GPU: Entry-level 650MHz, High-performance 750MHz, 12 execution units
RAM: Upgradable up to 16GB of DDR3L, none supplied in the box
FLASH: 32GB eMMC
USB: 1 x Type-C, 1 x USB3.0, 2 x internal USB2.0
Display: 1 x 4K MiniDP, 1 x DP over Type-C, 1 x eDP internal
PCIe: Four lanes 2.0
SATA: 2 x SATA3.0
Ethernet: 1 x Gigabit LAN
Power Consumption: About 15W
Size: 107mm x 80mm x 32mm
It competes with the Raspberry Pi 4, being in the same price bracket while offering an Intel x86 architecture. The SBC has plenty of connectors, which makes this hacker-friendly platform versatile and unique. The built-in PCIe 2.0 x4 connector accepts various cards out-of-the-box, and with two SATA3 ports, the board can morph into a portable NAS storage device.
Since the ZimaBlade supports up to 16GB of DDR3L, it can run applications requiring large amounts of memory, such as databases and VMs. The main let-down is the outdated CPU, with the speediest version of the board based on a Quad-Core 2.3GHz Apollo Lake CPU. The SBC features a single USB Type-C, which supplies power and drives a DisplayPort output.
IceWhale Technology, the maker of the ZimaBlade, held a Crowdsupply campaign to finance the board's new version. Various perks are available; the most basic, containing a Dual-Core Intel Celeron N3350, is available for $64. The ZimaBlade 7700, built around a Quad-Core J3455 CPU, sells for $96. Except for the CPU, both have the same hardware and require a DDR3L memory module to boot.
(Image credit: Future)
ZimaBlade: Design
The ZimaBlade computer comes with a male-to-male Type-C and one SATA cable. The passively cooled unit measures 107mm x 80mm x 32mm and weighs 175g. The small case sits perfectly flat on a desk, with no mounting holes and only four tiny rubber pads on the bottom. Being very light, connecting various cables can become problematic as the case can topple easily.
The Zimablade designers have worked hard to produce an enclosure that showcases the computer’s internal components. A transparent plastic top displays the SODIMM memory but not the CPU. With no power button available, the hardware turns on when plugging a Type-C cable. A single status LED, barely visible from the side of the case, indicates if the board is powered. The PCIe socket location does not allow easy card insertion. The card’s metal bracket has to be removed before use.
Under the hood, the ZimaBlade sports a J3455 quad-core Intel Celeron CPU clocked at 2.4GHz for the highest performance board variant. Geekbench shows the ZimaBlade handily outperforms the Cortex A72 ARM CPU found in the Pi4 but scores well below the new Pi5’s Cortex A76 CPU. One aspect not found on similar-priced platforms is expanding the memory to 16GB using DDR3L SODIMM.
The ZimaBlade targets an audience that strives for high-speed interfaces. Seven connectors provide connectivity for many use cases with throughputs above the gigabit mark. Two SATA6 and one Gigabit Ethernet socket turn the ZimaBlade into a redundant storage server. One USB3, a USB Type-C with DP, and a mini-DP connector capable of 4K at 60Hz complete the list of external ports. Three internal connectors, two USB 2.0 connectors, and one eDP socket allow additional peripherals.
(Image credit: Future)
ZimaBlade: In Use
The owner can use the ZimaBlade simply by plugging a USB Type-C cable into a screen supporting a Type-C display. The computer then boots CasaOS, a lightweight cloud-accessible platform with an ever-increasing number of applications. ZimaBlade is extremely fast at booting, taking just five seconds to display the Linux login.
After entering the default username and password, the user has root access to the Linux-based OS stored in 32GB eMMC storage, with 24GB left for user applications. A lean OS means a lowly 20% RAM utilization with an 8GB memory module. With the 1G LAN connected, software updates run automatically and keep the platform secured.
In addition to being affordable, the ZimaBlade builds on a user-friendly OS where the UI is viewed entirely through a web browser. This cloud concept could have been a miss, but thanks to modern technologies like Docker containers, using the desktop is very snappy. The installed software includes a file explorer and an app store containing forty applications ranging from a retro emulator to home automation.
Running Geekbench6 on the ZimaBlade involves installing through SSH. The board's power consumption reaches 15W, with the case becoming
hot at more than 60 degrees Celsius, and decreases to 6W when idle. With a score of 300 in single-core and 911 in multi-core benchmarks on Geekbench6, the J3455 CPU won’t blow you away with its computing prowess but will be sufficient for everyday basic tasks.
(Image credit: Future)
ZimaBlade: The competition
Thanks to the ZimaBlade, finding an affordable x86 single-board computer with lots of connectivity and expandable memory has become more accessible. Hardkernel’s Odroid H3+ is very similar to the ZimaBlade, being passively cooled and possessing various high-speed connectors. The H3+ costs more than twice as much, with the Odroid H3+ being bigger with an oversized heatsink and consuming more power. The quad-lane PCIe connector on the ZimaBlade makes it a valuable testbed for PCIe cards, something not found in the Odroid H3+.
ZimaBlade: Final verdict
IceWhale’s ZimaBlade makes a tremendous entry-level computer with many options for adding extra hardware. The PCIe slot is the product's standout feature, allowing the use of high-end gaming graphics cards, for example. The single SODIMM socket gives the user an upgrade path to more memory. The onboard eMMC storage memory turns the unit into a self-contained product. Finally, a price below $100 tilts the balance, making the ZimaBlade a must-have gadget this year.
In a world driven by technology, with GenerativeAI and creative work growing in demand daily and the need for powerful servers in tech companies worldwide, Dell continues to stand strong as a pillar in the computing community. High-quality computers to handle the growing computing demands have never been more critical.
The Precision 7875 Tower Workstation is an incredibly versatile machine. Its base price of $3,299 can be scaled up to a fully loaded $38,904.67 beast of a machine. Unlike even the best business computers I have experienced, this workstation can handle anything thrown at it and more.
(Image credit: Collin Probst // Future)
Dell Precision 7875: Unboxing & first impressions
While I was initially unboxing this workstation, it was a powerhouse. I immediately noticed the sheer weight of the computer and quickly recognized the understated yet professional design of the case. It's not flashy and loud like what is trendy in the custom PC or gaming PC world, with RGB lights everywhere and gaudy components. This is a professional workstation, and it looks sleek, minimal, and functional.
The second big thing I noticed was dual (NVIDIA® RTX™ 6000 Ada, 48 GB GDDR6, 4 DP) graphics cards. Third, I saw an intense power cable in both cable thickness and plug. Most computers, laptop bricks, and monitors (except Apple) all utilize standard C13 IEC power cables. However, this Precision 7875 Tower Workstation uses a C19 connector and C20 inlet to allow for higher amperage and, therefore, more power to the computer.
After booting up, I was reminded that my Precision 7875 Tower has been equipped with Windows 11 Pro (currently version 23H2) and that it has 128GB of RAM installed to work hand in hand with the AMD Ryzen Threadripper PRO 7995WX (96-Cores).
