Gtx 950 2gb review: Asus GeForce GTX 950 Strix Review — Tom’s Hardware

Asus GeForce GTX 950 Strix Review — Tom’s Hardware

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Today we get our first look at Nvidia’s latest GPU in Asus’ GeForce GTX 950 Strix.

Early Verdict

Asus GTX 950 offers excellent graphics and cooling performance while remaining nearly silent at all times. It delivers incredible performance per dollar, and nearly renders the GTX 960 obsolete. Gaming at 1080p and below is a treat on this card.

Cons

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  2GB buffer —

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Introduction

Nvidia’s new GeForce GTX 950 offers more performance than a modern console at a price point befitting gamers on a budget. It’s being positioned as an entry-level card with enough muscle to play the latest titles at 1080p on a 1080p display at a $160 price point. The GPU is a cut-down version of the GTX 960’s GM206 operating at a base clock of 1024MHz and a typical GPU Boost frequency of 1188MHz. Nvidia says the chip is highly overclockable, so there should be much faster versions available. This implementation of GM206 features 768 CUDA cores rather than the 1024 found in GeForce GTX 960, and its texture units are down 16 to a total of 48. The memory paired with the GTX 950 is somewhat slower than the 960’s 7 GT/s modules. Instead, you get 2GB at a data rate of 6.6 GT/s on a similar 128-bit bus.

Nvidia has been rolling out Maxwell based GPUs for more than a year and a half now, with entries at pretty much every price point except the lowest tier. For gamers pinching their pennies, GeForce GTX 650 satisfied the hunger for affordable speed at 1080p. But with the introduction of its GTX 950, Nvidia expects that owners of GTX 650 cards will be looking to upgrade. That Kepler-based board lacks many of the new card’s features, such as DX12 feature level 12.1 and HDMI 2.0 support. And, for the first time, this price tier offers the option to use SLI. The GTX 950 is also being billed as an excellent first GPU for those just getting into gaming, or currently using an on-board solution.

Compared to a GeForce GTX 650, which Nvidia says is still the eighth most popular GPU today, the GTX 950 purportedly offers as much as three times the performance and twice the performance per watt. The GTX 950’s power rating is 90W, and, like other Maxwell-based GPUs, is designed to draw as little power as possible when not in use. Nvidia makes it a point to mention certain partner boards will offer a semi-passive mode for quieter operation at idle.

Of course, the GeForce GTX 950 supports technologies like G-Sync and Nvidia’s VisualFX suite, which includes the GameWorks toolset (FaceWorks, HairWorks, WaveWorks, etc.) and HBAO+. These cards also support the proprietary PhysX, FleX and OptiX technologies. Additionally, the GTX 950 enables MFAA, Nvidia’s proprietary anti-aliasing technology claimed to deliver 4x MSAA quality with the equivalent performance hit of 2x MSAA. There’s a new video engine in there as well that supports native HEVC/H.265 decoding and encoding at the hardware level. The result is 4K playback at a smooth 60 FPS.

During the development of the GTX 950, Nvidia says it put a lot of emphasis on optimizing for MOBA players. Multiplayer Online Battle Arena games are incredibly popular, and getting more so every day. There are an estimated 30 million people who play MOBA games like DOTA II and League of Legends every month, and these titles demand extremely fast response time. Frame rates aren’t as important, since these games aren’t tremendously demanding. But responsiveness is the difference between winning and losing. So, starting with the GTX 950, GeForce Experience has the ability to optimize for this new metric. The company made changes to the way it renders games specifically to improve input response time. Specifically for MOBA-style games, multi-frame buffering is disabled. Nvidia said it found that this helped reduce response time from 80ms (on average) on a GTX 650 to 45ms on a GTX 950. Currently, these MOBA-specific presets are only available for GTX 950 owners, but Nvidia plans to expand this feature to the rest of the GeForce line-up at a later date.

The GeForce GTX 950 we’re looking at today comes from Asus, which overclocked the board and topped it with DirectCU II cooling. Let’s see if it lives up to Nvidia’s claims.

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Introduction

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 Kevin Carbotte is a contributing writer for Tom’s Hardware who primarily covers VR and AR hardware. He has been writing for us for more than four years. 

