Thanks for the reply. This much I understand, I guess a better way to ask would be, what are the differences in “advertised”(for lack of a better word) server hardware that more effectively accomplish the task of serving?
If I were to build a server at home for media hosting, what are the areas I should focus on? I guess a good example is error correcting memory (hopefully I’m remembering that right)
Is that something that’s just going to have slightly better performance or is that crucial? And are there other examples of hardware that I should be focusing on?
You could get something that will work for a certain period of time on and off intermittent usage; that’s consumer grade.
Want something that will have power redundancy (hot swappable), ethernet redundancy, RAID storage (for redundancy and switching out bad drives), and so on… for staying powered on for 24/7/365 that would be business grade. It’s all about the uptime and reaching 5 9s or HA (high availability) .
Honestly depends on whats being served. As i say people can run servers on enterprise grade multi thousand £ systems or a £50 pi or mini pc.
Since you have a specific usage in mind, media server, you basically want hardware that will allow optimised performance so you can have a lag/ buffer free experience.
Say,
hardware thats good for on the fly encoding/ decoding
Lots of ram for multitasking.
Lots of storage to store the media.
Maybe gigabit network cards for multiuser streaming without bandwidth bottlenecks.
It really depends on the experience and chokepoints
ECC ram ill let someone more familiar answer but im leaning towards non critical and nice to have
Nothing you couldnt upgrade on your typical PC. Just makes life easier…at a cost.
Power efficiency will also matter for a home server to some extent. You don’t want a 300 watt idle power draw 24/7 just to handle streaming a video for yourself once a day.
Most home devices won’t use that at idle, but older PC’s, or larger setups could.
ECC is a ‘good to have’, but isn’t critical unless your systems are.
Most of the higher costs that come with stuff advertised as “server hardware” come from the need to get 99.99% uptime instead of 99.9%, because that 0.09% represents millions of dollars, or even people’s safety. If you just want to store personal data and run some basic services like a media server or a personal email, then pretty much any hardware will work, just make sure to backup your data regularly in case something goes wrong with your disks.
If I understand correctly your asking about hardware sold as for “servers”. “Server” hardware features focus on scalability and redundancy. If you’re running a service that’s generating income and the powers that be therefore say it “can’t” go down then you’re starting to pay for redundant systems. Multiple hotswapable power supplies for example.
Most folks self hosting don’t really need to worry about this level of availability as they’re hosting services as a hobby or for friends at most; not paying customers with a boss demanding high availability.
For a home server, go get a Thinkcentre tiny m710q for 80€.
Cheap, uses very low power, easy to upgrade and maintain (one nvme, one 2"5 slot, two DDR4 SODIMM 32GB max but people say it’s actually 64GB, lots of usb & video ports).
For a business, where the server/PC will run at full speed, generate heat, and eventually break down, you need beefier hardware and redundance.
You all need a backup plan of course but if you lose your home PC it’s not the same thing than losing your business…
It’s not really the hardware, it’s what you do with it. Encode lots of stuff? Don’t buy that thinkcentre for example.
This is the way to go. I got one second hand for $70. It already had the 16gb ram upgrade. The 7th gen Intel processor handles Jellyfin encoding without a problem even though it’s an old i3. Gigabit ethernet, WiFi, NMVe slot, and sips power.
Features you’ll find in the machines you’ll get if you order from the “Server” section of Dell’s website:
A chassis that fits in a 19 inch rack
Loud, high volume cooling fans and otherwise cooling systems intended to allow the machine to run every component in the box at full power continuously for years on end.
Often, multiple network adapters both for redundancy in case of failure and possibly for increased bandwidth.
Xeon or Epic CPUs with truly large core counts
Large amount of PCIe or other expansion, possibly used for the aforementioned multiple network adapters, ASICs, GPUs for rendering or CUDA type workloads (or increasingly the manufacture of AI slop), etc.
Drive bays for DAYS if it’s to be used for storage intensive workloads or as a file server.
Redundant power supplies. As in, most “servers” have two power cables so you can plug them into separate UPSes.
The thing is, what really makes it a “server” is the software it runs, and nearly every computer I own is nine kinds of “server”. Take for example my Wi-Fi router, it has a little web server running on board, it hosts a web page I can get to by keying its IP address into a web browser from inside my network to get to its settings. It also runs my LAN’s DHCP server. New devices get hooked up to my network and assigned an IP address nine or ten times a year when I decide to play with a Raspberry Pi or ESP32 or something, so it doesn’t have a lot to do, but it is providing a service therefore it is a “server.”
You want to build “a server at home for media hosting.” I’ve got my movies and such stored on a lower end 2-bay Synology NAS, which is a little box about the size of a toaster that sits on the shelf next to my Wi-Fi router/switch thing. It’s got two 3.5" hard disks in it, a little ARM processor, it runs Linux, it can do a lot of things, just, not everything all at once because it’ll beat the poor thing’s tiny little brain out. They make NASes with beefier x86 CPUs that can do things like run transcoding operations for Plex and shit…I just hose mp4s across my LAN.
