Best GPU for Streaming in 2022

Spread the love

What graphics card do you need to play games on platforms such as YouTube, Twitch, etc.? It is good to read this post because we will discuss what I think is the best GPU for streaming. Check our top picks :

EDITOR’S CHOICE

GeFoce GTX 1650 OC 60%

GeFoce GTX 1650 OC

9.7

  • Brand: ZOTAC
  • Graphics Coprocessor: NVIDIA GeForce GTX 1650
  • Chipset Brand: NVIDIA
PREMIUM PICK

Asus Geforce Gtx 1050, 60%

Asus Geforce Gtx 1050

9.3

  • Brand: ASUS
  • Graphics Coprocessor: NVIDIA GeForce GTX 1050
  • Chipset Brand: NVIDIA
BUDGET PICK

Geforce GTX 750 Ti 1070 Ti 60%

Geforce GTX 750 Ti

9.2

  • Brand: NVIDIA
  • Graphics Coprocessor: NVIDIA GeForce GTX 750 TI
  • Ram Size: 2 GB

In order to stream any game, a computer must handle multiple software applications at the same time, such as the streaming software, the game, and social media (where you are streaming). A graphics card that is specifically designed for this purpose is obviously a bit different from one that is in general.

It is not necessary to have a dedicated graphics card for building a dedicated streaming PC. An onboard graphics card will do. A dedicated streaming PC should have an onboard GPU, as you probably already know. Despite its low price, the Geforce GTX 1650 has been ranked as the Best GPU for streaming, providing a significant performance gain over previous generations of GPUs.

Quick Shopping Tips:

GPUs are the components that have the greatest impact on gaming and streaming. When purchasing a GPU, you should look for the following features:

Brand: GPU chips are mainly made by two companies: Nvidia and AMD. Chips like these are extremely complex and intricate, making graphics cards incomplete without them. The majority of market share belongs to Nvidia. As well as Nvidia and AMD chips, other companies, such as EVGA, ASUS, and MSI, manufacture other components, such as the body and the fans, for graphics cards. There might be a difference in price between EVGA cards and Gigabyte cards since EVGA is a premium brand.

Ray-tracing: Ray-tracing is a feature of some recent GPUs. This creates a more realistic lighting effect in games. In games that utilize ray-tracing, this can have a significant impact on the overall graphics. Ray-tracing GPUs are often identified by the “RTX” label on the product name.

Memory: A graphics card typically has a video memory of up to 12 gigabytes. The newer cards come with 24 GB of video memory, such as the Nvidia GeForce RTX 3090. More memory means you can play at a higher resolution.

Clock speed: One of the factors that affect the framerate of your GPU is the clock speed. Game frame rates will be higher if your clock speed is higher.

Cooling: In order to keep a GPU cool, it is important to buy one with enough fans. GPUs generate a lot of heat. You should make sure your PC has enough fans to keep the rest of your system cool if your GPU gets too hot.

Power: There will be a power recommendation on the GPU you purchase. Power supplies must meet these minimum requirements since they power not only your GPU but also your entire PC and all of its components.

Best GPU for Streaming at a Glance:

  1. GeFoce GTX 1650 OC
  2. Asus Geforce Gtx 1050
  3. Geforce GTX 750 Ti
  4. RX 460
  5. Nvidia Geforce GTX 980

The Best GPU for Streaming You Can Buy Today:

1. GeFoce GTX 1650 OC
GeFoce GTX 1650 OC

No other Turing GPU could fulfill the role of budget equivalent of the best graphics cards, so the GeForce GTX 1650 was a foregone conclusion. Turing’s final implementation is definitely this card. The graphics card offers 6GB and 3GB memory options, with 1,280 CUDA cores, 80 Texture Units, and 48 ROPs. An 192-bit bus allows eight gigabytes per second of bandwidth. The Core X4 processor delivers 1.46 billion transistors, 120 watts of TDP, 1708 MHz at its base clock (before GPU boost kicks in), and a 120 watt TDP.

