![]() ![]() We login as root, go to run level 3 ( telinit 3), then run Xorg’s auto configuration function: No additional CDs are used in our installation:įirst, we escape the login screen by using the key combination: Ctrl-Alt-F1 (Ctrl-Option-Fn-F1 on the MacBook). We’ll add more later.Ĭlicking on “Use Network Login” gives us more options but we do not use them for now (i.e. We also activate the use of the Network Time Protocol (NTP): We check and set (if needed) the data, time, and timezone. We open up a number of ports needed for the installation to service clients with. Yum is useful in managing the packages of the system:Ī little more configuration is needed after the reboot: We are prompted to begin installation and so we proceed: The installer then checks for dependencies for the selected packages (that are going to be installed). ![]() We select both Gnome and KDE desktop environments just to see how they compare. The installer then asks for the root/administrator password that is to be used. Next, the time and date are configured and the timezone is selected: Your DHCP server might be configured to set the hostname as well - just ask the network/systems administrator about it. The hostname was chosen manually instead of relying on DHCP to assign it. The guest OS (CentOS 5.4 in this case) gets its IP address from VMware and uses that to connect to the local network and the Internet. ![]() When our VM was configured, we chose NAT networking meaning that the OS is “behind” the host OS. We simply use the default partitioning that the installer chooses and proceed to the next screen.įor the network configuration, we use DHCP. Then, the installer detects that the partition table is not readable, prompting us to initialize it. For now, we do not click on any of them and just continue with the installation.įor the purpose of this article, we choose English as the language for installation. My Resolve ram usage also dropped from 40GB to 4GB!All we get though is a short version of the release notes with links to various informational documents. I’ve been rendering everything in place, and was using 1700% CPU just to play back the timeline and not very well at that, after Afterburner is 100% CPU and smooth as butter, even when shuttlng at high speed. I just put in a OWC 8TB raid and Adterburner, and boy what a difference. My 12 Core, 192GB, 5800 wasn’t great but much much better. My third video edit ever annd it about killed me and the Mac Pro….but looking forward to the next one with the new SSD and afterburner. I’m not entirely clear where my bottlenecks are, but I’m thinking Apple Silicon would struggle with this. On the fence about 6800 DUO…big $$$ it’s mostly the fusion effects slowing me down. My Resolve ram usage also dropped from 40GB to 4GB! What a diff to actually see what your edits are vs guess. I’ve been rendering everything in place, and was using 1700% CPU just to play back the timeline and not very well at that, after Afterburner is 100% CPU and smooth as butter, even when shuttling at high speed. ![]() I tried running my Davinci projects on a M2 1TB iPad Pro, thinking I could do some editing there, but boy is it slow. Bought it for day trading, but also doing video editing now. I’ve been waiting for an Apple Silicon to upgrade to, but got impatient and have started upgrading the 2019 Mac Pro. ![]()
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