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The Lenovo ThinkPad X13 Gen 6 is unlike the laptops I normally test. While most are trying to be the most powerful, the most impressive spec-wise, or the biggest and best screen, Lenovo chose to make a hyper-portable option that becomes an instant dream come true for those business professionals who don’t need a supercomputer.

Most people in the business world don’t need a machine that is breaking performance records, one they will never come close to using in their daily work. They need something they can bring to their day-to-day work that’s easy and convenient to carry from meeting to meeting, toss in a bag, and get everyday work done. Would more power be nice? Of course. Would it be nice to have a better screen? Yes. But for businesses buying devices for their employees, or for those who want to buy a machine they'll use for work and work alone, that’s just not always worth it; the ROI may not be there.

Thinking back to when I had a corporate job, or even to my friends and family who have corporate jobs, this may just be a spectacular option for them, giving them what they need and want, while staying super lightweight and functional. Compared to other ultra-portables made for professionals, it's unlikely to feature in our round-up of the best business laptops - but there's plenty to like about the laptop otherwise.

Lenovo ThinkPad X13 Gen 6: Price and availability

(Image credit: Collin Probst // Future )

The Lenovo ThinkPad X13 Gen 6 starts at $1,095 / £1112 - and the Intel model is available from both Lenovo US and Lenovo UK right now.

The base model comes with a 256GB SSD, a non-touch display, no fingerprint reader, and a 3-cell rechargeable battery. If I build out as feature-rich as this machine can offer from Lenovo, I get up to $1,829, adding a fingerprint reader, a 1TB SSD, a touchscreen display, a slightly better camera and mic setup, upgraded wireless, and a slightly larger battery.

It's also available from other online retailers.

(Image credit: Collin Probst // Future )Lenovo ThinkPad X13 Gen 6: Unboxing and First Impressions

The Lenovo ThinkPad X13 Gen 6 became incredibly impressive from the moment I first unboxed it. It’s hyper-lightweight, as I’ve mentioned, but it’s incredible when you hold it. It’s a full-size machine when it comes to the important things like keyboard size and ports, but outside of that, it’s small, but not too small. Pair that with the lower-resolution display, and things seem to just work.

Sure, on paper, it makes more sense to have a higher-resolution display and better everything, but in practice, this works. I pulled the zoom back from 150% to 125%, and I actually am pretty happy with this setup. It’s a great device to take around, even as a second laptop, due to its size and portability.

Lenovo sent a USB-C charger, which was nice, but I quickly decided to leave it in the box and use one of my Anker power blocks, portable chargers, or UGREEN bricks, along with some nice braided or retractable cables, depending on my setup for the day.

Another thing I was wary of before putting my hands on this machine was the device's quality. I’ve tested and used some lightweight laptops that feel cheap and poorly made. The Lenovo ThinkPad X13 Gen 6, on the other hand, feels well-built, can handle life on the go, and still feels high-quality.

The keyboard features the iconic red Travkpoint at the center of the classic ThinkPad layout everyone knows and loves. Now, that the Trackpoint can even trigger a quick-action menu for select options, making things a bit more practical and helpful.

Lenovo ThinkPad X13 Gen 6: Design & Build Quality

(Image credit: Collin Probst // Future )

This laptop is the epitome of no-nonsense, in the best way. It’s a lightweight, unassuming, powerful, minimal laptop that gets the job done without bragging about it. This is the kind of laptop you grab to rely on, not one you buy to try to impress your boss, coworkers, or direct reports. This is the laptop you grab when you don’t even care what they think, you just care about having a machine that you can depend on and carry with you without even noticing.

Keeping the understated design, the matte black colorway is sleek and professional, with only a slight badge visible at the top. That, plus the red touchpoint, is the only pop of color on this machine, just branding and the touchpoint; everything else is a sleek matte black.

The build quality is exactly as expected. It’s built to last through day-in, day-out use. It’s got a strong chassis, the ability to tilt the display back to 180 degrees, and MIL-STD-810H certification, ensuring the laptop will be protected in environments a tad harsher than a boardroom, a backpack, or even when dropped.

Moving on to a bit more detail on the laptop, this machine has great ports for a full-size, powerful laptop, let alone a thin-line option. It has a standard HDMI, two Thunderbolt 4 ports, a USB-A port, a smart card reader, and a headphone jack. That’s great even in powerhouse laptop worlds.

The review model here has 16GB of RAM, and so far, for my day-to-day use, running some product review writing in Notion, emails, Slack, and browsing the internet for some product research, this computer has been great and hasn’t slowed down at all. If you do a bit more heavy-duty work than casual use, the 32GB option would be a wiser choice, but if you are pretty light on usage, the 16GB variant may be a better fit.

Battery life is always a big deal in this class of laptop, and so far in my testing, I have seen an average of 9 hours and 12 minutes. The ThinkPad X13 Gen 6 has a 54.7Wh capacity with a rated 10h+ of usage, and I can easily see reaching that if you drop the brightness from 100% to 80% and are smart about what you have running at once. Unlike more powerful laptops, there is a good chance that if you are grabbing this laptop, you are on the go regularly and not docking it to one of our favorite Thunderbolt docks, which would keep you charged.

Lenovo ThinkPad X13 Gen 6: In use

(Image credit: Collin Probst // Future )

I’ve had this computer in my arsenal for a few months now. I’ve regularly used it to check email, write my own review, and read a few other reviews. I grabbed it to jump into a quick meeting, and it’s been super easy to double up with the other laptop I need to carry with me in my day-to-day in “the real world.”

