Ugreen DXP8800 Ultra vs Plus: Choosing the Best 8-Bay NAS for Your Needs

Compare Ugreen's DXP8800 Ultra and Plus NAS devices to find which 8-bay NAS fits your storage, performance, and budget requirements best.

Ugreen DXP8800 Ultra vs Plus: Choosing the Best 8-Bay NAS for Your Needs
Sarah Collins

Sarah Collins

Computing Editor

Specializes in PCs, laptops, components, and productivity-focused computing tech.

What are the key differences between the Ugreen DXP8800 Ultra and Plus NAS?

Both the Ugreen DXP8800 Ultra and DXP8800 Plus offer eight drive bays and support up to 272TB of storage, making them suitable for handling large volumes of data such as backups, media archives, and multi-user file access. They share features like dual 10GbE network ports, dual Thunderbolt 4 connections, dual M.2 slots for NVMe SSDs, and 8K HDMI output for media tasks.

The biggest hardware distinction lies in the processing power and memory capacity. The DXP8800 Ultra includes a newer Intel Core i7-150U processor and supports up to 96GB of DDR5 RAM, whereas the Plus is equipped with an Intel Core i5-1235U processor and supports up to 64GB of DDR5 RAM. This means the Ultra has a higher ceiling for multitasking, virtualization, and resource-heavy applications.

How do these differences impact use cases and performance?

Ugreen DXP8800 Ultra vs Plus: Which 8-bay NAS should you buy? | TechRadar
Ugreen DXP8800 Ultra vs Plus: Which 8-bay NAS should you buy? | TechRadar

For everyday file serving, backups, media streaming, and light virtualization, both models handle these functions efficiently. The Plus model is suitable for small businesses, creative teams, and IT professionals needing reliable centralized storage without overinvesting in processing power that may go underutilized.

The Ultra model becomes advantageous when workloads are more demanding — for example, hosting multiple virtual machines, running AI workloads, or managing extensive multitasking involving many containers or apps. The higher RAM support and upgraded processor provide smoother performance in these scenarios, reducing potential bottlenecks.

However, for most users focused on standard NAS functions, the performance difference may not justify the Ultra's additional cost.

What are the price considerations?

The Plus is currently discounted to approximately $1,370, while the Ultra retails for around $1,780. This $410 price gap reflects the Ultra's more advanced CPU and greater memory scalability.

Both devices are sold diskless, so additional budget must be planned for purchasing hard drives or SSDs according to required storage needs.

Which NAS should you buy based on your needs?

Ugreen DXP8800 Ultra vs Plus: Which 8-bay NAS should you buy? | TechRadar
Ugreen DXP8800 Ultra vs Plus: Which 8-bay NAS should you buy? | TechRadar

Choose the DXP8800 Plus if:

  • You require a powerful eight-bay NAS for extensive storage and fast network connectivity but mostly perform file serving, backups, or media streaming without intensive virtualization or AI tasks.
  • You want to minimize upfront costs while still accessing high-end features like dual 10GbE and Thunderbolt 4.

Choose the DXP8800 Ultra if:

  • Your workflows include heavy multitasking, virtualization, AI, or other demanding applications that benefit from a faster processor and larger RAM capacity.
  • You anticipate scaling memory beyond 64GB in the future or need the extra compute headroom for specialized tasks.

Practical takeaway for NAS buyers

Both Ugreen NASync DXP8800 models are high-capacity, high-speed NAS devices capable of serving small businesses, studios, and IT environments well. The choice comes down to balancing cost against performance needs: unless you specifically require advanced processing and memory for complex workloads, the more affordable DXP8800 Plus offers excellent value and ample capability.

Consider your actual usage scenarios carefully; over-investment in CPU and RAM can inflate costs without tangible benefit. By contrast, the Ultra provides a future-proof option for users with demanding, compute-intensive NAS applications.

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