(Image credit: Collin Probst // Future)
Dell Precision 7875: Design & build quality
As I briefly mentioned, this workstation is simple yet robust. It's well-built, has excellent ports, and is a professional workhorse just by looking at it. If looking directly at the front of the unit, the left side has a panel that can be removed to expand to utilize the six expansion bays quickly. There are also two SATA/M.2 Flex bays on the front of the tower, a place for a slim optical drive, and a handful of USB-C and USB-A ports that are all USB 3.2, plus an SD-Card slot, power button, hard-drive activity light, and a headphone and microphone combo port.
Specs
As Tested
Processor: AMD Ryzen Threadripper PRO 7995WX (384 MB cache, 96 cores, 192 threads, 2.5GHz to 5.1GHz, 350 W)
On the back, I was thrilled that my unit had some expansion ports filled. With those expanded ports, my Precision 7875 has a power port (C20 Inlet for 1350 W PSU), an audio jack, two RJ45 ethernet ports on the top (1 GB and 10 GB), two more 10GbE NIC ethernet ports built into the Intel X710 network card, three more USB-C 3.2 ports, three more USB-A 3.2 ports, and eight display ports split between two graphics cards.
Though this computer is an absolute beast in components, ability, ports, and power, it is still a standard-size desktop tower. All components are relatively easy to navigate around and expand, which is more than I can say for some competitors.
(Image credit: Collin Probst // Future)
Dell Precision 7875: In use
While testing the Dell Precision 7875, I attempted to run every benchmark I could throw at this machine - I wanted to know if it really was one of the best workstations or were appearances deceptive? Ironically, several tests I use to benchmark PCs failed due to too many cores. After fiddling with the number of cores to allow PCMark and others to use, I finally got some testing done.
I noticed right away that even while being tested, it takes quite a bit to get the Precision 7875 to break a sweat. During the entire testing process, I barely even heard the fans kick on. Now, granted, if I were utilizing this in its intended purpose to be my machine to work with GenerativeAI, intense programming, or creative apps for an extended period, I might have gotten this computer to give me more than what felt like a mere sigh, but that's impressive in and of itself.
(Image credit: Collin Probst // Future)
Navigating around applications, web browsing, working on documents, and other daily admin tasks are an absolute breeze. Even jumping back to other high-powered computers I am testing, they feel slow after working on the Dell Precision 7875. The port offering is incredible, and I appreciate that I can use this computer vertically or horizontally due to the rubber feet that Dell has included all around the case.
Another huge component of this computer's ease of use is that it has just about everything I could need already built in. It has a high-speed Wi-Fi module, an SD Card slot, a large number of USB-C and even USB-A ports, an absurd number of Display Ports, headphone jacks, plenty of Ethernet Ports, and even a disk drive, not to mention how helpful it is to have onboard storage that I would have to work hard to fill.
(Image credit: Collin Probst // Future)
This computer is designed for those who need a high-powered, best-of-the-best computer that can handle the most demanding applications and workflows.
Dell Precision 7875: Final verdict
The Dell Precision 7875 is a fantastic option for professionals who need a robust and reliable workstation. Dell engineered it to handle the most demanding programs and workflows, making the expensive investment worth the price for those who require unmatched performance and dependability.
Yes, it is not for everyone; it may not even be for most people. However, if you are a part of the demographic that needs the best regarding your choice in Windows-based workstations, you should check out the Dell Precision 7875 Tower and try kitting it out to fit your needs and wants.
We tested the best business laptops - and these are our top picks for a productivity boost
Apple introduced the new M4 chip yesterday and if you read the fine print, you will see that there are actually two binned versions of that chip. Not too unusual, except that for the first time both bins are available on the same device.
First, the chip. The CPU inside the Apple M4 has 4 performance cores and 6 efficiency cores, except on some iPad Pro (2024) models, one of the performance cores is disabled. For those unfamiliar with binning, it’s the oldest trick in the book – you can increase yields by picking chips with a non-fatal defect and selling them as a lower tier.
The Apple...
Apple introduced the new M4 chip yesterday and if you read the fine print, you will see that there are actually two binned versions of that chip. Not too unusual, except that for the first time both bins are available on the same device.
First, the chip. The CPU inside the Apple M4 has 4 performance cores and 6 efficiency cores, except on some iPad Pro (2024) models, one of the performance cores is disabled. For those unfamiliar with binning, it’s the oldest trick in the book – you can increase yields by picking chips with a non-fatal defect and selling them as a lower tier.
The Apple...
CPU: 2.2 GHz Intel Xeon D-1518 4-Core Graphics: VGA RAM: 32GB ECC RAM. Storage: 5 x 4TB 3.5" 7200 rpm SATA HDDs Rear Ports: Includes 2x 10GbE and 2x 1GbE network connections, USB-A 3.2 Gen 1. Front Ports: 2 x USB-A 2.0 Connectivity: 2x 10GbE and 2x 1GbE network connections Audio: n/a Camera: n/a Size: 325 x 220 x 230mm OS installed: TrueNAS SCALE. Accessories: n/a
In the background of most offices and studios, there's usually some form of server with access to mass storage working away. This storage is typically found in a secluded area and accessed only by a qualified IT professional. While such network systems are complex and can be tricky to administer, their functionality is essential for any business, essentially supplying a centralised resource where all staff can access shared files of all types.
The OWC Jupiter Mini is a Network Attached Storage (NAS) system that, while not a fully integrated server, performs all the storage jobs that larger enterprise technology handles in large institutions. The Jupiter Mini, though smaller and easier to administer, still offers the potential for a substantial amount of storage, up to 100TB and can be accessed by multiple users without the system slowing down, making it an ideal solution for small to medium-sized businesses and professionals working with TB of photos or video files and needing a professional storage solution.
The Jupiter Mini integrates with your network and can be subdivided into network drives (datasets) that can then be accessed by anyone on that network or remotely, given the correct permissions.
While there are many alternative NAS systems on the market, which may seem considerably cheaper, the Jupiter Mini offers incredible value, considering the performance, storage, and support provided. Unlike many consumer units designed for occasional access, this NAS can connect to the network with a 10GbE connection and is supported by powerful internal hardware capable of handling substantial data flow and multiple concurrent connections without faltering.
We've tried out plenty of the best NAS devices, and in our tests, the speeds over the wired connection were impressive. 140 GB was transferred to three machines in around 30 minutes, which is significantly faster than a consumer unit used to compare.
The speed of the connection makes a considerable difference when storing files, allowing multiple users easy access over the network in a small studio setting using smb shares. This means project folders and files can be quickly downloaded to a working drive and restored once finished. Additionally, equipment forms, risk assessments, and other regularly accessed files are easily reachable on-site, which is invaluable when internet connectivity is unreliable.
Ultimately, if you're a small to medium-sized business and need an easy mass storage device that is fast and easy to access with great support, then there is little to fault with the OWC Jupiter Mini.
OWC Jupiter Mini: Price & availability
(Image credit: Alastair Jennings)
The OWC Jupiter Mini is available directly from OWC and from many technology outlets. However, buying directly ensures that you get the exact specifications and build you require, whether for personal use or your business. Units start at the base level of 20TB, which we've examined in this review, and begin at $2,999.
Score: 4/5
OWC Jupiter Mini: Design & build
(Image credit: Alastair Jennings)
NAS boxes typically have a functional style with quick-access drive slot doors on the front and various ports around the back, often resembling an enlarged external hard drive. OWC, however, has enhanced this design principle with the Jupiter Mini, adding aesthetic touches such as blue anodised door lever locks on the front, giving the drive a stylish edge over competitors.