In my experience, it boots quickly and launches apps quickly; video calls are stable, though the camera is nothing groundbreaking. The audio is surprisingly clear, even though I still prefer headphones for any meeting that matters.

The screen is good enough for day-to-day use. Yes, I am well aware that it is nowhere near 4K, but for the day-to-day business work I’ve been doing, I have been okay with it, making it a reasonable trade-off. Don’t get me wrong: you clearly notice that it’s not 4K, it's not OLED, and it’s not brilliantly beautiful, but that might just be okay.

If your primary use for this machine is web-browsing, project managing, Slack-answering, email-drafting, word-processing, and or things of that nature, then this machine won’t disappoint — even without the best of the best panel. It’s bright enough to work well in office environments, even in bright ones, though if you’re in an abnormally bright area or facing consistent direct sunlight, it may be difficult for most displays to shine through, including this one.

Part of the reason this machine is so great for keyboard-first tasks is that, quite simply, the keyboard is comfortable. It’s the classic Lenovo keyboard that has grown in popularity for a reason. I’ve been able to sit and knock out a thousand words of writing without any fatigue, frustration, or wishing for a different keyboard, and without any consistent mis-types. On some keyboards, a key is slightly misplaced, the key shape is slightly off, or something else causes me to consistently mistype certain phrases or characters, but with the Lenovo ThinkPad X13 Gen 6, I haven’t noticed that at all. The keyboard is consistent, comfortable, full-sized, and easy to use.

The last thing I’ll dive into in this review is the port offering. My personal daily drivers are predominantly USB-C, with an HDMI port, but I still run into a lot of USB-A in my day-to-day life. So, I always have to have a dock, hub, adapter, or dongle with me. Granted, I know that USB-C is now the standard and that USB-A is becoming less popular, but there are still a lot of things I have to edit, update, or work with that are USB-A for now. With this ThinkPad, even though it's so small, I never needed a dongle, an adapter, or anything of the sort, thanks to its impressive port selection. And that adds a layer of usability that doesn’t always fit well on a briefing or a one-pager.

Lenovo ThinkPad X13 Gen 6: Final verdictCollin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future

The ThinkPad X13 Gen 6 is great for most. It’s a laptop that, for a wide variety of people, would do exactly what they need it to do, nothing more, for a great price with a great weight, ports, and power.

I found this a computer that is very pleasant to carry in a bag or around the house or office, make sure you check out the ThinkPad X13 Gen 6.

If you need a high-end screen, this won't be the right laptop for you, but if you’re okay with a 1080p display and a keenly priced business machine, then it's worth a look.

For more powerful picks, we've reviewed the best mobile workstations.

The Lenovo ThinkPad X13 Gen 6 is a featherlight productivity laptop designed for business professionals on the go.

You don’t need The Killing or Trapped — this new Prime Video show is the perfect Nordic Noir to stream during the woeful winter weather.

TP-Link Omada SG3218XP-M2: 30-second review

(Image credit: Mark Pickavance)

TP-Link has successfully sold the Omada branding to those who work with information systems each day as a byword for strategic thinking.

With managed network hardware that IT people can monitor and configure across multiple locations, equipment in this range has been understandably popular.

Not long ago, I reviewed one of the L2+ switches, the SG3428XMPP, which had two blocks of 1GbE RJ45 outlets, with eight utilising the PoE++ standard, which provides up to 90W of power per port, and sixteen PoE+ ports with a 30W budget per port.

The Omada SG3218XP-M2 is an L3 design, has only 16 Ethernet ports in total, but eight are PoE+ 2.5GbE ports, while the others are 2.5GbE LAN (non-PoE) ports.

Given the increasing demand for Ethernet bandwidth and TP-Link's own Access Points using the 2.5GbE PoE standard, this switch seems a highly appropriate inclusion in the Omada range.

Like the SG3428XMPP, this switch still has 240W of power to distribute over PoE, which is 30W per port. And, it ticks all the boxes in Enterprise networking bingo, with Zero-Touch provisioning, centralised Cloud management and AI-driven monitoring.

For those already using the TP-Link Omada management solution, the SG3218XP-M2 provides a drop-in solution which links via two 10Gbps SFP+ to a network backbone, adding enough high-speed PoE for eight WiFi 7 access points or HD security cameras.

As we move away from the 1GbE LAN, the SG3218XP-M2 is a stepping stone in the right direction, and at around $370 in the US, the return on investment is easy to justify.

Depending on your specific needs, this could be the best network switch around - and it's not expensive to deploy and manage these.

Omada SG3218XP-M2: Price and availability

• How much does it cost? $370/£430
• When is it out? Available globally
• Where can you get it? Direct from a TP-Link, a retail partner or via an online retailer

You can buy the Omada SG3218XP-M2 directly from TP-Link or via online retailers.

If bought through Amazon or directly from TP-Link, the US price on Amazon is $369.99, and the UK price on Amazon.co.uk is £435.40.

Quite why this hardware is so much cheaper in the USA, I’ve no idea, but it is.

If this is the first Omada switch you’ve bought, I’d strongly recommend also getting one of the TP-Link dedicated controllers to work alongside it. Although you can use TP-Link’s Cloud controllers, you can also install the controller application on another system.

The OC300 TP-Link Omada Hardware Controller, designed to manage multiple Omada devices, costs £119.99 from Pacetech in the UK and $159.99 from TP-Link for US customers. And, the OC200 is only $79.99 from Amazon.com, and £71.99 from Amazon.co.uk.

