PSU: 1000W PSU Liquid Cooled Chassis - CyberPower 1500 UPSĬase: Alienware Mid-Tower Dark side of the MoonĬooling: Liquid Cooled - 3 fan - Top exhaust

Screen Resolution: 1920 x 1080 x 60 hertz Monitor(s) Displays: Samsung 27' Curved C27F591

Sound Card: Realtek High Definition Audio Graphics Card: NVIDIA GeForce RTX 3080 w/10GB GDDR5X mem OS: Multi-boot Windows 10/11 - RTM, RP, Beta, and InsiderĬPU: 11th Gen Intel(R) Core(TM) i9-11900KF 3.50GHz, 3401 Mhz, 8 Core(s), 16 Logical Processors System Manufacturer/Model Number: Alienware R12 The only disadvantage in using Bridged Networking is that it uses another physical IP address on your network - so there might be problems if in say a place like a Hotel, School Dorm or wherever a lot of people share the same Network. Windows Networking IMO is always 'touch and go' and in general I've found communication between HOST and GUEST on a Windows HOST when using NAT (the default mode) not as reliable as using 'Bridged Mode' - but experiment - every machine seems to have different Networking properties when it comes to Windows IMO. On the HOST Windows system you need also to enable SMB1 if not done so already otherwise you won't be able to share files with the VM. VMWare player is also free for Home / Individual users.Īlso turn on Network Discovery on the W10 machine. It will be available either automatically or from the menu 'install vmware tools'.

After ist boot install vmware tools if using vmware products. You might also have better luck with VMWare player - often it seems better at supporting really old OS's. Try to set networking for the VM up as 'Bridged Mode' and the vm network adapter as 'Ethernet' - I don't think you'll get any Wireless adapter to work on W95 - could be wrong of course but the 'Virtual BIOS' should handle things like Network and display via paravirtualised hardware.

Windows 10 virtualbox bridged adapter