Download nvidia gtx 650 palit card driver. With PhysX, the game world is indistinguishable from the real one

Video cards costing $100-$150 are the most popular. They have acceptable performance, low power consumption and low price - the qualities that gamers who are not ready to invest a lot of money in their hobby appreciate. Nvidia has decided to expand its range of budget video adapters with the release of the Nvidia Geforce GTX 650.

The Nvidia Geforce GTX 650 is based on the GK107 graphics core, which belongs to the Kepler architecture. The video card is the most budgetary of the GTX family, but at the same time it supports the same technologies as the older models. Among them is DirectX 11.

The parameters of the Nvidia Geforce GTX 650 video card are presented in the table.

Overview of the Geforce GTX 650 video card

The GTX 650 has a special role to play in Nvidia's video adapter lineup. The video card is produced in large quantities, so it is important for the company that the video card is technologically advanced and has a low cost. The new video adapter differs from the previous model in the line by using DDR 5 memory and increased clock frequencies. According to official figures, productivity increased by an average of 15%. Along with performance improvements, the GTX 650's power consumption has been slightly reduced.

Among the advantages are the following:

• low power consumption;
• support for most modern technologies;
• productive cooling system;
• small price.

The video card has a reference design. The length of its board is only 14.5 cm. The video adapter is not equipped with a connector for an SLI bridge, so it will not work to use several video cards in a bundle. The panel has 2 DVI outputs and one mini-HDMI.

How to overclock a video card

Like most video cards in the lineup, the Nvidia Geforce GTX 650 has excellent overclocking potential. To overclock your video adapter, you need to download free program NVIDIA Inspector. Overclocking Nvidia GTX 650 is as follows:

1. After starting the program, you need to click on the Show Overclocking button. After that, a warning will be displayed that manipulations with a performance increase can disable the video card. If you decide to start overclocking, click the "Yes" button.
2. In the window that opens, find the Performance Level item. It is he who is needed for performance tuning.
3. Increase the frequency GPU and memory frequency by 5% using the slider. After that, save your changes.
4. Play any game for a few minutes. If artifacts are observed or the video adapter driver is reset, you will need to slightly reduce the frequency value of the parameters that have been changed.
5. If no artifacts are observed, then we overclock the Nvidia Geforce GTX 650 video card by another 5%.

The Nvidia GTX 650 manages to overclock the GPU by about 25% and the memory by 20%. The increase in games after overclocking is about 10-15%. This allows you to slightly reduce the backlog from more expensive models.

Test results in games (performance)

The tests were carried out at a screen resolution of 1920x1080 at high image quality settings. 4x full-screen anti-aliasing is also enabled.

Some users are wondering if the Nvidia Geforce GTX 650 graphics card will handle GTA 5? The answer is yes. When playing GTA 5 on this video adapter, you can count on a good FPS value at medium settings. But this is the case if other characteristics of your system meet the recommended system requirements of the game.

Drivers for Geforce GTX 650

Downloading the driver for the Nvidia Geforce GTX 650 video card is recommended on the official Nvidia website. To do this, select the "Drivers" item in the site menu. Next, select the type, series and family of your product, select the one installed on your computer operating system. After that, click the "Search" button and download the available driver.

You can also use the automatic driver selection. To do this, click on the "Graphics Drivers" button. After scanning your system, you will be able to download the driver for the GTX 650.

All drivers for video cards are available on our website. To download the driver for this model, follow the link.

Video cards costing $100-150 are traditionally the most popular. Devices in this price range are often the best choice for entry-level gaming systems. Acceptable performance, good energy efficiency and a reasonable price - these are the qualities that are especially appreciated by gamers who are not ready to spend big money on their hobbies. Most recently the company NVIDIA expanded its range of low cost graphics solutions by introducing GeForce GTX 650. Let's see what the novelty is capable of with a recommended price of $109.

In its presentation of a new model in the line of discrete adapters based on modern Kepler architecture GPUs, NVIDIA emphasizes that the popularity of Full HD display devices has increased significantly over the past few years. According to statistics from the most popular digital game distribution service Steam, at the beginning of 2008 monitors with a resolution of 1920x1080 were used by about 1% of users, while screens with 1280x1024 were used by about 40% of gamers.

