Are you looking for the best graphics card for 4k video editing and rendering? On average, content creators spend at least 20 hours a week creating high-quality videos. Producing high-quality content has never been more essential than it is now with 4K becoming more popular.
With the latest technology graphics cards can able to tackle 4k Video Editing with stunning results.
Generally, a CPU can handle very complex processes that are computational. But a graphics card or technically a GPU is a beast when it comes to performance. A CPU usually comes with 4 or 6 cores.
And it accompanies different technologies like hyperthreading to manage processes and multitask efficiently. But a GPU has thousands of cores which give enormous capacity to perform demanding tasks like gaming or video editing and rendering.
Minimum graphics card requirement for 4K editing
When it comes to high-resolution video editing a minimum of 4 GB Video card is enough to get higher performance. In general, you need not spend a fortune on graphics cards for the purpose of editing. CPU is more important than GPU.
But the latest video editing software makes use of GPU for encoding and rendering. So, if you are working with normal resolutions a minimum of 1GB card is more than enough. For serious 4K editing, a VRAM of 4GB will perform the necessary task.
Apart from this, you might have confusion between the performances of NVIDIA and AMD. Earlier, NVIDIA used to have an upper hand in video editing performances using its CUDA core acceleration.
But today AMD also provides a competitive performance with OpenCL and supports leading editing software.
Best Graphics Card for 4k Video Editing and Rendering
You probably have been using a graphics card for years if you are a high-tech professional or if you just enjoy technology on an advanced level. Rather than upgrading your PC to support 4K video editing and rendering, you should invest in a laptop with a faster processor and graphics card.
Gigabyte Geforce GTX 1050 Ti (4 GB)
The Gigabyte GeForce 1050 Ti is an upgraded edition from Nvidia.
In terms of design, this GPU has RGB lighting which can be configured to flash, breathe, stay on or go on a cycle with different colors. There is a metal backplate on the back also to act as a supplement heatsink and looks cool too.
This GPU also comes with a WindForce 2X cooler for better thermal management during overclocking. This processor is binned which means that it can reach a better overclock speed.
There are two fans in the processor that rotate in opposite directions providing better airflow with reduced turbulence. There is a copper heat pipe with a set of aluminum fins below the fans for heat dissipation.
This GPU has 4 GB RAM GDDR5 memory and runs at 7Gbps without overclocking. This is a pretty good number for video editing processes. Even if you have a mediocre CPU, this GPU can match the required processing power.
The processor comes with a 1392 MHz base clock speed and a 1506 MHz boost clock. The overclocking can be done easily with just a single click on the software.
In terms of connectivity, this card has one dual link DVI port, three HDMI 2.0 ports and one DisplayPort 1.4. So, there are no worries if you need to connect multiple high resolution displays.
Pros and Cons of Gigabyte Geforce GTX 1050 Ti
|Better pricing and good value for money||Has better performing cards from other brands|
|Easy overclocking with the software||Software UI can be better|
|Adequate number of ports|
|Good design and aesthetics|
Asus PH-GTX1050TI (4 GB)
This Asus Phoenix GTX 1050 Ti is a good performing GPU from Nvidia. For video editing, it can provide the base level performance easily.
In terms of design, the card looks good with a single large cooling fan equipped with a dual ball bearing for longer life. The components are made up of Super Alloy II for ultimate stability. But it doesn’t have any RGB lighting. Overall, the design looks great and trendy.
This Asus processor comes with 768 CUDA cores with 4GB DDR5 memory. The increased number of cores than the normal 1050 gives it a processing advantage especially while rendering videos.
The base clock speed is 1290 MHz and the overclocked speed is 1392 MHz which may not seem to be a big number but combined with a good CPU, it can provide the optimum performance for video editing.
The processor comes with better software to tweak the performance. With the Asus’s GPU tweak II it can easily overclock, enhance, monitor and manage the performance of the processor.
The Asus GPU is tuned with Game ready with GeForce graphics cards which gives us an enhanced performance for video editing and gaming too.
The card comes with 1 DVI-D port, 1 HDMI 2.0 port and 1 DisplayPort 1.4. This processor doesn’t require any additional power connectors. It also supports multiple display connectivity.
