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  • AMD Radeon RX 6500 XT Review And Testing

    Radeon RX 6500

    The Radeon RX 6500 XT is aimed at gamers looking for an economical graphics card to play on a Full HD monitor. For this, AMD has developed a smaller chip than the rest of the series, so as to produce more at a lower cost.

    Presentation The Radeon RX 6500 XT

    Generations of graphics cards follow and resemble each other. Tirelessly, AMD like Nvidia decline their series at will, offering the fastest models first followed by various slower versions. The Radeon RX 6500 XT is part of this logic: released a little over a year after the Radeon RX 6800/XT and Radeon RX 6900 XT.

    It represents the seventh version of the series and, as its nomenclature indicates. Is positioned as an entry-level graphics card at the recommended price of €210.

    The technical point The Radeon RX 6500 XT

    To achieve this GPU model, AMD decided to produce a new chip called Navi 24. Twice as small as the Navi 23 of the Radeon RX 6600 and Radeon RX 6600 XT, it was initially designed to take place in laptop computers. . It uses a new 6 nm engraving process (TSMC) and not 7 nm as on the higher models. The low number of on-board transistors (5.4 billion, an RX 6800 has 26.8) obviously results in a much lower number of calculation units than on the rest of the series, but also in less extensive functionalities. .

    Thus, the Radeon RX 6500 XT does not embed any video encoding block. This graphics card can therefore in no way accelerate video encoding. Whether via a dedicated application such as HandBrake or Premiere or via a streaming application. AMD justifies its position by indicating that the PC processor can also perform the operation.

    But this is a rather narrow view of reality. It seems obvious to us that the Radeon RX 6500 XT is one of those graphics cards which are housed alongside entry-level processors.  I.e. chips whose performance reserve is not huge and which would benefit from a boost from the GPU for this type of operation.

    Technical characteristics The Radeon RX 6500 XT

    From a purely technical point of view, the Radeon RX 6500 XT’s Navi 24 chip has 1024 calculation units. 64 units dedicated to textures, 32 rendering units and 16 specific blocks for accelerating raytracing effects (Ray Accelerators ). The GPU is given for a maximum frequency of 2825 MHz and an average gaming frequency of 2236 MHz.

    AMD has also economized on memory, limiting this graphics card to 4GB of GDDR6. This low capacity will limit those of the card in an increasing number of games, including titles run with a low level of detail. The whole is completed by a low memory interface – 64 bits only – which, coupled with a frequency of 2250 MHz, gives rise to a starving bandwidth of 144 GB / s. Finally, the power consumption of the graphics card is given for 107 W.

    Noise The Radeon RX 6500 XT

    The Asus TUF Radeon RX 6500 XT O4G Gaming operates quietly. Noise pollution will not disturb those around the player. The ventilation cuts off when the GPU is below 50°C in temperature.

    The power consumption of the graphics card is in line with the data provided by AMD. We thus measured an average of 105 W with a few rare peaks at 110 W. It is therefore a fairly energy-efficient graphics card, which is a lesser evil given its technical characteristics.

    Performance in gaming

    Our Asus TUF Radeon RX 6500 XT O4G posted an average effective frequency of 2885 MHz during our tests. This very high value confirms the ability of the RDNA 2 architecture to operate at high frequency. It’s actually quite exhilarating to see a graphics card running at a frequency so close to 3 GHz, but that’s the only playful side of this model.

    Because in practice, the performances are low, very low even. In Full HD – the only definition really exploitable by this model. The performance is 68% lower than that of the superior model. The Radeon RX 6600. In practice, this translates into the need to limit games to a level of detail graphics set to medium at best. Minimum most often to achieve a frame rate of more than 50 fps. The GeForce RTX 3050 is twice as fast on average on our test protocol.

    Is the amd radeon rx 5500 xt good

    This great disparity in results has its source in our protocol. Which uses the most advanced graphics settings of the cards we test. In this context, the 4 GB of graphics memory of the Radeon RX 6500 XT are very often saturated, which leads to an exponential drop in results. By moving the sliders to less aggressive settings (medium/low). The performance difference would be smoothed out: the GeForce RTX 3050 is then “only” 29% faster.

