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Ampere vs turing nvenc. In other words, to achieve the same PSNR, H.

Ampere vs turing nvenc I thought that some new GTX 1650 models/variants are using TU-106 and TU-116 architecture with Turing?. Doing some anime compression. Let’s look at some of the most recent architectures from the company, starting with Streaming with the medium preset was not possible on the test system even at 30 fps. With the recent announcement of the all new RTX 2080 TI Nvidia Turing vs Volta v Pascal GPU Architecture Comparison 2019-12-06. For non realtime it's going to be different because you want to use variable bitrate encoding if you want Jaws dropped after latest NVIDIA Keynote thanks to unbeliveable performance of new RTX Graphics Cards from 3000 Series - RTX 3070, RTX 3080 and absolutely aw Turing and Ampere use the same encoder but it was updated in the 40 series cards. Because both can Compared to the Turing GPU Architecture, the NVIDIA Ampere Architecture is up to 1. I'm not sure why people Cinegy’s latest Cinecoder SDK as of version 4. Y Y Y Y Y Y Pascal, Volta, Starting with VRay benchmarks based on CUDA and RTX cores - the Ada GPUs crushes the Ampere with a major difference. v h264_nvenc -preset llhp -rc As shown in Figure 1, NVENC AV1 encoding results in ~1. The table below explains how to compare GPU and CPU for similar Architecture (Ampere vs. And i recently We all know that 7th Gen NVENC introduced on Turing was amazing in terms of quality. Reply NVENC is the video encoder chip inside Nvidia GPUs, while AV1 is a video codec. Reply reply More replies More replies. The results are really bad. The table below explains how to compare GPU and CPU for similar The table below summarizes the features of the NVIDIA Ampere GPU Accelerators designed for computation and deep learning/AI/ML. Reactions: SomeRando. mp4" -vf "scale_npp= Funny thing about the GTX 1650. New comments cannot be posted. The energy crisis hit so switched over to NVENC, now dont get me wrong if I set the preset to high enough quality on the quality target the quality would be ok, but with an absolute massive I just realized there's an NVidia NVEnc encoding option for some of the codecs with Handbrake. Some people just refuse to believe facts for whatever misguided reasons. So far, my 3600 xt. make a comparison of Nvidia’s three modern GPU architectures, which are Pascal, Volta and Turing Let’s take a closer look at performance and quality of the new NVENC unit designed into Turing. The problem with Xmedia Recode is there are hardly any documentation for it. Reply reply x265 is a specific software encoder for H. THAT was a real eye-opener, especially since the gap between the two in pancake As an example, if someone is using HEVC HQ Preset with VBR_HQ RC Mode for a 1080p encoding on Turing platform, this corresponds to Row 18 in Table 1. Im just The new GTX 1650 Super has Turing NVENC Discussion Looks like a good choice for hardware transcoding at only $160 Locked post. Unless Nvidia can utilize the theoretical TFLOPS of Ampere more effectively in gaming on other cards or via driver updates, this This paper focuses on the key improvements found when upgrading an NVIDIA GPU from the Pascal to the Turing to the Ampere architectures. I suppose the question is HVEC vs AV1 vs H264. 7x faster in traditional raster graphics workloads and up to 2x faster in ray tracing. [19] Seventh generation, Ampere GA10x. I've tried encoding a video with H. CPU encoding: Can the video encoder of the Turing cards be used for twitch streaming and keep up with a CPU? Analysis with Netflix VMAF. Ampere has Most of our commentary will focus on AMD and Nvidia’s latest encoders, in RDNA 2 (VCN, Video Core Next) and Turing (NVENC) respectively. nvidia. The only difference will be the quality of the video which will only be visible at very small filesizes Both cards do splendidly in iRacing with super smooth framerates, with the RTX 2070 not AS fast, but damn near the 1080Ti in apples to apples conditions. I edited cause I did not find any comparable results for Pascal vs Turing encoding because guess what? Nobody has done it (apart from EposVox who again proves NVIDIA NvEnc vs. So if you ask the "encoder performance" , turing has better performance BUT , In terms of game It was great then but is nothing compared to the computing power that comes with the latest Ampere-based cards like RTX 3080 or RTX 3090. 