Gigabyte X570 Aorus Master - How to setup RAID1 & how to install Windows 10 on RAID from flash drive скачать в хорошем качестве

Gigabyte X570 Aorus Master - How to setup RAID1 & how to install Windows 10 on RAID from flash drive

Video shows how to setup RAID1 array on Gigabyte X570 Aorus Master motherborad and how to install Windows 10 on RAID consisting of two M.2 NVMe SSDs from a flash drive. It also covers how to create a bootable Windows installation flash drive and downloading proper RAID drivers which are necessary during the installation of Windows 10. Recovery scenario where one of the drives fails is shown as well so that you know what to do if this event happens. RAID1 is also tested in CrystalDiskBenchmark & ATTO Disk Benchmark and the results are compared to a single disk operation. Goal was to find out what are the differences and speed benefits of running RAID1. Components in the video: Gigabyte Aorus X570 Master - https://amzn.to/3lQoKvS 2x Corsair MP510 (480GB) - https://amzn.to/3aLRdg2 SanDisk 32GB Ultra USB 3.0 Flash Drive - https://amzn.to/2Xwaqzm New updated version of the motherboard is available: GIGABYTE X570S AORUS Master - https://amzn.to/30v73to passively cooled chipset heat sink, 16 phase VRMs, USB 3.2 Gen2x2 has only one LAN adaptor and only one BIOS The links are affiliate. Using them helps my channel and there is no additional cost to you. WARNING! - READ BEFORE CREATING YOUR RAID ARAY a) After creating your RAID array you will not be able to update your BIOS to a newer version without destroying your existing RAID array and therefore losing your data. Your newly flashed BIOS would lose the meta data (information) about your existing RAID array (it would be deleted during the flashing process) and therefore it wouldn´t be able to see your drives as part of it . If you need to update your BIOS to a version which is compatible with new AMD Ryzen 5000 CPUs - do it BEFORE creating your RAID array (NOT AFTER). (This applies - unless you´re willing and able to transfer your data to a safe temporary storage location and transfer them back to a newly created RAID array after the update of your BIOS. Creating new RAID array requires "drive initialization", which is process which deletes all data on the drives before writing new RAID meta data to it) b) If you reset your BIOS to "defaults" (for example using "Load optimized defaults" in the BIOS or using "Clear CMOS button" or "removing the battery") after the installation (creation) of your RAID array, your BIOS will lose the information about your BIOS settings (its metadata) and will not be able to recognize your drives as "RAID array". This action would therefore result in a potential data loss. (data would remain on the drives, but you wouldn´t be able to access it using your new BIOS configuration) c) If you change (even accidentally) the drive´s I/O configuration after creation of your RAID array (repositioning your drives and connecting them to different ports on the motherboard etc.) your BIOS will no longer recognize your drives as part of RAID array, which may result in potential data loss. (data would remain on the drives, but you wouldn´t be able to access it with your current BIOS configuration) d) Make sure to carefully record & document your BIOS settings and ports connections to individual drives connected to your motherboard during the RAID setup. You should have this document available in printed or written form and stored in an accessible location (so that you know where to find it if needed). *This may also become handy if you´re transporting your PC to another location and disconnecting your drives from the motherboard and reconnecting them back in later. Here is a complete contents of the video by chapters: Understanding: 00:00 - Intro 01:32 - What does the word "RAID" mean? 02:02 - RAID 0 - Characteristics 04:26 - RAID 1 - Characteristics 06:06 - RAID 10 - Characteristics 07:38 - Which drives should be used for RAID? 08:28 - Demystification of "the same batch" nonsense 10:30 - How to decrease the probability of RAID failure 10:52 - Is RAID a BACKUP? 11:47 - Is RAID going to protect my data? Practical part: 12:05 - How to create a bootable Windows installation disk on a flash drive 15:06 - Preparation of RAID drivers for Windows installation 17:59 - RAID 1 - Setup in BIOS 26:09 - RAID 1 - Setup during Windows OS installation 33:30 - RAID 1 - Benchmarks (Crystal & ATTO) 35:22 - RAID 1 - FAIL TEST - Removing one M.2 SSD 37:47 - Single drive benchmark (Crystal & ATTO) 39:21 - Rebuilding RAID 1 array after simulated drive failure 44:05 - RAID 1 vs Single drive - speed comparison 46:49 - Outro