My UGREEN DXP4800 Pro NAS quietly replaced half my home lab, and I didn’t expect that

At a glance:

• The UGREEN DXP4800 Pro NAS transformed from a simple storage device into the central hub for a home lab, hosting services like Jellyfin, Pi-hole, and Unbound.
• Consolidation reduced hardware clutter but created a single point of failure, making the NAS critical for multiple functions.
• Selective migration of stable, low-overhead services maximized utility without turning the NAS into an unmanageable junk drawer.

From Storage Box to Service Hub

Jeff, an IT veteran with over 20 years in technical support, system administration, and consulting, holds degrees in English and Computing & Information Systems. After teaching and launching a writing career for outlets like Macworld and Tom's Hardware, he approached the UGREEN DXP4800 Pro NAS as a better storage box—room for drives, ample performance, and an appliance-like personality to replace his scattered mini PCs and Raspberry Pis. Published May 20, 2026, 8:00 AM EDT, his expectation was sensible on paper, but the NAS quietly began swallowing jobs reserved for dedicated machines, shifting from a final destination for files to a foundational service platform.

The Migration of Key Services

Jellyfin was the first service to move because the NAS already housed the media library, eliminating a layer of networking, permissions, and troubleshooting between storage and server. This made the setup more direct, though the author notes that a NAS isn't automatically the best media server for everyone—transcoding needs, user count, and library size still matter. For his use case, proximity to files removed friction, turning Jellyfin from a separate project into a native part of the storage system. That shift changed how he viewed the NAS: from a passive repository to an active foundation where other services could build. Before long, the DXP4800 Pro wasn't just holding data; it was becoming one of the most useful machines in the house.

Benefits and Shift in Mindset

The migration of Jellyfin made the change obvious, and soon other supporting services followed because scattering them across hardware felt inefficient. This evolution highlighted a broader insight: storage stopped being separate and became the backbone enabling services. The NAS's role expanded as it proved capable of handling background tasks that were previously spread across multiple devices. This consolidation streamlined the home lab, reducing the number of machines needing maintenance while increasing the NAS's importance. However, the author emphasizes that this doesn't mean every service belongs on a NAS—only those that are stable, predictable, and closely tied to storage or network availability.

Unexpected Roles: DNS and Remote Access

The bigger surprise was how well the DXP4800 Pro fit into less glamorous infrastructure. Pi-hole, a critical daily tool for ad blocking, ran in a small VM in Proxmox paired with Unbound DNS—a workload light enough that dedicating a machine to it felt wasteful. Hosting these on the NAS leveraged its headroom, allowing background services to operate without burden and stay close to other infrastructure. Similarly, a RustDesk relay server found a stable home on the NAS, providing consistent remote access without turning another mini PC into a permanent fixture. These moves exemplified a pattern: consolidating steady, low-drama services where they benefit from proximity to storage and network reliability.

The Risks of Consolidation

Consolidation introduces a clear downside: the NAS becomes a critical single point of failure. If it encounters a problem, outages extend beyond storage to media streaming, DNS, remote access, and any other hosted services. A messy home lab spread across several devices has natural separation—a failing Raspberry Pi or mini PC limits blast radius. But with the NAS as a service hub, a single bad update or configuration mistake can cause a louder, more disruptive failure. There's also the temptation to keep adding services just because the NAS can handle them, which can lead to poor organization and turn the device into a junk drawer with drive bays if discipline isn't maintained.

Selective Consolidation for Stability

The answer isn't to lock the NAS in a storage-only role but to be highly selective about what belongs there. Services like Jellyfin, Pi-hole, Unbound, and RustDesk relay server make sense because they are stable, predictable, and closely tied to the home lab's ecosystem. The author had the best results moving steady, low-drama services onto the NAS, especially those benefiting from storage proximity or constant network availability. Experimental projects, fragile test environments, and anything likely to break still belong elsewhere to maintain separation. This approach keeps the NAS useful without making it the machine every problem must pass through, ensuring consolidation feels controlled rather than chaotic.

Conclusion: The Quiet Backbone

The UGREEN DXP4800 Pro didn't replace half the home lab through a grand consolidation plan; it happened incrementally as each service made more sense on the NAS than elsewhere. Jellyfin belonged close to the media library, Pi-hole and Unbound didn't need dedicated hardware, and the RustDesk relay server benefited from a stable home. None of these moves felt dramatic alone, but together they completely changed the NAS's role. It became more useful by taking over the quiet, essential jobs that hold a home lab together—not through exotic functionality but by assuming responsibility for steady, reliable services. While the author wouldn't dump every workload onto it and still values separation for certain projects, for daily relied-upon services, the DXP4800 Pro has evolved from a storage box to the machine everything else quietly depends on.

Specifications and Pricing:

• CPU: Intel Core i3-1315U
• Memory: 8GB (expandable to 96GB)
• Drive Bays: 4 x SATA, 2 x M.2 NVMe SSD
• Ports: 1 x USB-C (10Gbps), 1 x USB-A (10Gbps), 1 x SD Card 3.0, 1 x USB-A (5Gbps), 2 x USB-A (480Mbps), 2.GbE LAN, 10GbE LAN
• Caching: 2 x M.2 NVMe SSD (up to 8TB)
• Pricing: $720 (originally $800, saving $80)