    Finally, a point on raytracing : if it is possible to run games with these effects. The performance is such that it is an unusable option, the FSR activated or not changing nothing.

    Finally The Radeon RX 6500 XT

    The Radeon RX 6500 XT isn’t exciting, that’s a fact. Launched at €210 – but more often sold between €300 and €350 at the time of writing these lines – it is far too limited to position itself as a real alternative to the GeForce RTX 3050 . Admittedly, this model is announced at a 30% higher price, but the Nvidia card is also 30% faster.

    While its 8 GB of video memory is much more flexible and adapted to the progress of video games over the next few years. months (and years).

    Conclusion The Graphich Card

    The Radeon RX 6500 XT is an entry-level graphics card with performance limited by the technical choices made by AMD. Its graphics memory hogs performance too quickly on recent games, which need more than 4GB. A  technical requirement that will intensify over time. Add to that an ultra-restricted video engine and you get a card that is certainly less expensive than the competition, but really less shimmering.

    Driver software and support amd officialy website

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  • Radeon RX 7900 XTX review: AMD returns to attack

    Radeon RX 7900 XTX review: AMD returns to attack

    GAMING SUPPORT – AMD is obviously keeping a slower pace than a few years ago, with the release of a new generation of graphics cards every two years. The brand is not the only one, Nvidia having also adopted this tempo for a few generations of cards. The Radeon RX 7900 XTX is launched at the same time as the Radeon RX 7900 XT and represents the top of the range of the series – pending the hypothetical release of an RX 7950 version.

    The technical point

    This series of Radeon RX 7000 obviously rhymes with the release of a new graphics architecture, the RDNA 3 which brings a radical change in the design of AMD’s graphics circuits. Exit the monolithic design and make way for a design in the form of a “chiplet”, an approach similar to that which has now been used for several years on Ryzen processors.

    Simply speaking, the chip no longer has a single circuit (die), but up to 7 dies. This allows more modularity, starting with the use of different etching processes — to reduce manufacturing costs and ensure better production efficiency (a small die is easier to manufacture than a large die).

    This is obviously not the only novelty of the RDNA 3 architecture here. The different calculation blocks have been reviewed and optimized. There are thus blocks dedicated to second-generation raytracing, which AMD announces up to 1.8x faster than the previous ones. This requires the management of new systems (Geometry Flags, ray flags and nod pointer) and optimized instruction scheduling. 

    The cache system has also been revised, the second generation Infinity Cache being faster than the previous one and accompanied by much larger L0, L1 and L2 caches. Finally, units dedicated to accelerating AI are now present (AI Matrix Accelerator), AMD thus following Nvidia’s approach with its Tensor Cores.

    The Radeon RX 7900 XTX in detail

    On the Radeon RX 7900 XTX, AMD has chosen to integrate 96 Compute Units. It thus embeds as many units dedicated to raytracing, 192 units dedicated to AI and 6144 conventional calculation units – against 5120 on the Radeon RX 6950 XT. The maximum GPU frequency is given for 2500 MHz and 2300 MHz in game. 384 bit. All this allows a memory bandwidth of 960 GB / s all the same.

    The energy envelope is set at 355 watts, a value quite close to that of the GeForce RTX 4080 (320 watts). The card’s power supply passes through a stage of 20 phases and, above all, through two 8-pin PCIe connectors, AMD having decided to ignore the recent – and maligned – 12HPWR connector found in particular on the GeForce RTX 40.

    Consumption

    Power consumption is unsurprising and consistent with what AMD indicates in its technical characteristics. It does not exceed 355 watts, as advertised, while the average is more around 335 watts, depending on the games, the definition and the graphic effects activated.

    Note: the note in the consumption section corresponds to the ratio between performance and power consumption.

    Performance in games

    The average operating frequency turned out to be higher than expected. On average, when games are running at 4K, this comes in at 2570 MHz on our gaming panel. A frequency that also changes only slightly depending on the games.

    Cut for 4K, the Radeon RX 7900 XTX offers a high-level gaming experience in this definition. However, it is necessary to analyze in detail the results obtained on our test panel to fully understand the positive and negative points.