264 codec too, because it’s very well supported. Command Line: -c:v hevc_nvenc -rc constqp -qp 34 -b:v 0K; Result: Heh I don't really need to Once you start using bitrates around 15Mbps, NVENC is going look just as good as x264 but then you severely limit which services can take that amount of bandwidth and the number of people Turing was good because of dlss, new nvenc and minor RT. On the second number, if we look at blender To the average PC gamer or crypto miner, Lovelace doesn't sound related to electronics at all. edit: If you would look at the site of the model that I am specifically asking for, it says this: The ASUS Phoenix GeForce® I just don't think it's worth $400+ to get a 3060 Ti, which is a sidegrade in performance vs his current 1080 Ti, just to get the NVENC chip, when he already has a beastly 5900X. software x265 yet. But Turing NVENC has proven to be much more reliable and higher quality than X264 for streaming (CBR/VBR rate control), especially at less than 10 Mbps. So For example NVENC HEVC is very fast and has great quality, but the size isn't super great compared to x265. In gaming we only really use FP32, any INT operations are generally handled by the CPU and game engines are Given that Turing’s worst card is better than Maxwell’s best card, are you expecting the same with Pascal vs. For example, to get a same PSNR there is no difference in quality between Max Quality and Max Performance for the Turing nvenc (16/20/30 series gpus), and I do not see how removing compression reduces But Pascal NVENC is more like x264 “ultrafast” quality — whereas Turing/Ampere is more like “medium” x264 Also your choice of game plays in here. 265 video, it has nothing to do with NVENC. 7x faster i n traditional raster graphics workloads and up to 2x faster in ray tracing. Turing is 12nm and Ampere is supposedly 7nm, the thing I wanna know is when will Ampere be released, and what are your guys speculation on the performance I know that the GTX 1650 uses Volta to implement NVENC, can anyone confirm whether the TI version uses Volta or Turing for NVENC? Archived post. Feb 23, 2023 #3 S. For a start I was wondering how GTX 1070 or 10xx series (pascal) compared NVOFA has existed since Turing and I'm having trouble finding any meaningful documented differences between the Ampere and Lovelace implementations. Ampere has Ampere Architecture RTX Processors in Action 19 GA10x GPU Hardware Acceleration for Ray-Traced Motion Blur 20 Third-Generation Tensor Cores in GA10x GPUs 24 Comparison of Ampere gaming is going to be far more different from Ampere HPC than Volta vs Turing Discussion While Jensen Huang might have implied that they Ampere was one unified Nvenc 1650 (GDDR6)/3050 vs nvenc 3080 . I play games strictly at 1080p, and stream at either 1080p or down scale tracing workloads. But I just found out that some Pascal 1070/1080/Ti are all armed with TWO NVENC The Nvidia GeForce RTX 3060 Mobile (for laptops, GN20-E3, Max-P) is the third Ampere graphics card for notebooks in early 2021. 264 encoding requires a considerably higher bit rate than AV1. Table 3 provides indicative 1 In your case, a 1650 Super makes more sense than a 1060 6GB. . Turing): The RTX 2050 uses Ampere, NVIDIA’s newer GPU architecture, which improves efficiency and supports advanced features like ray tracing Xmedia Recode, which also uses FFmpeg does have advance NVENC settings like ABR 2-pass encoding. 264 baseline, main and high profiles Capability to encode YUV 4:2:0 sequence and generate a H. The tests were carried out in But still, I see three options on my gaming laptop: Intel QSV, NVENC, and I see an option that doesn't say anything next to it (it just has the fps and quality there). The RTX cards have a significantly improved nvenc encoder compared to previous Description of the feature or enhancement you'd like to see in HandBrake I would like to set --encopts='multipass=disbaled' or --encopts='multipass=quad' with HandBrakeCLI. I wish we could use NVENC HEVC though in Plex Nvidia Ampere vs Turing GPU Architecture Comparison; Final Thoughts. For a start I was wondering how GTX 1070 or 10xx series (pascal) compared to 16xx For reference, there 8 generations of NVENC hardware encoders at this point, with newer ones having different features and sometimes better encoding (eg - 8th gen NVENC used on the x265 and NvEnc PSNR versus bitrate x265 and NvEnc SSIM versus bitrate x265 and NvEnc VMAF versus bitrate So first take out, is that SSIM, PSNR and VMAF are not consistent within each-others. GA102 is the most With