Despite its aesthetic appeal, this unit's true value lies in its features and functionality. The drive is available pre-configured from OWC and many other retailers, saving at least a couple of hours of setup time. This means it can be quickly integrated into your network and ready for use, providing instant, high-capacity storage without much fuss.
For many small businesses, this easy access to large storage capacity will be more than enough, having a drive that you can simply plug in and then browse the network located the drive login, and the Jupiter Mini network drive just appears on your desktop, ready to use, all very simple. However, the Jupiter Mini is far more, and the appeal of the machine isn't just the simplicity of connection but the ease of use when it comes to the administration of that storage for the people accessing the drive. Administration is handled by the TrueNAS interface, which is pre-installed and enables an administrator to log in and allocate different storage areas to groups or individuals in the form of datasets, as well as enable external sharing and check drive health.
The drive also offers future expansion options, so you can start with the 20TB version and then expand the storage as needed. Drive replacement is made possible in a couple of ways, either by replacing the drives physically in the mini and then creating a new pool/dataset/share with the new drives. Or replace one drive in the pool with the larger one, let it resolve, replace another, let it resilver, and continue until you have replaced all 5 drives. Once this is done, you can then expand the pool to take up additional space on the drives, which is done with a single button press in TrueNAS.
If you like to explore the system, you can connect to the Jupiter Mini directly. It has a VGA port at the back and can be connected to a keyboard and mouse. This approach is far more akin to enterprise-level solutions, and for most users, the GUI of the TrueNAS browser version will be a far easier environment to navigate.
Score: 4/5
OWC Jupiter Mini: Features
The hardware of the Jupiter Mini is designed to meet the needs of creatives and support the large file types that tend to be handled in these environments, which is where similar capacity but lesser-powered NAS boxes struggle. The Jupiter Mini base capacity is 20TB (expandable to 100TB) and uses ZFS RAID for data protection; this leaves 16TB of usable space. The box comes pre-configured as RAIDZ1 (similar to RAID 5). One of the advantages of this is that the ZFS automatically caches your most frequently used and recent files in RAM, providing faster access to files at flash-like speeds. It also features a high-speed 10GbE network connection, providing faster file access compared to standard NAS drives, with all the processing down to its enterprise-grade Xeon Processor and 32GB of ECC RAM. Using the Jupiter Mini as part of a studio or office setup allows multiple users to access the NAS simultaneously, with automatic file caching for swift retrieval of frequently accessed files.
The system comes preloaded with the TrueNAS SCALE, which enables the easy management of the drive and its storage. This allows different network drives to be created and access permissions granted, ensuring a straightforward setup and management and a system that is fully compatible with both Mac and PC systems.
While the drive's overall handling is quite straightforward, if you do get stuck, there's plenty of documentation online, as well as a comprehensive single-source warranty and outstanding Pro Support from OWC. This support offers assistance during the setup and beyond, ensuring that help is just an email away if you have any questions or issues that may arise.
Features: 4.5
OWC Jupiter Mini: Performance
(Image credit: Alastair Jennings)
Network storage is a significant asset in any studio or office environment. It enables the sharing of large-format files among colleagues. In a studio setting, this is particularly beneficial for transferring large video files across the network, eliminating the need to copy everything onto portable hard drives and move them from one person to another.
While there are plenty of NAS solutions available, the Jupiter Mini stands out as one of the few options tailored for small to medium-sized businesses, boasting ease of use and operation, power, and scalability without requiring extensive IT experience.
The initial setup and use of the Jupiter Mini were notably straightforward, with the device connecting to the back of the EERO 6 wifi router and becoming accessible throughout the studio and home. This centralised resource proved its value by allowing quick access to essential video and image files for projects. The speed of file transfers was instantly impressive over the wifi connection, with 140GB of data downloading in about an hour and a half, compared to six hours with our existing NAS.
However, when connected to the studio's wired network, the download time for the same files dropped to less than 30 minutes as the files were transferred to the OWC ThunderBlade X8. The OWC ThunderBlade X8 was used as a local working drive and enabled the fast transfer speeds required by the best video editing software for cutting and grading.
In the test, the network here is not the fastest 10GbE network at 2.5GbE. However, the speed was impressive for a self-managed system. After a week, the potential of faster network storage became obvious, and TrueNAS was used to create additional datasets for different groups and users. This enabled different areas of the storage to be assigned as a network drive, with permissions to users and groups assigned. Once the dataset is created, it can then be shared through smb. Another nice feature is that you create a zvol, which then enables you to format that segment of the drive in another file format. There is also a host of apps that can be downloaded and used if you need an on-site web development environment, and again, you can assign part of the storage to this.
Through the test all administration was managed through the browser TrueNAS GUI. While there was a learning curve, it proved to be a powerful tool with plenty of documentation to support its use. As previously mentioned, if you do want a little more, then you can access the command-line version of TrueNAS by using a VGA monitor, keyboard, and mouse, a setup more common in server environments than in small offices.
One key consideration was whether the OWC Jupiter Mini could serve as shared network editing storage for software like Final Cut Pro, DaVinci Resolve, or Premiere Pro. While technically possible with the correct setup and network speed, this NAS is not specifically designed for such intensive tasks, a role better suited to more powerful and expensive solutions like the OWC Jellyfish. However, lighter tasks, such as a centralised resource for photo or graphic design, are well within the Jupiter Mini's remit.
The OWC Jupiter Mini offers an easy-to-maintain, out-of-the-box NAS solution that provides enterprise-level performance, far surpassing what is achievable with consumer models and is scalable up to 100TB to meet the growing data storage needs of home, office, or studio environments.
Performance: 5/5
Should you buy the OWC Jupiter Mini?
The OWC Jupiter Mini is designed for creative professionals and small businesses that require a commercial network storage solution with substantial storage potential without the need for extensive IT know-how. Commercial NAS boxes, although ideal in functionality, often become completely impractical due to their design, cost, and often complex command-line administration. Conversely, smaller consumer models may offer ease of use but rarely offer the speed or power for multiple concurrent connections, capacity, connection features or ready support. These are all areas where OWC and the Jupiter Mini excel.
As a basic NAS, the Jupiter Mini is straightforward and efficient, making it particularly attractive to videographers and photographers needing reliable storage for projects and files. Its compatibility with the ThunderBlade X8 as a local working drive enhances its functionality. In a home environment, investing time in TrueNAS allows for segmenting the storage and providing dedicated areas for network or shared storage needs within the office or household.
The real advantage lies in its appeal to those seeking commercial-grade network storage that is both high-performing, expandable and reliable. The system includes a built-in support email system to alert users of potential issues with the hardware, preventing drive failures or other significant problems. In an office or studio setting, this single unit can be configured to provide various storage spaces for different groups, with tailored allocations and access, mirroring the capabilities of a large company's IT system.
Although the initial investment in the OWC Jupiter Mini is significant, the value it offers in storage capacity and the ability to self-manage—backed by OWC's excellent support—makes it a great choice. For studios or small offices in need of a network storage solution, the OWC Jupiter Mini stands out as one of the fastest, easiest-to-use, and most versatile systems available.