Since then, the situation has changed dramatically - Full HD displays with a share of 30% are the most popular display devices, and their share continues to grow steadily, while 17/19-inch monitors with a classic 5:4 aspect ratio still remain at about 11 % of users. As the resolution increases, the requirements for the performance of video cards increase. Let's take a look at what NVIDIA has to offer for users who have a Full HD monitor, don't want to miss out on new DirectX 11 games, but aren't willing to spend well over $100 on a graphics card.

GeForce GTX 650

The presented model has a special role in the new line of NVIDIA adapters. This is a mass product that will be produced in large quantities. In such a case, it is very important for the developer that the device be technologically advanced and have a minimum production cost.

The novelty is based on the GK107 GPU, exactly the same as the GeForce GT 640, the most affordable Kepler-based GPU solution at the moment. This is a fairly compact die with an area of ​​​​118 mm², which can accommodate 1.3 billion transistors and is produced using 28-nanometer technology. To better understand the initial positions of competing devices from AMD and NVIDIA, we recall that the Cape Verde chips underlying Radeon video cards The HD 7750 and 7770 have an area of ​​123 mm² and contain approximately 1.5 billion transistors. As you can see, the sizes of the crystals in both cases are approximately identical. Considering that TSMC manufactures graphics processors for both NVIDIA and AMD, we can suggest that the cost of manufacturing chips is very close. Therefore, neither side will have a serious advantage in the price war - both developers are on an equal footing at this stage.

Returning to the GK107, we note that this chip contains 384 CUDA computing units. Architecturally, the core includes one GPC (Graphics Processing Clusters) cluster, which has two SMXs multiprocessor modules. The number of texture units is 32, ROPs is 16. The core has a 256 KB L2 cache.

In case of GeForce GTX 650, the graphics core initially operates at a high frequency - 1058 MHz. GK107 does not support GPU Boost technology. This means that during load, the chip operates at the maximum specified frequency and does not dynamically accelerate depending on the current conditions. Whether this fact is considered a disadvantage or vice versa - a virtue depends on the point of view from which one looks at it. On the one hand, users who are not too keen on overclocking may not get a fraction of the performance that GPU Boost, activated in older Kepler models, could potentially provide, on the other hand, the absence of such a mechanism allows enthusiasts to get more predictable performance that will not depend on factors affecting the range of autoacceleration.

Two 64-bit memory controllers provide a total of 128-bit bus, which is quite acceptable for devices of this class. At the same time, in the case of the GeForce GTX 650, high-speed GDDR5 is used, which operates at a fairly high frequency - 5000 MHz, due to which the throughput is 80 GB / s. Recall that at AMD Solutions Cape Verde chips also use a 128-bit bus, while in normal mode the memory operates at 4500 MHz, providing a throughput of 72 GB / s. Here NVIDIA's solution has a slight advantage. GeForce GTX 650 video cards can carry 1 GB or 2 GB of memory on board. Given the positioning of the adapter, in most cases we will see devices with a smaller volume, however, 2-gigabyte versions will also appear on sale.

The declared power consumption level is 64 watts. Such loads are quite acceptable for a PCI Express x16 slot, but the manufacturer still considered it necessary to add a six-pin connector for connecting additional power in case the video card does not work in its normal mode. The recommended power supply when assembling a system with a GeForce GTX 650 is 400 watts.

NVIDIA has developed a reference design for the GeForce GTX 650. The video card has a very compact full-profile board with a length of only 145 mm. The power subsystem contains a three-phase (2+1) stabilizer circuit. Pay attention to the fact that there is no characteristic connector for an SLI bridge on the top edge of the adapter - this model does not involve the use of two video cards in one bundle.

The cooling system is pretty simple. A compact aluminum heatsink, visually somewhat reminiscent of that for the boxed version of coolers from Intel processors, only slightly higher. The cooler is blown by an axial fan. Obviously, one should not expect super efficiency from such a model, but even this design will surely be enough to keep the chip temperature from approaching the declared threshold value for GK107 of 98 degrees.

There are three video outputs on the interface panel - a pair of DVI (DVI-I and DVI-D), as well as mini-HDMI. GeForce GTX 650 allows you to connect up to three display devices at the same time. The mounting plate of the adapter is single-slot, however, taking into account the dimensions of the radiator, the video card will also occupy the adjacent lower slot.

Surely we will see on sale video cards based on its reference design. And if many manufacturers will probably experiment with the cooling system, trying to distinguish their products from the background of the rest, then printed circuit boards in most cases will be used standard for this model. Well, and manufacturers traditionally trying to surprise not only appearance new adapters, and this time they will think about improving the printed circuit board and improving the element base.

