Nvidia GeForce 3090 RTX -Nvidia's flagship product, the Nvidia GeForce 3090 RTX, is now the most coveted of GPUs.
capable of intense gaming or 3D render, this powerful GPU has plenty of power, as well as 24-GB GDDR6x memory that is hidden by its massive heatsink.
This makes it capable of providing amazing 4K gaming with the latest AAA games, as well as playing 8K games at 60 frames per second with some bumps.
Nvidia GeForce RTX 3090
The GeForce RTX 3090 from Nvidia was, in turn, only a replacement for the prior generation's two powerful graphics cards that were which were the Nvidia Titan RTX and the RTX 2080 Ti. While it did have plenty of large shoes to fill, it was unbeatable for performance.
People also ask
Unfortunately, it is, the Nvidia GeForce RTX 3090 also comes with a price that is comparable, meaning that the RTX 3080, as well as the Radeon RX 6900XT, are more attractive to people who use the mainstream.
Razer Kaira and Kaira Pro - Razer Kaira And Kaira Pro For Xbox Review
It's great for gamers who are diving into the most popular PC games However, because of the high price, it's more likely to draw people who require every inch of graphics power to render video or 3D animation.
Also, it's best for people who require hardware-accelerated rendering as well as avid gamers who require the best graphics card for their budget, price not being a factor.
Pricing and availability
The Nvidia GeForce 3090 RTX is available today, with prices starting at $1,499 (PS1,399 approximately $2,030 in AU dollars) for Nvidia's Founders Edition.
This is the first time that Nvidia has opened its Titan-level device to third-party manufacturers of graphics cards such as MSI, Asus, and Zotac Zotac, so it is possible to expect certain variants of the RTX 3090 model to be more costly.
It's difficult to determine whether this is an increase or a reduction from the earlier generation. When compared to previous models, like the Titan RTX, it's a huge price reduction, whereas the Titan RTX costs an astonishing $2,499 (PS2,399, $3,999 AU$) with similar, but specifications to the previous generation.
But, the RTX 2080 Ti, which is a few ways doesn't have a direct replacement priced at $1,199 (PS1,099, 1,899 AU$). In the end, it's the RTX 3090, then, has an intermediate position.
The GeForce name implies that the graphics card is designed for gamers, however, the specifications and price suggest that it's more for professionals who need powerful rendering capabilities, but aren't yet ready to enter the Nvidia Quadro or Tesla worlds.
Chipset and features
Similar to its smaller sister similar to that is the RTX 3080, the RTX 3090 is based using the Nvidia Ampere architecture, using the full-fat GA102 GPU.
This time we're getting 82 streaming multiprocessors (SM) that will give us a total of 10,496 CUDA cores. This is in addition to the 328 Tensor cores as well as the 82 RT Cores.
At first sight, this tiny increase over the previous 72 SMs on the Nvidia Turing-based Titan RTX seems like a slight improvement but is actually it is one of the most significant features is the difference between the
Ampere architecture has the capability for both datapaths to each SM being capable of handling FP32 workloads. That means the CUDA number of cores per SM is effectively doubled, this is the reason why the RTX3090 is a powerful rendering device.
It's also a bit more powerful than the RTX 3090 and is also rocking 24GB of GDDR6X video memory, which is on an 84-bit bus. This provides 936 GB/s memory bandwidth, which is nearly 1 terabyte of data per second.
With such a massive allocation of VRAM that rapidly implies that anyone who is doing a lot of 3D rendering in programs like Davinci Resolve and Blender will receive a massive benefit.
When your work includes these tools and tools, anything that could cut time off project durations can save you cash in the long run. Together with the affordable price - at a minimum when compared to Titan RTX - the RTX 3090 is an absolute bargain.
As we discussed in the RTX 3080 article, Tensor cores as well as the RT cores Nvidia have created such an enormous contribution to these last couple of generations of graphics cards that have seen significant improvements too.
In particular, the throughput of RT cores has increased to double when compared to the second-generation models in RTX 3000 series card.
In applications that use ray tracing in ray tracing applications, the SM will basically cast the light ray and transfer ray tracing tasks to RT cores, which determine the location within the image it bounces off, sending that information back to the SM.
The past was when ray tracer was practically impossible to perform in real-time since the SM was the one to do that calculation by itself in addition to any rasterizations it had to complete simultaneously.