CPU: Intel Core i9-12900H Graphics: Intel Iris Xe Graphics RAM: Up to 64GB Dual-channel DDR4-3200MHz Storage: Up to 2TB M.2 2280 PCIe 4.0 SSD and up to 1TB M.2 2242 SSD SATA Rear Ports: 2x HDMI 2.0, 1x USB 3.2 Gen 2 Type-A, 1x USB 2.0 Type-A, 2x USB 4 Gen 3 Type-C (supports Power Delivery), 1x RJ45, 1x DC in Front Ports: 2 x USB 3.2 Gen 2 Type-A, 1x 3.5mm front stereo headset jack Connectivity: Wi-Fi 6E, Bluetooth 5.2 Audio: 3.5mm front stereo headset jack Camera: N/A Size: 117 x 111 x 38.5 mm OS Installed: Windows 11 Pro Accessories: VESA mount included
Geekom is one of the big players in the mini PC field, and the XT12 highlights exactly why. Firstly, the small machine features an understated design with a high-quality metal surround topped with a matte white plate. It's all incredibly small and neat and will suit any stylish office or home.
However, the internals are less discreet. They boast a powerful Intel Core 12th Gen Alder Lake i9-12900H CPU. Our review sample packs in 32GB of RAM and a 1TB ultra-fast SSD, with the option to boost this to a maximum of 64GB of RAM and 2TB of ultra-fast M.2 SSD storage. That's not all; there's also the option to install an additional M.2 2242 SSD SATA up to 1TB, which can be further complemented by external network or USB 4 storage options.
Out of the box, this compact machine can handle office software, multimedia, and creative apps without breaking a sweat, but where this small machine differs from some of the best mini PCs we've tested is the inclusion of USB 4 ports. This lets you expand on storage capacity as well as giving you the ability to link into a powerful eGPU. This means that if you are fully accessorized, you'll essentially have a very compact and powerful machine that is a fraction of the size of most desktop machines. However, that optional eGPU will challenge desktop space.
eGPU and expansion options aside, the base unit's overall performance is superb, even over extended periods of use when editing standard 4K video from the Sony A7 IV. The cooling system kicks in to keep things ticking over and running smoothly.
While as a standard mini PC, this machine is impressive, enabling Office, creative use, and moderate gaming, it's when it's plugged into an eGPU that you can really unlock its potential and extend its use.
As it stands, the XT12 Pro is without accessories and packs a great deal of power for its size and will suffice for all office applications, photo editing, and even running some of the best video editing software. If video editing gets more advanced, then the addition of an eGPU along with the ability to upgrade the RAM, main SSD, and a small additional 1TB M.2 2242 SSD SATA slot along with USB 4 expanded storage means that this Mini PC has serious potential and options for expansion.
Geekom XT Series XT12 Pro: Price & availability
(Image credit: Alastair Jennings)
The Geekom ST Series XT12 Pro is widely available in the standard configuration, which consists of a Mini PC with 32GB of RAM and a 1TB HD. The machine is available for $699 directly from the Geekom website, most electronics stores, and Amazon.com.
Score: 4/5
Geekom XT Series XT12 Pro: Design & build
(Image credit: Alastair Jennings)
Despite the small size, you can instantly tell that the Geekom XT Series XT12 Pro sits in the mid to premium range of Mini PCs. Firstly, the look of the machine is understated, with a metal surround featuring honeycomb cut-outs to enable plenty of air to flow through the system. Then, the plastic top is finished in a high-quality matte white but moulded into the ergonomic design of the casing.
That casing, with the venting and high-quality detail, all helps to ensure that the inner workings remain as cool as possible during operation and keep on top of the power of the Intel Core i9-12900H. Thankfully, unlike some other high-powered Mini PCs, Geekom has opted to go for the Intel CPU coupled with the Intel Iris Xe Graphics, which offers decent but not outstanding performance, enough for moderate gaming but definitely not to be pushed.
On the front are two Type-A USB ports, a 3.5mm headphone socket, and a power button. Around the back are the main HDMI, USB 4, USB Type-A, and DC power socket. While the layout is neat, it is quite cramped due to this Mini PC's compact nature.
One of the big features of this small PC is the upgradability, and access to the inside is made by removing the four screws on the base of the machine. Once loosened, the bottom of the machine can be removed, and the top flipped over to reveal the RAM and SSD slots, adding a small M.2 2242 SSD up to 1TB in capacity.
The design of the XT12 Pro makes it a very powerful PC in its own right. Still, with the addition of the USB 4 ports, this also gives you the ability to make a lot more of this machine than many other Mini PCs as it firstly enables you to plug in high-speed and high-capacity external storage such as the OWC Thunderblade X8 or attach an eGPU to boost the graphics processing performance.
As a Mini PC, this is one of the smallest, but the build quality and weight highlight that this is something a little more than the usual compact computing solution.
Design: 4.5/5
Geekom XT Series XT12 Pro: Features
(Image credit: Alastair Jennings)
The Geekom XT12 Pro Mini PC features a powerful 12th Gen Intel Core i9-12900H processor, with 14 cores and 20 threads, making it a great choice for heavy-duty tasks such as 4K video editing and 3D modeling software. The XT12 Pro comes with 32GB of RAM as standard and supports up to 64GB of dual-channel DDR4-3200MHz RAM. Although this is the older DDR4 rather than DDR5, it should still ensure decent performance for multitasking and handling large files and applications. The XT12 Pro offers several storage expansion options beyond the 1TB M.2 PCIe 4.0 SSD that comes pre-installed. This slot can be upgraded to a 2TB M.2 PCIe 4.0 SSD and an additional 1TB M.2 SATA SSD slot for extra storage.
Display capabilities support office and creative work, with the possibility of attaching up to four 4K displays simultaneously or a single 8K display. Connectivity options include USB 4 Gen3 ports that support power delivery and external GPU connections, enhancing its use in gaming and professional video and modelling applications. The XT12 Pro also includes dual HDMI 2.0 ports and 2.5G Ethernet for high-speed networking.
The compact unibody aluminum chassis helps ensure that the XT12 Pro is not only aesthetic but also durable and resistant to scratches and fingerprints. Although it is heavier than many mini PCs at 546g, it's still a viable comp[act alternative to the best business computers (or even the best business laptops). To ensure that everything stays cool, the XT12 Pro features the innovative IceBlast 1.0 cooling system, which employs copper pipes and a large silent fan to ensure the unit operates coolly and quietly under load.
Features: 4.5/5
Geekom XT Series XT12 Pro: Performance
(Image credit: Alastair Jennings)
Benchmarks
Crystal Disk Read: 5095.80MB/s Crystal Disk Write: 4406.81MB/s GeekBench CPU Single: 9925 GeekBench CPU Multi: 2300 GeekBench Compute: 14235 PC Mark: 5692 CineBench CPU Multi: 10132 CineBench CPU Single: 1714 Fire Strike Overall: 5031 Fire Strike Graphics: 5513 Fire Strike Physics: 21822 Fire Strike Combined: 1791 Time Spy Overall: 1793 Time Spy Graphics: 1573 Time Spy CPU: 8732 Wild Life: N/A Windows Experience: 8.3
The Geekom XT12 Pro mini PC delivers impressive performance through real-world tests with Microsoft Office, Adobe Creative Suite, multimedia, and some moderate gaming. From the outset, the fast boot into Windows 11 Pro sets a precedent for the use of this machine. Benchmark tests show strong results, with a PC Mark score of 5692, reflecting how the XT12 Pro handles tasks from the outset.