The GTX 1650 is powered by TU117, a smaller and cheaper version of the TU116 that powers the GTX 1660 and GTX 1660 Ti. Cards with GTX 1650 graphics cards have 4GB of memory clocked at 8Gbps. This is the same as GTX 1660 cards and GTX 1060 cards. There are four active memory controllers on a 128-bit bus, giving it slightly more bandwidth than the GTX 1050 Ti. Additionally, there are 32 rendering outputs.

TU117 and GTX 1650 have 14 SM in the GPU core, which equates to 896 CUDA cores and 56 texture units. Due to its FP32 and INT computation capabilities, the GTX 1650 is 15 to 35 percent faster than the previous Pascal architecture. The boost clocks on most NVIDIA cards are usually conservative. According to its theoretical score, the GTX 1650 has a theoretical clock speed of 1665MHz, which amounts to 2984 GFLOPS. The GTX 1060 is slower than that, but half as fast as the GTX 1050. You may also check: Best Motherboards for Ryzen 7 2700X

There will be no Radeon VII for now, as TSMC uses 12nm for all of its products. The die size of the TU116 is about a third smaller with 4.7 billion transistors. As you can see, it’s a factory-overclocked MSI GTX 1650 Gaming X 4G that requires a 6-pin PEG connector. However, the GTX 1650 is designed so that it doesn’t need a 6-pin PEG connector to run. Opening up this beautiful Nvidia packaging revealed that the card does not have the usual SLI fingers.

Pascal is a significant change from Maxwell. As with the GeForce GTX 1080, the ASUS GeForce GTX 1060 delivers nearly 50% more performance than its predecessor. This card is quiet, calm, and well-rounded for its price point. In overall performance, the GTX 1060 is the most efficient and best-performing graphic card for Overwatch.

SPECIFICATIONS

CUDA cores: 896 | Base clock: 1,485MHz | Boost clock: 1,665MHz | Memory: 4GB of GDDR6

Pros
  • Affordably priced
  • Performance per watt is excellent
Cons
  • Radeon RX 570 is cheaper
  • Auxiliary power is required in some versions
  • No overclocking of the memory

2. Asus Geforce Gtx 1050

Asus Geforce Gtx 1050

The GTX 1050 is the latest addition to Nvidia’s 10-series GPU lineup. This GPU offers the best combination of performance and price when compared to other ultra-low-cost GPUs. Almost all machines sold in the last five years or more are capable of using it for entry-level gaming and light esports.

These cards use the same GPU, the GP107, which is based on Samsung’s 14nm FinFET node. Additional memory of up to 2GB is available with the 1050 (depending on the settings and game you select). Despite its many flaws, Pascal produces incredible results after all. GTX 1050 outperforms GTX 950 in the end. “This is the kind of performance I need,” thinks anyone looking at the GTX 1050.” TrustedReviews says the GTX 1050 defeats the RX 460 too, which represents an even larger victory-even though the RX 460 has twice as much VRAM. However, it varies depending on the game you’re playing.

Unless you are unable to deal with the 2GB VRAM restriction, the GTX 1050 offers the highest overall performance on a budget. Install the 1050 in a full-size slot and connect it via an x16 PCIe link and you’ll receive a performance boost over integrated graphics. Additionally, the card offers all the HEVC decoding capabilities of the more expensive Pascal offerings, making it a decent HTPC solution as well.

AMD graphics cards are superior to these NVIDIA cards in terms of raw performance in the PlayStation 4 and Xbox One base models. However, most gamers would benefit from a card with more VRAM and a larger local video memory, i.e. at least 3GB of video memory. There are other considerations, too. Pascal’s most basic chip provides 640 CUDA cores. A single core isn’t present in this model, but it has a fast boosting clock speed of 1,455MHz to make up for it.