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Nvidia GeForce GTX 950 Review

Sections

• Page 1
  Nvidia GeForce GTX 950 Review
• Page 2
  Results Review

Verdict

Pros

• Consistent, impressive 1080p performance
• MOBA-friendly features throughout
• Faster than AMD Radeon R7 370

Cons

• Can’t quite manage 1440p playback
• 2GB of memory could prove restrictive

Key Specifications

• Review Price: £126.00
• 1,024MHz core clock
• 2GB 6,610MHz GDDR5 memory
• 2.9 billion transistors
• 768 stream processors
• requires 1 x 6-pin power connector
• Manufacturer: Nvidia

What is the Nvidia GeForce GTX 950?

This is the cheapest card from Nvidia’s latest series of GPUs, but the GTX 950’s budget status can be misleading – this is one of its most intriguing new products to date.

The GTX 950 is the first card I’ve seen designed for a particular genre of game. This Nvidia core targets the burgeoning MOBA and 1080p gaming categories. Nvidia says it’s got tweaks that can improve performance in titles like DOTA 2, League of Legends and Heroes of the Storm.

Related: Best PC Games 2015

Nvidia GeForce GTX 950 – Under the Hood

Nvidia’s new features are designed to make MOBA gameplay smoother. The faster core is paired with a mechanism designed to produce fewer pre-rendered frames – Nvidia claims the card will decrease input latency in key titles, like DOTA 2, by 50% when compared to a GTX 650.

Software features aim to get the best MOBA performance too. The latest GeForce Experience driver has an auto-optimisation feature that can prioritise maximum graphical performance for minimum latency. In-game overlay can also quickly access recording, instant reply and Twitch streaming.

Nvidia is working on bringing these features to other cards, but they debut on the GTX 950. Elsewhere, the software is business as usual: There’s support for DirectX 12, OpenGL 4.5, OpenCL 1.2 and HDMI 2.0.

Nvidia continues to rely on its Maxwell architecture. This impressive design has underpinned Nvidia’s graphics cards since 2014 and it’s made huge improvements to components power draw while upping framerates.

First generation Maxwell hardware increased cache sizes to facilitate reductions in memory bandwidth. Stream multiprocessor redesigns improved task delegation to make the GPU more granular and efficient when it came to resource assignments. The second generation of Maxwell is used in the GTX 950. It further granulated the streaming multiprocessor design while making improvements to memory configurations – again, moves designed to improve both performance and power consumption.

The GM206 core inside the GTX 950 is a versatile part that’s also inside the beefier GTX 960, which means the GTX 950 boasts 2.9 billion transistors inside its 227mm chip. To make this cheaper card, Nvidia has simply disabled two of the GM206 core’s Graphics Processing Unit – so it has six, rather than the eight installed in the GTX 960. That means it’s got a modest 768 stream processors.

The 1,024MHz base clock is lower than the 1,127MHz of the GTX 960, but Nvidia has given this card an average boost speed of 1,188MHz – 10 Megahertz higher than the GTX 960. It’s also higher than the 1,085MHz average boost of the GTX 750 Ti, which is the most relevant card from Nvidia’s previous generation.

Nvidia lists the GTX 950 as being available in 2GB and 4GB variants, but only the former is currently available – a slight concern when memory is one of the big graphics battlegrounds right now. More affordable cards now have 4GB of memory and AMD is pushing the envelope with its High Bandwidth Memory – a more effective replacement for the GDDR5 that’s still at the heart of Nvidia’s hardware.

The 2GB of memory installed in the GTX 950 is clocked to 6,610MHz, which isn’t fast – every other GPU in Nvidia’s latest range runs at 7,000MHz or quicker.

There’s no set reference design for this card, so it’s down to board partners entirely. Most samples should require a single six-pin power connector, and the modest performance levels of this card means there’s scope for innovation here – don’t be surprised to see smaller versions built or even passively-cooled models appear.

Nvidia has produced the GTX 950 for 1080p gaming and MOBA players, and it’s going up against AMD’s Radeon R7 370. AMD’s card is also designed for 1080p gaming and its prices range from £118 to £149. That’s almost on a par with the GTX 950, which costs between £126 and £150.

Related: The Top Gaming Headsets

Nvidia GeForce GTX 950: Results Analysis

The GTX 950 is designed as a 1080p card, so I’m pleased that Nvidia’s latest didn’t have any issues during my benchmarks at this resolution.