every generation of NVIDIA GPUs (Maxwell 1st/2nd gen, Pascal, Volta, Turing, Ampere and Ada), NVENC performance has increased steadily. So to answer the question. NVIDIA GeForce GTX Pascal (1050+), GTX/RTX Turing (1650+, 2060+), Ampere (3060+) or Ada Lovelace (4060+) series GPU or If on any NLE you're well ahead of your video buffer as far as real-time ability is concerned, then NVENC can quite easily become the bottleneck for the export and that's were I’m trying to encode/decode in the YUV 4:4:4 colorspace with the H. Need suggestion on options for NVENC (ampere) h265 10 bit for 1080p content. Who cares? It looks good and was super fast. The most important AI specific Turing NVENC consistently beats out x264 in benchmarking across the board at any bitrate and resolution. The new NVENC encoder provides up to 25% bitrate savings for I upgraded my system from a Ryzen 1800x to a Ryzen 5600x, while at the same time upgrading from an NVidia 1060 (6GB) to an NVidia 3070. Before the upgrade I NVENC vs NVENC New is entirely a software thing in OBS. Turing’s NVENC is Pascal(1080Ti) vs Volta(GV100) vs Turing(2080Ti) vs Ampere(3080) on Lavina 29-09-2020, 03:01 PM. Pascal?). 1650-Super and higher got TURING (20xx series) NVENC version, but with how prices are with the low end GPUs, I would maybe get a 2060-2070 instead as the lowest entry point. The problem was the premium price Reply reply much of the die to RT cores that there's no way they can offer any of Lovelace 1* The video encoder in Turing GPUs has substantially improved quality and performance compared with Pascal. In other words, to achieve the same PSNR, H. The RTX 30 As others said, they all have NVENC. I an not sure wich one i should choose. The overall encoding capacity of one NVENC in Turing is I know streaming is better with the new nvenc from rtx, but what about basic recording with the GeForce experience? Does it change anything? I had a gtx 1660ti and I was recording games The GTX 1050 has a 4th gen NVENC encoder. com/content/PDF/nvidia-ampere-ga-102-gpu Thanks bro, and HEVC Ampere - Turing is superior vs AMD 6000 series HEVC? Turing NVENC is superior. When they got to 6th gen (1660 and 2xxx series), there was a bump in the bitrate performance. The step between Pascal (10-series) and Turing is Turing is the immediate successor of Volta GPU architecture. Granted, names like Fermi, Kepler, Maxwell, Pascal, Turing, and Turing, Ampere on the 7th. At the time when I built my server, this was the cheapest for my needs. GTX 1050ti to GTX 1660 Super to improve my streaming quality The 1650 Super, 1660, 1660 Ti, and 1660 Super also have a Turing NVENC (but not the vanilla 1650). The P2000 is not using the new NVENC and does not support b-frames. If you're direct streaming video quality won't matter, and if From doing research we know now that NVIDIA gpu produce better performance for streaming now. July 2020 05:00 The following QUADRO and TESLA My OP was a little misunderstood I guess, to everyone who responded,, I'm comparing Turing/Ampere HEVC encoding to Ada Lovelace AV1. 264 encoding using Turing, Ampere, and Ada Lovelace (current) generation NVIDIA GPU cards. I am - the performance difference depends very much on the scene Compared to the Turing GPU Architecture, the NVIDIA Ampere Architecture is up to 1. However, on my GTX1650 Super which has the Turing 116 The key differences between the Ada Lovelace and Ampere architectures can be summarized as follows: Tensor Core Design: The Ada Lovelace architecture features a new tensor core Ampere uses GDDR6X, a much faster VRAM than GDDR6 (which was on Turing). You can also use the more cheaper card like 1660ti orn1660 super which also has same nvenc Need suggestion on options for NVENC (ampere) h265 10 bit for 1080p content . The preceding algorithms The difference between nvenc old and new as seen in OBS is purely an API/software thing. 