video editing after hours of research and a ton of dedication.
So, whether you are looking for options among AMD or Nvidia, we got you covered. Let’s get straight into it!
- Memory speed: 14 Gbps.
- A hardware-accelerated Ray Tracing solution is not provided.
- Maximum Digital Resolution: 7680×4320@120Hz.
- Dimensions: 4.37″ height.
- Thermoelectric Power: 93 Input Temperature (in C)
If you’re looking for the best graphics card video editing available that too would not sheer out your budget. Nvidia GeForce GTX 1660 Super is something you will definitely want to have.
Compared to others on the market at the same price point, it’s one hell of a graphics card. It’s a very powerful graphics card, particularly when compared to others in its price range.
According to numbers we analyzed during our test, A GTX 1660 Super that was 14% faster than the GTX 1660 that it essentially replaces- costing less. However, compared to gtz 1660 which costs more money, the performance of the following graphics card was lower than by 55.
NVidia basically improved the entry-level GTX 1660 in every way. There has been some controversy surrounding NVidia’s Super series – with the RTX 2080 being a notable flop – but you simply cannot go wrong with it- mainly when your intentions are to edit videos or create some animations.
- Exceptional performance
- The temperature doesn’t rise too high
- There is no RT core
- Only certain ports are available
- GeForce® GT 1030 graphics
- Features 2GB of GDDR5 64-bit memory
- Supports HDMI 4K60
- Overclocking in one click with AORUS Graphics Engine
t seems that Nvidia released the following card shortly after the RX550, which indicates that the company anticipated their customers’ needs. Comparing them will reveal that they almost cost the same. The GT1030 is cheaper than its rival, which is why it provides less power. The reason is definitely a matter of price.
That’s said, if you’re planning on buying a least expensive GPU- video editing usually does not require a high-end card- this is what we recommend to most people. People having i5 5th generation and want to game on that, this is probably the best bet you can play. Although I don’t expect it to deliver 90fps, it still manages to run games like GTA V, Fortnite, at 60fps which is quite reasonable per its pricing.
Let me leave you with a tip. If you can find a second hand model of the GTX 750 Ti now that’s no longer available on Amazon, that would be a good alternative. That will cost you the same amount as you will put on this card, and in return you will get 1.3x more performance: it depends on whether your PC can handle it in the first place. There is only one issue with second GPUs in that they may not deliver the expected performance, so again, you tend to choose this option.
There are many powerful cards in our list, though they are all high-quality. For those of you with a good budget, there are other options that you’ll find below.
- Suitable for video editing.
- Not overheating issues.
- Don’t have modern features- An Aged warrior.
- It comes equipped with top of the line Turing Shaders
- Works under higher load through 1785MHz boost clock
- Versatile unit with physically shorter board design
- It gives the end-user G-sync compatibility
- Optimal power consumption at 125w
Starting our list at the number one spot, we have the GTX 1660 Super by Nvidia. GTX cards are still up and running in 2021, and 1660 is a living example of that. If you’re looking for the overall best graphics card for video editing, then you can’t go wrong picking this model. It comes with all the bells and whistles that you will be needing to kick start your video editing venture while still keeping the price under check. It might not be the most premium out of the bunch, but it sure is loved by content creators and streamers alike.
Right off the bat, it comes equipped with Nvidia’s renowned Turing architecture without the incorporation of RT cores. Originally, this base line-up of GPUs is favourable for mid-range gamers, but you can surely edit on it while you’re at it. The majority of the third party 1660super cards boasts reduced crystal, meaning you can avail them in a small form factor. This is especially useful for those who are still residing with their mini-ITX case.
Another great feature about this best graphics card for video editing is that it boasts enhanced power efficiency meaning any under power supply under 500W will be good to go. Besides that, the factory OC is shared at 1875MHz, which is more than enough to operate Premier pro. The only downside to this GPU is its video memory. You will only get 6GB VRAM which is not enough for exporting videos at a decent pace.
