Page 3 of 16 — showing Proxmox VE articles 25–36 of 183.
Your backups might be broken even if they run every night—here's how your choice between ZFS and LVM-thin changes everything under load.
VLAN-aware bridges are just the beginning — Proxmox VE 9.x adds SDN VRF routing that lets multiple VLANs share one physical interface without IP conflicts.
Proxmox VE's new OCI runtime uses a different stack than LXC — here's how overlay2 beats fuse-overlayfs in write-heavy workloads and when each actually makes sense on modest hardware.
Data Center Manager (DCM) is Proxmox's new web-based tool for automating host installation across multiple nodes
Silent remote-memory access is costing performance in most default setups — here's how to fix it without overcomplicating your Proxmox VMs.
Most people leave their ZFS pool running on defaults. Three simple knobs give you most of the performance benefit with almost zero ongoing cost.
Most people configure their bridges correctly but still lose traffic between subnets because they misunderstand which packets get tagged, when, and why it matters for your switch ports.
Most homelab workloads run fine with fuse-overlayfs in an unprivileged container. The real decision comes down to your storage backend, I/O patterns, and whether you need GPU access.
Most admins miss several of these because they don't require configuration changes — just toggling a flag in /etc/pve/.
The new dynamic LB engine evaluates real-time metrics against your rules and moves workloads before any single node chokes, all while sharing infrastructure with HA failover.
TrueNAS SCALE runs just fine either way in Proxmox VE — it's not so much about which is better that matters most
Most guides stop at basic bridge setup — but production networking on Proxmox requires more than just a single untagged interface.
Proxmox Pulse