Instale o Steam
iniciar sessão
|
idioma
简体中文 (Chinês simplificado)
繁體中文 (Chinês tradicional)
日本語 (Japonês)
한국어 (Coreano)
ไทย (Tailandês)
Български (Búlgaro)
Čeština (Tcheco)
Dansk (Dinamarquês)
Deutsch (Alemão)
English (Inglês)
Español-España (Espanhol — Espanha)
Español-Latinoamérica (Espanhol — América Latina)
Ελληνικά (Grego)
Français (Francês)
Italiano (Italiano)
Bahasa Indonesia (Indonésio)
Magyar (Húngaro)
Nederlands (Holandês)
Norsk (Norueguês)
Polski (Polonês)
Português (Portugal)
Română (Romeno)
Русский (Russo)
Suomi (Finlandês)
Svenska (Sueco)
Türkçe (Turco)
Tiếng Việt (Vietnamita)
Українська (Ucraniano)
Relatar um problema com a tradução
You could buy a NAS.
If you have an old machine, use that as a NAS. There is TrueNAS software which is free.
It depends on your priorities. A machine that is always on as a NAS uses power.
Whatever you do, I strongly suggest you have redundancy in case of a drive failure. It seems your data is important to you. Also consider backups to maybe external drives also.
The zfs file system is much better than most. It is used on Truenas and some other systems.
I needed a machine that is always on, so use an old machine, i7-3770k & 32GB DDR3 RAM.
The OS - freenas (similar to truenas) can do virtualisation, which is partly why I chose it.
I have 5 x 4TB drives in there in raidz1 config. It is similar to raid 5. So around 16TB storage with redundancy. Also a 512GB SSD for some virtual machines.
Everything is also backup up on multiple external hard drives.
Through loss of data in the past, It seems it pays to be paranoid about your files.
Depends on your application RAID0 is not recommended for any thing other than a scratch disk for a system to use which does not contain permanent or required data if it is lost. The most common types of RAID used right now are RAID5 and RAID6 each with pros and cons. If you want the highest performance and the most redundancy you create a RAID10 array each RAID1 set is divided into 2 drives in RAID0 this gives you the highest read and write speeds as well as the lowest latency possible. RAID1 has good redundancy but is quite slow.
In terms of what your options are.
NAS units are often good options due to them using non-standard RAM namely they often install ECC RAM into NAS units, ECC is good for reliability and stability in terms of the NAS operating system that is running using standard DDR3 or 4 type RAM which is not ECC is not recommended in TrueNAS arrays the ZFS file system prefers if you use actual ECC and every TrueNAS forum user will tell you the same, use ECC ram not Non-ECC.
And one other thing many NAS boxes support hotspare and often cold spare capability what this does is if there is a drive failure then, the expected result is to immediately switch to a currently "online" hotspare and initialise and start rebuilding the RAID array onto the hotspare.
The main options you can look at in more ridged design the following NAS manufacturers are solid options.
Only thing that kind of stinks is that the power button is on the back and annoying to reach depending how you have it positioned. Windows works with them just fine. I also have a Sabrent 4-bay one.
I keep them powered off at all times except when I need to access the data and the copy speeds are about 100-130 on average.