Checking a few easy tasks to start, streaming 4K content through Netflix, Apple, and Amazon Prime is seamless and showcases the strength of its Wi-Fi connection. Checking the disk speed, the Crystal Disk Read and Write scores are 5095.80MB/s and 4406.81MB/s, respectively, more than enough for simple multimedia playback tasks. What this transfer rate highlights is the machine's ability to handle large files for creative applications. However, while the XT12 Pro handles Photoshop and Lightroom Classic with ease, Adobe Bridge strains under high-resolution image scrolling, revealing the limitations of the integrated Intel Iris Xe Graphics, reinforced by the GeekBench Compute score of 14235.
Video editing in DaVinci Resolve is manageable for 1080p and basic 4K projects. For more complex tasks involving RAW video, the system reaches its limits, corroborated by the Fire Strike Graphics score of 5513 and a Time Spy Overall score of 1793, indicating moderate graphical processing power. Gaming is feasible at 1080p for Red Dead Redemption II and Cyberpunk 2077, albeit with reduced settings necessary for smooth gameplay. For both video editing and gaming, connecting an eGPU can significantly enhance performance in both disciplines.
Overall, the XT12 Pro is versatile, handling a range of tasks from office work to creative projects and light to moderate gaming at lower resolutions. Its array of benchmark scores from GeekBench, CineBench, and 3D Mark highlights its capacity to balance performance across various uses, making it a suitable choice for professionals and creatives who require a compact computing solution.
Performance: 4/5
Should you buy the Geekom XT Series XT12 Pro?
The Geekom XT12 Pro Mini PC offers robust performance, versatile connectivity, and strong upgrade potential, making it a great choice for professionals and creatives. Its Intel Core i9-12900H processor and dual storage options cater to demanding tasks, while its compact design does not compromise on power. With USB 4 ports for expansion and eGPU compatibility, it delivers excellent value for its price and is a scalable solution.
While I hesitate to call the Rabbit R1 AI companion device useless, I would not describe it as useful. This is a cute, orange gadget that has spent much of its brief time in my pocket. I have little to reason to pull it out. And why would I? It does nothing better than my iPhone 15 Pro Max and the dozens of apps I have on it. It's not even a better AI device than a smartphone with Gemini, Copilot, or ChatGPT.
Even the design, which gets points for solid construction and cute, retro looks, fails to inspire. The touch-screen, physical scroll wheel navigation is one of the worst system interaction strategies I've ever encountered. RabbitOS's incredibly linear navigation only exacerbates the problem. I can't remember the last mobile piece of consumer electronics that didn't know to return to a home screen if you weren't using it. I'd argue the developers took the "rabbit hole" metaphor a little too seriously and designed an operating system that is nothing but rabbit holes and the only way you get out of them is by carefully backing up.
Rabbit R1 was supposed to be different. it was supposed to be special. It's not a smartphone and was never intended to be one or even compete with one. Instead, Rabbit tossed traditional smartphone and app tropes out the window and developed something new: a way of connecting your intentions to action without the need for apps. A new AI or Large Action Model (LAM), would connect spoken requests to app logins and then handle all the interactions and execution for you.
Specs
What's in the box: Rabbit R1 Weight: 115g Dimensions: 3in. x 3in. x 0.5in. Battery: 1000mAh RAM: 4GB Storage: 128GB Display: 2.88in. TFT Connectivity: WiFi (2.4GHz and 5GHz), Bluetooth 5, SIM card-support Location: GPS Camera: 8MP CPU: MediaTek MT 6765
In practice, this means that you're logging into your Uber, Door Dash, Spotify, and Midjourney accounts through the Rabbit Hole desktop interface and then using the Rabbit R1 hardware, its push-to-talk system, and on-board AI to request rides, food, music, and generative images.
Would it shock you to hear that most of that didn't work for me? It's not all Rabbit's fault. Spotify won't accept third-party music requests unless you have a paid account. Doordash couldn't complete the sign-in. Midjourney works but the image generation is happening in Discord and not inside the Rabbit.
LAM turns out to be unimpressive and somewhat jerry-rigged. The built-in large language model that works with Rabbit Vision is somewhat better but why would I buy another $199 piece of hardware to duplicate something I can do with a cheap phone, much less the best phone currently available? I wouldn't, and neither should you.
Rabbit R1: Pricing & availability
The Rabbit announced the Rabbit R1 AI companion at CES 2024 in January. It shipped in April, lists for $199 (about £160/AU$290), and is currently available in the US, Canada, United Kingdom, Denmark, France, Germany, Ireland, Italy, Netherlands, Spain, Sweden, South Korea, Japan, and Australia. The first run is done and new orders are shipping in June 2024.
Price score: 3.5 / 5
Rabbit R1: Design & features
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(Image credit: Future)
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(Image credit: Future)
You have to give Rabbit and design firm Teenage Engineering credit: the Rabbit R1 looks nothing like a traditional smartphone and that difference helps broadcast its intentions, which are ultimately nothing like your phone's.
Rabbit R1 is a 3x3in by a half-inch thick orange paint-covered and fairly sturdy slab. It has a tiny 2.88-inch color touch screen, an enclosed, rotatable 8MP camera, and below that a large, slick scroll wheel. If you look on the side adjacent to that wheel, you'll see a small gray push-to-talk (to the device) button that goes right through it. On the opposite side is a USB-C charge port (the device does not ship with a cable or charge adapter). Below that is a SIM slot that you can open with a fingernail, a nice change from all the phones that require a special pin.
There's a pair of microphones along one edge and on the back is a large speaker grill (one inch by about 0.5 in).
(Image credit: Future / Lance Ulanoff)
Inside is 4GB of RAM, which doesn't sound like much but considering how little Rabbit R1 does on board it's probably enough. There's a surprising 128GB of storage that will mostly go unused. The MediaTek MT 6765 is a middling CPU but it's unclear how much of an impact since the Rabbit R1 is usually talking to the cloud. AI image generation through Midjourney, for example, is not performed in-device. Instead, it sends prompts to the cloud where Midjourney on Discord handles them, generates images, and then sends them back to the Rabbit R1 to be displayed on the tiny, albeit sharp, screen.
Considering how important that cloud connection is to Rabbit R1's operation you'd think it would do a better job of maintaining it, but often when I picked up the Rabbit R1, it would say "establishing connection" while I waited. If I had it connected to my smartphone, the connection would often drop out. You can, by the way, buy and install a SIM card to deliver a constant, dedicated connection to your mobile network. Still, without the ability to make calls or even send and receive texts, what's the point of that?
Design & features score: 3/5
Rabbit R1: Performance & Battery Life
Setup is mostly pain-free, though to use Rabbit R1, I had to get it on a network, which required typing in a WiFi password into a really tiny virtual touch screen. The Rabbit R1 wouldn't work, though, until I plugged it in and accepted the first of what would become a series of regular updates.