    The AMD ecosystem

    AMD is also evolving its software ecosystem. For the time being, we have not been able to take control of all these developments which will arrive in dribs and drabs during 2023. We are thinking in particular of Hypr-RX, a “one-click” type system which will make it possible to optimize simply its graphics card to gain latency and performance. In fact, the option will automatically activate FSR, Radeon Boost (to optimize frequency) and Radeon Anti-Lag (to reduce latency) technologies. Coming in the first half of 2023.

    Conclusion

    The Radeon RX 7900 XTX is a very good solution for gaming in 4K. Games display at a high frame rate, including raytracing when FSR is active. Nevertheless, if AMD manages to offer a card as fast as its direct competitor (the GeForce RTX 4080 ), we remain a little disappointed by its raytracing performance. The gap with the opponent is then high and the situation will not get better as the games use more effects of this kind. Shame.

     

     

  • Nvidia GeForce GTX 1050 Ti Driver Update

    geforce gtx 1050

    Nvidia GeForce GTX 1050 Ti Driver Update

    What’s interesting about the Nvidia TGX Ti apart from the performance for its processing speed is that it needs a relatively small amount of power, only 75 watts and can operate with a 300watt power supply.

    GTX 1050 Ti carries a memory of 2048 MB. with several connectors available on the GTX 1050 Ti :

    • DVI-D
    • HDMI
    • Display Port 1.3 / 1.4

    Support Windows OS 10 64- bit : Get File Here

    As you can see, on the occasion of the introduction of this little news, Nvidia has introduced a new chip: the GP107, which offers unlike its big sisters GP102, 104 and 106 present on the mid / high-end cards , a different fineness of engraving.

    This is the 14 nm FinFet, which should be promising in particular for consumption and thermal release. I will tell you about it a little later. For the rest of the specificities of the card, we know that it offers 768 CUDA cores at a clock speed of 1290 MHz for a maximum boost of 1455 MHz. For comparison the GTX 1060 3GB, which is the model above, offers 1280 CUDA cores.

    Related Post : Review Detail  Nvidia GTX 1050 Ti

     

     

  • MSI GeForce GT 710 Review & Test

    MSI GeForce GT 710 Review Specifications & Performance

    MSI GeForce GT 710 is a GeForce Nvidia card supplied by MSI. It was first released by Nvidia on March 27, 2014  You can buy this card on Amazon for the price of $ 40 MSI GT 710 2GD3H LP Graphics Card Nvidia GT710 954 MHz 2048 MB PCI Express Black

    MSI GeForce GT 710 Specifications

    It is a dual-width card that connects to the motherboard via the PCIe 2.0 x8 interface. It measures 14.7 x 2 x 7 cm for about 200 grams. Its GPU operates at 954 MHz and incorporates 2 GB of 1.6 GHz DDR3 memory for a bandwidth of 14.4 Gb / s. The memory bus used is 64 bits.

    The card consumes 19 Watts. The minimum recommended power supply for the PC using the GeForce GT 710 is 300 Watts. This card provides a maximum resolution of 4096 x 2160 at 24 Hz. This card supports DirectX 12 technology, Nvidia PhysX , 3DVision and FXAA .

    The GeForce GT 710 card has 192 shader processors with its 915 million transistors. The GPU was etched with a 28-nanometer manufacturing process. As for the texturing speed, it is 15.26. To compare it with the Radeon RX 6900 XT , the latter has a texturing speed of 771.2. When it comes to floating point performance, the Geforce GT 710 is at 366.3 gflops.

    Advantages provided by these different technologies supported by the GT 710

    The DirectX 12 allows the CPU to be multitasking for graphics processing. The tasks will be processed fairly quickly. This makes it possible to achieve a high level of performance. This technology makes it possible, among other things, to record parallel tasks and non synchronous shaders in the buffer memory.

    Because of this, the different CPU cores can communicate with the GPU. With DirectX 11 technology, graphics processing tasks were bundled on a single CPU core, causing processing latency.