MSI N650 PE 1GD5/OC

MSI introduced four modifications of the GeForce GTX 650 at once, for which original printed circuit boards and cooling systems are used. The reviewed model MSI N650 PE 1GD5/OC belongs to the line of Power Edition adapters, which have a reinforced element base and the ability to control the supply voltages of the main components of the video card (Triple Overvoltage function).

Modification of the OS with factory tuning, has an initially increased frequency of the GPU. The GPU runs at 1124MHz (+6.2%) instead of 1058MHz, while 1GB of GDDR5 memory runs at the recommended 5000MHz.

For this model, MSI uses an original design PCB. The length of the PCB has been increased to 225 mm, but the dimensions are secondary here, the main feature is a reinforced power stabilizer. In this case, a four-phase circuit (3 + 1) is used, instead of a three-phase one.

The manufacturer equipped the novelty on the GK107 chip with a transformable cooling system Transthermal. We have previously considered a video card that has .

This CO allows, if necessary, to use an additional fan, while you can install it on top of the main one (Double Airflow) or move the protective plastic casing with the propeller and fix an additional one next to it (Dual Fan).

If we talk directly about the cooler itself, then this is a much more serious design than in the case of the reference model. In this case, a rather massive radiator block made of aluminum is used. The heat sink is copper, while the efficiency of heat distribution is improved due to the S-shaped heat pipe. Power assemblies and a pair of memory chips are in contact with the heatsink through thermal pads. In normal mode, the design is blown by a 90 mm fan, the blades of which are made using Propeller Blade technology.

On the top panel of the video card there is a four-pin connector for connecting a second fan. Considering earlier with the TransThermal cooler, one of the main complaints was the connection of the fan with a two-pin connector. At the same time, it had a constant rotation speed, which in no way depended on the speed of the main fan and could not be adjusted. In the case of the GeForce GTX 650, the manufacturer has upgraded the circuitry. An additional fan is now connected using a four-pin connector, and although its revolutions are not monitored (perhaps this option will be available in future versions of the MSI Afterburner utility), they change synchronously with the revolutions of the main one.

The connector for connecting additional power is located at the end of the board. Taking into account the increased GPU clock speed, as well as the upgraded power subsystem, the TDP of the MSI graphics card has been increased from 64W to 70W.

On the interface panel, as in the case of the reference model, there is a pair of DVI, as well as one mini-HDMI connector. However, unlike the stock adapter, the mounting plate here is two-slot, and half of its area is occupied by a ventilation grill with the company logo.

The video card package includes a user manual, small booklets with the nuances of installing a video card and the features of setting up and using the TransThermal cooling system. Also in the box there is a disk with drivers and utilities, an adapter from molex to a six-pin connector for connecting additional power, a DVI-VGA adapter, and also from mini-HDMI to a full-format connector. In addition, the package includes an additional 90mm axial-type fan and screws for mounting it.

In work

On an open stand (~ 25C), the graphics chip warmed up to 29 degrees. In this case, the fan rotated at a speed of ~ 1100 rpm; in this mode, its operation is practically inaudible. Game battles increased the GPU temperature to 49 degrees, and the fan speed to ~1600 rpm. At the same time, the level of CO noise emitted remained at a very low level. FurMark managed to warm up the chip to 56 C, and increase the speed to 1800 rpm.

It was under such conditions that we checked how the installation of an additional fan would affect the cooling efficiency. In Double Airflow mode, when the second propeller was mounted on top of the main propeller, in automatic mode the temperature dropped by 2 degrees to 54C, but the fan speed increased minimally (max. 1920 rpm). After creating the Dual Fan configuration, the maximum heating dropped another degree to 53 C, while the fan speed dropped to 1680 rpm. In our opinion, it is the latter option that is preferable, since in this case the power elements are blown more efficiently. However, it is worth considering that when the protective cover is moved to install a second fan, the overall length of the video card slightly increases.

Is it worth further improving the temperature regime, given the very low heating of the chip even with one standard fan? The manufacturer gives such an opportunity, and to use it or not, everyone decides for himself.

