<p>Is there any technical reason why one would consider using Xen (or XCP-ng) over KVM at this point?</p><p><a href="/tags/xen/" rel="tag">#Xen</a> <a href="/tags/xcp_ng/" rel="tag">#XCP_ng</a> <a href="/tags/kvm/" rel="tag">#KVM</a> <a href="/tags/homelab/" rel="tag">#HomeLab</a></p>
kvm
<a href="/tags/proxlb/" rel="tag">#ProxLB</a> 1.1.11 for <a href="/tags/proxmox/" rel="tag">#Proxmox</a> clusters introduces many new features and now fully aligns with Proxmox’s native HA rules.<br><br>ProxLB 1.1.11 was released, focusing on deeper integration and smarter balancing for Proxmox VE clusters. This version introduces a beta integration with Proxmox’s native HA and affinity/anti-affinity rules (please report any kind of bugs!), allowing ProxLB to work seamlessly with existing placement constraints instead of duplicating them.<br><br>The balancing behavior has also been improved: operators can now prefer smaller or larger VMs during placement, and node memory reservations are respected to reduce overcommitment.<br><br>Overall, 1.1.11 makes ProxLB more predictable, safer, and better suited for production use, while paving the way for future HA-aware scheduling improvements.<br><br>Blog post: <a href="https://gyptazy.com/blog/proxlb-proxmox-ha-affinity-rules-version-1-1-11/" rel="nofollow" class="ellipsis" title="gyptazy.com/blog/proxlb-proxmox-ha-affinity-rules-version-1-1-11/"><span class="invisible">https://</span><span class="ellipsis">gyptazy.com/blog/proxlb-proxmo</span><span class="invisible">x-ha-affinity-rules-version-1-1-11/</span></a><br>Release/Changelog: <a href="https://github.com/gyptazy/ProxLB/releases/tag/v1.1.11" rel="nofollow" class="ellipsis" title="github.com/gyptazy/ProxLB/releases/tag/v1.1.11"><span class="invisible">https://</span><span class="ellipsis">github.com/gyptazy/ProxLB/rele</span><span class="invisible">ases/tag/v1.1.11</span></a><br>GitHub: <a href="https://github.com/gyptazy/ProxLB" rel="nofollow"><span class="invisible">https://</span>github.com/gyptazy/ProxLB</a><br><br><a href="/tags/virtualization/" rel="tag">#virtualization</a> <a href="/tags/vm/" rel="tag">#VM</a> <a href="/tags/vps/" rel="tag">#VPS</a> <a href="/tags/pve/" rel="tag">#PVE</a> <a href="/tags/prox/" rel="tag">#Prox</a> <a href="/tags/proxmoxve/" rel="tag">#ProxmoxVE</a> <a href="/tags/kvm/" rel="tag">#KVM</a> <a href="/tags/vmware/" rel="tag">#VMware</a> <a href="/tags/enterprise/" rel="tag">#Enterprise</a> <a href="/tags/homelab/" rel="tag">#Homelab</a> <a href="/tags/resourcescheduler/" rel="tag">#ResourceScheduler</a> <a href="/tags/affinity/" rel="tag">#affinity</a> <a href="/tags/antiaffinity/" rel="tag">#antiaffinity</a> <a href="/tags/devops/" rel="tag">#devops</a> <a href="/tags/tools/" rel="tag">#tools</a> <a href="/tags/python/" rel="tag">#python</a> <a href="/tags/debian/" rel="tag">#debian</a><br>
