NVIDIA QUADRO K600 VS 1030 720P
NVIDIA QUADRO K600 VS 1030 1080P
NVIDIA QUADRO K600 VS 1030 FULL

Run Plex Library from an SSD (NVMe SSD for best performance) by making a symlink in Linux.

Nvidia-smi Plex Media Server Optimisation Watch -n 2 'nvidia-smi -q -d UTILIZATION' Please make sure the card has enough VRAM for this. NVDEC for Linux needs v1.15.1.791 or newer and a patch. Session Limits can be overridden on GeForce and Quadro Cards Please make sure the card has enough VRAM for this. This can be a tricky setup, a more sturdy option choose a Quadro Card with no session limits.

Session Limits can be overridden in Windows. Without an attached monitor, a GTX 970 with a max draw of 145w will draw about 80w with 100% NVDEC to NVENC transcoding. HEVC NVDEC on this card supports 720FPS meaning a HEVC to h.264 workload would yield a transcode of 720FPS, 60FPS better than h.264 to h.264. Unsupported CODEC) can allow this card to NVENC over the NVDEC limit.

NVIDIA QUADRO K600 VS 1030 1080P

Input streams lower than 1080p or that do not use NVDEC (eg. Using a вЂњhigh qualityвЂќ profile the GTX 1070 supports NVENC FPS, you will see improved image quality and smaller encoded streams while still reaching the 658 throughput.

NVIDIA QUADRO K600 VS 1030 FULL

Taking into account that you need to decode the same FPS as you encode letвЂ™s look at the GTX 1070 It supports NVENC FPS but only NVDEC FPS, this would mean 658 is the maximum throughput with a вЂњsingle passвЂќ encoding profile, not the full 1262 FPS. Some cards have either multiple NVENC chips or multiple Graphics chips each containing an NVENC chip. See вЂњ Streams for VRAMвЂќ for more precise usage. This calculation is based on to per stream. Maximum streams to maintain live streams without buffering pauses based on FPS of chipset and VRAM available.

NVIDIA QUADRO K600 VS 1030 720P

Pascal & to SD to 720p to to to to to to to Plex Streams See вЂњ Recommended Plex StreamsвЂќ and вЂњ Exceeding VRAMвЂќ for stream buffering issues. вЂњStreams for VRAMвЂќ is how many Plex Streams will fit in VRAM at any one time, this figure is based on to per stream. Choose a card with enough VRAM to avoid this. The Plex Client will need to stop the play request and request it again once VRAM usage has dropped. Exceeding VRAMД®xceeding the VRAM usage will cause new transcodes to buffer indefinitely, even once VRAM has dropped below the maximum. See вЂњ Recommended Plex StreamsвЂќ for more information.

This card will be under 128% Load to deliver 16 streams causing buffering but could deliver 12 streams at 96% load. NVDEC being the smaller FPS we take 16x FPS equals 480 FPS, more than the NVDEC can process. For example Quadro K2200 4GB model can NVDEC FPS and NVENC FPS and fit a maximum 16 transcodes in its 4GB VRAM. VRAM Stream Card LoadД¬ard load is calculated from the smallest of the вЂњNVENC FPSвЂќ and вЂњNVDEC FPSвЂќ then divided by вЂњStreams for VRAMвЂќ combined FPS to provide card.

It looks like a 128Bit memory bus will not cause performance issues with multiple transcodes but will see Plex offline вЂњSyncвЂќ jobs only able to use 30% of the NVDEC chip. The difference between the 128Bit, 192Bit and 256Bit Memory bandwidth needs further testing. A 256Bit GTX 970 4GB (Maxwell 2 nd Gen) can hit 100% NVDEC saturation (376FPS) with a single stream. Two streams hold about 50%, Three about 80% and more than four streams to reach 100% NVDEC saturation. Preliminary testing sees a single NVDEC job on a 128Bit GTX 1050 Ti 4GB (Pascal) unable to use more than 30% (112 FPS) of the NVDEC. *VDPAU nVidia PureVideo Information VRAM Bandwidth *NVENC FPS based on Single Pass quality profile.

Nvidia quadro k600 vs 1030