Why you shouldn’t use a Raspberry Pi as a NAS server

Causes to not use a Raspberry Pi as a NAS If we need to have

Causes to not use a Raspberry Pi as a NAS

If we need to have a low-cost NAS in our house, the primary possibility that involves thoughts is to make use of a Raspberry Pi, particularly the most recent Raspberry Pi 4 model, both in its 4GB or 8GB model of RAM, a tool that’s fairly highly effective for primary duties, so in precept, it ought to work fairly properly. As well as, we should keep in mind that we are able to join completely different laborious drives by way of USB to have the storage that we would like. In fact, it has a Gigabit Ethernet port to have excessive switch charges by means of the native community.

Nonetheless, though on paper it might be a good suggestion, beneath we’re going to clarify why it might not be advisable to make use of it for NAS.

Storage, crucial

The storage half is crucial factor once we discuss a NAS, and that’s that we’d like storage that ensures that our knowledge is secure below any circumstance.

The very first thing we’d like to remember is that the working system must be put in on an SSD drive, for one of the best efficiency in learn, write, and IOPS. Though the Raspberry Pi permits the set up of the working system on a micro SD card or on a disk by way of USB, it can at all times be slower than an SSD linked to a SATA3 port. The truth is, there are NAS fashions that aren’t very costly and have NVMe ports for higher efficiency.

See also  ASUSTOR revolutionizes the world of NAS with its new fashions

One other side that we should keep in mind is the storage with laborious drives, whereas in a NAS we have now them linked with a SATA3 interface, in a Raspberry we have now to attach it by way of USB, so the efficiency is clearly decrease, particularly for duties that require lots of bandwidth. In fact, on the software program degree, it’s extremely advisable to type a RAID 1 or RAID 5, to ensure that if a tough drive breaks, the knowledge stays on the server with none drawback. This may be performed both by means of instructions in the event you’re utilizing a Debian-based working system, or utilizing NAS-oriented working methods like OpenMediaVault, however the primary drawback is that the efficiency gained’t be all that nice.

Processor and temperature

Though the Raspberry Pi 4 processor works fairly properly and could be very highly effective, not corresponding to the most recent Intel processors for NAS low-medium vary, that are clearly extra highly effective and with x86 structure. As well as, one other crucial side is the temperature that it’s going to attain with our use, whereas within the NAS we have now passive heatsinks and even with followers to adequately cool the parts, within the Raspberry we wouldn’t have this, and we must purchase it if we need to maintain the temperature low. management.

It’s essential that our Raspberry has a passive heatsink, and even {that a} fan is used to additional enhance cooling. If we don’t do that, we might expertise random crashes and even decelerate the efficiency of the processor to guard itself.

See also  What's stalkerware and the right way to take away it out of your cell or PC


Many house customers in the present day have a Multigigabit community at house, with the purpose of transferring knowledge at speeds better than 1Gbps. On this case we wouldn’t have a Multigigabit Ethernet port for the LAN, but it surely solely works at 1Gbps. If in case you have a Gigabit community, this is not going to have an effect on you, but when tomorrow you purchase a Multigigabit swap which can be already fairly low-cost, you’ll miss that extra pace that you can get.

At present many entry-level fashions have a 2.5G Multigigabit port, and a few even have 2 Gigabit ports or 2 Multigigabit ports, so we could have better versatility within the case of NAS.

As you’ve got seen, there are lots of factors towards if you’re going to use a Raspberry Pi as a NAS server, particularly in the case of storage, which is probably the most essential half.