UniFi Pro Max 24 PoE

Organizing the digital chaos with pro-grade networking Building a high-end gaming rig is a weekend project, but managing seven distinct systems requires a foundational overhaul. Nick Harris, a software developer for LTT Labs, faced a common enthusiast dilemma: high-end hardware bottlenecked by consumer-grade connectivity. The solution involves transitioning from a collection of isolated machines to a centralized network hub. By installing the UniFi Pro Max 24 PoE switch, Harris gains the ability to deliver up to 400 watts of power over Ethernet while supporting 2.5 gigabit speeds for high-traffic devices. This infrastructure shift isn't just about speed; it's about stability. The addition of the UniFi Cloud Gateway Max provides a dedicated brain for the apartment, allowing for advanced routing and security that consumer routers simply cannot match. For an environment saturated with Wi-Fi interference, moving the heavy lifting to a rack-mounted switch ensures that benchmarking and data transfers don't stumble over a dropped packet. Implementing the 3-2-1 backup rule Data redundancy is often the most neglected aspect of a home lab. Harris addresses this by integrating a UniFi UNAS 2 into his rack, loaded with 8TB Seagate IronWolf drives. The goal is a strict adherence to the **3-2-1 rule**: maintaining three copies of your data, on two different mediums, with one copy stored off-site. While his existing TrueNAS box handles primary storage, the new NAS serves as a local backup target. By pairing this with cloud storage, the system becomes resilient against hardware failure or local disasters. The setup demonstrates that specialized storage servers are no longer just for enterprise environments; they are essential for anyone managing a massive library of benchmark data or personal documents across multiple machines. Building a dedicated Linux testing bench Testing hardware for a living requires a controlled environment separate from a daily driver. Harris utilizes the AMD Ryzen 7 5800XT to anchor a new test bench designed specifically for Linux-based performance evaluations. The longevity of the **AM4 socket** remains a standout feature here, allowing a modern 5000-series chip to drop into a mature ecosystem without requiring a total platform reinvestment. To ensure the bench can handle modern gaming workloads, it features an ASRock Radeon RX 7600 XT with 16GB of VRAM. While not a flagship card, the generous memory buffer is critical for testing texture-heavy titles and modern API implementations in Linux. This dedicated bench allows for iterative testing—getting the software working first, then optimizing—without disrupting the primary workstations in the home. Integrating local AI and smart automation Beyond raw compute, the upgrade explores the future of home interaction with the Reachy Mini, a small AI-powered assistant. Currently utilizing **OpenAI** tokens, the long-term objective is to migrate to a **local LLM** (Large Language Model) hosted on Harris's 16-core AMD Ryzen 9 7950X server. This local approach eliminates latency and subscription costs while maintaining privacy. By connecting the Reachy Mini to **Home Assistant**, Harris can use voice commands to control Govee smart lights based on data from distributed hygrometers. It is a transition from a "dumb" smart home to a responsive environment where humidity levels in the bedroom can trigger visual alerts or climate adjustments automatically. Perfecting the workstation ergonomics No amount of server power matters if the interface is uncomfortable. The final stage of the upgrade focuses on the physical touchpoints: the mouse, keyboard, and audio. Replacing the aging G502 with a Logitech G502 X Lightspeed provides better wireless responsiveness, while a MOTU M2 audio interface brings professional-grade DACs and XLR inputs to the desk. This ensures that whether Harris is recording a podcast or playing bass guitar, the signal chain remains clean and latency-free. The result is a unified, high-performance workspace that handles the chaos of seven computers with the precision of a professional lab.