Managed PoE switches of this spec usually aren’t cheap, especially from familiar brand names.

Looking at the usual suspects, D-Link doesn’t offer a Layer 3 managed PoE switch yet, sadly. Netgear has the XSM4328CV, a 24x10G/Multi-Gig PoE+ model with four 4xSFP28 25G ports, and the ability to deliver 720W. But given how much more throughput that switch offers, you won’t be surprised to learn it costs over $4000, if you can find one.

At a similar price to the TP-Link, the Cisco Catalyst 1300-16P-2G offers only 1GbE on the 16 ports.

The closest specification switch I found was the Ubiquiti Pro Max 16 PoE, which has 16 ports: 12 1GbE PoE+ and 4 2.5GbE PoE++, and it has the same dual 10G SFP+ ports. It can only distribute 180W of power over its PoE, but it costs only $279.

If you are already using Ubiquiti hardware, then it might suffice, but it’s not ideal for larger installations with lots of Wi-Fi 7 access points.

New products arrive all the time in this slice of the market, but given what others have available, the SG3218XP-M2 seems suitably priced.

• Value: 4/5

TP-Link Omada SG3218XP-M2: Specs

(Image credit: Mark Pickavance)

Item

Spec

Model:

Omada SG3218XP-M2

Interfaces:

16x 2.5Gbps RJ45 Ports (8x PoE+, 8x LAN)

2x 10G SFP+ Slots

1x RJ45 Console Port

1x Micro-USB Console Port

PoE Ports (RJ45):

802.3at/af/bt compliant

PoE+ Ports(802.3at PoE): 8 Ports, up to 30 W per port)

Power Budget: 240 W

Mounting:

Rack-mountable or shelf-standing

Switching Capacity:

120 Gbps

Packet Forwarding Rate:

89.28 Mpps

L3 Features:

32 IPv4/IPv6 Interfaces, Static Routing, Static ARP, Proxy ARP, Gratuitous ARP, DHCP Server, DHCP Relay, DHCP L2 Relay

L2 and L2+ Features:

Link Aggregation, Spanning Tree Protocol, Loopback Detection, Flow Control, Mirroring

L2 Multicast:

IGMP Snooping, IGMP Authentication, MLD Snooping, MVR, Multicast Filtering with 256 profiles and 16 entries per profile

Control options:

Omada Cloud-Based Controller, Omada Hardware Controller, Omada Software Controller

Maximum Power use:

299.4W (110V/60Hz) ( with 240W PD connected)

Dimensions:

440 × 180 × 44 mm (17.3×7.1×1.7 in)

Weight:

4.29 kg

TP-Link Omada SG3218XP-M2: Design

(Image credit: Mark Pickavance)

• Solid construction
• Active cooling
• Reasonable power budget

With so much switch hardware available from TP-Link, it’s important to first establish where the SG3218XP-M2 fits in the greater scheme of things.

TP-Link currently offers eight levels of switches, ranging from the Campus series to Aggregation, Access Max, Access Pro, Access Plus, Access, Agile, and Unmanaged.

The SG3218XP-M2 fits into the Access Pro tier, where it resides alongside five other designs, some of which feature 48 PoE ports, in addition to the four 10GbE SPF+ ports.

This design takes a step back from the extreme end of these choices, with only eight ports of PoE+, but it does offer those alongside another eight LAN ports, and all sixteen are 2.5GbE.

Compared to the bigger Omada Access Pro products, this switch uses the same robust steel construction but packages it more succinctly. Where the SG3428XPP-M2 is 330mm deep, the SG3218XP-M2 is only 180mm front to back, enabling it to fit easily into a shallow rack.

I discovered that, because it's only 4.29 kg, getting it into a rack is significantly easier, at least compared to an SG3428XMPP that I chose to swap it with.

TP-Link provides adhesive rubber feet if you prefer shelf installs, along with L-plates for rack mounting.

The current Omada switch designs all use fans mounted on the left side, drawing air from vents on the right, and in this case, there are two fans providing sufficient cooling for the system.

The fan speed is controlled by the monitoring hardware in the switch, and its rotational speed changes with the amount of PoE power it's outputting and the amount of data flowing through it. I’ve seen a few people complain that it's noisy, but with the workloads I ran through and the ambient temperature in my office, it was the exact opposite for me.

(Image credit: Mark Pickavance)

Where this switch might not be ideal is in those locations that use PoE for significant power distribution, since it’s only PoE+ 30W rated. TP-Link does make PoE++ switches capable of delivering 90W per port, but this switch isn’t suitable for that output level.

However, it can operate on all 16 ports, including the 8 PoE+ ports, at 2.5GbE, making it highly suitable as a backhaul for Wi-Fi access points that support 2.5GbE PoE.

The two 10G SFP+ ports are also invaluable, as they can be used to connect the switch to a 10GbE backbone or to NAS servers.

When TP-Link come to upgrade this switch into its next iteration, I’d recommend they add either two more 10G SFP+ or two 10GbE LAN ports, since the latter are now becoming standard for many of the better NAS platforms.

Overall, I like where the Omada SG3218XP-M2 sits. The mix of PoE and LAN with a 10G SFP+ backbone makes it ideal for small business deployment. Power users can connect to the eight 2.5GbE LAN ports, the PoE devices can get their best speeds from the other PoE ports, and other switches can chain via the SFP+.

My only caveat is that I’d definitely recommend that, along with the budget for the switch, enough money is allocated to include an Omada controller, if you don’t already have one.