Overclocking

During experiments with the overclocking potential of the video card, we managed to achieve stable operation of the GPU on 1244 MHz(+17.6% to the reference value), while the memory worked stably 5850 MHz(+17%). At the time of testing, the version of MSI Afterberner was not yet available, which allows increasing the Power Limit parameter, therefore the obtained values ​​of clock frequencies for the chip/memory can rather be considered "sighting". After an increase in the allowable power, the GK107 will surely submit to the 1300 MHz bar, however, this is rather a symbolic limit that cannot drastically affect the final performance.

Performance

To evaluate the performance of the GeForce GTX 650, we selected "reviewers" of a similar price category. First of all, it was interesting to evaluate the possibility of NVIDIA's new product in comparison with those for AMD's entry-level gaming video cards based on Cape Verde chips - Radeon HD 7750 and HD 7770. In addition, it was interesting to compare the GTX 650 with its predecessor on the GF116 chip - GeForce GTX 550 Ti .

As you can see in the diagrams, in most cases, the GeForce GTX 650 finds itself in the close embrace of AMD solutions - the Radeon HD 7770 clamps the novelty on top, the HD 7750 on the bottom. is close to the HD 7770. In some cases, additional forcing even allows you to get ahead of the latter, and, curiously, this situation can be observed in games where AMD solutions are traditionally strong - Metro 2033 and Aliens vs. Predator. If we talk about the comparison with the GeForce GTX 550 Ti, then it is obvious that a worthy replacement has grown up to the honored veteran. The GeForce GTX 650 often has a 5-10% advantage, with the exception of Dirt 3, where there is parity, as well as Mafia II, which the newcomer managed to get ahead of the GTX 550 Ti only after overclocking.

But where the novelty on the GK107 is significantly ahead of its predecessor is in the level of energy consumption. The difference is striking. With the declared TDPs of 64W and 116W for the GTX 650 and GTX 550 Ti, this difference is approximately the same in practice when measuring the power consumption of the entire system under a gaming load. When indicators differ not by percentages, but by almost several times, it is always impressive.

Outcome

GeForce GTX 650– a progressive economical solution with a good level of performance. Finally, solutions based on Kepler have come to the segment of affordable video cards, which can be attributed to the gaming category without any discounts. The previously presented model - GeForce GT 640 - in our opinion, is more suitable for multimedia systems.

The successful launch of a new solution based on the GK107 will largely depend on the retail price of video cards. In this price range, $10-20 can play a decisive role in choosing a particular device. With a minimum difference retail price from the recommended one, the GeForce GTX 650 will be a very interesting option for an entry-level gaming platform, while an overpriced price at the start of sales can significantly reduce interest in these solutions. The GeForce GTX 650 falls into a highly competitive price segment. On the one hand, these are the GeForce GTX 550 Ti, which are present on the market in sufficient quantities and cost from $110, on the other hand, the Radeon HD 7750, which has already managed to get cheaper, the price of which has dropped to $100-110. Even more formidable rivals are the Radeon HD 7770 models, offered for $120-135.

When choosing a computer or laptop, you should pay attention not only to which processor is installed in this device, but also which video card or video accelerator. Particularly close attention to it must be paid to gamers, architects and those who want the picture on the monitor to be of high quality. Of course, the monitor is responsible for the image quality, but not only it, without a good video card, all its capabilities may not be used.

Currently, the market offers a huge variety of video adapters. The leadership in this area is shared between AMD and NVIDIA. Although it is believed that NVIDIA is better.

In the event that you need an excellent budget option that can provide high-level image quality and good hardware capabilities, we advise you to take a closer look at the video adapter NVIDIA GeForce GTX 650. Why exactly to him? Firstly, it has a relatively low cost in comparison with its "older brothers". Although it is inferior to them in power and efficiency, it nevertheless has decent performance.

Accelerator structure

The structure of the NVIDIA Geforce GTX 650 card is as follows:

Has 13 billion transistors;

It has built-in 16-pixel wide ROPs that support anti-aliasing in the range of up to 32 samples per pixel;

Equipped with a 128-bit bus and two independent controllers that are 64 bits wide and support GDDR5 memory;

It has a unified architecture with an array of processors designed for streaming processing of various types of data - pixels, vertices, etc.

Supports DirectX 11 AP, including Shader Model 5.0, compute and geometry shaders, and tessellations;

Has two multiprocessors containing 384 scalar ALUs and provides floating point calculations with FP64 and FP32, within the scope of the IEEE 754-2008 standard;

The structure includes 32 filtering and texture addressing units that support FP16- and FP32-component, as well as anisotropic and trilinear sifting for all kinds of designated formats;

It has integrated support for RAMDAC, 2 ports Dual Link DVI, DisplayPort and HDMI, which allows you to play the image on 4 monitors simultaneously;

Supports PCI bus Express 3.0.