There isn't much about Rabbit R1's operation that I'd call familiar. If you pick it up, you'll notice the screen is dark until you press the talk button. The default screen is a graphical rabbit (Rabbit's logo) with battery life and time. There's nothing else on the display. Touching or tapping the screen does nothing. It's important that you get used to talking to Rabbit R1, as it's the only way to access its limited feature set. At least Rabbit R1's microphones are powerful enough to pick up my requests even when I whisper them.
(Image credit: Future)
Rabbit R1 doesn't do much of anything on its own. There's the cloud-based large-language model (LLM) that does a decent job of answering questions about the weather, history, and other general-interest topics. It's also quite good at reading labels. I noticed that when I pointed it at a rocket model, it accurately identified it and then walked me through the bullet list of details on the box. The built-in camera is not for taking pretty pictures (what do you expect from an 8MP sensor?) and is instead used with Rabbit Vision.
The camera is usually hidden but when I double-click the Talk button, the camera swivels to face out from the back of the Rabbit R1 – you use the scroll wheel to flip the camera from front to back and vice versa. I can hold the button down to ask Rabbit R1 to, for instance, describe what it's seeing. After a few seconds, it usually responds accurately and in surprising detail.
(Image credit: Future)
It did well identifying a banana, a camera, and me as a late middle-aged man. But when I asked it to to help me plan a meal based on what it could see in my refrigerator, it only described what it saw in the fridge and told me there were many options. However, it did not describe a single dish and when I followed up and asked it to suggest a meal based on what's in my fridge, it said it could not order food.
(Image credit: Future)
I don't speak any other languages, so I tested Rabbit R1's real-time translation abilities by letting it listen to some Japanese language videos on YouTube. I told it to translate Japanese to English and, when I held the talk button to let it listen and then released it, the Rabbit R1 quickly displayed on screen and repeated the conversation in English. That was pretty impressive, though, the lack of on-screen guidance on how to make this work was frustrating. Most people not comfortable with technology might just give up.
I can relive all these interactions with Vision through the online "Rabbit Hole," which keeps the text and images from each interaction in calendar order. There's no search function but each entry includes a trashcan icon so you can delete it.
Rabbit R1 doesn't include communication, email, messaging, social media, games, or anything that might prompt me to engage with it more regularly. It's just an AI wrapped inside a device.
(Image credit: Future / Lance Ulanoff)
There are some settings and controls for things like volume control. To access them you have to press the Talk button and then, I kid you not, shake Rabbit R1. To navigate the menu, you'll need to use the large orange scroll wheel. This wheel is one of Rabbit's worst decisions. I found it slippery and hard to turn. I hate it.
Navigating the Settings menu required a series of turns and presses. You navigate down to a menu item and then reverse those steps to get back home. It's almost as if the designers never used a smartphone. If I weren't testing the Rabbit R1, I might've pitched it out a window.
Rabbit R1 gets points for cute graphics. This is what I saw when I recharged the handset. (Image credit: Future)
Initial battery life on the Rabbit R1 was not good and I watched as it lost a quarter of it's battery life in the space of an hour. Subsequent updates seemed to help that a bit but I still think battery life drains far too fast (even when you're not using it). The average smartphone is more efficient and lasts far longer.
Performance and Battery Life Score: 2.5/5
Rabbit R1: Final verdict
If all it took to achieve success in consumer electronics is to deliver an adorable design at a relatively affordable price, Rabbit R1 might be a success. But that's not the real world.
Rabbit R1 doesn't do enough to replace your smartphone or even operate as a decent companion. It's limited, and poorly thought out and much of the magic it promises happens – slowly – in the cloud and then is delivered back to this underpowered orange product.
If Rabbit hopes to lead the AI gadget charge, it better go back to the drawing board for Rabbit R2.
CPU: Intel i9-12900HK Graphics: Intel Iris XE RAM: 32 GB DDR4Storage: M.2 2280 PCIe4.0 1 TB SSD (Up to 2TB) Rear Ports: Dual 2.5G Ethernet Ports, 2xHDMI ports and 2xUSB-C 3.2 Gen 2 (1 DP only), 2xUSB-A 3.2 Gen 2 Front Ports: 1xUSB-C, 2xUSB-A, 3.5mm audio Connectivity: Wi-Fi6, BT5.2 Audio: 3.5mmCamera: n/a Size: 180 mm x 208 mm x 67 mm. OS installed: Windows 11 Home Accessories: 120W GAD power Supply, SATA Expansion cable
Minisforum has designed the NAB9 targeting power users as its base, those who need the robust capabilities of a CPU to power through office and creative tasks but without the extensive GPU power that gaming requires, thereby keeping heat generation down.
Equipped with an Intel i9-12900HK and Intel Iris XE graphics, along with 32GB RAM and a 1TB SSD, this mini PC handles most office tasks, Photoshop jobs, and general 4K video editing software with relative ease. It is also well-equipped when it comes to connectivity, offering plenty of USB Type-C and Type-A ports, facilitating a range of accessories, although it's worth noting that one of the USB Type-C ports on the back is for display use only.
With two HDMI and two USB Type-C ports on the back, the machine allows for connecting up to four monitors without issue. The connectivity options are well catered for, with the M.2 2230 Wi-Fi support card ensuring a powerful wireless connection beyond most other mini PCs. For those needing the reliability of a wired connection, there are two RJ45 2.5G LAN ports.
Like many of the best mini PCs we've tested, this machine, while powerful, is all about balance. Handling image and video files is perfectly possible, though it's more suited for entry to mid-level work rather than professional tasks. However, the USB Type-C ports allow for storage expansion through external hard drives, and the data transfer rate for Premiere Pro and Photoshop is sufficient to keep up with workflow demands. The introduction of USB 4 would enhance data transfer and enable the use of eGPUs, but this would add considerably to the cost of this compact machine. Additionally, while 32GB of RAM is the baseline for video editing and is adequate in this system, it uses older DDR4 rather than the latest DDR5, but it handles video and image content well as long as video productions are simple and short.
Switching to gaming, most games run fine, with Portal 2 running smoothly. However, more recent games like Cyberpunk and Red Dead Redemption II require lower graphics quality—this is where USB 4 and DDR5 would have boosted performance, especially with the addition of an eGPU.
Considering the price, this mini PC has plenty to offer, and the i9 CPU, along with the RAM, storage, and generous cooling, ensures that the Minisforum NAB9 runs fast for extended periods. While it may not be the best choice for the latest games, it is a superb machine for everything else.
Minisforum Venus NAB9: Price & availability
(Image credit: Alastair Jennings)
The Minisforum Venus NAB9 is widely available and can be purchased directly through the Minisforum website or Amazon.com. It is available in a variety of options; the 32GB, 1TB version reviewed here will set you back $509. Additionally, there is a barebones version available, allowing you to select your own SSD and RAM.
Score: 4/5
Minisforum Venus NAB9: Design & build
(Image credit: Alastair Jennings)
The Minisforum Venus NAB9 sits in the mid-range when it comes to mini PC size, featuring a standard footprint and a slightly taller frame that accommodates the additional cooling required for the powerful Intel i9-12900HK CPU inside. The choice of case design helps keep the machine cool when working at full throttle, and the metal sides with vent slots and silver plastic top all contribute to giving this mini PC a slightly premium look and feel.