Design: 4.5/5

TP-Link Omada SG3218XP-M2: User experience

• Omada management
• Encourages localised controller

I’ve talked about the current Omada user experience in other reviews. But from the perspective of a professional IT person (and I was one once), this is a highly refined solution that gives you three options for configuring and managing switches, routers, access points, and the like.

In the context of the Omada SG3218XP-M2, if you already have a controller configured, deployment of the switch is remarkably easy.

The controller can be any computer with the Omada controller software installed, so it doesn’t cost anything to unlock this functionality for those with limited resources. Alternatively, there is an Omada Cloud service, and depending on how you use that, it can range from being free to a monthly subscription.

And my preferred approach is the local Omada controller, a dedicated box that monitors all the Omada hardware on the network and can make immediate decisions should hardware fail in situ.

(Image credit: Mark Pickavance)

it and the broadband router on a UPS, the entire system will remain operational for a period during a power outage, enabling it to send warning messages and also configure the system to maximise battery runtime.

What’s great about the hardware controller is that if you place that and the broadband router on a UPS, the entire system will remain operational for a period during a power outage, enabling it send warning messages out and also configure the system for maximising battery running time.

Even if you use the Cloud version to administer a collection of remote sites, having local hardware controllers has some useful advantages, especially if the internet has a wobble.

For the largest installations, it's possible to create profiles for all Omada switches, access points, and routers, and execute them across the network and via the Cloud on other networks you control.

That makes rolling out new security strategies and VLAN plans easy, and adding a new Wi-Fi SSID will make it propagate across all access points automatically. But it’s important to say that you can make granular changes also, if those are deemed necessary.

• User experience: 4/5

TP-Link Omada SG3218XP-M2: Final verdict

(Image credit: Mark Pickavance)

If you are considering deploying TP-Link Wi-Fi 7 hardware, like the TP-Link EAP725-Wall, then this is the switch designed to make the most of that technology.

There is little point in investing in Wi-Fi 7 if they connect to the internet via 1GbE, since the backhaul to the network becomes the limiting factor.

The Omada SG3218XP-M2 could easily support a 20GbE broadband connection and distribute it to eight PoE+ Access Points, and still have extra capacity for wired connections.

My only small concern is that just arrived on my desk is the Omada EAP787, and it needs 10GbE PoE++ ideally. That's fine for those who have an SX3832MPP or the POE380S 10GbE POE++ injector to connect it. But the Omada SX3832MPP alone is four times the price of the SG3218XP-M2, so going down that rabbit hole could get expensive.

Unless you’ve been chugging the corporate Koolaid and only do extreme deployments, the SG3218XP-M2 provides something significantly better than the many 1GbE PoE switches; its L3 credentials are excellent, and it slots effortlessly into the Omada controller infrastructure. And, given all its capabilities, the price is highly affordable.

Should I buy a TP-Link Omada SG3218XP-M2?

(Image credit: TP-Link)Omada SG3218XP-M2 Report card

Attributes

Notes

Rating

Value

For the functionality it has, the price is right

4/5

Design

Solid construction and shallow rack friendly

4.5/5

User Experience

Adds L3 switching and 2.5GbE PoE+ to the Omada ecosystem

4/5

Overall

Perfect for those who want a balanced WiFi 7 installation

4.5/5

Buy it if...

You are deploying WiFi 7
To properly move the amount of data that Wi-Fi 7 access points provide, you need a minimum of a 2.5GbE backbone, and the Omada SG3218XP-M2 delivers that over PoE+. That simplifies the deployment and enhances the Wi-Fi user experience. Without a switch like this, spending on Wi-Fi 7 is largely pointless.

You use a 10GbE backbone
With two 10GbE SFP+ ports, it’s easy to integrate this hardware into a switched backbone and implement failover planning to cope with hardware failures.

Don't buy it if...

You want 10GbE PoE++
The best speed this switch offers is 2.5GbE, although the two SFP+ ports do run at 10GbE. There are switches that support 10GbE PoE++, but expect to pay much more for those than this, and you might have to consider a 25GbE backbone, or greater, to handle the traffic.

For more connectivity hardware, we've reviewed the best mesh Wi-Fi systems and the best Wi-Fi routers.

TP-Link Omada SG3218XP-M2 is an industrial network switch that can be cloud-managed and is perfect for WiFi 7 PoE deployments

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Chuwi CoreBook Air: 30-second review

There’s something slightly familiar about the Chuwi CoreBook Air. Once again, it follows the recent trend of 14-inch Windows laptops offering a premium build with aluminium alloy casing and a solid yet lightweight build. The specification list considering the price is also impressive, with more on offer than you would usually anticipate for a little under £500/$500.

From the outset, there are several features that really appeal. Obviously, the CPU, GPU and memory specifications all prove more than enough to run all productivity apps, but then there’s a good volume of ports. Through the test for normal use, a bit of word processing and browsing the internet, the battery was sufficient for a day's worth of work.

While the specifications hit the mid-range, making it ideal for most office-based tasks, I found that the CoreBook Air had enough to run Blender and CapCut without issue. Although limitations to the ability were pushed with Indiana Jones and the Great Circle, which did load but was just too jittery to play with any success.

For general use, such as Excel and PowerPoint, the machine was more than capable of handling large documents. What really impressed me was that, despite it only being a 14-inch machine and not a particularly expensive one, the screen clarity was exceptionally good, and the screen surface was able to limit reflections exceptionally well.