Thermal efficiency of the GTX 1050 is only 75W, so your motherboard provides all its power. On our high-performance, overclocked PC, the Hitman benchmark took only 150 watts, 61 watts less than the RX 460. Pascal’s power is best demonstrated by the GTX 1050, which is Nvidia’s best example yet. Despite not achieving stellar benchmark results, it can be an excellent replacement for an outdated or disabled GPU, as well as not requiring a separate power supply upgrade. As of July 2016, it’s the highest-priced low-cost GPU on the market for eSports.

SPECIFICATIONS

Memory Clock: 1752 MHz | Base Clock: 1291 MHz | Boost Clock: 1392 MHz

Pros
  • Excellent efficiency
  • A great price
  • DisplayPort 1.4, HDMI 2.0b
Cons
  • SLI is not supported
  • Some games should be played on Medium settings

Also read: Best GPU for Ryzen 5 3400G

3. Geforce GTX 750 Ti

Geforce GTX 750 Ti

With the green team’s 750 Ti video card, gamers can enjoy 1080p gaming at a low cost. This card dominated the AMD cards in all raw benchmarks, making it the clear winner. Despite being rebadged Radeon HD 7790s, Nvidia’s 750 Ti supports the Maxwell graphics architecture.

With both metrics considered, the Nvidia 750 Ti is 22 percent faster than the 600 series card. Nvidia’s G-Sync technology provides smooth gameplay without stuttering or screen tearing associated with high refresh rates on the 750 Ti’s video cards. What makes the 750 Ti even more impressive is the fact that it does not require any additional power connections. With two Dual-Link DVI ports and one Mini-HDMI port, the 750 Ti can be connected to three screens. also read about: Best Motherboards for Ryzen 5 5600X

The 750 Ti is an extremely low-power video card that only consumes 60 watts. This is nearly twice as much power as AMD’s R7 260X, which has a 115W TDP. A 750W or 500W monster won’t be necessary to power the 750TI, as it draws just 300W. As a result of this and because of its limited scale, it is a simple improvement for many systems.

The card features 512 CUDA cores, running at 1020MHz base clock rate and 1085MHz boost clock rate. A 2GB GDDR5 video memory running at 5400MHz is also included in the 750 Ti. It’s best to get the 2GB Ti version if you plan on using multiple monitors, so you’ll have more video RAM at your fingertips. EVGA’s Precision X overclocking tool was used to overclock the 750 Ti to 1169MHz. No noticeable reliability issues were encountered, and the overall performance for all titles increased by about 5%, except for Batman: Arkham Origins, which only improved by 3%.

Just one slot is found on the card, which measures 5.7″ (14.5cm) long. I did not experience any significant changes in noise or cooling, and it was quite as quiet as it was with stock clocks. A few months from now, the Steam Box revolution will kick off. Nvidia’s 750 Ti comes close to AMD’s R7 260X, uses less fuel, and outperforms the HD 7790 and the R7 260X in competitive and digital tests by 11%.

SPECIFICATIONS

CUDA Cores: 640 | Base Clock (MHz): 1020 | Boost Clock (MHz): 1085 | Memory Clock: 5.4 Gbps

Pros
  • Exceptional power consumption
  • Very quiet and cool
Cons
  • SLI is not supported

4. RX 460

RX 460

Despite this, AMD rebalanced the architecture so it would be more power-efficient for more power-sensitive applications. It has a performance of up to 2.2 teraflops, which makes it competitive.

A base clock speed of 1090 MHz is shared by the processor and the boost clock speed is 1200 MHz. Overclocked to 1175 MHz base and 1250 MHz boost, Sapphire’s Nitro Radeon RX 460 OC received a positive review at our U.S. lab. A total of 4GB of GDDR5 memory is located next to the GPU. There isn’t a part list for them, so all we know is that they run at 1750MHz and have an 8Gb density.

In the meantime, the GPU is using the same power phases as the Asus Strix RX 470. A MOSFET M3054 is used on the high side, and two MOSFETs M3056 are used on the low side. These are both provided by UBIQ.

A ITE 8915FN is used in the Strix RX 460 to monitor and regulate the current. The board is an orderly, simple, and well-arranged arrangement even if it should have been much shorter. It is impossible to find flaws in the materials. They should be good at this price point.