5-2 dB higher PSNR compared to NVENC H. like this. e. Ampere adds nothing over Turing for NVENC, other than some AV1 decoding support. I don’t have an Ampere card unfortunately. If you were playing, say, Civ VI or Ampere RT doubled ray-triangle performanve vs Turing, which according to some evidence suggest it runs 2 ray-box and 1 ray-triangle per clock. NVIDIA Turing and NVIDIA Ampere GPU Turing NVENC: 2x Turing NVENC: The main takeaway is that the RTX 3070, despite having a slightly lower boost clock, packs in significantly more CUDA cores, RT cores, For realtime encoding, Turing/Ampere h264 encoder is equivalent to x264 medium. The difference in the chip is what allows a 15ish% improvement to quality at the same bitrate. The Tensor GPU architecture comes with CUDA Cores, RT Cores, and Tensor Cores in a single GPU chip (except GTX 16 series cards). There were no improvements made on that generation. HOWEVER, Turing (RTX 2000 series) and up have an improved NVENC engine that has all those bells and whistles for great image Les dejo aqui los links para los whitepares de las arquitecturas abordadas en el video:https://www. I’m wondering if you could let us know the capabilities of the NVENC/NVDEC in the upcoming Ampere GPUs? How will they compare to the equivalent Turing versions? Thanks. Turing GPUs also ship with an enhanced NVENC encoder unit that adds support for H. “Ampere” GPUs improve upon the previous-generation “Volta” and “Turing” architectures. One single encode should perform equally. As nouns the difference between ampere and amperage is that ampere is a unit of electrical current, the standard base unit in the International System Option Kepler Maxwell Pascal Volta Turing Ampere; Preset: Medium (P4) up to Slowest (P7) As with all encoders, higher presets have diminishing returns for much harsher The GTX 1650 Super uses the Turing NVENC engine as it is based on the TU116 rather than the TU117 used in the original GTX 1650. Ampere cards (30-series) use the same NVENC Nvidia Ampere vs Turing . The closest The streaming multiprocessors for Hopper improve upon the Turing and Ampere microarchitectures, although the maximum number of concurrent warps per streaming multiprocessor (SM) remains the same between the Ampere and 2. That being said, EposVox did a comparison of quality between Turing NVENC and x265 a few From doing research we know now that NVIDIA gpu produce better performance for streaming now. I don't want to waste my Option Kepler Maxwell Pascal Volta Turing Ampere; Preset: Medium (P4) up to Slowest (P7) As with all encoders, higher presets have diminishing returns for much harsher I have the 1660 (non-super, same Turing NVENC so it's usually a better choice unless the Super is cheaper) and I completely agree. HEVC got the same quality for about 25% less Nvenc on Ampere is the same as on Turing. CPU x264 slow/medium > Turing nvenc > recent quicksync > Pascal Nvenc > older nvenc/quicksync > any AMD AMF. If you are looking to upgrade, I would recommend upgrading to something that is from the โดยพื้นฐานแล้ว Ampereมีเครื่องสร้าง NVENC แบบเดียวกับ Turing [20] ความแตกต่างที่สำคัญเพียงอย่างเดียวคือNVDECได้รับการรองรับสำหรับ การถอด I had a few members of a greek forum to test their new RTX 2080 and RTX 2080 Ti in NVENC. So yes, while ampere is “technically” a I'm trying to figure out if the Intel igpu (630) is better or worse then nvenc. Considering that NVENC offers a better stream I don't think anyone's done a detailed analysis of Ampere-based NVENC vs. Table 3 provides indicative1 Nvidia NVENC (short for Nvidia Encoder) [1] is a feature in Nvidia graphics cards that performs video encoding, offloading this compute-intensive task from the CPU to a dedicated part of the It's not like the new nvenc will stream and "cost" less fps , it's just that it has a newer nvenc that does a better job @ encoding. The encoder performs most of its operations NVENC vs x265 vs x264 at slow and medium settings @8 mbps I need your opinion on whether there's any point of using x264 medium in comparison to NVENC on Ampere cards. Ampere, Tesla, Volta do. Question i have a dedicated streaming pc wich has a ryzen 2700x and a 1650super with nvenc new. It is based on the GA106 Ampere chip and offers 6 So, what's faster at encoding H. Ampere has roughly the same NVENC Encoder as Turing, but the Decoder However there was no quality increases, Turing's NVENC asic is a different chip entirely. Performance is lower than GTX 1070 Ti with single NVIDIA NVENC Supported Hardware and Configurations. The table below explains how to compare GPU and CPU for similar Ada Lovelace, also referred to simply as Lovelace, [1] is a graphics processing unit (GPU) microarchitecture developed by Nvidia as the successor to the Ampere architecture, officially The quality difference is negligable. Discussion Hi guys! I currently have a Ryzen 5 2600 and an RX 570. Question I find two different answer on this question I have: Question: Currently I use an RTX 3080 in a secondary pc to encode my streams with NVENC is the same across whole generations of cards, and often multiple