One of the other aspects you often find with a cheaper laptop is that it uses a proprietary power supply. However, here, the laptop is supplied with a 65W USB-C charger, which means if you do leave your charger at home, you can more than likely borrow somebody else's. Again, for a laptop of this size to have three USB-C ports, two on one side, one on the other, and a full-size HDMI just gives you even more connectivity options, as well as the ability to plug into other accessories, devices, systems, and drives.

Like some laptops of this type, slim and lightweight, while the quality is exceptionally good and the cooling is better than expected (though the fans do kick in and are audible), the keyboard area and trackpad do feel lightweight and less responsive than I personally like.

Neither the track pad or keyboard feel 100% precise in their mechanics, with the keyboard actuation lacking the satisfying feel of those featured in our guide to the best business laptops. I also found the trackpad wasn’t quite as precise, and you really needed to accurate about your click action in the bottom left. I’d also often mis-click, and the precision that you get with the likes of the ASUS ExpertBook Ultra just isn’t there, but then you could buy four of these laptops for a single unit of that machine, just to put that in context.

However, for a laptop at this price, the fact that it can handle all productivity, web browsing, word processing, light multimedia editing, and a little bit of gaming is impressive. If you’re in the market for a cheap laptop that will see you through the demands of productivity applications for work, and a little bit of media use, as well as downtime playing games and watching multimedia, then this machine should suffice. If you're looking to do heavier media editing or play top-tier games, this might be a little more restrictive, and you’d need to spend a bit more for a bit more power.

Chuwi CoreBook Air: Price and availability

• How much does it cost? $479 / £404 RRP
• When is it out? Available now
• Where can you get it? Directly from Geekom and Amazon.com

At present, the Chuwi CoreBook Air has a UK price of £404 and a US price of $549 and can be purchased directly from the Chuwi US and Chuwi Global websites.

Chuwi is offering TechRadar Pro readers a 13% discount on the purchase price when you use the code TechRadarAir.

• Value: 4 / 5

(Image credit: Alastair Jennings)Chuwi CoreBook Air: Specs

CPU: AMD Ryzen 5 6600H (6-core/12-thread, up to 4.5GHz)
Graphics: AMD Radeon 660M
RAM: 16GB LPDDR5 6400MHz
Storage: 512GB PCIe 3.0 NVMe SSD
Left Ports: 2x USB-C 3.2 Gen 2, HDMI 2.1
Right Ports: USB-C, USB 3.2 Gen 1 Type-A, 3.5mm audio jack
Connectivity: Wi-Fi , Bluetooth
Audio: 2W stereo speakers
Camera: 2MP with privacy shutter
Size: 298 x 221 x 16.3 mm, 1.08 kg
OS Installed: Windows 11 Pro
Accessories: 65W USB-C PD charger

Chuwi CoreBook Air: Design

The Chuwi CoreBook is a slim, lightweight Windows 11 Pro laptop that has been perfectly designed for portability and mid-range power use, essentially ideal for students, business users, and anyone looking for a home laptop that’s both robust and powerful enough for the entire family. The balance of the CPU and GPU means that it’s great for general use, but if you’re looking for the latest cutting-edge graphics power, then this is a mid-range machine. While powerful, it won’t be able to run some of the more top-tier games or multimedia software, although they will load.

With that in mind, portability is one of its key focuses. At just over 1kg, 1.08 kg, and measuring 298.4 x 221.3 x 16.3 mm, it will fit into almost any backpack or laptop bag without issue. It’s also one of the smallest and lightest laptops out there. The design is very similar in style to the Geekbook X14 Pro, although that had slightly more squared-off corners and a few key differences in the port configurations and, of course, internal workings.

Taking a look around the side of the machine, starting on the left, there’s a full-size HDMI 2.1 TMDS port to easily connect to larger displays or projectors. Next to this are two USB 3.2 Gen 2 Type-C ports, and these are fully featured, perfect for connecting to ultra-fast external SSDs or delivering power to other devices. On the right-hand side is another USB Type-C (data only), a 3.5mm audio jack, and a USB 3.2 Gen 1 Type-A port.

Looking around the body, this is pretty much it for ports and buttons, but up on the top edge of the screen, it’s nice to see there’s a sliding camera privacy cover. It’s mechanical, but this is often the best solution; you know you have absolute privacy once that camera is covered.

On the base of the machine, there’s a huge vent panel, and again on the back with very minimalistic profiling. There’s a good amount of venting between the body of the laptop and the hinge for the screen. As the machine really starts to work, especially when playing games, you can feel the warmth filtering up through the gap between the screen and keyboard. As you open the screen, the hinge feels good and secure, showing little loss for everyday use. The keyboard layout and trackpad are of a decent size.

(Image credit: Alastair Jennings)

Looking around the body, this is pretty much it for ports and buttons, but up on the top edge of the screen, it’s nice to see there’s a sliding camera privacy cover. It’s mechanical, but this is often the best solution; you know you have absolute privacy once that camera is covered.

On the base of the machine, there’s a huge vent panel, and again on the back with very minimalistic profiling. There’s a good amount of venting between the body of the laptop and the hinge for the screen. As the machine really starts to work, especially when playing games, you can feel the warmth filtering up through the gap between the screen and keyboard.

When you open the screen, the hinge feels good and secure, showing little loss for everyday use. The keyboard layout and trackpad are of a decent size.

• Design: 4 / 5

(Image credit: Alastair Jennings)Chuwi CoreBook Air: Features

Looking at the feature set, one of the bigger appeals here is just how small and lightweight this laptop is, just a kilogram. It will easily slip into a laptop bag or backpack without adding too much weight, and with its full aluminium alloy casing, it does feel nice and robust.