Its poorest 1080p average came in Crysis 3, where it managed a still-swift 38fps, and its best Full HD average was in Batman Arkam Origins, where it romped through at a monster 108fps. Both of those results ensure smooth single-screen gameplay, although tougher titles did see the GTX 950’s minimum framerates falter a little. Its Bioshock Infinite minimum of 26fps is a little below the 30fps figure I prefer, and it could only manage 22fps in Middle Earth: Shadow of Mordor. Results like that won’t cause anything other than occasional stutters, but I did have to turn the graphical settings down a little to get games running with impeccable smoothness.

Nevertheless, the GTX 950 convincingly beat the R7 370 at 1080p. The Crysis 3 average of 38fps is three frames ahead of the AMD card, and the table-topping 108fps score in Batman easily outpaced the 84fps from the R7 370. The GTX 950 ran through Metro: Last Light at 54fps, while the Radeon fell behind with 46fps.

The Nvidia card only fell behind AMD’s hardware in Middle Earth: Shadow of Mordor. The GTX 950’s 22fps minimum and 40fps average couldn’t compete with the R7 370’s 34fps minimum and 49fps average.

The GTX 950 is designed for 1080p gameplay, but I tested the titles at 2,560 x 1,440 to see if any were playable. It managed playable averages in four of my test titles, with its best pace coming in Batman with an average of 63fps. The GTX 950’s dominance over the R7 370 continued at this higher resolution – the Nvidia card only fell behind in Middle Earth: Shadow of Mordor, where its 26fps average couldn’t keep up with the Radeon’s 32fps result.

In other games, though, it couldn’t run smoothly at 1440p. Tougher titles like Crysis 3 saw the GTX 950 slip to sluggish minimum and average framerates of 16fps and 23fps. This card will play some games at 1440p, but many won’t run smoothly unless graphics settings are toned right down.

The GTX 950 was ahead of the R7 370 in almost every benchmark. Nvidia’s dominance was illustrated in our synthetic tests: its 3D Mark Fire Strike score of 5,809 easily beat the 4,969 scored by the Radeon. In Unigine the GTX averaged 28.1fps, which was four frames better than the AMD card.

Nvidia’s card did all this while proving more frugal. Its idle power draw of 61W is far better than the 96W requirement of the AMD card. At peak, the GTX 950 inside my test rig required 171W – again, much less than the 192W of the R7 370.

Other things to consider

The lack of an Nvidia reference design for the GTX 950 means board partners can be imaginative with their own cards. That means there’s already a huge amount of variety available.

Cards are available at prices between £126 and £150, and models come in longer dual-fan designs or in smaller single-fan enclosures that will fit inside tighter spaces. As time goes on I wouldn’t be surprised if passive versions began to appear for use inside silent systems – after all, the GTX 750 Ti was made as a fanless card by some board partners.

Almost all the GTX 950 cards available are overclocked, but the situation here is a little murky. Cheaper products from Palit, Gainward and Gigabyte only boost the core by between 2MHz and 40MHz with no boost to memory. They’re tiny tweaks that won’t have a noticeable impact on gameplay.

Other cards have more ambitious tweaks. An EVGA model comes with a core boosted to 1,152MHz, and another one of that firm’s cards runs at 1,165MHz. The best overclocks are found on cards nearer to £150: a Zotac model has a core at 1,203MHz and memory at 7,020MHz.

AMD’s R7 370 isn’t quite as versatile. Board partner cards tend to be larger, and the most ambitiously tweaked chip only improves the core from 975MHz to 1,050MHz with memory upped by 100MHz to 5,700MHz.

Anyone buying at the top end of the GTX 950’s price band then be aware of the next cards up in Nvidia and AMD’s ranges. The cheapest GTX 960 cards also cost £150, and the most affordable Radeon R9 380 is £152.

Verdict

Nvidia set out to build an affordable 1080p card with the GTX 950, and it’s an undoubted success: It’s faster than the R7 370 in almost every benchmark without costing any more, and it’s even got the grunt to handle some games at 1440p. Many of Nvidia’s software features are designed to aid MOBA players, but this card has the performance to excel with any genre at Full HD. The GTX 950 is the market leader when it comes to affordable 1080p GPUs.