There are some nice touches to the design, such as the layout of the rear ports. The LAN ports take center stage, flanked by HDMI and USB ports on either side, USB Type-A on one side, and the power socket on the other. This arrangement makes it extremely easy to set up on a desk, with the ability to neatly arrange the cable layout into monitors, keyboards, mice, and accessories.
Likewise, the small selection of USB and audio ports on the front, along with the small power-on button, make plugging in headphones and other accessories convenient.
As the machine has a variety of configuration options, including barebones, it's nice to see easy access to the inner workings. Accessing the SSD and RAM is simply a case of pushing down on the front of the top plate; it then clicks, releases, and can be removed. Inside, everything is clear and easy to access in case of a component swap-around or upgrade. One of the features that will appeal to anyone wanting to boost the standard 512GB or 1TB storage is that this machine can be upgraded to 2TB. If that's still not enough, the lid of the machine is designed to hold a 2.5" SSD with the screws and cables provided in the box, although the purchase of the SSD is separate. This means if you want to pop in an 8TB SSD, you can, and this connects through the SATA expansion cable. Likewise, the 32GB of RAM in the review machine can also be upgraded to a maximum of 64GB, which could be ideal if you are looking to use the machine for photo or video work.
As a compact business computer, the design is very neat and discreet, with the metal silver finish giving it an understated yet stylish look.
Design: 5/5
Minisforum Venus NAB9: Features
(Image credit: Alastair Jennings)
The MINISFORUM Venus Series NAB9 Mini PC is designed for business use, blending high performance with a sleek, compact form factor. If you wanted a portable business laptop alternative, this will adequately fulfil that role. At its core, the Intel Core i9-12900HK processor features a hybrid architecture with 14 cores and 20 threads, capable of speeds up to 5.0GHz. Combined with Intel Iris Xe Graphics, this setup provides ample processing power for office, multimedia, creative tasks, and moderate gaming needs.
Connectivity is a major feature of the NAB9, with dual 2.5G Ethernet ports enabling a variety of networking options such as ultra-secure firewalls and file storage servers. For convenience in wireless connectivity, the NAB9 includes dual-band Wi-Fi 6 and Bluetooth 5.2 on a replaceable M.2 2230 card, which not only ensures a robust wireless connection but also future-proofs the unit to some extent for upgrades.
Monitor connection is another area where the NAB9 provides plenty of options. It supports up to four displays at 4K resolution and 60Hz, made possible by two HDMI and two USB-C ports.
Our review unit arrived pre-equipped with 32GB of dual-channel DDR4 memory (max 64GB) and a 1TB M.2 2280 PCIe 4.0 SSD (max 2TB), both of which can be upgraded easily thanks to a user-friendly pop-up design of the top. There's also the option to secure a larger capacity 2.5" SATA drive into the lid to expand storage.
Cooling is critical and can often be an issue with the mini PC format; the NAB9 addresses this with an innovative cooling system that includes dual heat pipes, dual air vents, and a new active solid-state heat sink complemented by side cooling openings. Unlike some other mini PCs, the NAB9 does not include boosted graphics, so while it is powerful and capable of moderate gaming performance, the focus here is on the processing power for other uses.
Features: 4/5
Minisforum Venus NAB9: Performance
(Image credit: Alastair Jennings)
Benchmarks
Crystal Disk Read: 4805.93MB/s Crystal Disk Write: 3900.54MB/s GeekBench CPU Single: 10689
GeekBench CPU Multi: 2300 GeekBench Compute: 14636
PC Mark: 5872 CineBench CPU Multi: 12081
CineBench CPU Single: 1654 Fire Strike Overall: 5002
Fire Strike Graphics: 5350 Fire Strike Physics: 26384 Fire Strike Combined: 1851
Time Spy Overall: 1807 Time Spy Graphics: 1577
Time Spy CPU: 10625 Wild Life: 11983 Windows Experience: 8.3
The Minisforum Venus Series NAB9 Mini PC's performance is impressive, especially considering its compact size. This is primarily due to the Intel Core i9-12900HK processor, which provides substantial processing power for a range of applications, from office productivity to creative media work. Minisforum has carefully considered the components used in this small machine, focusing on the essentials needed for a fast office machine rather than gaming. This does mean there is a compromise, with no DDR5 RAM, USB 4 ports, or higher-end graphics.
Starting with everyday tasks, the NAB9 handles Microsoft Office applications with ease, ensuring smooth operation across all Office apps without any noticeable slowdown. This performance is reflected in its PC Mark score of 5872, indicating strong general productivity capabilities with Word, Excel, and PowerPoint.
When it comes to creative software, the NAB9 manages processor-intensive tasks well, with Adobe Photoshop tasks like image manipulation and enhancement being handled efficiently. However, the absence of a dedicated GPU means it faces challenges with high-resolution graphic data in Adobe Bridge, a common compromise in mini PCs. Its performance in Adobe Premiere Pro is decent enough; editing 1080p footage is smooth, and even 4K footage remains manageable unless you push the machine to edit log3 quality footage, at which point it begins to falter.
This machine is ideal for businesses where some image and video enhancement is needed. Its power and cooling mean it can handle those demanding tasks with relative ease. It's suited for footage captured on phones or using standard quality settings for images and stills before switching to RAW or Log formats.
For gaming, the NAB9's limitations become apparent when dealing with graphically intensive titles like Red Dead Redemption II and Cyberpunk 2077 at native 4K resolution. While the device struggles at higher settings and resolutions, lowering the resolution to 1080p allows for a much better gaming experience, albeit at the cost of visual fidelity. This is corroborated by its 3D benchmark scores, with Fire Strike and Time Spy graphics scores of 5350 and 1577, respectively, indicating that while capable, it's not intended for high-end gaming.
The device's storage performance is fast, with Crystal Disk scores of 4805.93 MB/s read and 3900.54 MB/s write. This ensures that data transfer and loading times are exceptionally quick, which is beneficial for applications requiring frequent access to large files.
Benchmark scores in other areas further reflect the NAB9's strengths and weaknesses. Its GeekBench scores show a strong single-core performance at 10689 but a lower multi-core score of 2300, suggesting it handles single-threaded tasks well but may lag in more intensive multi-threaded operations. Similarly, CineBench scores highlight good performance, especially in multi-core tests, which is crucial for tasks like video rendering and software compilation.
Overall, the Minisforum Venus Series NAB9 mini PC is a solid business-focused mini PC ideal for those whose work involves office applications, moderate use of the best video editing software and photo editors, and occasional gaming at adjusted settings. Its performance benchmarks in real-world applications highlight that the NAB9 balances compactness with capability, making it a great option for a variety of uses.
Performance: 4/5
Should you buy the Minisforum Venus NAB9?
The MINISFORUM Venus Series NAB9 Mini PC excels as a business and creativity-focused system, powered by a robust Intel i9 processor and ample connectivity options. While it efficiently handles office tasks and moderates creative and video work, its gaming capabilities and the absence of the latest ports like USB 4.0 and DDR5 RAM might deter more tech-savvy users seeking cutting-edge specifications. Nevertheless, for professional environments and typical productivity tasks, it offers great value, ensuring high performance without the risk of overheating, thanks to its efficient design and cooling system.