Opening up the laptop reveals the 14-inch Full HD screen with 1920 x 1200 resolution. It’s not the highest resolution we’ve seen in this style of laptop, but at this price, it’s all pretty decent and should suffice for day-to-day use. The screen itself is a 14-inch WUXGA display with a 16:10 aspect ratio that offers 315 nits of brightness. In brighter conditions, you might need to shade it a little bit. However, the surface of the screen seems to be of exceptional quality and helps reduce reflections and glare.

Complementing the visuals are dual custom box-tuned speakers that help provide audio—a step up from many speaker systems found on mid-range laptops.

Inside, powering Windows and other applications is an AMD Ryzen 5 processor with 6 cores, 12 threads, and up to 4.5GHz. This is coupled with a Radeon 660M (RDNA2) integrated GPU, which should be more than enough for most mid-range games. It also includes 16GB of LPDDR5 RAM and 512GB of PCIe SSD storage.

Ensuring the laptop has enough power for everyday use, there’s a 55Wh battery, which, while not the largest capacity, will still provide plenty of power for a day’s work, and shouldn’t take too long to charge using the 65W USB-C PD charger, charging up to 60% in just 55 minutes.

(Image credit: Alastair Jennings)

• Features: 4 / 5

Chuwi CoreBook Air: PerformanceBenchmark scores

CrystalDiskMark Read: 3064.43
CrystalDiskMark Write: 1289.67
Geekbench CPU Multi: 5389
Geekbench CPU Single: 1397
Geekbench GPU: 7734
PCMark Overall: 5850
Cinebench CPU Multi: 8634
Cinebench CPU Single: 1429
Fire Strike Overall: 4492
Fire Strike Graphics: 4851
Fire Strike Physics: 18743
Fire Strike Combined: 1667
Time Spy Overall: 1720
Time Spy Graphics: 1528
Time Spy CPU: 5985
Wild Life Overall: 8748
Steel Nomad Overall: 214
Windows Experience Overall: N/A

Starting out with the Chuwi CoreBook Air is straightforward. Windows 11 Pro is pre-installed, so all you need to do is run through the last few steps to get up and running. When I did this, it took about 15 minutes, signing into Microsoft and Google accounts, and making sure the system was fully updated.

One thing I also had to do was ensure all the AMD graphics drivers had been installed. While the AMD application was pre-installed, the final driver software wasn’t, so that’s something to note if you plan to buy this laptop.

Without those AMD drivers installed, even with the software there, the performance is considerably restricted. But once all updates were done to both Windows 11 Pro and AMD, the uplift was instantly apparent. As I started to load Microsoft Word, PowerPoint, and Excel, all three applications loaded quickly. Opening documents and presentations, the machine handled them without much issue.

The only thing I’d note is that while Microsoft Word worked fantastically well, Excel and PowerPoint felt a little restricted on the display with that lower resolution. However, since the USB-C ports on the side are fully featured, you can always connect to a 4K display without too many issues, and that 4K resolution is easily supported by this machine.

Using Word to write this review, the speed of the machine was perfect for general work and productivity, and I was easily able to switching between Word, PowerPoint and Microsoft Edge. Later, while compiling a PowerPoint presentation for an evening lecture, I was able to gather multimedia content and design the presentation again the laptop was able to handle everything smoothly.

Taking a closer look at PowerPoint, while it’s very usable on the 1920 x 1200 resolution screen, I always prefer more screen space, especially when flicking between slides. Here, connecting to a 4K monitor did help with that process. Although even on the Full HD screen, PowerPoint was very usable, and if you were on a train putting together a presentation, the clarity and brightness of the screen would suffice.

One thing I did note about the screen, aside from the resolution, was screen brightness. Brightness is limited to 350 nits. During the UK winter months, when daylight is at a premium, this isn’t too much of an issue, as most of the time it’s quite dark, and 350 nits is probably more than enough. But on a bright day in the office, with sunlight streaming through the window, that brightness was starting to be challenged. If you are planning to use this outdoors or in well-lit environments, then 350 nits is around the minimum you’d want.

Otherwise, the screen is very good, perfect for productivity, although a little limited when it rolls over into creative applications.

Having experienced decent performance throughout all the Microsoft Office applications, I moved on to some creative tasks, first, loading Adobe Photoshop, which ran surprisingly smoothly. I opened up images from the Sony A7 IV for other reviews, cropping, resizing, and doing some basic image enhancement. Photoshop was more than capable of not only handling those high-resolution image files but also applying effects. Once again, the only drawback was that with a screen of this resolution, the available workspace felt a little limited.

Switching to an application that feels more at home on this screen size, I tried Lightroom, which worked incredibly well. Enhancements and adjustments were applied quickly, and although the screen resolution felt a little low, Lightroom Classic was more than sufficient. Even when it came to bulk exporting adjusted images, the machine had no issue handling the load.

I then moved on to some higher-demand applications, including Premiere Pro and DaVinci Resolve, to test 4K video. It became instantly apparent that this wasn’t going to be possible. While video was rendered on the timeline, as I dragged files across into the timeline in both applications, things began to slow down dramatically. I had to wait for the system to catch up, and the fans kicked in due to the increase in processing.

I retried the process, this time using 1080p footage downscaled in Adobe Media Encoder. Here, the footage was editable, and again I was impressed with the performance. while, the fans did kick in to help keep things cool, editing a relatively complex five-minute video was manageable. Switching to a less processor-intensive app like CapCut might be a good idea for light editing.