Additionally, if you have extra bucks to spare, we will advise opting for 3rd party 1660 super cards like the MSI Gaming X models, which are known for integrating silent cooling solutions and unprecedented backlighting. Anyhow, it’s still the best graphics card for video editing under 20000 with below 4K operation but decent performance in any post-production. You can even game on it as your side hobby as long as you stay within a 1080p setup.
|Among Nvidia’s popular graphics cards for video editing and rendering||15-20% performance loss in rendering than RTX cards|
|Decent overclocking headroom||Only 6GB VRAM|
|Affordable price point|
- Operates under 64 compute units under Vega architecture
- It shares AMD Radeon™ Chill and other intuitive technologies
- Compatible with PCI-E x 16 interface
- 8 GB video memory for optimal video export timing
- Equipped with HDMI connection with 4K60 Support
AMD’s Vega architecture was previously contradicted with a lack of computational strength to tackle team green; however, this RX Vega 64 GPU has the true potential to be characterized as among the best graphics cards for video editing 4k 2021. Like the 1660 super, it’s an excellent choice for content creators and streamers alike who want the raw performance without spending the huge bucks. On paper, it’s equivalent to the GTX 1080 but with added versatility.
Design-wise, this card is no different from Polaris variants, but you can’t complain much if there are 3rd party models available. It might be a bit hefty at first glance, but that is to be expected from the integration of two 30mm fan blades. Speaking of which, its cooling performance might not be over the shelf, but for video rendering and raw exports, it’s more than enough. With that said, if you want the additional horsepower, then the Turbo mode might be to your liking.
It elevates the fan speed at the cost of added watts (30W or more). The AMD Radeon RX Vega 64 is lined up with 3 x DisplayPort and a single HDMI output in the IO department. This is quite handy for those editors who like to work on multiple displays. It even has 8 GB DDR5 VRAM, which will do the trick for editing and mid-range gaming purposes. Besides that, the clock speed is stabilized at 1890 MHz, giving you that extra bit of boost
Aside from powerful hardware, you will also avail of intuitive technologies like Unified Video Decoder, OpenGL 4.5 and AMD TressFX Hair that will add an extra bit of ease while you’re compiling your next footage. Whether you’re using advanced plugins inside Davinci Resolve or regulating huge 4K raw files, you can’t go wrong with this GPU. It might not be the most affordable model out there, but getting it is definitely worth the while.
|GTX 1080 equivalent performance||Its power draw is a bit high|
|Moderate 1440p and 4k visuals||Coupled with certain cooling issues|
|Compatible with a wide range of applications|
Yes, you heard it right; now you can edit your 8K clips in just a couple of minutes. Even Nvidia claims that this hardware accessory is around 7-8X faster than your traditional iGPU in most encoding tasks. In conclusion, whether you’re working with native RAW files in Adobe Premiere or managing editing processes in an acute accelerated pipeline, getting the NVIDIA TITAN, RTX won’t disappoint you. In fact, you won’t face pre-caching or other complications down the road.
|Equipped with GPU acceleration for advanced editing||Mediocre cooling with axial tech fan design|
|It will handle professional workloads with 24GB VRAM||It is not a relative cheaper model|
|The added benefit of RT and Tensor cores|
- Beast of a GPU with 24GB of VRAM
- Based on NVIDIA’s high-end Turing architecture
- Improved 576 Tensor cores for added AI acceleration
- Power efficiency makes it suitable for creative workflows
- Dynamic 13-inch fan blade support
Graphic cards come in a range of functionalities and hardware that is most suitable for gaming; however, the one that is specifically made for machine learning, Auto-CAD and machine learning is none other than the NVIDIA TITAN RTX. Its team green’s top of the line model is equipped with premium features and high-end performance. Moreover, RTX TITAN position’s itself above the 2080 series since it has enhanced texture units, RT cores and CUDA cores, so you won’t have to consider replacing it anytime soon.
NVIDIA TITAN RTX is incorporated by Nvidia’s flagship Turing architecture, with most of the computing blocks turned active. This accounts for extra horsepower in utilities like DaVinci Resolve. Those of you who are wondering about its raw performance out of the box run at 1770 MegaHertZ (220MHz higher than RTX 2080), coupled with 14 Gigabits per second bandwidth. Additionally, it comes equipped with 24GB of video memory in DDR6 stature, which is one of the main selling points of this beast.
