ZimaBoard 2 1664 2-Bay Mini NAS Pro Kit Review
If you want private cloud storage without committing to a large rack-mounted server, the ZimaBoard 2 1664 2-Bay Mini NAS Pro Kit takes an interesting approach. Built around an Intel N150 processor and 16GB of LPDDR5 memory, this compact NAS is aimed at home users, creators, small offices, self-hosters, and anyone who wants more control over personal data. Instead of relying entirely on third-party cloud subscriptions, a two-bay NAS can give you a centralized place for files, backups, media, and other services while keeping your storage infrastructure under your control.
The combination of an Intel N150 platform, 16GB LPDDR5 RAM, two drive bays, and high-speed networking makes this system particularly interesting for users searching for a Pro enterprise network storage Kit in a compact form factor. Of course, a mini NAS is not automatically equivalent to a traditional enterprise storage array. Its appeal is the balance between small size, modern hardware, expandability, and the flexibility of running your own storage environment.
For households with several computers, photographers managing large libraries, remote workers protecting important documents, or enthusiasts building a private cloud, that flexibility can be more valuable than simply buying another external hard drive. The real question is whether the ZimaBoard 2 1664 provides enough computing and storage capability for your particular workload.
What Makes the ZimaBoard 2 1664 Interesting?
A good NAS needs to do more than hold disks. It needs enough processing power to manage file transfers, background services, networking, user access, and potentially additional applications without becoming frustratingly slow. The ZimaBoard 2 1664 addresses this with an Intel N150 processor paired with 16GB LPDDR5 memory.
The N150 is designed for efficient computing rather than workstation-class performance. That distinction matters. This is better understood as a compact, low-power server platform than as a replacement for a high-end desktop processor. For typical NAS duties, however, efficient hardware can be an advantage because a storage server may remain powered for long periods.
The two-bay design also gives the system a practical advantage over single-drive network storage. With two compatible drives installed, users can configure storage according to their needs and supported software options. Depending on the chosen storage configuration, two bays can be used for redundancy or capacity-focused storage. Users should always verify the specific RAID and filesystem support of their intended software before deciding how to configure the drives.
Key Features
Intel N150 Processing Platform
The Intel N150 provides the computational foundation of the system. For a mini NAS, this is useful because the processor does not need to compete with desktop CPUs on raw performance. Instead, the goal is efficient operation for storage management, networking, applications, and everyday server tasks.
That makes the platform particularly suitable for users who want something more capable than a basic USB storage enclosure but don’t necessarily need a power-hungry enterprise server sitting beside their router.
16GB LPDDR5 Memory
One of the standout specifications is the 16GB LPDDR5 RAM. Memory capacity becomes increasingly important when a NAS does more than simply share files. Background applications, indexing, containers, databases, media services, and other workloads can all consume RAM.
Having 16GB available gives this mini system useful headroom for multitasking. It can be especially attractive to enthusiasts who want to experiment with services beyond basic file storage.
Two-Bay Storage Architecture
The two-bay design provides a sensible starting point for private network storage. Instead of keeping important files scattered across USB drives and individual computers, a NAS can centralize them into one accessible location.
Two bays also make the system more versatile than a single-drive enclosure. Depending on the storage platform and configuration, users can prioritize redundancy, capacity, or a combination of both. Remember that RAID should not be considered a substitute for an independent backup. A separate backup remains important for protecting against accidental deletion, corruption, theft, or other failures.
Private Cloud Potential
One of the biggest reasons to consider a home NAS is the private-cloud concept. Rather than sending every document, photo, or project file to an external cloud provider, you can build a centralized storage environment that you control.
This can be useful for families, freelancers, home offices, and small teams that want centralized file access. Depending on the software stack you deploy, a NAS can potentially become more than a file server, supporting additional services and applications.
Design and Everyday Usability
The compact mini-NAS concept makes sense for users who don’t have room for a conventional server cabinet. A smaller system can sit alongside networking equipment, on a desk, shelf, or dedicated technology area without dominating the room.
For a home environment, physical size matters more than many specifications suggest. A massive server may provide tremendous expansion potential, but if it is inconvenient to install and maintain, users may never take advantage of that capability. A compact NAS encourages a different philosophy: install it once, connect it to the network, add storage, and build your services around it.
The system’s overall proposition also makes sense for people who prefer DIY infrastructure. Instead of purchasing a closed appliance that only performs a predetermined set of functions, a compact x86-based platform can provide more opportunities for customization depending on the supported operating system and software environment.
Performance: What Should You Expect?
Performance expectations should be based on workload rather than the word “enterprise” in a product description. A two-bay mini NAS is fundamentally different from a multi-controller enterprise storage array with large numbers of disks, redundant power supplies, and specialized storage hardware.
For everyday network storage, however, the combination of modern Intel processing and 16GB of memory can provide a strong foundation. File transfers, centralized documents, photo libraries, backups, and general private-cloud duties are the types of workloads where this hardware concept makes sense.
The final transfer speed will depend heavily on the installed drives, network interface, network switch, cables, client hardware, storage configuration, and software. In other words, buying a fast NAS does not automatically make every network transfer fast. Your entire network path needs to support the desired performance level.
For example, a user working with large video files may notice the difference between a conventional gigabit network and a faster wired network. Likewise, a photographer moving thousands of RAW files may benefit from efficient storage organization and a properly configured high-speed network.
For basic office documents and occasional backups, extreme network performance may be less important. The convenience of having centralized storage can be the bigger benefit.
Storage for Creators and Power Users
Creators often accumulate enormous amounts of data. Photos, video projects, audio recordings, design files, project archives, and exported media can quickly overwhelm laptop SSDs.
A two-bay NAS can act as a centralized working repository or backup destination. With appropriate network infrastructure, large files can be transferred between a workstation and the NAS without constantly connecting external drives.