After modest results with video editing, I switched over to a little bit of gaming, loading Indiana Jones and the Great Circle. I had to reduce all settings right down to the lowest and even drop from Full HD to 720p. Still, the game was jittery and not a great experience, despite it technically being able to run.

I then tried Red Dead Redemption 2, and again saw similar issues with scaling and choppy graphics. So really, if you’re looking to play the latest games, while the Radeon 660M integrated GPU is quite good for multimedia creation, when it comes to gameplay of higher end games, it just doesn’t have the power.

• Performance: 4 / 5

(Image credit: Alastair Jennings)Chuwi CoreBook Air: Final verdict

(Image credit: Alastair Jennings)

The Chuwi CoreBook Air proves itself as a very competent day-to-day machine for use in and out of the office. It’s a decent size, lightweight, strong and robust. While the keyboard and trackpad might not be premium, they are of decent quality, and for most users, typing on them will feel perfectly fine.

What’s impressive is the pure performance of the mid-range CPU and GPU combo. While they aren’t AI-enhanced for applications, they’re perfectly good for day-to-day use, as well as watching multimedia and browsing the internet, this small laptop is more than powerful enough.

I also really liked the volume of connectivity options. The Wi-Fi connection speed seemed exceptionally good and robust, especially when connected to the Netgear Nighthawk M7 for the majority of testing. With three USB-C ports, two fully featured and one for data only, you have plenty of connection options, and that important flexibility of being able to charge the laptop with almost any modern charger.

While the 55Wh battery might not be the largest, it was more than sufficient for a good day’s light work, handling spreadsheets, Word, and PowerPoint. But as soon as you start pushing the processor, battery life drops rapidly. It’s good to see that you can get a 60% charge from a flat in just over an hour.

What really strikes me about the CoreBook Air is the price. You’re effectively getting a powerful laptop for everyday use for not a great deal of money. Okay, the screen resolution might be a little low, and the brightness a little dim compared with some, but when it comes to the strength of the build quality and the abilities of that mid-range CPU and GPU combo, for most people and most workloads, this laptop will be more than sufficient.

Should I buy the Chuwi CoreBook Air?

Value

Excellent value for money considering the performance you can get from this mid-range laptop

4

Design

Good, strong build quality with the aluminium casing giving it a premium feel at a mid-range price

4

Features

Well-balanced set of features that aren’t groundbreaking but provide you with a good workhorse of a machine

4

Performance

Real performance is good for productivity. OK for creative applications. Best to look elsewhere if you want to do gaming

4

Overall

Overall, a well-balanced machine that’s great for most office work, light creativity and gaming

4

Buy it if...

You want on-the-go productivity
This ideal if you need a lightweight machine that handles office, browsing, and creative tasks smoothly in a travel-friendly size.

You want good general performance on a budget
The CoreBook Air delivers decent all-around performance and the ability to go slightly beyond simple productivity applications without spending a fortune.

Don't buy it if...

You want upgradability
With the RAM soldered in place, there’s no option to upgrade, which could limit compatibility with future applications.

You need top-tier media tools.
This laptop includes everything from speakers to a webcam and a relatively decent GPU, but if you're a content creator, they’re just not at the level required.

For more powerful productivity machines, we've reviewed the best mobile workstations.

The Chuwi CoreBook Air is a 14-inch mid-range Windows laptop designed for everyday work, students, and business professionals. It’s a powerful yet affordable workstation that will keep up with the demands of the modern office, from productivity to some light content creation.

FPV drones are offering a dramatic new perspective at the 2026 Winter Olympics, but many viewers are labelling them a distraction.

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If you think more pixels makes for a better PC monitor, you're going to love the new LG UltraFine 6K Evo 32U990A. This 6K monster of a monitor has over 21 million of them. For context, a 4K display has just eight million. It's a massive step up.

What you don't get, at least not compared with a regular 32-inch 4K monitor, is more actual display size. Instead, those 21 million pixels are crammed into essentially the same 32-inch diagonal, resulting in much, much higher pixel density. Where 4K on a 32-inche monitor comes in around 140 pixels per inch, the LG UltraFine 6K Evo 32U990A clocks in at 224 pixels per inch.

In other words, this is a true high-DPI display. It's a pretty high-performance display by several other metrics, too, at least for an IPS as opposed to an OLED monitor. There's good colour coverage and true 10-bit fidelity, for instance.

Less impressive is the 60Hz refresh. It's perhaps inevitable given the epic resolution and this monitor's productivity rather than gaming remit. But here in 2026, 60Hz seems a bit sluggish, as does the quoted 5ms pixel response time. Countering that is excellent connectivity, including dual Thunderbolt 5 ports and plenty of further USB-C inputs and outputs.

As for value, well, it all depends how you're coming at this LG. Compared to the near-enough $6,000 Apple Pro Display XDR, which is also 6K and 32 inches, it's a bargain, if less capable in some important ways. But at $1,999 or £1,799, it's also way more expensive than most of the best 4K monitors available today. So, you'll really want to appreciate those extra pixels.