While it is true that the RT Core takes on a significant portion of this work, ray tracer remains a very computationally expensive technology. This implies that it is still an expensive performance cost and this is the reason DLSS is becoming increasingly important, for gaming as well as in programs such as D5 Render.
The Tensor Cores of the third generation that are present within Nvidia Ampere graphics cards have also seen an enormous increase in speed, nearly doubling in comparison to the Turing Tensor Core.
But, DLSS performance hasn't seen an increase of 2x overall since each SM is now equipped with only one Tensor Core while Turing used to have two Tensor Cores for each SM.
The Tensor Cores can do more than provide DLSS with power but also power DLSS. They also provide the tech that powers Nvidia Broadcast, which is among the least-appreciated features that were released in the current generation.
We've used Nvidia Broadcast during all of our meetings as well as late-night Discord chats over the past couple of weeks, and it has been amazing in filtering out unwanted sounds from the microphone, and also making your background disappear when you're on your 50th Zoom conference of the day and you've lost all motivation and energy to tidy up.
Since we've worked from home for many years and it's now being predicted that it will be the norm any technology that makes video conferencing less stressful can be an enormous advantage.
The greatest part of this is the fact that it is accessible to everyone who has any Nvidia-powered device. But, we must discuss power consumption. When it was at its highest during our tests the GeForce RTX 3090 absorbed a maximum of 357 Watts.
This is a significant amount of juice, particularly when you're using it in conjunction with a high-performance processor. Nvidia suggests an initial power supply of 500W, but we'd take it a step further and recommend the full power of 1,000W for this card to ensure that you don't get intermittent shutdowns when your power supply isn't functioning at maximum performance.
Founders Edition Design
Similar to the RTX3080 the Founders Edition version from the Nvidia GeForce RTX 3090 is without a doubt the most elegant cooler Team Green has ever shipped itself.
This is a large graphics card - the card measures 12.3 inches in length, it's an all-slot card and weighs plenty. We don't have a scale and Nvidia does not provide the weight, however, it's certainly higher than 7 pounds.
Its aesthetics are visual, it is very similar to RTX 3080 Founders Edition, with gunmetal and black gray hue, as well as fans that are on both sides of the GPU.
The same principle of cooling applies to this case - draw air over the GPU and discharge it toward the upper part of the box. The heatsink has an enormous surface area, which contributes to better cooling.
To facilitate this cooler design to be more efficient, the PCB was required to be completely overhauled so that it would even allow air over on the reverse of the graphic card.
Due to this, Nvidia has introduced a new power connector for PCIe that is 12-pin instead of those dual connectors of 8 pins as you might have expected.
As of writing, there aren't many power supplies that support this power connector, although there are certain custom cables from Corsair being developed. Fortunately, Nvidia includes a 2 8-pin to 1 12-pin power connector inside the box.
Therefore, this isn't something to think about now. It's not pretty, however, and it's not easy to maintain the same type of tidy cable setup that you could have.
However, these third-party graphic card makers use the same power connector with 8 pins as they have always done So you can choose one of them if you have to.
Since this is a huge triple-slot card, you're likely to have to double-check to ensure that your card will actually work. Certain people who own fashionable mini-ITX and micro ATX cards will be in a bind.
Performance
In terms of gaming performance, we'll simply declare that the GeForce RTX 3090 is only 10-20% better than the RTX3080, which is more than twice the cost.
This performance increase is not worth it if all you're searching for is a gaming device that isn't worth the cost which is fine.
The RTX 3090 is designed for the first steps of gaming in 8K and professional 3D rendering software. In the end, you can't discuss this card RTX 3090 without talking about 8K gaming.
At present, 8K almost exclusively exists within the realm of premium televisions, meaning that the panels aren't very popular. It's likely to be changing in the next few years however, at present there's not a single gaming monitor that is compatible with the resolution.
We do not have an 8K monitor in our arsenal The display we use for our 8K performance capabilities is located on the opposite end of the Atlantic ocean. It's our test setup controlled for the computing components.
But, thanks to Nvidia's Dynamic Super Resolution also known as DSR it is possible to play games in 8K and then scale it back to the native resolution of 4K of the monitor that we use to test.
It's got a substantial 35% performance drop however, it gives an interesting glimpse into what 8K gaming performance will look like.
As you'll be able to see from the graphs above The RTX 3090 can't give you the standard 8K 60 fps performance even in the most demanding games for PC. However, like everything else complex, it's not easy to use.
The games we chose to test are designed to test our GPU to its limit, and we can measure the performance differences between various graphics cards.
