![]() In total I'll have less than 10 cameras by the time I'm finished. Also this should be a lower power system than the 2670 v1.Ĭamerawise I currently only have a couple of 640x480's but looking to expand that to some of the Hikvision (3MP) or Longse (5MP) cameras. I already have a 24 port Netgear PoE Smart Switch so I'll look to run multiple NICs teamed mainly as between media serving/transcoding and the cameras I might saturate a 1GB connection. Hopefully the i7-6700 plus 32GB RAM should be enough for that and I'd allocate 1 core (2 threads) and 4GB or 8GB RAM to the VM. On the base OS (2012 R2) just run BI and Emby Server (transcoding). Hyper-V instructions On Hyper-V, find your virtual appliance IP address. VM wise I'm currently using VirtualBox but wouldn't mind trying Hyper-V. The next step is to pass through our Quick Sync device to our Plex Docker. ![]() This either works and has 100 HW transcoding, or it has tons of issues, way to finicky for the amount of us on my Plex server. Windows Server 2012 R2 (but installed on the 960GB SSD) with a VM running for Torrents/VM. Before looking at this guide I added an open box Nvidia Geforce 1660 6 GB to my Windows box with a 4th gen I5 and 32 GB of ram that doubles as a Hyper-V box with a few light Windows and Linux VMs. The proposed system would be very close to what I have running now. Intel's brand for its dedicated video encoding and decoding hardware core. VA API Video Acceleration API for Linux is supported by several device manufacturers. API for video encoding and decoding acceleration using Nvidia GPUs. I will possibly buy a 6TB WD Purple for BI recordings. Emby supports the following hardware acceleration variants on Linux. In my current running system I already have my media storage drives (22TB on a Dell H200 PERC controller card) and it's running Windows Server 2012 R2 with Stablebit Scanner and DrivePool. ![]() Emby supports the following hardware acceleration variants on Linux. Sell the already purchased CPU and RAM which should cover most of say an ASRock H170 and 32GB RAM. It provide a foundation for the implementation of Hyper-V VSM support in the Linux. So I've been thinking that for the money I'd need to spend on a motherboard for the 2670 (around £300) I could buy a i7-6700 (non-K as I won't be overclocking) with some money left over. After reading on these forums it seems the 2670 is not the best way to go and I doubt if BI could utilise Quick Sync as a VM on unRAID even though it allows hardware passthrough. The plan was to install unRAID as a base OS and put multiple VM's on top of that for HTPC, Emby Server, Torrents/VPN, BlueIris and a few others. ![]() My initial build was around the cheap E5-2670 v1's that have flooded eBay recently and to that end I bought one and matching 64GB DDR3 ECC RAM. It provide a foundation for the implementation of Hyper-V VSM support in the Linux. I'm looking at a build for BlueIris and I want to check the hardware out. Emby supports the following hardware acceleration variants on Linux. ![]()
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