Samsung launched the Galaxy F15 last month, and initially the phone came in two RAM versions, both with 128GB of storage. So far you've been able to pick between 4GB and 6GB of RAM, but starting now the F15 is also available with 8GB of RAM in India. Storage is still 128GB.
This new version can be yours from Samsung authorized retailers for INR 15,999 (approximately $191 or €179 at the current exchange rates). As a launch offer you can get bank cashback or an upgrade bonus of INR 1,000 (about $11 or €11).
Aside from the extra RAM, all of the other specs have remained exactly the...
Zyxel’s new WBE660S Wi-Fi 7 access point quickly and reliably brings fiber-like transfer rates to wireless devices in only a few steps. With an aggregated bandwidth of over 22 Gbps, the AP is no longer the bottleneck around the office. The three-radio system, each with four streams, increases utilization by providing a dedicated backhaul channel in a mesh configuration.
Wi-Fi 7 technology increases power consumption. The higher frequency means more energy is wasted as heat, which helps explain the sizable heatsink at the back of the AP. In fact, with its 1.4kg, it is one of the heaviest units we’ve seen at TechRadar Pro. The mobile app makes integration into Zyxel’s cloud infrastructure straightforward. The AP supports up to 8 SSIDs with over one thousand simultaneous clients.
Since the Wi-Fi 7 standard has been out for less than a year, expect the price to be much higher than Wi-Fi 6 or 6e access points. The WBE660S is four times as fast as previous generations, justifying the hefty price tag of $799, which also carries a two-year warranty. The WBE660S is on special right now on Amazon for $499.
(Image credit: Future)
Zyxel WBE660S: Testing
To thoroughly test the WBE660S access point, we used a BE200 Wi-Fi 7 WLAN card to exercise the new 6GHz channel in both directions. An Iperf Linux server connected to the AP through the 10Gb interface tested clients' throughput at one meter.
Zyxel WBE660S: Design
Right out of the box, the Zyxel WBE660S Wi-Fi 7 access point shows many differences from the previous generation. The white oblong-shaped unit has a gray metal back, which doubles as a heatsink. It is twice as wide as the previous Zyxel Wi-Fi 6e model, measuring 31 cm x 17.8 cm x 5.6 cm and weighing 1.4kg. The mounting kit includes a backplate that secures the AP to a wall or ceiling. Another difference from previous APs is that the Wi-Fi 7 model can quickly dismount from the backplate by rotating a blue locking knob.
Specifications
Model: Zyxel WBE660S
CPU: Quad-core Qualcomm 1220 CPU
RAM: 2GB
Storage: 256MB NAND
Radios: One 4x4 for 6GHz Wi-Fi 7 / 6e, One 4x4 for 5GHz Wi-Fi 6, One 4x4 for 2.4GHz
Wireless throughput: Theoretical 22Gbps
Ports: 10Gb Ethernet with PoE, 1Gb Ethernet
Weight: 1.4 kg
Dimensions: 31 cm x 17.8 cm x 5.6 cm
Power Consumption: 17W with one client connected; 41W maximum consumption
The WBE660S utilizes three radios, offering an aggregated bandwidth of 22 Gbps. In addition to the regular 2.4GHz and 5GHz bands, the new 6GHz frequency allows 11.5Gbps in optimal conditions by using a channel bandwidth of 320MHz, twice what is available in Wi-Fi 6 and 6e. A 10G Ethernet port supplies power over PoE and the necessary bandwidth to drive such a high data rate. Zyxel offers a secondary 1G Ethernet port on the access point, which can turn the AP into a rudimentary 10G/1G switch.
A single multicolored LED on top of the case provides information about the AP’s operation. Full green means clients are connected, while blue indicates that the AP is boot-up. The built-in antenna offers a maximum of 5dBi of gain, which, together with -104dBm of RX sensitivity, translates into a speedy connection even when located far from the access point. Connected devices can reach throughputs of 500Mb/s at ten meters or more.
The WBE660S features a Qualcomm Pro 1220 chip, which includes a quad-core A73 CPU clocked at 2.2GHz. The platform offers up to 12 spatial streams to sustain the 22 Gbps bandwidth. Coupled with 2GB of DRAM and 256MB of storage, the IPQ9574 CPU can easily accommodate over one thousand clients connected to eight SSIDs. The enclosure, which serves as a heatsink, becomes warm over time, reaching a peak of 50 degrees Celsius.
(Image credit: Future)
Zyxel WBE660S: In Use
The easiest way to power the WBE660S is through the Uplink port, which provides up to 45W using PoE. Even without a power injector or switch supporting PoE, the device can still be powered through the built-in Type-C connector, requiring 12V at 45W. The AP boots in less than two minutes when connected to a 10G Ethernet port. The front LED slowly blinks green if everything goes well, indicating that clients can connect. With one client connected, the AP consumed only 17W.
Unlike the previous WBE from Zyxel, the new Wi-Fi 7 model is surprisingly more tolerant of regular Ethernet cabling, even at 10G. We had no linkup issue using a five-meter Cat-5 cable connected to a Zyxel 10G switch. The unit does not provide any visual means of knowing the Ethernet speed, so we used the Nebula portal to see if the connection was optimal.
Configuration can be done using Zyxel’s mobile application by scanning a QR code on the back of the unit. Adding the access point to the app is recommended before performing the hardware installation. The Nebula portal allows users to configure and update other Zyxel network devices besides the WBE660S.
(Image credit: Future)
Zyxel WBE660S: Performance
The yet-to-be-ratified Wi-Fi 7 standard improves on the 6th edition by having higher throughput per channel and more channels in the 6GHz band. This results in an upper limit of 46 Gbps, more than four times Wi-Fi 6 aggregated bandwidth. We validate the performance of the WBE660S with a BE200 module, supporting a maximum speed of 5Gbps provided by two streams. At one meter, the maximum throughput was 2.5Gbps downstream and 3.7Gbps upstream. Latency is 1 ms with a jitter of 0.1 ms.
Zyxel WBE660S: The competition
The Ubiquity U7 Pro access point offers Wi-Fi 7 connectivity on a budget. At $239, it is one of the cheapest APs available. However, if one invests in Wi-Fi 7 technology, one will likely favor throughput over monetary savings. The U7 Pro has six spatial streams compared to the twelve offered on the WBE660S, resulting in half the throughput. The Ethernet connection is also slower at 2.5Gbps instead of 10Gbps.
Zyxel WBE660S: Final verdict
The WBE660S lives up to the expectations brought by the arrival of Wi-Fi 7. With three radio channels, the unit supports legacy standards such as Wi-Fi 2.4G and 5ac. The 6GHz radio sets it apart with four simultaneous streams, each having a higher bandwidth than Wi-Fi 6. The access point does not suffer from range loss since it covers over 1000 square feet with throughput degradation similar to previous generations. Using the WBE600S is straightforward, thanks to its flawless integration into the Nebula ecosystem.
Having an extra channel with higher bandwidth comes with its challenges. The WBE600S uses much power, about twice as much as previous generations. As a result, the metal case is much bigger and heavier. The higher power will also hurt the wallet and increase the electricity bill. This access point remains an excellent tool for applications requiring high bandwidth, such as augmented reality and 8K videos.