For power users, the 16GB memory configuration is also noteworthy because the NAS can potentially support workloads beyond simple file sharing. The exact capabilities depend on the operating system and applications chosen, but additional memory can make a compact server more flexible for experimentation.
Pros & Cons
| Pros | Cons |
|---|---|
| Intel N150 provides an efficient modern processing platform | Two drive bays limit expansion compared with larger NAS systems |
| 16GB LPDDR5 memory offers useful multitasking headroom | Storage performance depends heavily on the selected drives and network |
| Compact design is easier to place in home and office environments | Advanced NAS configuration may require more technical knowledge |
| Supports the concept of a private cloud and centralized storage | RAID redundancy does not replace a separate backup |
| Suitable foundation for DIY and self-hosted storage projects | Not intended to replace a full-scale enterprise storage array |
| Two-bay architecture provides more flexibility than single-drive storage | Actual networking speeds depend on the complete network setup |
Who Should Consider It?
The ZimaBoard 2 1664 makes the most sense for users who want to build a centralized storage environment without moving directly into traditional server hardware.
Home users can use a NAS to consolidate family photos, videos, documents, backups, and other files. Instead of having important information distributed across multiple laptops, phones, and external drives, the NAS can become a central storage location.
Remote workers may appreciate having a dedicated location for project files and backups. A properly configured private-cloud system can also provide convenient access to files across supported devices.
Creators dealing with large media libraries can benefit from centralized storage, particularly when paired with a fast wired network and suitable drives.
Technology enthusiasts are perhaps the most natural audience. The compact hardware and generous memory capacity provide an appealing foundation for experimenting with self-hosted applications, network services, and customized storage environments.
Setup Considerations
Before purchasing drives, think about how you actually intend to use the NAS. Capacity requirements vary dramatically. A family storing documents and phone photographs might need a very different configuration from a videographer archiving high-resolution footage.
It is also worth planning the network before expecting maximum performance. A high-speed NAS connected through an older network switch or slower Ethernet link cannot deliver the full potential of the faster infrastructure. Wired Ethernet is generally the sensible choice for large transfers, while Wi-Fi performance will depend on the wireless router, access point, client device, interference, and network configuration.
Another important consideration is backup strategy. A NAS improves organization and can provide redundancy when configured appropriately, but it should not be the only location where irreplaceable data exists. Important files deserve an additional backup, ideally using a strategy that protects against failures affecting the NAS itself.
Private Cloud vs. Traditional External Drives
An external USB drive is simple: connect it, copy files, disconnect it. For occasional backups, that simplicity is hard to beat.
A NAS takes a different approach. It remains connected to your network and can serve multiple devices. Computers, phones, media devices, and other authorized clients can access centralized storage without physically moving a drive around.
That convenience becomes more valuable as the number of devices in a household increases. It also creates a foundation for more sophisticated workflows.
If you’re researching storage-related equipment, you may also find this Related Guide useful as another example of evaluating equipment around practical home-use requirements.
Frequently Asked Questions
Is the ZimaBoard 2 1664 suitable for home NAS use?
Yes. Its compact two-bay format, Intel N150 processor, and 16GB LPDDR5 memory make it well suited to home and personal private-cloud projects. The exact experience will depend on the drives, operating system, applications, and network configuration.
Is this a true enterprise NAS?
It is better described as a compact NAS platform with features and hardware that can appeal to advanced users. Traditional enterprise storage systems generally offer substantially greater expansion, redundancy, management, and serviceability. The ZimaBoard 2 1664 is aimed at a much smaller physical and operational footprint.
Does 16GB RAM matter in a NAS?
It can. Basic file storage may not require much memory, but additional services, containers, indexing, databases, and multitasking can increase RAM requirements. The 16GB configuration provides useful capacity for users planning to do more than simple file sharing.
Can it be used as a private cloud?
The platform is designed for personal private-cloud and network-storage use cases. The specific private-cloud applications and remote-access capabilities depend on the operating system and software you install and configure.
Are two drive bays enough?
For many home users, two bays are a practical starting point. They can provide useful capacity and configuration flexibility. Users with large media collections or long-term expansion plans may eventually prefer a NAS with more drive bays.
Will it provide maximum network speeds automatically?
No. NAS performance depends on the complete system, including the installed drives, network interface, switch, router, cabling, client hardware, and software configuration. Every component needs to support the intended performance level.
Is RAID a backup?
No. RAID can improve availability or provide redundancy depending on the configuration, but it does not protect against accidental deletion, malware, theft, corruption, or other events that can affect the entire NAS. Keep an independent backup of important data.
Final Thoughts
The ZimaBoard 2 1664 2-Bay Mini NAS Pro Kit is an intriguing option for users who want a compact foundation for private network storage. Its Intel N150 processor and 16GB LPDDR5 memory give the platform a useful balance between modern computing capability and the efficient design expected from a small NAS.
The two-bay architecture keeps the system compact while still providing more flexibility than a single-drive enclosure. For home users, remote professionals, creators, and self-hosting enthusiasts, that combination can make sense when the goal is centralized storage without moving into a large server chassis.
The most important thing is to match expectations with the hardware. Think of it as a flexible mini-server and private-storage platform rather than a replacement for a large enterprise storage array. With appropriate drives, a capable wired network, sensible storage configuration, and a proper backup strategy, it can become a useful centerpiece for a personal data environment.
For anyone specifically researching a Pro enterprise network storage Kit, the ZimaBoard 2 1664 is worth examining because it combines a modern Intel platform, 16GB memory, two-bay storage, and a compact footprint in one package. Its value ultimately comes down to how much storage you need, which applications you plan to run, and how much control you want over your own private-cloud infrastructure.