    Supports PhysX

    The GT 710 also supports PhysX. It is a physics engine allowing real time physical effects to be enjoyed in video games. It was created in 2005 by the AGEIA Company then bought by Nvidia in 2008. It is adopted in various game platforms such as Xbox 360, Xbox One, PC, Nitendo Wii, PS3, PS4, Apple IOS, Android etc.

    It also provides hardware acceleration for processors with CUDAs, more than 32 cores, and dedicated 256MB graphics memory. In this case, the PPU or GPU takes over in some calculations, which will allow the CPU to process other tasks. This allows for a smooth and smooth graphic rendering.

    Indeed, the machine is less prone to saturation.

    3DVision

    The 3DVision allows stereoscopic vision. It is a kit which is specially designed for LCD screens and certain CRT screens operating at 120 Hz. As for the FXAA, it is an antialiasing system developed by Nvidia in response to AMD’s MLAA.

    It is a post processing shader allowing to analyze junction zones between 2 distinct surfaces and to treat only very different zones. This allows a significant time saving for graphics cards that do not have a high computing power.

    The advantages of the card provided by MSI

    MSI ensures the quality of components, especially capacitors. This allows the manufacturer to provide a 2 year warranty. The estimated lifespan is in fact around 10 years under full charge.

    The temperature is controlled and the efficiency is improved. The ESR is all the lower. Although the maximum temperature is 95 ° C, heat dissipation is provided by the heatsink completely covering the GPU and the integrated memory.

    Suddenly, the fans of the PC will not panic to refresh the card. This avoids noise pollution and ensures a pleasant environment during your gaming sessions.

    The card is in ” Low Profile Format “. It can therefore be installed even in a fairly small box. This GT 710 card promises to be versatile and easy to install.

    Software Support

    Additionally, MSI provides utilities that automatically download drivers, eliminating the need for additional research. They thus make it possible to avoid, among other things, fishing and hacking.

    This card allows multi-screen management as it offers 3 graphics outputs : VGA, HDMI and DVI. This card can therefore be used to upgrade old PCs without an HDMI output.

    This would make it possible to extend the lifespan of certain CPUs which will find a new vocation with this newly installed card. Additionally, for Linux system enthusiasts, this card is fully supported. The Linux driver is provided and maintained by Nvidia.

    GT 710 performance

    The GT 710 is the generation planned to replace the GT 610. Here is a benchmarking comparing the performance of these two generations on 3D Mark. On G3D Mark, the GT 710 posted a score of 638. The Radeon RX 5700 XT got a score of 16702.For the GT 710, the chipset frequency is 954 MHz while it is 810 MHz for the GT 610.

    For the GT 710 generation, the memory components switch at 1.6 GHz while the switching frequency was at 1 GHz for version 610. However, both versions have VGA, DVI and HDMI outputs.

    If we use this card for cryptocurrency mining, it will have a speed of 21 Mh / s for one BTC (SHA256). Which means 21 million solutions generated per second.

    Finally For GT 710

    In short, the Geforce GT 710 card is an entry-level graphics card. It is especially appreciated by the fact that it has 3 graphics outputs including VGA, DVI and HDMI. It thus makes it possible to upgrade old CPUs which only have one VGA output. It is also distinguished by the fact that it can support certain new functionalities such as DirectX 12.

    This is an undeniable advantage, since the tasks relating to graphics processing can be processed simultaneously by the CPU cores. You can buy this card on Amazon for the modest sum of $ 40.

     

  • Asus GeForce GTX 1050 Ti Expedition review

    Asus GeForce GTX 1050

    Classic, but very discreet

    If Asus tends to offer premium graphics cards, equipped with high-end home heatsinks called DirectCU, the company also offers less upscale models. The GeForce GTX 1050 Ti Expedition is one of these entry-level models, which doesn’t prevent it from being quite interesting in practice.

    The cooling system used here does not have a specific name. The radiator is quite basic since it is simply a piece of extruded aluminum.

    Cooling System

    This radiator is in direct contact with the graphics chip and only this one. The power supply stage as well as the memory do not benefit from any dissipation aid. Two fans with double ball bearings are responsible for cooling the block.