They can provide easily-replicable benchmarking scripts, which means we can ensure that exactly the same workload is applied to every graphics card.
However, you can be sure that we have plugged this card into our personal computer and played it on a variety of PC games in both 8K and 4K DSR to test how it performed.
In games such as World of Warcraft: Battle for Azeroth and Destiny 2, we were capable of achieving steady 60-70 frames per second in this very high resolution, however, with quality settings set at high rather than seeing all the visuals switched on.
This isn't as significant as it may sound in the sense that it's true that the VRAM of 24GB is sufficient to ensure that we don't need to disable textures. But, when we begin playing more visually-intensive single-player games, such as Control or Dark Souls III,
We typically see frame rates at 40 fps, which is still a usable performance. We would not advise anyone to play games with 8K resolution yet,
This is certainly the first card we've examined that can actually play games at this resolution - like how the Nvidia GeForce GTX 980 Ti and the Titan X broke into 4K gaming in the year 2015.
This alone makes the Nvidia GeForce RTX 3090 appealing, but. 8K gaming isn't yet perfect but it's certainly not enough that you'll be able to turn on the setting and ignore it.
For gaming in 8K, The Nvidia GeForce 3090 is an early adopter technology in every way It is important to be aware that it was the very first graphics card that can offer game-like frame rates at this resolution.
So, expecting smooth and silky smooth gameplay for every game is sort of a fantasy. It's quite impressive how the RTX 3090 can handle this resolution in any way.
With 4K resolution, it is indeed clear that the RTX 3090 does provide the degree of performance that you can crank each setting to the maximum and then ignore it.
Every game we tried to play using this card in 4K played like an absolute dream. Final Fantasy XV with everything at full speed? 70+ fps, with the stutter that the game is known for, it is almost gone because of the frame buffer of 24GB.
Similar to Metro Exodus or Control as two titles that had us aware of the limitations of gaming in 4K using the RTX 2080 Ti only some months ago. and now it's a pleasure and with every eye candy on board.
The RTX 3090 only gives you an improvement of 15% over the 3080 model. But the people who will purchase this card to play games are the kind of people who wants bleeding technology, the cost is damned.
Indeed, the overall experience is certainly superior regardless of the price-to-performance ratio that doesn't work for most people.
Rendering and Encoding performance
The area where it is that the RTX 3090 really shines, however, is with 3D rendering and encoding which makes it a great choice for creative professionals who require this kind of performance without having to invest thousands of dollars into the Quadro or Tesla card.
It should be noted that the NVENC encoder is the same here as on the RTX 2080 Ti, which means performance doesn't change much generation-to-generation.
Now that this encoder can be used by Adobe Premiere, nearly the entire process of making videos is now being accelerated by a GPU. That makes having a dedicated GPU extremely beneficial for video editors.
Encoding videos using the NVENC encoder instead of using Software reduces the time by half, even if we're employing the 16-core AMD Ryzen 9 3950X paired with 64GB of RAM that runs at 3,600 MHz.
There isn't any differentiating factor between RTX GPUs with the speed of encoding straight, since they're all running the same processor - the processing effects can be improved depending on the GPU you're employing.
If you have an RTX 3090 on your video editing system it should be no issues playing back videos in real-time when editing. But where the RTX3090 excels is in 3D rendering with applications such as Blender as well as Autodesk Maya.
In actual fact, in games, the RTX 3090 is 50 percent faster than RTX 2080 Ti, however, the 3090 is more than twice as fast as the Turing top-of-the-line Blender, completing the benchmark in only 229 seconds, compared to RTX 2080's record of 438.
This is a 91% increase that is due to the massive amount of VRAM as well as FP32 performance that's available here. Pricing this graphics card at $1,499 (PS1,399 around $2,030 in AU dollars) price instead of just placing this card at the price Titan RTX was launched at, Titan RTX launched at,
Nvidia is making progress in democratizing 3D Rendering capability that allows people to try their hand with 3D animation without the need to purchase costly hardware.
Perhaps in the future, the xx80 card will be able to provide this level of rendering to make it easier for laypeople to create 3D production of content. But at the very least, it's easier today than ever before and we'll take that as to be a win.
Learn: Ledger Nano X cryptocurrency wallet Ledger Nano X review of the cryptocurrency wallet
We hope you find this useful and do not forget to catch for more of our informative and educational posts. Don't forget to share this article with your contacts on Facebook. Twitter, Whatsapp, and Instagram.
0 Comments