As for Polaris 11, it shares some characteristics with predecessors, but it is a new GPU due to the switch to 14nm FinFET. Three times as many transistors are in the Radeon RX 460 as Polaris 10, which packs 5.7 billion transistors in a 232 mm2 die. An adapter with six pins that has been turned 180 degrees is also provided. In addition, the four-pin connector for PWM-controlled fans that are controlled by card heat is back.

On the Strix RX 470, Asus uses two dual-link DVI ports, but reveals three display outputs on the rear bracket. There are only two dual-link DVI-D outputs on the Strix RX 460, a HDMI 2.0b output, and a DisplayPort 1.3 connector (HBR3/1.4 HDR ready). At 120 Hz, 4K resolution is sufficient, and at 60 Hz, 5K resolution is sufficient.

Combined with two 75 mm fans, it is connected to the more impressive cover using four screws. PWM-controlled fans have 3W engines, but stress tests indicate that the combined power of the fans doesn’t exceed 4W. This is the signal for controlling the tachometer.

With competition from the previous 600 series, the RX 460 is the most Best GPU for Streaming awaited addition to the GPU list. At this price point, the materials are as expected, but there are no obvious flaws.

SPECIFICATIONS

TDP: 75 W | GPU Variant: Baffin PRO | GPU Name: Baffin | Memory Clock: 1750 MHz

Pros
  • In many games, 1080p is fast enough
  • Budget-friendly
  • A power-friendly website
Cons
  • Even in 1080p, performance has limits
  • Overclocks poorly

Also Read about : Best GPU For Ryzen 5 2600 & 2600X

5. Nvidia Geforce GTX 980
Nvidia Geforce GTX 980

The GeForce GTX 980 can offer steady connection speeds at high resolutions of at least 1080p thanks to its efficiency and (comparatively) low power requirements.

VXGI is being accelerated by the GeForce GTX 980 to the point where game developers can implement global illumination in-game, which enables colors to communicate with objects (such as characters) rather than being reflected from static objects like floors, walls, and furniture. Comparatively to the GeForce GTX 680, it has double the amount of render output units (ROPs). It is intended to improve performance when high anti-aliasing settings are enabled in conjunction with higher clock speeds (on the GTX 980, approximately 1,126MHz and 1,216MHz).

In addition to the new architecture and support for DirectX 12 API, Nvidia is touting a few additional in-game features with the GeForce GTX 980. A few of our test games were played on a Dell 1080p computer using Dynamic Super Resolution during our training. In the game’s configuration menu, higher “virtual resolutions” were seen when the Nvidia Control Panel option was enabled.

Nvidia’s GTX 980 graphics card has three DisplayPort ports, which corrects an issue with previous-generation high-end Nvidia cards. Three of these monitors can be connected to a GeForce GTX 980 card. HDMI 2.0 support is also available on this device, meaning it can handle 4K resolution at 60Hz. There are no noise or heat issues with this card, and it uses significantly less power than similar AMD cards. When several GeForce GTX 980 cards are nearby, the reversible hatch will increase ventilation and cooling. This additional flow of air will supply air to the adjacent card’s intake fan, and therefore Nvidia believes it is necessary to eliminate this portion of the backplate.

With its Maxwell-based graphics card, Nvidia’s high-end graphics card is the Best GPU for Streaming to date. AMD’s Radeon R9 290X is a more powerful GPU with a similar price.

SPECIFICATIONS

Memory Clock: 1753 MHz | GPU Name: GM204 | TDP: 165 W | GPU Variant: GM204

Pros
  • Performance that’s top notch
  • Display options have been improved
Cons
  • For high frame rates at 4K resolutions, you need two of them
  • Costly

Conclusion

There are only two major manufacturers of Best GPU for Streaming, unlike other components in your setup such as your monitor and your cabinet. But once you get into sub-brands and brands, it becomes a whole other ball game, and things can get complicated very quickly.

Also Read about : Best GPU For Ryzen 5 2600 & 2600X