However, a strong hardware setup also accounts for an increase in power consumption. According to Nvidia, the overall power draw is around 280W of the TITAN series, which is 10-15% higher than the 2070 variants on paper. Thankfully, with RT cores’ implementation, you will get ray tracing functionality, which is useful in your side gaming hustle. In contrast to that, the added benefit of AI learning and increased bandwidth help it position itself as one of the best GPUs for 8K video editing in 2021.
- It shares AMD’s Triple fan cooling design
- Operates under PCI Express x8 interface
- Above 1800MHz boost clock frequency
- Directx X12 compatible with the sleek setup
- Features 16GBs of HBM2 memory
If you like to edit their footage in 4K and above resolutions but don’t want to spend huge bucks on top of the line Nvidia cards, then the AMD Radeon VII is made just for you. Based on 7nm architecture, it is targeted toward mid-range content creators who want to render their OpenCL environment clips. At the same time, its 1800MHz boost clock frequency promises added performance without any major setback in the power department.
AMD Radeon VII features AMD’s second-gen Vega architecture that is derived from fast-paced editing applications without any issue. Besides that, you will avail double the bandwidth (memory) from previous-gen AMD counterparts, which will help you out while editing large files in RAW formats. Speaking of memory bandwidth, it’s also equipped with 16GB VRAM in a high-end HBM2 setup that will run any advanced video editing software up to date.
We all know how tedious it is to work photo and video creation in poor resolution displays. For that purpose, AMD has equipped intuitive technologies in this card, enabling video editors and graphic designers to provide it with vibrant 4K monitors. Design-wise, it’s not a bad model as well. The reference model comes in a triple fan design that is packed in a clean aluminium casing. Thus, it will suit any kind of modern build. Although, if you want a bit of aesthetics, then try to opt 3rd party variants.
Due to its prime features like Radeon™ ReLive support and Wattman7 compatibility can also be utilized for high-FPS gaming. Now you can enjoy the latest AAA titles and popular E-sport games with your friends while still gaining new experiences from 3D rendering and next-gen compute workloads. On top of that, this card is also VR ready, so you can also step into the virtual realm on the go. If you want a capable and ergonomically pleasing-looking card that will be somewhat future-proof, you definitely need the AMD Radeon VII.
|Provides AMD Freesync 13 technology||Requires a power supply with 2x 8pin PCI-E power connectors|
|Higher performance in visual effects and video editing applications||Lack of crossfire support|
|Smooth gameplay in 1440p and 4K monitors|
- Equipped with Turing architecture which provides 6X better results
- Solid headroom for overclocking in the long run
- EVGA model comes with Dual HDB Fans for enhanced cooling
- A wide plethora of display connections
- Ray tracing capabilities
Finally, at the end of the list, we have the GeForce RTX 2080 Ti from Nvidia. RTX cards are generally available in a wide variety of sizes and functionalities, but the one who truly outshines the competition is none-other than the 2080Ti. It’s bound to deliver smooth 4K gameplay, with premium editing benchmarks that are extremely hard to find these days. With that said, it’s not a cheap card for video editing and rendering in 2021. But if you have the budget, then it’s a great option for long term conditions.
Conversely, it might not be as expensive as the Quadro or TITAN counterpart so that you will get some sort of price to performance ratio. Moving onto the specs, it boasts 11 GB of GDDR6 based video memory coupled with 14 Gbps of bandwidth. While the RT cores at 76 with boost clock speeds of up to 1545 MHz out of the box. When it comes to editing prime quality ProRes 4K videos, its Turing architecture stands out from the rest as it enhances graphic acceleration while still maintaining encoding strength.
This latest architecture also brings several new technologies, including super deep sampling, hardware acceleration, as well as ray tracing. Whether you’re a gaming enthusiast or work on streaming or content creation platforms, these features will provide an entirely new level of visual effects. Additionally, the GeForce RTX 2080 Ti comes in a compact dual-slot design, which on the most part, will fit instantly in your casing.
