UGREEN DXP4800 Pro Review: The Best 4-Bay Plex Media Server for 2026
- Text The UGREEN DXP4800 Pro NAS has emerged as the top 4-bay media server for 2026 after a 2,500-hour stress test involving 54TB of data transfers, according to...
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The UGREEN DXP4800 Pro NAS has emerged as the top 4-bay media server for 2026 after a 2,500-hour stress test involving 54TB of data transfers, according to a review published by Android Central. The device, which the author used as a replacement for their two-year-old DiskStation DS1823xs+ system, demonstrated reliability and performance in handling 4K Plex streaming across multiple devices while maintaining data integrity through extensive testing. Subheading
Hardware and Configuration
The DXP4800 Pro features an Intel Core i3-1315U processor, 8GB of RAM (expandable to 24GB), 10 Gigabit Ethernet connectivity, and support for four 24TB Seagate Exos X24 and IronWolf Pro NAS HDDs. The system’s hardware transcoding capabilities, powered by Intel Quick Sync, enable efficient 4K content delivery to devices requiring H.264 conversion. During testing, the NAS achieved transfer speeds of up to 580MB/s when moving large media files, with thermal management proving effective despite sustained workloads. Text
The author configured the DXP4800 Pro with a JBOD storage pool for redundancy, though they noted that a mirrored setup would better protect against drive failures. The system ran multiple services simultaneously, including Plex, Jellyfin, Roon, Immich, and Tailscale, via Docker containers. Despite running eight 24/7 services, the NAS maintained 3.2GB of usable RAM, with the author later upgrading to 24GB for additional headroom. Subheading
Testing and Performance
Over three months, the DXP4800 Pro handled 54TB of data transfers, including a 20TB music production library with VST instruments. The author connected the older DS1823xs+ to the DXP4800 Pro using a 10GbE switch, achieving near-maximum bandwidth for the Seagate drives. Thermal readings remained stable, with internal components staying below 48°C during heavy transfers. Text
Media streaming tests revealed the NAS’s ability to transcode three 4K streams simultaneously, though the author emphasized that most modern devices could play 4K content without transcoding. Power consumption averaged 24–28W during idle and peaked at 85W under load, with the included 150W power supply providing ample capacity. Subheading
Verdict and Recommendations
The DXP4800 Pro’s combination of robust hardware, UGREEN’s UGOS Pro software, and reliability in handling intensive workloads earned it the author’s recommendation as the “best all-round media server” for 2026. The device’s $719 price tag includes features like 10GbE connectivity and hardware transcoding, positioning it as a strong contender against competitors like Synology and QNAP. Text
While the author acknowledged the NAS’s higher power draw compared to some alternatives, they noted that the performance justified the trade-off. The review concluded that the DXP4800 Pro “is without a doubt one of the best 4-bay NAS servers around,” particularly for users prioritizing media streaming and multi-service support. Subheading
Technical Considerations
For users considering the DXP4800 Pro, the review emphasizes the importance of drive selection. Text
Additionally, the NAS’s expandable RAM and NVMe M.2 slots allow for future upgrades, making it a scalable solution for growing media collections. Subheading
Conclusion
After extensive real-world testing, the UGREEN DXP4800 Pro has proven itself as a reliable, high-capacity media server capable of handling demanding workloads. Its combination of powerful hardware, flexible software, and robust performance makes it a compelling choice for users seeking a dedicated media hub. Text
The review underscores the importance of selecting a NAS that balances performance, reliability, and future-proofing—factors that the DXP4800 Pro addresses comprehensively. For consumers prioritizing media streaming and multi-service capabilities, the device represents a significant advancement in home server technology.