How can you evaluate the capabilities of the GTX 650? Characteristics perfectly reflect its potential to provide high-quality image reproduction. About them further.

NVIDIA GeForce GTX 650 Specifications

The video card has the following brief characteristics:

Produced using 28 nm technology;

The chip is codenamed GK107;

The core clock of the card is 1058 MHz;

384 universal processors;

The memory has a bandwidth of 80.0 GB/s;

Blocks - 32 texture and 16 blending;

The memory frequency efficiency is 5000 MHz (1250×4);

The maximum possible fill rate is 16.9 GT/s;

GDDR5 memory with 128-bit bus;

Texture sampling rate is 33.9 GT/s;

Power consumption is 64 W;

1 GB or 2 GB;

Acceptable cost - about 109 US dollars or 4 thousand rubles.

Detailed description of the video accelerator

The basis for this model of video accelerators is a well-known budget video chip called GK107. He works in many mobile devices and in a desktop video card This device provides support for all the features that take place in the top-end Geforce GT 640 chipset installed in the Geforce GTX 680. It has all the features of the Kepler architecture.

This GPU includes a single cluster that provides GPC graphics processing. It consists of 2 SMX multiprocessors, which include 384 stream processing cores, as well as 32 texture modules. 128-bit access is provided by the graphics chipset subsystem of the video card, which is based on two 64-bit memory channels. The law of proportionality and binding to memory controllers determines the presence of 16 blocks that perform the product of ROP raster operations.

Based on this, the possible amount of local video memory NVIDIA Geforce GTX 650 is 1 or 2 GB. The card operates at an effective frequency of 5 thousand MHz. It is reduced for more expensive video accelerator models based on Kepler. The final result is 80 Gb / s and is quite suitable for budget solutions, since it is no different from the one that the more expensive and powerful GTX 650 Ti video card has.

Like more expensive devices of this line, NVIDIA Geforce GTX 650 does not have technical equipment that supports modern GPU Boost technology. This complex software solutions allows you to automatically increase the operating frequencies of the GPU in order to ensure maximum performance, while increasing power consumption. It makes it possible to work at the maximum frequencies for the device, allowing you not to go beyond the installed heat pack. Not bad, right? But, unfortunately, the manufacturer decided that budget cards do not need such technology. Thus, unlike more powerful devices, for example NVIDIA Geforce GTX 650 Ti, the standard clock frequency of the video chip this device is equipped with is fixed - 1058 MHz.

Despite the low cost, the video card is an excellent solution for ensuring the stable operation of even the newest and very memory-demanding gaming programs. Any shooter will not slow down with very fine detailing of the picture and color saturation of the graphics. It is also capable of delivering high quality gameplay for multiplayer games running on DirectX 11 and in HD (1080p) format.

Other features of the video card

The printed circuit board of this video adapter is short, so only small coolers can be installed on it. The standard design PCB is simplified when compared to the expensive solutions in this line. The length of the board is 145 mm. Additional power is provided by a 6-pin connector, just like the GTX 660. Image output is possible on three devices. Despite this, the hardware card can support up to 4 displays. Two dual-link DVI and one HDMI connectors are used to output video information.

Thanks to the use of the GK107 GPU used in mobile devices in this card, the video accelerator consumes very little power, even though the device is running at high frequencies. In sleep mode, the device uses only 5 watts, and when playing high-definition video - only 13 watts. This indicator is the best in this class. More complex tasks require more power consumption, and the maximum is 64 watts. But even when operating at full power, the device emits very little heat. Given this, the manufacturer left a 6-pin connector for additional power. It provides excellent opportunities for overclocking the device, increasing its performance, and also provides improved stability of the adapter.

Some partners of the company produce such a device without a connector that provides additional power. Instead, they offer factory-overclocked solutions. For the most part, such video adapters manufactured by partner companies have overclocking capabilities and a frequency of 1100 MHz. If you overclock the NVIDIA Geforce GTX 650, the card will produce a frequency of up to 1200 MHz. There are models with enhanced power supply and cooling systems that ensure more efficient operation of devices.

This video card supports all the latest technologies implemented by NVIDIA in its devices. These are PhysX, Adaptive VSync, etc. The new model offers consumers the most relevant features at present - DirectX 11, TXAA, PhysX, adaptive VSync and others.