In terms of cooling, you will get 90mm fan blades, which work in a blower-style fashion to maximize the performance and increase overall efficiency. At the same time, the IO is lined up with 3 DisplayPort, 1 HDMI and 1 USB Type C port, which is more than enough to make it regulated on multiple monitors.
|Ideal for maximizing workloads||It comes with a premium price tag|
|Improved cooling and sustained clock speeds||Extensively built for 4K gaming|
Is AMD or Nvidia better for video editing?
If you’re an AMD fan, it will probably come as a bit of disappointment, but simply put, Nvidia cards are best when it comes to streaming and video editing. Yes, even with 2020 Adrenaline drivers and the latest software support, AMD GPUs haven’t really closed the gap. The fact of the matter is, Nvidia cards are simply better for both content creation and streaming due to their superior features, better drivers and, of course, third-party software optimization that’s going to change quite a while to change. With that said, let’s take a look at some of the alterations in Nvidia models, which set them as a standard in video rendering.
First and foremost, unlike AMD GPUs, Nvidia cards have better encoders known as Nvenc. For those of you who aren’t aware, an encoder is a trivial processor on the GPU itself, which helps it to balance the extra load out of the CPU during intense processes such as video encoding. So, instead of the CPU trying to encode the video by itself, it does it on a piece of hardware available on the card. Generally speaking, Nvidia’s Encoders are 2-3X better than AMDs, making their card better suited for video compiling-related tasks.
The second aspect is that Nvidia’s hardware drivers are just way better than their AMD counterparts. AMD had terrible drivers in the past, and although they are closing the gap and stabilizing things, they just aren’t at the same level. Conversely, even if they somehow manage to manage their driver struggles, there is still the fact that most mainstream third-party software packages like Adobe Premiere, DaVinci Resolve for video editing, and Open Broadcasting Software (OBS) are way better optimized in Nvidia cards.
Additional Components for 4k video editing
If you’re building your video editing rig, I can assure you that a graphic card might be crucial, but is that the only thing worth spending huge bucks on? Well, the answer is clearly no. Besides getting the right graphics card, you want to take a bit of your time and invest in things like;
First of all, you need to get a decent processor with added cores and threads. It is recommended that you opt for a 2nd or a 3rd gen AMD CPU. For people just getting into editing or rendering, it’s ideal for sticking into the budget to mid-range, but if you have the extra bucks to spare, you should definitely go for the thread ripper series. These CPUs are effective if you’re majorly dealing with 1080p footage with some 4K along with added effects here and there but nothing too fancy.
The second thing you want to invest in is system memory. For that reason, I would personally recommend getting 32GB of decent speed (3200MHz or more) RAM from a known vendor. At the moment, system ram is at a fraction of the cost of graphic cards, so 32GB is the sweet spot that you should be aiming for.
Another component to take into account before upgrading the graphics card is the overall storage. Luckily, you want efficient storage and more of it if your job is to edit high-resolution videos. It’s worth noting that your system will start consuming storage space like candies as you start turning out a lot of YouTube videos. That’s why you’re going to need at least 2TB of a traditional hard drive. A fast scratch drive will let you optimally run applications like Adobe Premiere and DaVinci Resolve.
So, that concludes our list for the Top 5 best graphics cards for video editing in 2021. If you’re still unsure about your pick, let me summarize it for you as quickly as possible. When it comes to price to performance landmark, Nvidia cards like the GeForce GTX 1660 Super clearly outshines the competition. With its top of the line ergonomics and decent hardware setup, it might be the go-to option for video editors.
Now, does this mean you can’t eventually use AMD cards for the purpose of streaming and video editing? No, of course, you can, but if content creation or video editing is your main jam or the primary reason why you’ve made your build, then your best options are going to be by far Nvidia.
Although, whatever model you choose, make sure to take a bit of time in the research to narrow your picks further. Trust me; it will help you out in the long term.
Frequently Asked Questions (FAQs)
Q1, Is core i5 enough for video editing in modern-day programs?
If you’re a beginner, Core i5 is still a decent processor, but please don’t expect miracles from it, especially if you’re editing 4K clips.
Q2, Is six cores enough for 4k video editing?
Typically, more core translates to better performance (fast-paced results), and video editing is no exception. But if budget is an issue, then yes, six cores will do the trick.