![]() ![]() The GPU also runs very coolly and quiet, almost inaudible during power demanding use. The GTX 1050 Ti has 768 CUDA cores, 32 ROPs, 48 TMUs, and a 4 GB 128-bit GDDR5 memory interface. In 1080p to 720p transcoding, its performance is excellent compared to other cards because it matches Nvidia GTX 10 Ti (4GB), performance. It is Great option for 1080p to 720p transcoding because it can easily transcode 14 1080p streams simulations to 720p. If you just need to transcode 3 4K streams to 1080p. The Gigabyte GeForce GTX 1050 Ti OC is a durable, low-budget GPU that runs fine for Plex transcoding. Performs better than Nvidia Quadro p2000Nvidia GTX 1060 6 GB performs betterĬuda cores: 768 | Boost Clock: 1,442 MHz | Base Clock: 1,329 MHz | Memory: 4 GB GDDR5 | Memory Clock: 7 Gbps | Outputs: 1x DisplayPort, 3x HDMI and 1x DVI | H.265 Support: Yes Plex Transcodingīest mid-range GPU for 1080p transcoding This GPU is suitable for 3D designing, Full HD Video editing, and medical imaging systems (ultrasound), etc., but in Plex Transcoding, it also performs excellent as a mid-range GPU. The GPU consumes only a maximum of 75W during plex transcoding. It is a single-slot card, so you don’t need any additional power connector. It has a fast 5 GB 160-bit GDDR5X memory. The Nvidia Quadro comes with 1280 Cuda Cores, 40 ROPs, and 80 TMUS (Texture mapping units). The Nvidia Quadro P2200 5 GB is best for managing 3-4 4K transcodes. Its performance is fantastic for 1080p streams but it can easily transcode four 4K (68MBit) streams simulation to 1080p (8Mbit) and 17-1080p (10MBit) to 720p (4MBit). The Nvidia Quadro P2200 is a great mid-range GPU that runs great on Plex Server. Late response, but I'm bored and taking a break from the grind.Cuda cores: 1,280 | Boost Clock: 1,493 MHz | Base Clock: 1,000 MHz | Memory: 5GB GDDR5X | Memory Clock: 10 Gbps | Outputs: 4x DisplayPort | H.265 Support: Yes I'd say that card will take care most CIVIL 3D needs. Put the money towards processor speed and/or ram. ![]() I really don't think most people get the full use in CIVIL 3D from these 8GB+ cards and start falling into the realm of diminishing returns. I do much more 3D viewing now as compared to my engineering design days. Yes, gaming cards will work, but they are usually much louder, use more power, and generate more heat and heat is a workstation killer over time. I've never had a total crash due to the video card, worst that happens is that CAD turns hardware acceleration off and its hit or miss whether it'll let me turn it back on or restart the program. I view many CAD surfaces over 120 mb and do fine, lag occurs due the processor. I often use Civil 3D and Carlson Takeoff (integrated ACAD) simultaneously and have an existing surface, design surface(finished grade), and subgrade in 3D view simultaneously between the programs and have taken it up to 80% usage before. ![]() It seems to happen when there is a zero point and it drafts 2600 contours, or if the design engineer supplies what I call a "hyper mesh" for a big project when we have 1M+ triangles. I run a P2200 and only have a few issues from time to time. I was a civil that went to construction side to be an estimator, designer, model builder, construction engineer for an excavation company. ![]()
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