I have a Gen8 G1610T since 2 years and I am very happy with it. I use it to only host my Plex Server with 3*2Tb drives.
I bought for a cheap price (40€) a Xeon E3-1220v2 and I have question about it. I have read Elvisdk's topic about temperature with G1610T default heatsink on 1220v2 and I wonder if play (and transcode) 1080p movies with 4 cores enable will be ok or too hot ? Did I must enable only 2 cores to be safe ?
I cannot compare Elvisdk's temperature with wPrime burnt with the temperatures generated by Plex because I don't know them with a E3-1220v2...
Thanks for your feedback.
I was wondering whether the dual core X3216 in the Gen10 Microserver would be adequate for Plex server transcoding 1080p movies. I currently have a N40L which obviously struggles at this...
I'm new to the forums, and brand new to servers in general. I recently purchased a used T620 and hope to have win10 installed with a raid 6 array of 5 8TB drives expandable to 8 as required shortly. This machine will be the backbone of a network set up for our squadron for personal use (file sharing, media streaming, etc.). I've mulled over a lot of ideas on how to properly set up the network, but being so new to it all I'm afraid I've fallen short. Here are some of the ideas/requirements I'm hoping for:
1. NAS and file sharing
2. Controlling/limiting who is logged in, and how many instances of the same login can access the network simultaneously (trying to limit user name and password sharing)
3. Plex or Kodi media server with streaming
4. Gaming server for games like WoW or Minecraft
5. Continuous video recording (security cam for my state room)
6. Chat client
7. Console server for xBox, PS4, etc (probably as simple as a LAN thing but worth asking)
8. Accessing my NAS from the internet one home from deployment like a personal cloud
- For the NAS (1), I would really prefer to be in control of the file structure. Having a directory where others can drop files and folders, but the bulk of the file file structure would be read only for the users and I can place new content accordingly. Additionally, if each person could have their own small (20-50gb) amount of space for personal storage only they could access?
- Controlling user login - I will be providing most of the hardware, including the server, for the squadron so it would be great to recoup a little bit of that up front cost. My idea was to provide permanent access to the network for $20 (for a 7 month deployment). with an expected 50-70 users, it's not a lot but it can help cover a bit of a multi-thousand machine. To do so, I am interested in limiting each user to one login and it ca only be used one at a time. I know this won't prevent everyone from sharing but hopefully it will encourage individual use.
- Plex or Kodi would be a great feature to help with #2 on the list. Plex might get a bit resource intensive but it does look nicer than Kodi IMO.
- I like to play Minecraft and thought my friends might enjoy exploring a world together. This one shouldn't be too hard on Win10 to set up. Other games might be more of a challenge but again, just throwing out some possible ideas
- Personal security camera should also be pretty easy to set up on Win10
- A chat client would be great because our rooms will probably be pretty far away. Might just be a simple program? I really liked how NextCloud has it built right into their OS, but seeing as how I'm going to be using this as a personal machine as well as a server, I am trying to avoid running a dedicated OS for that reason.
-I believe the console server can be handled by the individual consoles. 2 or 3 xBox's on the same LAN should see each other without any other hardware?
-Once we return from deployment, I would like to be able to access my NAS like a cloud server.
The machine that I got is a professional grade server, but hopefully Windows 10 wiill be adequate and robust enough to handle these tasks however. I see advantages to using software like Synology DiskStation Manager, FreeNAS, or NextCloud, but none of these seem perfect for the job, and I still need a windows machine for deployment. Unfortunately, I also don't have the IT background or experience necessary to run a Windows Server 2008 for example, so relying on Windows 10 seems most logical to me.
I'm looking forward to your suggestions and help!
Thank you for your time.
I am finally replaced my custom built desktop PC after about 5 years.
Now that I have a retired computer with a decent pair of video cards I want to dip my toe into cryptocurrency mining. Although I realize the old equipment won't produce as much per watt as newer graphics cards, I already have 2 HD 7870's that will just collect dust if I don't do something with the system. There are also a few older components lying around so I've been contemplating repurposing my old computer and components to create computers for the following roles:
A dedicated storage server that would also host my Plex media server and backup content locally. (Yes a NAS box could do this, but I already have PC parts and don't want to spend $1k+ on a NAS box that can accomodate all of my 4TB and 6TB drives). A cryptocurrency mining rig A router/firewall replacement
I'm new to mining and know that the mining rig needs graphics cards, but how significant of a difference does the CPU make in a mining rig? I can either use an Intel Core i7-3770K or an Intel Core i3-3250. The dilemma is that the i7 should be able to transcode roughly twice the number of simultaneous streams (4) that the i3 can transcode (2+) based on the PassMark scores. I don't want to mine on the same machine as my Plex server since my previous mining attempt created OS stability problems.
Does memory make a large difference in cryptocurrency mining? I can either use 32 GB of ram or 16GB of ram.
Lastly, would it be better to combine the storage/Plex server and router/firewall roles into a single computer and run each as a VM? What do others recommend for this? I've heard about Pfsense and watched a few setup videos, but that appears to be designed to run on a dedicated system.
Thank you in advance to those that have constructive feedback for me.
Just started playing around with 4K encoding. Picked up a TiVo Bolt+. Supports direct streaming playback of HEVC (H.265) locally. Have an "old" Intel Core i5-3570K Ivy Bridge CPU in my Windows Server 2012 R2 box. It takes nearly 4-5 hrs to encode a 1 hr. media file to HEVC 4K 3840x2160 resolution MP4/MKV using Handbrake with QuickSync support. Seems to be a common media requirement for Roku, TiVo, etc. else Plex will automatically transcode the video to 1080p. Excruciating to say the least.
Wondered whether anyone else has experience encoding HEVC 4K format. Not sure whether a CPU or CPU+motherboard/chipset upgrade on this server would be a drastic performance improvement. Else I'll just continue to batch process these media files.