Скачать или смотреть Hardware Network Bottleneck NAS Planning

When Building the Network Storage Be that a NAS or SAN, the consideration of "performance" comes to simple maths
Your GB/s and GT/s combined with MB/s and Mb/s can be a little "odd" and requires "translation".

In this video we look at building "network storage" and what is the "maximum performance" That is available and on where the "bottlenecks" occur due to hardware or configuration of the "network" and infrastructure.

Having a "load balanced" and 1:1 Ratio can be achieved or should be available and how this performs on the network with different users and hardware.


In this video you should understand what the different measures are,
What is the maximum speeds of hardware,
How different sections of the network cause bottlenecking
What the results of a bottleneck look like.
and how to calculate the "good ratio" and maximum performance of a Storage array or NAS /SAN.

This video is a part of a wider set of videos by Rory Witham in networking and infrastructure taking old expert knowledge and putting it into "modern" and demanding networking, with the "tricks" used being applied.
The series goes into building your network and storage devices. and making cost effective decisions. and importantly the right ones.

@Linusmediagroup built some "big storage" as "live" data which as you will see from this video is bottlenecked and he "dismisses" the "slow speeds" of his created bottlenecks to some other claims which were wrong.
In the 3 petabyte project video, you will see and know what Seagate sent the number of drives they had, when we take to consideration the data in this video.
Linus VIDEO HERE:
   • Unboxing 3 PETABYTES of storage!!  

Building a "data network" or cluster requires the right speed and sizes with the capacity of the slowest part of the system, we call this "performance storage".
Performance storage is "live or active" storage on a network or device. the other type is archive storage where speed and performance is not a consideration that this is a "redundant" and "reliable" network storage over performance.

For example if you back up 100TB to a 2000TB hard drive array with raid 5 and therefore create disk copies of 2:1 the speed is slowed in performance (max/3) when writing this "file arrangement".
The same occurs when having exceeded the "max performance" in any slowdown or mis config that is applied.