Pros and Cons of Asus PH-GTX1050TI
|Good value for money||Less number of ports|
|No additional power requirement||No RGB lighting|
|Good software for tweaking processor performance||Slower clock speeds|
|Good design and build quality|
Gigabyte GeForce GTX 1660 (6GB)
Another performer from the Gigabyte is the GeForce GTX 1660 OC 6G processor.
The graphics card comes with a minimalistic design. It lacks RGB lighting and has a mid-range thickness. This enables it to be used in a micro ATX motherboard too. It has dual fans tweaked by WindForce 2X for better cooling and thermal management. Overall, it is a very average design.
The processor has 1536 CUDA cores built on a 12nm chipset. It has 6GB RAM with GDDR5 memory support. Since it has 6GB RAM, it can perform editing without any lag. But while rendering it may have a setback due to a limited number of cores.
The base clock speed is 1530MHz and it is factory overclocked for about 45MHz. The boost clock speed is 1830MHz. But overclocking using the software Aorus Engine is a bit difficult and doesn’t perform very well.
The cooling fans worked perfectly well and produced very little noise. The fans operate only when they are absolutely required and keep the thermals very low as well.
Even though this processor is part of Nvidia’s Turing family, it doesn’t come with tensor cores or GDDR6 memory like the others. This may not be a major setback but could have increased the video editing performance if it was available.
The processor comes with 3 DisplayPort 1.4 and 1 HDMI 2.0b port. There are no DVI ports available.
Pros and Cons of Gigabyte GeForce GTX 1660
|Less fan noise and good thermal management||Poor software for overclocking|
|Has 6GB RAM with GDDR5 support||Less number of ports|
|Solid performance for the price||Doesn’t come with the perks of Turing|
NVIDIA Quadro P2000 (5GB)
If you are looking for a compact graphics card for video editing, this processor is the perfect blend of form factor and performance.
This GPU is made of pascal architecture featuring 1024 cores and has 5GB RAM with GDDR5 memory. The lower number of cores may not be very supportive of high-resolution editing or renderings. Because the multi-tasking ability will drop down heavily.
But it has the ability to support high-resolution displays like 4K and 5K which is an added advantage for video editing.
It has 4 mini-DisplayPort and has support for VGA and HDMI through adaptors.
It has Ultra quiet fans with an active heatsink which provides better thermal management and cooling to the GPU. Also, the maximum power consumption is 75W which is very energy efficient.
It has a base clock speed of 1215 MHz and when overclocked may reach up to 1468 MHz which is optimum for an average video editing performance.
This GPU requires a high-performance CPU for high resolution editing. This processor may work out for a professional compact workstation. But for serious editing, this needs to be combined with a better processor.
On the whole, this processor provides a mid-range performance in terms of editing and rendering.
Pros and Cons of NVIDIA Quadro P2000
|Compact form factor||Pricey for such a small form factor|
|Lower power consumption||Only suitable for video editing|
|Provides 4K and 5K display support||May perform Average during renderings|
|Decent overclock speeds|
MSI GeForce GTX 1050 Ti (4 GB)
The MSI processor is Low profile edition which means that it is a good performing graphics card with a small form factor. It is compatible with older systems too due to its compactness.
There are dual fans which cover a larger area of the heatsink and helps in removing the heat efficiently. Therefore, it has better thermal management. The fans also don’t produce much noise.
The processor comes with 768 cores and 4GB RAM GDDR5 memory. This provides good support during video editing and rendering.
This pascal powered card is packed with Nvidia’s GameWorks technology for a cinematic experience. Pascal GPUs are made to support multiple high-resolution displays.
The base clock speed is 1290 MHz and the boost clock speed is at 1392 MHz which can be tweaked using the MSI’s Afterburner software easily. The software also provides control over fans and other aspects of the video card.
The aluminum core design provides better life and stability for the graphics card. The processor comes with 1 DisplayPort 1.4a, 1 HDMI 2.0 and 1 DVI-D port. Therefore, you can connect multiple high res displays and enjoy 4K editing.
The maximum power consumption is 75W which is very conservative and doesn’t produce much heat also. Since the fans can be controlled, the heat dissipation can be made effective easily.
The processor doesn’t require any separate power connector.