    Asus is once again using its 0dB technology here, which cuts off the fans when the card is idle. Working passively when no game is running, the card activates its ventilation when the GPU temperature rises above 55 ° C.

    You must then strain your ears to hear the very slight breath produced by the two fans. We are here facing an ultra discreet card and this does not come at the expense of the temperature of the chip which is maintained at 68 ° C.

    Factory frequencies and manual “overclocking”.

    This GTX 1050 Ti Expedition is a non factory overclocked model which therefore operates at conventional frequencies. The GPU is thus announced at 1290 MHz base and at 1392 MHz via GPU Boost.

     

    See Also : Cooler Master  Hyper  212 Black Edition Review

     

    After more than an hour of non-stop gaming , the effective frequency of the GPU oscillates between 1533 and 1645 MHz. The frequency of the 4 GB of GDDR5 memory is for its part at 1,752 MHz.

    As this is a card without a PCIe power connector, overclocking is necessarily very quickly limited by power consumption. We were thus able to reach a little over 1700 MHz for the GPU and not far from 2000 MHz for the memory.

    We will have to wait to test a GeForce GTX 1050 Ti equipped with a PCIe power connector to really see what the GPU has in its belly.

    Performance in games

     

    In games, this GeForce GTX 1050 Ti sits halfway between AMD’s Radeon RX 460 and Radeon RX 470. The first is ahead of 47% on average while the second maintains a lead of 34%.

    This model also performs better than unoverclocked GeForce GTX 960s OC models will then be matched. This ultimately allows you to play in Full HD without making too big a compromise, and in high quality.

    Power Consumption

    The power consumption of this model is very low since it is a question of 60 watts on average for the card alone. We thus gain 20 to 25 watts compared to the GeForce GTX 950 customs and, above all, we are at half of what a GTX 960 consumes.

    Not surprisingly, energy efficiency is there and shines at a very high level. This is without comparison with what AMD offers opposite, both with its Radeon RX 460 and its Radeon RX 470.

    Utility For GTX 1050

    The PCB used is quite large, although it has few components. The power supply stage is made up of three phases for the GPU and one phase for the graphics memory. Our test copy produced a moderate coilwhine (coil whistle). No PCIe power cord is needed. Three video outputs are present an HDMI 2.0b, a DisplayPort 1.4 and a DVI.

    The box contains a CD containing an overclocking utility and a graphics driver. Better to download the latest versions from the respective sites of Asus and Nvidia. There is also a quick start guide and a voucher for 15 days of Premium access to World of Warships. The warranty is 3 years.

    STRONG POINTS

    • Very discreet in games.
    • Fans off at rest.

    WEAK POINTS

    • No heatsink on the power supply and memory stage.

    CONCLUSION

    Used to premium graphics cards that offer a whole host of options, Asus shows that it is able to deliver quality entry level models as well. If it is not overclocked, this model is extremely quiet, without neglecting the cooling of the chip, maintained at a suitable temperature.

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  • AMD Radeon RX 6600 XT Test, software, manual guide

    AMD Radeon RX 6600 XT test: a graphics card that ticks on raytracing

    The Radeon RX 6600 XT is positioned by AMD as an ideal graphics card for gaming in good conditions on a Full HD monitor. A model which therefore aims to overshadow its direct rival, the GeForce RTX 3060.

    The Radeon RX 6600 XT is the fifth generation Navi / RDNA2 graphics card from AMD. Displayed at a starting public price of € 380, it is positioned as an entry-level, even mid-range solution. The manufacturer is targeting here players wishing to equip themselves with a graphics card capable of correctly supplying a Full HD monitor.

    The technical point

    As for the entire Radeon RX 6000 family, we find under the heatsink of the Radeon RX 6600 XT a GPU using the RDNA2 graphics architecture. We will not go into detail on this architecture that we discussed in our full test of the Radeon RX 6800 XT.

    See Also : Nvidia GeForce GTX 1050 Ti Driver  Update

    If the architecture is identical to the rest of the series, the chip is for its part unique. It is a Navi 23 GPU with 32 execution blocks (CU) for 2,048 compute units. For the other units, there are 128 units dedicated to textures, 64 rendering units or even 32 units dedicated to accelerating effects rendered in raytracing.

