UGREEN NASync DXP8800 Plus 8-Bay Desktop NAS - High-Speed 10GbE

Our review of the UGREEN NASync DXP8800 Plus finds it aimed at small offices, creative professionals, and tech-savvy home users who need local, high-performance storage rather than cloud services. The single biggest reason to buy is its combination of a 12th Gen Intel Core i5 CPU and dual 10GbE ports, which together deliver responsive multitasking and fast file transfers for large media libraries or virtual machine storage. This review focuses on real-world utility: processing headroom for concurrent tasks, flexible RAID options for data protection, and expansion for NVMe caching or ultra-fast scratch space.

Key Features

• Dual 10GbE Network Ports: Two 10GbE ports can be aggregated to increase throughput and sustain transfers up to the theoretical limits for large file movement and backup windows.
• Powerful 12th Gen Intel i5: A 10-core, 12-thread processor provides strong single-thread and multi-thread performance for media transcodes, VM hosts, and concurrent users.
• 8-Bay Expandable Storage: Eight SATA bays plus two M.2 NVMe slots allow a mix of dense HDD storage and NVMe for caching or fast scratch volumes.
• Flexible RAID Support: Support for common RAID levels including RAID5 and RAID6 gives options for balancing capacity and redundancy for critical data.
• All-in-One NAS App: A unified management app consolidates storage manager, file access, and photo organization to simplify administration and daily use.
• Professional Data Security: Local storage with encryption and multi-factor options reduces exposure compared to public cloud storage for sensitive material.

Who It's For

The NASync DXP8800 Plus is best for small businesses, post-production and photography workflows, and power home users who need multi-user access, fast network speeds, and the ability to host containers or VMs. Its CPU and dual 10GbE ports make it especially useful where sustained transfer performance and on-device processing matter.

Less suitable are strictly budget-conscious buyers who only need simple file sharing, or users who must have a completely silent unit; some users report the unit runs warmer and noisier than compact consumer NAS devices, so ultra-quiet home theater use may call for a different model.

Pros & Cons

Pros

• High network throughput with two 10GbE ports and link aggregation for faster backups and transfers.
• Strong processing power from the 12th Gen Intel Core i5 for transcoding, VMs, and multitasking.
• Large capacity options with eight drive bays plus two M.2 slots for mixed HDD and NVMe setups.
• Unified NAS app and broad third-party drive compatibility simplify setup and maintenance.

Cons

• Reported noise and thermals are higher than some quieter desktop NAS units, which may matter in noise-sensitive environments.
• Storage disks are not included, so initial cost rises once drives are purchased and configured.

Specifications

Model	NASync DXP8800 Plus
CPU	Intel Core i5 12th Gen, 10 cores / 12 threads
Memory	8GB DDR5 RAM
Internal Storage	128G SSD (system)
Drive Bays	8 SATA bays + 2 M.2 NVMe slots (diskless)
Network	2x 10GbE ports (supports link aggregation)
External Ports	2x Thunderbolt 4, 8K HDMI

Our Verdict

The NASync DXP8800 Plus is a compelling choice for users who need high-performance local storage and flexible RAID options; its Intel i5 CPU and dual 10GbE make it excellent value for multi-user environments and media workflows. Buy it if you need speed, capacity, and on-device processing; consider alternative quieter models if noise and thermals are a top priority.

Frequently Asked Questions

Are storage drives included?
Answer: No, the NAS ships diskless; users must purchase and install compatible HDDs or SSDs separately.

Can the 10GbE ports be combined for faster transfers?
Answer: Yes, the two 10GbE ports support link aggregation to increase bandwidth and balance load between links.

Is this NAS suitable for media transcoding?
Answer: Yes, the 12th Gen Intel Core i5 provides sufficient CPU headroom for common transcoding and multitasking workloads.