2FA

It only had the option of Auto and Disabled, probably since it's a single node.
 
CCDs are the building blocks of Zen/Zen+/Zen2. Each CCD contains two CCX with a CCX being comprised of several cores sharing L3 cache. Zen/Zen+ maxed out at one CCD per chip but Zen2 increased that to two CCDs per chip.
Looking at that topology, I'm not sure if it's better to use one thread per code or all on the same CCD. I'll have to test that.

3900X is a single chip with two CCDs, one NUMA node. I checked and Memory Interleaving is enabled by default.

Index
 
Introduction
 
1. Requirements
 
2. Recovery
 
3. Enabling & Verifying both Virtualization & IOMMU Groups.
 
4. Installing Applications & Downloading Drivers
 
5. Blocking the Kernel Driver(s)
 
6. Configuring Virt-manager
 
7. Installing VirtIO Drivers
 
8. Looking Glass Configuration
 
9. Scream Audio
 
10. Performance Optimization
 
11. Troubleshooting
 

They just have a different versioning number on the iOS build, it's not out-of-date.
 
You have it backwards, Firefox isn't going to stop supporting Youtube, Youtube is claiming it's going to stop supporting Firefox. I wonder if it has to do with the fact that you're using the old Youtube UI.

PCIe 4.0 is more important for servers than desktops thanks to NVMe and 40/100Gbps networking.

They just have a different versioning number on the iOS build, it's not out-of-date.
 
You have it backwards, Firefox isn't going to stop supporting Youtube, Youtube is claiming it's going to stop supporting Firefox. I wonder if it has to do with the fact that you're using the old Youtube UI.

They just have a different versioning number on the iOS build, it's not out-of-date.
 
You have it backwards, Firefox isn't going to stop supporting Youtube, Youtube is claiming it's going to stop supporting Firefox. I wonder if it has to do with the fact that you're using the old Youtube UI.

PCIe 4.0 is more important for servers than desktops thanks to NVMe and 40/100Gbps networking.

PCIe 4.0 is more important for servers than desktops thanks to NVMe and 40/100Gbps networking.

PCIe 4.0 is more important for servers than desktops thanks to NVMe and 40/100Gbps networking.

PCIe 4.0 is more important for servers than desktops thanks to NVMe and 40/100Gbps networking.

PCIe 4.0 is more important for servers than desktops thanks to NVMe and 40/100Gbps networking.

PCIe 4.0 is more important for servers than desktops thanks to NVMe and 40/100Gbps networking.

PCIe 4.0 is more important for servers than desktops thanks to NVMe and 40/100Gbps networking.

PCIe 4.0 is more important for servers than desktops thanks to NVMe and 40/100Gbps networking.

PCIe 4.0 is more important for servers than desktops thanks to NVMe and 40/100Gbps networking.

And the LTT forum is such an oasis of experts?

Or go to the more popular /r/itcareerquestions.

That and the original is .org, not .com.

XCP-ng is pretty okay.

The ArsTechnica review didn't have issues with latency on Ethernet, only on WiFI. Another point of potential delay is packet inspection done by firewalls. I don't know how aggressive the source's corporate firewall is but that could potentially be a cause.

I only use a VPN so my ISP doesn't see my linux iso torrents. Also, your mention of no security from these isn't the most accurate. There is a lot of unencrypted parts of network traffic that can give a lot of information, for example DNS, which if you're on a public wireless network could potentially be an issue, especially with rogue APs which aren't as uncommon as one may think. I think you're conflating security with privacy, they're related but not exchangeable terms. I use the Google Fi VPN on my phone because it's transparent and encrypts those packets on public networks for me (not the same VPN I mentioned in my first sentence). I get where you're coming from but you're trying to speak absolutely when the topic is in fact not absolute.

A lot of VPN providers accept cryptocurrency which you don't have to obtain through an exchange. Simply pay someone random with cash without exchanging personal information and there is effectively no trail. That's the decentralized part of cryptocurrencies that public exchanges make people forget about. Hell, Mullvad VPN accepts cash payments through mail (which by the way does not require a return address). They also claim to point their logs to /dev/null (which is a data blackhole for those that aren't familiar with *nix OSes).

I have a Pixel 3a and use Google Fi as my mobile network provider. The "VPN" simply encrypts the data without spoofing your IP, it is purely meant for security.

I only use a VPN so my ISP doesn't see my linux iso torrents. Also, your mention of no security from these isn't the most accurate. There is a lot of unencrypted parts of network traffic that can give a lot of information, for example DNS, which if you're on a public wireless network could potentially be an issue, especially with rogue APs which aren't as uncommon as one may think. I think you're conflating security with privacy, they're related but not exchangeable terms. I use the Google Fi VPN on my phone because it's transparent and encrypts those packets on public networks for me (not the same VPN I mentioned in my first sentence). I get where you're coming from but you're trying to speak absolutely when the topic is in fact not absolute.