Review and testing of MSI GeForce GTX 950 GAMING 2G video card on NVIDIA GeForce GTX 950 GECID.com. Page 1

::>Video cards
>2015
> MSI GTX 950 GAMING 2G

08/31/2015

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In August 2015, NVIDIA pleased its fans with another announcement of a new video card, which is designed to become a mid-range solution for gaming systems focused on Full HD resolution. NVIDIA GeForce GTX 950 , and this is the name the new product received, will take its place between the first-born on the NVIDIA Maxwell architecture (NVIDIA GeForce GTX 750 Ti) and the more powerful NVIDIA GeForce GTX 960.

as a replacement for the already elderly NVIDIA GeForce GTX 650 video card by the standards of the IT industry. As you can see, with medium graphics settings and a resolution of 1920 x 1080 the new model should show a stable 60 frames per second in modern games, while the NVIDIA GeForce GTX 650 is three times inferior to it.

Other highlights of the NVIDIA GeForce GTX 950 from the NVIDIA GeForce GTX 650 include support for useful DirectX 12 API features (Volume Tiled Resources, Conservative Raster, Raster Ordered Views), twice the amount of GDDR5 memory and twice the ratio performance per watt expended.

The presentation focused on the performance of the video card in MOBA games, where it demonstrates a reduction in response time by almost half, which is important in online battles, since the outcome of battles depends on the character’s response speed.

With the proprietary GeForce Experience software, you can optimize system performance for your favorite MOBA game with one click, thereby reducing response time, increasing frame rate, and choosing the optimal graphics settings.

Also, this software will allow you to save the game process on your computer or broadcast video to the Internet on popular services.

The NVIDIA GeForce GTX 950 is based on the NVIDIA GM206-250 graphics chip, which includes 768 CUDA cores, 48 ​​texture units, and 32 ROPs. The amount of video memory is 2 GB, which operate at an effective frequency of 6600 MHz. The memory bus is 128-bit.

Final comparison table of NVIDIA GeForce GTX 750 Ti and NVIDIA GeForce GTX 9 video accelerator specifications50 and NVIDIA GeForce GTX 960 is as follows:

Model		NVIDIA GeForce GTX 750 Ti	NVIDIA GeForce GTX 950	NVIDIA GeForce GTX 960
GPU type		NVIDIA GM107-400	NVIDIA GM206-250	NVIDIA GM206-300
Technical process, nm		28
Number of CUDA cores		640	768	1024
Number of texture units		40	48	64
Number of ROP blocks		16	32	32
Base/dynamic clock, MHz		1020 / 1085	1024 / 1188	1126 / 1178
Video memory	Type	GDDR5
	Volume, GB	2	2	2
	Rated / effective clock frequency, MHz	1350 / 5400	1650 / 6600	1752 / 7010
	Bus width, bit	128	128	128
	Bandwidth, GB/s	86. 4	105.6	112.16
Additional PCIe power connectors		—	1 x 6-pin	1 x 6-pin

As you can see, we actually have a slightly stripped-down version of the NVIDIA GeForce GTX 960, which received less computing power, but a slightly higher dynamic frequency of the graphics core and a more affordable price.

Let’s move on to a detailed study of new items on the example of the video card MSI GeForce GTX 950 GAMING 2G :

Model		MSI GeForce GTX 950 GAMING 2G
Graphics core		NVIDIA GM206-250
Number of CUDA cores		768
Supported APIs and Technologies		DirectX 12 (Shader Model 5. 0), OpenGL 4.4, NVIDIA 3D Vision Surround, NVIDIA PhysX, NVIDIA TXAA, NVIDIA FXAA, NVIDIA MFAA, NVIDIA 3D Vision, NVIDIA Adaptive Vertical Sync, NVIDIA SLI, NVIDIA CUDA, NVIDIA GPU Boost 2.0, NVIDIA GameWorks, NVIDIA GameStream
Rated / dynamic frequency of the graphics core, MHz	Silent mode	1026 / 1190
	Gaming mode	1102 / 1279
	«OC» mode	1127 / 1317
Memory frequency (effective), MHz	«OC» mode	1663 (6650)
	Gaming and Silent modes	1653 (6610)
Memory size, GB		2
Memory type		GDDR5
Memory bus width, bit		128
Memory bandwidth, GB/s		106. 4
Tire type		PCI Express 3.0 x16
Maximum resolution		Digital — up to 4096 x 2160 Analog — up to 2048 x 1536
Image output interfaces		1 x DVI-I 1 x HDMI 3 x DisplayPort
Support for HDCP and HD video decoding		Yes
Minimum power supply unit, W		350
Additional PCIe power connectors		1 x 6-pin
Dimensions from the official website (measured in our test lab), mm		270 x 137 x 37 (287 x 137)
Drivers		Latest drivers can be downloaded from MSI website or GPU manufacturer website
Manufacturer website		MSI

