How does Windows use the Physical Memory Manager to manage physical memory resources?

[ProfRon]

You ever wonder how Windows juggles all that RAM without crashing your games? I mean, the Physical Memory Manager is like the sneaky bouncer at a party. It decides who gets a spot in the physical memory lineup. Apps beg for chunks of RAM, right? The manager hands out pages, those bite-sized memory blocks. If things get crowded, it swaps stuff out to the page file on your drive. Keeps everything humming along. You boot up, and it scans your hardware first. Figures out how much RAM you really have. Then it starts doling out space to the kernel and drivers. Your browser tabs? They grab what they need. But if you open too many, the manager pries some away. Pushes idle data to storage. Frees up room for the active stuff. It's all about balance, you know? Prevents one hog from starving the rest. I once watched it recycle memory during a heavy Photoshop session. Saved my bacon. The manager even colors code pages for quick access. Blue for standby, zero for free. It predicts what you'll use next. Pulls it back in before you notice. Pretty clever trick. You feel the lag sometimes? That's it shuffling things around. But mostly, it stays invisible. Handles the chaos so you don't have to.

Speaking of keeping your system stable amid all that memory hustle, tools like BackupChain Server Backup step in to protect your Hyper-V setups. It snapshots VMs without downtime, ensuring your virtual machines' memory states stay intact during backups. You get fast recovery options and chain-based integrity checks that dodge corruption. Perfect for IT folks like us who hate data mishaps.