People streaming 4K to youtube usually encode and upload at around 20-50 mbps, so nearly double that coupled with giving the encoder more time to analyze the content and retain more quality will result in very good archival quality for your videos. So one minute of video would be around 800 MB - 1 GB, and one hour of video would be around 60-80 GB.įor archival, 80-100 mbps is enough. Use handbrake, transcode them using software encoder x264 with very high quality settings (software encoder is much slower than nvenc but produces better quality when the bitrate is constrained) and configure with constant quality set to a higher level (16.10, lower is better for constant quality mode) or configure a bitrate of around 80-100 mbps - that's around 10-12 MB per second. Nostalgia: Amiga 1200, Tower Build, CPU/FPU/MMU 68EC020, 68030, 68882 Mhz, 10 MByte ram (2 MB Chip, 8 MB Fast), Fast SCSI II, 2 CDRoms, 2 1 GB SCSI II IBM Harddrives, 512 MB Quantum Lightning HDD, self soldered Sync changer to attach VGA displays, WLAN (Abit Fatal1ty FP9 IN SLI, C2Duo E8400, 6 GB Ram DDR2 800, far too less diskspace, Gainward Phantom 560 GTX broken need fixing) IBM 5015 Megaraid, 4 Seagate Ironwolf 4TB HDD in raid 5, Gainward Phantom 560 GTX (the 560 will be replaced with one of the 760 due to better effeciency) Media System: Asrock ASRock Z87 Extreme4/TB4, Intel Core i7 4770S, 32 GB Ram DDR3 1600 ADATA XPG, 1 275 GB SSD, 1 240 gb ADATA SSD. On the Road: Acer Aspire 5 Model A515-51G-54FD, Intel Core i5 7200U, 8 GB DDR4 Ram, 120 GB SSD, 1 TB HDD, Intel CPU GFX and Nvidia MX 150, Full HD IPS display System 3 'Inskah' AsRock Fatal1ty Z77 Pro, Core I5 3570k 16 GB Ram DDR3 2133, some SSD, and a 2 TB HDD each, Gainward Phantom 760GTX. System 2 'Igluna' AsRock Fatal1ty Z77 Pro, Core I5 3570k 16 GB Ram DDR3 2133, some SSD, and a 2 TB HDD each, Gainward Phantom 760GTX.

32 GB DDR4 3600, some NVME SSDs, Gainward Phoenix RTX 3070TI Anghammarad : Asrock Taichi x570, AMD Ry MHz.

Shutter Encoder 17.4 free download