Pros and Cons of MSI GeForce GTX 1050 Ti
|Compact form factor||Can go easy on the price a bit more|
|Works well with older systems too|
|Less power consumption|
|Powerful enough for 4K editing and gaming|
|Multiple display connectivity option|
ZOTAC GeForce GTX 1650 LP (4 GB)
This is yet another low-profile graphics card which has proved to perform way better than man other cards. The ZOTAC GeForce GTX 1650 low profile card is an ultimate performer in the lineup of compact form factor GPUs.
The design of this card has dual fans for more air flow and better circulation. Also, the back of the card is covered with stacks of aluminum fins for better heat dissipation. This makes this card a better performer in terms of thermal management too.
This card doesn’t need any additional connectors to power up. Therefore, you can have a clutter free installation.
The processor comes with 896 CUDA cores along with 4GB RAM and GDDR5 memory. This GPU is based on the Nvidia’s Turing architecture. The Turing architecture provides ultra-fast performance, 4K support and better process management for multi-tasking.
The boost clock speed is 1665 MHz which can be tweaked using ZOTAC GAMING FIRESTORM software. It helps you to easily overclock the performance, adjust lighting, or enhance the display settings. Also, the OC scanner helps you to determine the optimum setup for your graphics card according to the process.
It has 1 DisplayPort 1.4, 1 HDMI 2.0b and 1 Dual link DVI-D for connectivity. Up to three high- res displays can be connected.
It also consumes very less power of 75W which is very optimum for long hours of video editing.
Pros and Cons of ZOTAC GeForce GTX 1650 LP
|Compact form factor but powerful GPU||Doesn’t support all versions of windows|
|Good cooling with dual fans and aluminum fins|
|Low power consumption|
|Easy overclock and card management with FIRESTORM|
EVGA GeForce RTX 2060 SC (6GB)
We have now entered the RTX segment in the graphics card. This GeForce RTX 2060 is a super clocked edition from EVGA.
RTX graphics card has Real time Ray Tracing capability which provides the ultimate experience while gaming. Also, for video editing, it gives better display output and editing experience.
The processor is designed with a single hydrodynamic bearing cooling fan which is highly effective in dissipating all the heat away from the processor without any noise.
This Turing architecture-based GPU has 1920 CUDA cores with 6 GB GDDR6 memory for high performance. Due to an increased number of cores, it can provide better multi-tasking along with the CPU. Rendering experience will be ultimate with this GPU.
The boost clock speed is 1710 MHz which can be performed with the help of EVGA precision X1 software. This allows us to tweak the performance for 4K editing and rendering.
This processor comes with 1 DisplayPort 1.4, 1 HDMI 2.0b and 1 Dual-Link DVI port for multiple connectivity. It can connect up to 3 high resolution monitors which helps in better video editing.
Apart from this, this Turing based GPU comes with many technologies from Nvidia such as Ansel, G-Sync, Highlights, GPU boost and NVENC Turing Encoder. All of these can support better usability and increased performance of the card.
Pros and Cons of EVGA eForce RTX 2060 SC
|RTX processor with Turing based architecture||Might be a little over qualified for video editing|
|Powerful processor with many cores||Can be expensive|
|Has GDDR6 memory|
|Comes with all the perks of Turing architecture|
MAXSUN GeForce RTX 2060 (6GB)
Another beast from the RTX series GPUs is the MAXSUN GeForce RTX 2060 processor.
In terms of design, it has a triple fan setup with MAXSUN blade II hydro mechanics for better airflow with very low noise. The backplate is made up of alloy with 5 heat pipes for enhanced heat transfer and this keeps the processor cool and efficient. Also, it has attractive RGB lighting to match your liking.
This Turing based processor has 1920 CUDA cores and 6 GB RAM with GDDR6 memory. This provides us with ultra-fast memory bandwidth.
It has a base clock speed of 1365 MHz and a boost clock speed of 1680 MHz for enhanced video editing experience and to reduce rendering times.
It has 1 DisplayPort 1.4, 1 HDMI 2.0b and 1 Dual-Link DVI port for multiple display connectivity. It supports high resolution displays easily and you can use multiple 4K monitors for better video editing.
Since it is an RTX GPU, it supports ray tracing and has tensor cores for better graphics. Those who are doing animations and graphics can make use of this technology to bring out better lighting and shading in real-time.