MSI paid a lot of attention to improving the reference video card, because, in fact, the new product inherited from the reference solution only the graphics core and video memory subsystem. Judge for yourself, it includes: an original printed circuit board, a proprietary cooler, a reinforced power subsystem and a rather interesting ability to switch between three operating modes, which will allow you to flexibly manage performance and power consumption depending on current tasks.

Packaging and Contents

The packaging of the MSI GeForce GTX 950 GAMING 2G is designed in the typical style of the MSI GAMING series: red and black colors predominate, as well as the series logo (stylized dragon). In addition to the name of the video card and the manufacturer, it is worth noting the presence of the “OC Edition” logo, which indicates the factory overclocking of key parameters.

All important information is on the back of the box. Most of the free space is occupied by a description of the key advantages of the video card, namely:

• Gaming App — a proprietary software is supplied with the graphics adapter, with the help of which the function of quickly switching between three different operating modes is implemented: «Silent», «Gaming» and «OC». Each of them will be relevant depending on the current tasks of the user.
• Torx Fan – new fan design to replace the Propeller Blade. It delivers 19% more airflow, greater durability, and less noise. The design uses two rows of blades with different designs, thanks to which it was possible to achieve such impressive results.
• SuperSU Pipe — The use of two 6 mm diameter copper heat pipes with a well-thought-out arrangement improves the efficiency of heat dissipation.
• Zero Frozr – Cooling fans stop spinning at GPU temperatures below 60°C, eliminating even the slightest noise level during idle or under low loads, as well as significantly extending the life of the turntables.

We also note a number of advantages, the description of which did not fit on the packaging:

• Military Class 4 — the production of the novelty uses a high-quality element base with a high level of efficiency and reliability (ferrite chokes, solid-state and tantalum capacitors).

The

• Twin Frozr V is a brand new cooling system that provides lower noise levels as well as more efficient cooling compared to the reference cooler.
• MSI Predator — using a proprietary utility, you can save any game process in full screen mode. The MSI Predator utility is positioned as a free alternative to the very popular Fraps program.

The list of system requirements for the computer in which you plan to install the MSI GeForce GTX 950 GAMING 2G is also located on the back of the package. Based on these guidelines, the power supply must be at least 350W and support a 6-pin PCIe power cable.

In the box with the video card, we found not only the usual instructions and software CD, but also an adapter from DVI to D-Sub.

The following set of video outputs is provided for displaying images on the graphics adapter:

• 1 x DVI-I;
• 1 x HDMI;
• 3 x DisplayPort.

The following resolutions are supported:

• digital — up to 4096 x 2160;
• analog — up to 2048 x 1536.

Appearance and element base

The MSI GeForce GTX 950 GAMING 2G video card is made on the original black printed circuit board with a matte finish. The logic of the location of key components is quite familiar: all memory chips are soldered around the graphics core, and the components of the power subsystem are located on the left side of it.

The novelty is powered by a reinforced five-phase scheme: four phases are responsible for powering the graphics core, and one is for the video memory subsystem. It uses high-quality components that correspond to the concept of MSI Military Class 4.

The core power subsystem is implemented on the NCP81174 digital PWM controller manufactured by ON Semiconductor, which has a number of overvoltage protections, as well as improved energy efficiency.

In addition to the PCI Express x16 slot, the new items are powered through an additional 6-pin connector. Note that the cooler does not make it difficult to disconnect the power cable.

To enable NVIDIA SLI technology on MSI GeForce GTX 950 GAMING 2G uses one connector to connect the corresponding bridge. It allows you to combine a pair of video accelerators for joint calculation of graphic effects.

The reverse side of the circuit board is notable for two video memory chips, some electrical components and cooling system mounting screws, one of which has a special sticker, so removing the cooler without voiding the warranty will not work.