The NVIDIA Geforce GTX 650 graphics card is an excellent upgrade option for video gamers with compatible DirectX 10 hardware.

Comparative characteristics of this device from experts

Is this device worse or better than its predecessors? And what is better to take: a video adapter from a competitor - AMD - or is it NVIDIA Geforce GTX 650? Comparison will provide answers to all these questions.

1. Comparison of manufacturer's devices. The manufacturer compares the new video card with the Geforce model (a bit outdated). Thus, it is possible to evaluate the achievements of the company in this area.

When running games such as World of Warcraft: Mists of Pandaria, the novelty shows 4 times better performance than the card with which it is compared. When running Max Payne 3, the result is the same. The older card is not able to compete with the new one, even when running in the DirectX 9 software package.

The same happens when testing the performance of these devices on MechWarrior Online. The old one is not able to compete with the more recent NVIDIA development. It only plays 10 fps when the new one is 40.

2. Comparison with newer devices in the same price range. Here is a comparison with the accelerator of the previous line, located in the same price category - Geforce GTS 450. This machine is GPU based and also supports DirectX 11.

With such a comparison, the result is also quite good. The performance of the novelty is 20% higher than the model with which the comparison is made. It has much better energy efficiency indicators. This advantage is provided by a new technology that is missing in the older model - Kepler. As a result, the performance per unit of energy spent in our device is approximately twice as high.

3. Comparison with modern devices from competitors. The main competitor of NVIDIA Geforce GTX 650, which has modern technologies, is AMD Radeon HD 7750. But this device, like others, lags behind NVIDIA's budget novelty. And this despite the fact that the video adapter in question does not have GPU Boost technology, which makes it possible to automatically increase the operating frequency of the GPU. But even without this technology, the video card from NVIDIA has a frequency of 1200 MHz and higher, while its competitor has only 1058 MHz. As you can see, despite the fact that NVIDIA Geforce GTX 650 has a slightly higher price than its competitor, its capabilities and characteristics more than cover this difference.

Learn more about the technologies implemented in these video cards

Modern developments by NVIDIA can significantly improve the performance of the video adapter.

Adaptive V-Sync ensures smooth image playback in games

Thereby software each frame is played smoothly, minimizing tearing between images while maximizing performance.

GameStream by NVIDIA

With the NVIDIA Geforce GTX 650, games will be available away from personal computer. It uses streaming technology and the power of the GPU to bring the SHIELD handheld device to life. It provides the ability to play away from the PC anywhere where there is access to high-speed Internet.

With PhysX, the game world is indistinguishable from the real one

This technology, being a new approach to the 3D image of characters and what is happening around, makes the picture more realistic. Provides the same interaction between characters. The picture is no different from the real thing, even under a close critical eye. Smoke, the flow of a stream, raindrops, flying snow, swaying branches in the wind, etc. - all this happens just like in real life.

TXAA - picture without sharp corners and kinks

This technology produces image smoothing, making it clearer and more accurate. In this way, a visually favorable picture is provided. It allows human eyes to not get tired for a longer time during the gameplay.

Nvidia 3D Vision Surround - stereoscopic effect in games

This technology provides the ability to view video in high resolution - 5760x1080 p. Allows you to display a stereoscopic image on three monitors simultaneously.

CUDA - high speed computing

Necessary for processing huge amounts of information per unit of time. This is very important for graphics-rich and action-packed gaming processes, creating realistic images on the monitor screen.

New technologies can significantly improve the performance and durability of the video accelerator

This video card is the owner of such new systems:

DirectCU provides efficient cooling.

DIGI+ provides power savings, accurate adjustment of the energy supply system.

GPU Tweak tests and displays information about the card on the monitor screen.

NVIDIA Partners

NVIDIA's graphics partner companies are:

Palit Microsystems Ltd.

GIGABYTE UNITED INC.

PNY Technologies.

point of view.

Each partner company includes its own branded elements in video cards, providing them with additional features and characteristics. Of course, they are not always successfully combined in a video card, but at least they do not worsen the characteristics of the original product.

Therefore, you can safely purchase, for example, the ASUS manufacturer itself already has a positive reputation and is popular with buyers. Therefore, NVIDIA-branded video adapters from this company are worthy of the attention of PC users, who are unlikely to lose by purchasing them.