The TDP is 175W which means that it can consume more power than usual and maybe hard on the thermals too. But the effective cooling system takes care of the heat transfer efficiency and in turn, provides stable performance.
Pros and Cons of MAXSUN GeForce RTX 2060
|Has the perks of Turing architecture||Might be expensive for normal video editing|
|Ray tracing capabilities||Consumes a lot of power|
|Best GPU for animation and Graphics based videos|
|Ultimate thermal management|
Which is the best and Recommended Graphics card ?
Due to the latest video editing software requirements, GPU plays a vital role in rendering. While such is the case, if you have a powerful CPU, you just have to balance it with an adequate GPU to get optimum performance.
With that said, the graphics card we are recommending for your high-resolution 4K editing is ZOTAC GAMING GeForce 1650 LP.
Other Video Editing PC Components
- Best Motherboards for 4k Video Editing
- Best Processors for Editing and Rendering Videos
- Best 4k Video Editing Monitors
- Best SSD for 4k Video Editing
- Best Video Editing Keyword and Mouse
- Best Power Supply for Video Editing
- Best RAM for 4k video editing Desktop PC
Why are dedicated graphics good for rendering?
Video editors have been opting for dedicated graphics cards for a long period of time. A dedicated graphics card for video editing and rendering or GPU is a separate processor and doesn’t rely on the CPU for video rendering.
This is the primary aspect that makes it good for rendering videos. It comprises its own dedicated memory which ensures you with a lag-free experience.
Note that dedicated graphics cards deliver better performance. However, they use more power and are quite costly. To be precise, dedicated GPUs are present mostly in desktop computers when compared to laptops.
They are also known as discrete GPUs and possess their own cooling and memory solutions. The main advantage of using dedicated graphics cards is that they don’t strain the CPU during continuous video rendering.
- How to check Graphic Card Compatibility With Motherboard?
- How to share RAM Memory to Graphics Memory?
- How to Increase Performance of Graphics Card?
Do graphics cards speed up video editing?
The main point of installing a graphics card for video editing and rendering is to speed up your video editing speed. With the help of a dedicated graphics card, you can free up the resources used by your CPU.
In other words, you will be able to avoid issues associated with the frame rate. Graphics cards are an integral component of your video editing process.
A good graphics card will provide you with extra encoding performance which is always a huge advantage for video editors. It is also important that the video editing software supports hardware video acceleration.
This would ensure you with a great video editing experience. If you want to enjoy lag-free and smooth video editing, then opting for a graphics card is the best option. Always go for the dedicated GPUs to free up CPU resources.
Does VRAM affect rendering?
Overclocking your VRAM can provide you with quite a performance boost in memory intensive 3D rendering applications like video editing. In rendering, the amount of VRAM on your GPU is pretty crucial.
When building a PC for video editing, the VRAM requirements of your GPU can vary based on the software used as well as the complexity of the project.
For rendering, you would need a minimum VRAM of 6 to 8 GB. The maximum VRAM you will need while rendering videos is 10-12 GB. VRAM is the acronym for Video Random Access Memory.
It serves as fast and temporary storage for the graphics processor on your GPU. If you are serious about video editing, then always opt for a GPU with a higher VRAM amount. This would greatly help you accomplish editing tasks.
Will a better graphics card improve rendering?
Graphic rendering is one of the most processor-intensive tasks on a computer. By adding a graphics card to your computer you can ease the strain on your processor and speed up your rendering time.
Graphics cards do their magic by taking the rendering work off of your computer’s CPU and handling it independently. This means that your graphics card is dedicated to handling the rendering process while your CPU handles the other processing tasks on your computer.
Graphics cards are programmed specifically to be optimized for video rendering, pair that with the fact your GPU acts as an additional processor and you may have one of the best video editing workstations available. So opt for a good quality graphics card before you commence with video rendering tasks.
Do rendering videos use CPU or GPU?
When the context is about processing, the CPU is one of the major components. You cannot operate your computer without the CPU. However, you can use your PC without a GPU.
When your computer has GPU, the system will assign the display and rendering processes to it. But note that the encoding factors are always executed by your computer’s CPU.
That’s why for video rendering, you should have a good CPU and a GPU. A good CPU will decrease the rendering times. Moreover, a dedicated GPU will simplify the rendering performance. In other words, both these components are vital for rendering.
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