The novelty is based on the NVIDIA GM206-250 graphics chip, which is manufactured using a 28-nm process technology. It consists of 768 CUDA cores, 48 ​​texture units and 32 raster units. In the nominal mode of operation (which is the «OC» mode), the base frequency of the graphics core is increased from the reference 1024 to 1127 MHz, and the dynamic average is 1317 MHz instead of the reference 1188 MHz.

The memory of the tested video card, with a total capacity of 2 GB, was built using four Samsung K4G41325FC-HC28 chips with a capacity of 4 Gb each. According to the documentation, their nominal effective frequency is 7000 MHz, but in our case it was lowered to 6650 MHz, which allows us to hope for their good overclocking potential. Data exchange between the graphics core and memory is carried out through a 128-bit bus, which is capable of passing 106.4 GB of information per second.

Cooling System

The tested model with the MSI Twin Frozr V cooling system installed occupies two expansion slots and has a total length of 270mm according to MSI’s website (287mm as measured by our test lab).

The cooler consists of a fairly large heatsink made of 44 aluminum nickel-plated plates, two 95mm axial fans with Torx Fan design, and a plastic casing that covers the entire structure from above.

The turntables themselves are manufactured by Power Logic and are marked «PLD10010S12HH». They are built on the basis of plain bearings with increased service life. They have a nominal operating voltage of 12V and a current of 0. 4A.

Two 6mm diameter heat pipes are used to improve heat transfer efficiency and directly contact the surface of the GPU. They are plated with nickel, which is used to minimize performance degradation due to copper oxidation. The contact of the heat pipes with the copper base is improved with solder. It is also used at the points of contact of the tubes with the radiator fins.

A separate, low-profile heatsink is designed to remove heat from the elements of the power subsystem.

With automatic regulation of the fan blades speed, in the maximum load mode, the graphics core heated up to 65°C, and the cooler, judging by the monitoring readings, worked at 43% of its maximum power. The noise level was subjectively very low. It absolutely did not stand out from the background of other components.

The GPU temperature dropped to 53°C in the maximum fan speed mode. At the same time, the noise rose to an average level, but remained quite acceptable for long-term everyday use.

In the absence of load, the frequencies of the graphics core and memory were automatically reduced, allowing to reduce power consumption and heat dissipation of the video accelerator as a whole. In this mode, the GPU temperature did not exceed 38°C, since the fans stopped spinning altogether and the cooling system went into a completely passive mode. This is where the aforementioned MSI Zero Frozr technology comes into play, which ensures that the video card works silently at low loads.

Overall, the MSI Twin Frozr V cooling system performed well, not only providing comfortable temperatures, but also showing very low noise levels both during everyday use and at maximum fan speeds.

GeForce GTX 950 | Review and testing of video cards NVIDIA

The first video card from NVIDIA built on the Maxwell graphics architecture was the GeForce GTX 750 Ti, announced on February 18, 2014, which was positioned as an entry-level model in terms of gaming. At the same time, the heat dissipation of the GTX 750 Ti was only 60 W, which was, in fact, one of the main merits of the new Maxwell.

Seven months later, the top models GeForce GTX 980 and GeForce GTX 970 were born, which were already implemented on the second generation of the new graphics architecture. The gap in performance between these flagships and the 750 Ti model was huge, and in order to fill the resulting middle-class niche, NVIDIA releases the GeForce GTX 960. With a fairly attractive price, this model was designed to satisfy the needs of not particularly demanding users.

Expanding the budget line, in August 2015 the «green corporation» presents another brainchild — GeForce GTX 950 . The novelty is based on the GM206 graphics chip, which was previously used as the basis for the already mentioned GTX 960. In fact, the GeForce GTX 950 video card is a slightly “stripped down” 960 model. Let’s take a closer look at the characteristics of the novelty and compare it with the two models of video cards mentioned above.

	GeForce GTX 950	GeForce GTX 960	GeForce GTX 750 Ti
Graphics core	GM206 (Maxwell)	GM206 (Maxwell)	GM107 (Maxwell)
Process	28nm	28nm	28nm
Number of transistors	2940 million	2940 million	1870 million
Shader processors	768	1024	640
Texture blocks	48	64	40
Processor frequency, base	1024 MHz	1126 MHz	1020 MHz
Memory bus width	128 bit	128 bit	128 bit
Memory type	GDDR5	GDDR5	GDDR5
Memory size	2048 MB	2048 MB	2048 MB
Memory bandwidth	105.