A home media server is probably going to sit around most of the day doing basically nothing, then maybe do a bit of work in the evenings when you want to watch a movie or something, and then do basically nothing all night while you’re asleep. Consumer grade PC hardware is very much up to the task for that.
Thanks for the reply. This much I understand, I guess a better way to ask would be, what are the differences in “advertised”(for lack of a better word) server hardware that more effectively accomplish the task of serving?
If I were to build a server at home for media hosting, what are the areas I should focus on? I guess a good example is error correcting memory (hopefully I’m remembering that right)
Is that something that’s just going to have slightly better performance or is that crucial? And are there other examples of hardware that I should be focusing on?
Consumer grade vs business grade
You could get something that will work for a certain period of time on and off intermittent usage; that’s consumer grade.
Want something that will have power redundancy (hot swappable), ethernet redundancy, RAID storage (for redundancy and switching out bad drives), and so on… for staying powered on for 24/7/365 that would be business grade. It’s all about the uptime and reaching 5 9s or HA (high availability) .
https://en.m.wikipedia.org/wiki/High_availability#Percentage_calculation https://en.m.wikipedia.org/wiki/Five_nines
Honestly depends on whats being served. As i say people can run servers on enterprise grade multi thousand £ systems or a £50 pi or mini pc.
Since you have a specific usage in mind, media server, you basically want hardware that will allow optimised performance so you can have a lag/ buffer free experience.
Say,
hardware thats good for on the fly encoding/ decoding
Lots of ram for multitasking.
Lots of storage to store the media.
Maybe gigabit network cards for multiuser streaming without bandwidth bottlenecks.
It really depends on the experience and chokepoints
ECC ram ill let someone more familiar answer but im leaning towards non critical and nice to have
Nothing you couldnt upgrade on your typical PC. Just makes life easier…at a cost.
Power efficiency will also matter for a home server to some extent. You don’t want a 300 watt idle power draw 24/7 just to handle streaming a video for yourself once a day.
Most home devices won’t use that at idle, but older PC’s, or larger setups could.
ECC is a ‘good to have’, but isn’t critical unless your systems are.
Most of the higher costs that come with stuff advertised as “server hardware” come from the need to get 99.99% uptime instead of 99.9%, because that 0.09% represents millions of dollars, or even people’s safety. If you just want to store personal data and run some basic services like a media server or a personal email, then pretty much any hardware will work, just make sure to backup your data regularly in case something goes wrong with your disks.
If I understand correctly your asking about hardware sold as for “servers”. “Server” hardware features focus on scalability and redundancy. If you’re running a service that’s generating income and the powers that be therefore say it “can’t” go down then you’re starting to pay for redundant systems. Multiple hotswapable power supplies for example.
Most folks self hosting don’t really need to worry about this level of availability as they’re hosting services as a hobby or for friends at most; not paying customers with a boss demanding high availability.
For a home server, go get a Thinkcentre tiny m710q for 80€.
Cheap, uses very low power, easy to upgrade and maintain (one nvme, one 2"5 slot, two DDR4 SODIMM 32GB max but people say it’s actually 64GB, lots of usb & video ports).
For a business, where the server/PC will run at full speed, generate heat, and eventually break down, you need beefier hardware and redundance.
You all need a backup plan of course but if you lose your home PC it’s not the same thing than losing your business…
It’s not really the hardware, it’s what you do with it. Encode lots of stuff? Don’t buy that thinkcentre for example.
This is the way to go. I got one second hand for $70. It already had the 16gb ram upgrade. The 7th gen Intel processor handles Jellyfin encoding without a problem even though it’s an old i3. Gigabit ethernet, WiFi, NMVe slot, and sips power.
Features you’ll find in the machines you’ll get if you order from the “Server” section of Dell’s website:
The thing is, what really makes it a “server” is the software it runs, and nearly every computer I own is nine kinds of “server”. Take for example my Wi-Fi router, it has a little web server running on board, it hosts a web page I can get to by keying its IP address into a web browser from inside my network to get to its settings. It also runs my LAN’s DHCP server. New devices get hooked up to my network and assigned an IP address nine or ten times a year when I decide to play with a Raspberry Pi or ESP32 or something, so it doesn’t have a lot to do, but it is providing a service therefore it is a “server.”
You want to build “a server at home for media hosting.” I’ve got my movies and such stored on a lower end 2-bay Synology NAS, which is a little box about the size of a toaster that sits on the shelf next to my Wi-Fi router/switch thing. It’s got two 3.5" hard disks in it, a little ARM processor, it runs Linux, it can do a lot of things, just, not everything all at once because it’ll beat the poor thing’s tiny little brain out. They make NASes with beefier x86 CPUs that can do things like run transcoding operations for Plex and shit…I just hose mp4s across my LAN.
A home media server is probably going to sit around most of the day doing basically nothing, then maybe do a bit of work in the evenings when you want to watch a movie or something, and then do basically nothing all night while you’re asleep. Consumer grade PC hardware is very much up to the task for that.