Tuesday, March 17, 2026 • Project Log

Architectural Overview: A High-Performance Proxmox Virtualization Environment

Phase 1: Hardware & Hypervisor

The foundation of this project began with a Dell Optiplex 5040 SFF. Converting a standard desktop into a Type-1 Hypervisor which requires specific BIOS adjustments for automatic startup and virtualization, primarily enabling VT-x and ensuring the boot order is optimized for the Proxmox environment.

Hardware Specs

Hardware Configuration Log
CHASSIS Dell Optiplex 7050 SFF
PROCESSOR Intel Core i5-7500 @ 3.40GHz
GRAPHICS NVIDIA Dedicated GPU
STORAGE 2TB SATA SSD
PLATFORM Proxmox Virtual Environment
Hardware Setup

Network Bridging & Container Provisioning

With the hypervisor live, I transitioned to configuring the logical network layers and resource pools required for the help desk environment

LOG ENTRY 02.1: NETWORKING
# Mapping physical NIC to Linux Bridge
# Interface: eth0 -> vmbr0
Proxmox LXC Networking Configuration showing vmbr0 bridge
Goal: Establishing L2 connectivity. By bridging the physical NIC to vmbr0, I allowed the LXC container to interface directly with my physical network for DHCP assignment.
LOG ENTRY 02.2: RESOURCE ALLOCATION
# Defining Container Specs
# CPU: 2 Cores | RAM: 1GB | Disk: ZFS-Mirror
Proxmox LXC Container creation confirmation showing CPU cores and memory allocation
Goal: Performance Optimization. Utilizing an LXC instead of a full VM reduces kernel overhead. I partitioned the ZFS pool specifically for the osticket-ubuntu node to ensure high-speed I/O.
LOG ENTRY 02.3: SYSTEM INITIALIZATION
# Extracting Ubuntu-24.04-Standard Template
# Task Status: TASK OK
Proxmox task viewer showing successful LXC container creation and TASK OK status
Goal: Verification. This log confirms the creation of the logical volume and the successful deployment of the Ubuntu template. The node is now initialized and ready for application-level configuration.