    Chace System

    The Infinity Cache system is renewed, but it is limited to 32 MB, thus making it possible to reduce the size of the chip (237 mm²) – and therefore its cost. The 11.1 billion transistors are etched in 7 nm by TSMC, like the entire series.

    The operating frequency of the GPU is, as with all Radeon RX 6000s, quite high. AMD announces a base frequency of 1968 MHz, for an average frequency in games at 2589 MHz.

    Memory

    For memory, the 128-bit bus and aggressive pricing positioning desired by AMD left no other choice than an orientation towards 8 GB of GDDR6 at 2000 MHz. As a result, memory bandwidth is limited to 256 GB / s.

    In return, the energy envelope is rather contained, with 160 watts announced by AMD, compared to the 230 watts of the Radeon RX 6700 XT or to the 170 watts of the GeForce RTX 3060, its direct competitor in the Nvidia catalog.

    Construction

    Unlike the Radeon RX 6700 XT and higher models, the Radeon RX 6600 XT is not offered as a reference model. In other words, only the so-called ” custom ” models will be marketed by the GPU manufacturer’s partners. For our tests, AMD provided us with an MSI Radeon RX 6600 XT Gaming X. This model is slightly overclocked at the GPU level (+18 MHz).

    Consumption

    The power envelope of the MSI graphics card we tested was pushed to 180 watts, compared to 160 watts recommended by AMD. One way to achieve higher operating frequencies.

    In practice, we have actually measured this power consumption, with peaks of 190 watts. This nonetheless remains good energy efficiency, which is common to the entire Radeon RX 6000 range.

    Performance in games

    The MSI Radeon RX 6600 XT Gaming X that we used in our test posted an average effective frequency of 2640MHz in most games at 1440p rendering.

    With this GPU, AMD clearly has its sights set on Nvidia’s GeForce RTX 3060. The latter is outstripped in classic rendering games. This is valid for both Full HD and 1440p.

    RDNA2 Architecture

    However, the RDNA2 architecture has shortcomings in games that exploit raytracing effects. This is true once again here, where the Radeon is clearly positioned behind its signed rival Nvidia.

    We hoped that the FSR would give this model a performance boost, but it is clear that we will have to wait several more months before this upscaling technology is implemented in a significant number of games.

    Nvidia still keeps a lead here with DLSS, more adopted by developers at the time of this writing.

    Higher Definition

    The Radeon RX 6600 XT does its job in that it offers enough resources to play properly in Full HD. The higher definition (1440p) is also possible, although it will probably be necessary to go down some levels of graphic detail to maintain fluidity in the busiest scenes of the latest games.

    Faster than the GeForce RTX 3060 in classic games, it also comes at a high price, or € 379 recommended starting price.

    More Complicated

    But now, the graphics card scene is now much more complicated than that. First of all, there is raytracing, which largely reshuffles the cards. On this, AMD is no match for Nvidia, which systematically keeps a step ahead at this level.

    By activating this type of effects, the performance of the Radeon RX 6600 XT collapses in such a way that it rarely becomes possible to maintain a satisfactory fluidity.

    Problem

    This problem is all the more important as raytracing compatible games are becoming commonplace, just as DLSS support tends to be generalized on most large video game productions.

    Conversely, the AMD FSR upscaling technique is currently quite confidential. Worse still, it is only of interest in higher definitions (ideally in 4K), the graphics rendering in Full HD being particularly degraded, whatever the level of quality selected.

    A sum that seems too high for a model that does not allow us to take advantage of the refinements of raytracing .

    Radeon RX 6600 XT Software And Manual

    Software Driver and Manual > Download

    Conclusion

    The Radeon RX 6600 XT is a very good graphics card for gamers who want to play on a Full HD monitor and have no desire to enable raytracing in compatible games.

    For them, this model offers performance at a very good level and the controlled power consumption leaves the possibility for manufacturers to offer models with discrete cooling. For others, it is better to turn to a GeForce RTX 3060 or a GeForce RTX 3060 Ti.