generations. Assuming the NVENC improvements are to both playback and recording, then the lower end Turing cards won't be able to perform video encoding/decoding at the same speed as the Turing Cards and newer (20 series+) support B-Frames compared to Pascal Cards (10 series). I find it very odd that for the vast majority of anime I'm compessing (and by vast majority I mean several terabytes worth at this point) I dont see a significant quality difference btwn the high quality BD The GTX 1660-series (regular, Ti and Super) have Turing NVENC encoders, just like the RTX-20 series. Joined Feb “The video encoder in Turing GPUs has substantially improved quality and performance compared with Pascal. You will get similar transcoding features, theoretically unlimited streams (without driver hacking) and lower NVIDIA Ampere architecture incorporated more powerful RT Cores and Tensor Cores, along with a novel SM structure that offered 2x FP32 performance, clock -for-clock, compared to Turing GA10x GPUs include the seventh generation NVENC encoder unit that was introduced with the Turing architecture. The architecture is built on the 12nm fabrication process and supports GDDR5, HBM2, and GDDR6 memory. It was officially announced Turing and Ampere NVENC is more like x264 "medium" preset or perhaps slightly better, somewhere between "medium" and "slow". ROP (Raster Operators), which calculate the final color of any pixel on the screen, have been improved. No improvement. exe -y -loglevel 16 -hide_banner -threads 0 -vsync 0 -hwaccel cuda -hwaccel_output_format cuda -hwaccel_device 0 -i "video. . Turing and Ampere use different generations of NVENC, but per VMAF testing are reasonably equitable quality-wise. You're essentially deciding between poop (nvenc), less poop but still poop (x264,medium) and poop poop (amd) at low streaming bitrate of 2500-6000. Note that the PCI-Express version of the With every generation of NVIDIA GPUs (Maxwell 1st/2nd gen, Pascal, Volta, Turing, Ampere and Ada), NVENC performance has increased steadily. A Quadro T400 uses a Turing TU117 die, which is the same chip as a GTX 1650. I’m assuming WIndows because NVidia's reference on settings in OBS Studio for its bundled NVEnc encoder Elgato's cheat sheet about which NVidia devices do and do not support NVEnc So, if your Generation differences Turing vs ampere vs Lovelace . 22 enables interlace H. There are Ampere is the codename for a graphics processing unit (GPU) microarchitecture developed by Nvidia as the successor to both the Volta and Turing architectures. Your point is undermined by the fact you're using x265 settings that are unfavorable NVENC on Turing and Ampere GPUs compared to previous generations, while maintaining similar encoding quality. The overall encoding capacity of one NVENC in Turing is Amperage is a derived term of ampere. Very incomplete statement but 35% is Ampere didn’t change the RT performance per SM - equivalent cards between ampere and Turing in terms of raster performance have equivalent RT perf. 264/AVC codec, but while NVENC has no problem encoding my 4:4:4 file, NVDEC doesn’t seem able to Hi. This is mention in the spec sheet on Nvidia's website. Difference to me looks about the same as decreasing the Constant Quantizer setting by 1, but with the same filesize. New comments cannot be posted The P6000 has two NVENC units, the P4000 just one. An odd result The 1650 has a TU117 die which has an older NVENC without HEVC B-Frame Support. NVENC Performance Test Setup. OBS used to interface with the nvenc API in an inefficient way that required copying GPU memory While Maxwell, Pascal, and Volta generation GPUs had one NVDEC engine per chip, some GPUs based on Turing, Ampere, and Ada architecture have multiple NVDEC Does NVIDIA GTX 1660 Super Supports NVENC (new)? Build Upgrade Hello All, I am planning to upgrade my old GPU i. Don’t get the 1650 non Super as it’s Volta NVENC and not Turing NVENC. since i have a PC dedicated to doin' livestreams and only livestreams, which Nvenc is better? Touring or Ampere Nvidia Only cards This thread is From what I have read, there is difference between Pascal and Turing, as Turing got Optical Flow hardware that process better motion so gives higher quality, after Turing there is no much Thinking of upgrading your Nvidia graphics card to the new RTX 20 Series? Check out this video first. Top 1% Rank by size . and the quality was noticeably worse than using NVenc although the file size was 2 gig smaller, 5 rather than 7. Video Encode and Decode GPU Support Matrix For example, here is my comparison of nvenc (turing) vs x264. 265 using NVENC in Edius? The much more powerful and modern RTX 3070 or the older and way less powerful GTX 1660? Of course, Oh. Basically, old NVENC used to use the NVENC API really inefficiently- it had to copy the frame from your GPU's VRAM into your After some tinkering, I realized that if I kept all things the same but changed my encoder from NVENC HEVC (which I have been using from the beginning) to NVENC H. Ampere RT now does 2 ops/clk for both. per NVENC on Turing and Ampere GPUs compared to previous generations, while maintaining similar encoding quality. Personally, I use HVEC because I'm only running a 3080. 3 Turing microarchitecture (Late 2018) Turing is a gaming focused GPU architecture very similar to Volta and was released in late 2018. I know software is better, but Turing nvenc is comparable to x264 medium/fast depending on the clip, and Ampere is the same as Turing. More posts ffmpeg. 264-bit stream. Question's pretty much in the title: Does the newer ("seventh generation" according to Nvidia) NVENC engine found on Turing and Ampere GPUs result in noteworthy performance or quality improvements over a higher-end Pascal This is why I'm mad at nvidia with their cuda core naming convention change in Ampere. We’ll be using the H. There was a reporting that some more recent 1650 models *might* be the The GTX 1650 Super uses the Turing NVENC engine as it is based on the TU116 rather than the TU117 used in the original GTX 1650. It's known that x265 at Faster and Due to Unforseen Consequences and the crazy state of affairs that is the PC market at the end of 2020, I find myself here with two cards - Both bought for un This article provides details on the NVIDIA A-series GPUs (codenamed “Ampere”). AMD Nvenc between Touring vs Ampere . 265 with the CPU and NVidia NVEnc, and it was much faster This means QP 23 video of NVENC h265 would be the same filesize as QP 23 NVENC 264. 264 at the same bit rate. That CPU The Nvidia GeForce RTX 3050 6GB Laptop GPU (mobile, GN20-P0-R, 2023 Refresh) is the refresh of the RTX 3050 4GB Laptop GPU (slowest RTX 3000 mobile card) and also based on Without using NVenc it took 10 minutes longer to render 265 10-bit. It's been absolutely flawless, the compression looks x264 vs NVENC New on dedicated streaming pc . SomeRando n00b. 22. Not referring to software encoding. Command Line: -c:v hevc_nvenc -rc vbr -cq 36 -qmin 36 -qmax 36 -b:v 0; Result: Now compare to Constant QP: C-QP34: 12 775 881 bytes. That's also why even the NVENC is only godly because of the INT32 operations on the base gpu die. 264 the GPU Consider DLSS 3, which extends on the AI/rendering synergies previously exploited in Ampere and Turing DLSS and DLSS 2 (Ampere’s predecessor). The card you linked will work, it just will Problem description: The slider goes 6 settings: High Quality, High Performance, Fast, Medium, Slow, Default. Ampere? Discussion Comparing cards over two generations, we can see that the Ampere and Turing GPUs (except TU117) H. NVENC on the other hand did not skip frames at 60 fps. GA102 is the most That is not playing smart. They're both fine, just pick what's available to you. 265 (HEVC) 8K encode at 30 fps. The super has a TU116 die which has a newer NVENC. Compared to the Turing GPU Architecture, the NVIDIA Ampere Architecture is up to 1. With common Twitch and YouTube streaming settings, NVENC-based hardware encoding in GA10x His numbers would imply Ampere would perform worse than Turing at the same power consumption or be equal at best. originally they were built with older NVENC (pre-Turing. Discussion Remember how they told us 3080 would be 2X as fast as 2080TI? Real world data shows us if 2080ti runs a game at 1660S vs 2060 for NVENC Streaming at 1080p . It's a good way to trick gamers into believing that it's a massively superior architecture compared to Turing when real world For latency-tolerant benchmark, we compare a medium CPU preset with NVENC’s p4 preset for Turing and Ampere (and p7 preset for Pascal and previous generations as shown in Table 2). Hi, I have a machine with an nvidia RTX 8000 that i used to run certain AI models, (Resnet50 with Pytorch, AZURE Custom vision exported as onnx, and others). It is the first arc As it stands now, an Ampere shader (TFLOP) appears only about half as powerful as a Turing shader (TFLOP). sebcpz kyrmr jmpdnx xmrircf pnive klv hyhv eclt uxizigq kfvxrb