LG UltraFine 6K Evo: Design and featuresLG // FutureLG // FutureLG // Future

• Minimalist design
• Mediocre build quality
• Excellent connectivity

Specs

Panel size: 32-inch

Panel type: IPS Black

Resolution: 6,144 x 3,456

Brightness: 450 nits SDR, 600 nits HDR

Contrast: 2,000:1

Pixel response: 5ms GtG

Refresh rate: 60Hz

Colour coverage: 98% DCI-P3

HDR: VESA DisplayHDR 600

Vesa: 100mm x 100mm

Connectivity: DisplayPort 2.1 x1, HDMI 2.1 x1, 2x Thunderbolt 5 with 96W PD upstream, 1x Thunderbolt 4 downstream,1x USB-C upstream, 2x USB-C downstream, 1x USB-C upstream

The LG UltraFine 6K Evo 32U990A is a slick display that looks like it's been designed to please Apple Mac users. In terms of pure aesthetics it will do just that, thanks to its minimalist vibe, slim bezels and engineering elements like a display hinge that mimics Apple's Pro Display XDR.

However, it's not as nicely built as either of Apple's own monitors, the Studio Display or the aforementioned Pro Display XDR. The mix of plastic and metal used here doesn't feel even nearly as premium as the lush alloys of the Apple alternatives. The huge external power brick is also a little untidy compared to monitors with integrated power supplies.

Still, by PC monitor standards, this LG is well enough screwed together and offers a decent range of adjustability from its stand. It also boasts excellent connectivity. You get dual Thunderbolt 5 ports with 96W of power delivery, just for starters.

To that you can add DisplayPort 2.1, HDMI 2.1 and another three USB-C ports. Together, that ensures pretty much all your connectivity needs are covered, including single-cable connectivity with a laptop, sharing the display with multiple PCs and even daisychaining with full 6K support.

Of course, the main event is the 32-inch 6K panel. It's an IPS Black item, so has heightened contrast compared with most other IPS monitors. But when it comes to not only contrast but also HDR performance, its specs still fall miles behind an OLED display.

That's no surprise given this monitor is only rated for DisplayHDR 600 certification. In other words, it lacks full-array local dimming. That said, colour coverage is good, extending to 98% of the DCI-P3 gamut and there's also true 10-bit per channel colour support without dithering.

LG UltraFine 6K Evo: PerformanceLG // FutureLG // FutureLG // Future

• Incredibly sharp visuals
• Good colour accuracy
• Poor contrast and HDR performance

The LG UltraFine 6K Evo 32U990A is both stellar and disappointing in almost equal measure. But let's start with its finest quality, which is surely the incredible pixel density enabled by full 6K resolution on a 32-inch panel.

The resulting 224 pixels per inch makes for incredibly sharp visuals and fabulously clear and crisp text. It also allows for a huge amount of space for professional workflows. The appeal here compared to a mere 4K monitor, for instance, is that you can view 4K content in a window at full resolution and still have significant space left over for timelines, toolbars and more.

However, the 6K resolution and outstanding pixel density is compromised by the IPS panel's slightly old-school anti-glare coating, which introduces a touch of visible sparkle. Moreover, the step up from a 4K panel in terms of visual detail also isn't entirely earth shattering. Yes, this display is sharper and the text is crisper. But you're paying quite the price premium for those benefits.

The very fact that this is an IPS panel as opposed to OLED also makes it feel rather old fashioned. Sure, the colour accuracy at factory settings is good in both SDR and HDR modes. But even with the latest IPS Black panel tech and 2,000:1 claimed contrast, this monitor looks a bit watery and washed out compared to the latest OLED monitors. The black levels in particular look poor next to any OLED display.

In part that's thanks to the fact that this LG only has DisplayHDR 600 certification. That means it's specified with mere edge-lit backlighting, likely with around 16 zones, not full-array local dimming with hundreds or thousands of zones. In short, this is not a true HDR display.

The 60Hz refresh likewise adds to the sense of a slightly outdated display. Sure, this is no gaming monitor. But even for routine daily computing tasks, 120Hz or higher makes everything more pleasant. Of course, by IPS display standards, this is not a poor monitor. It's just, at this price point, you have so many options. What you gain in terms of 6K pixel density with this display you arguably lose in other areas.

LG UltraFine 6K Evo: Final verdictLG // FutureLG // FutureLG // Future

LG's new 6K display is an exciting prospect, on paper. The combination of native 6K support using the latest IPS Black panel tech is very appealing, for sure. In practice, this premium pro display somewhat disappoints.

For sure, you get an outstanding high-DPI experience. But unless your specific workflows benefit from the extra desktop space, the subjective upgrade in terms of visual clarity and the quality of text rendering is more marginal than you might expect compared to a 4K display of the same size.

At the same time, the limitations of an IPS panel, even with improved contrast, are all too obvious at a price point that includes 4K OLED alternatives such as the Asus ProArt PA32UCDM. The comparatively poor contrast and black levels are all too obvious. There's a significant speed deficit, too, in terms of refresh rate and pixel response.

Admittedly, LG has given this display outstanding connectivity that extends to dual Thunderport 5 ports with support for 6K monitor daisy-chaining. So, in many ways, this is a very powerful productivity tool.

The problem is the 6K and connectivity upsides come with quite a few compromises. Long story short, what many will want is a display like this but based on OLED panel tech. Given the lofty pricing, that isn't an outrageous ask even if such a monitor doesn't currently exist. Until it does, if you are happy with an IPS panel and your workflows will benefit from the 6K resolution, LG's latest Ultrafine monitor probably adds up. But only barely.

For more high-resolution displays, we've reviewed the best 5K and 8K monitors.

You're going to have to really want all those pixels.

Every plan comes with unlimited DVR, too.

The Dell Pro Max Tower T2 is not your usual business PC. It's not going to be the pick for casual users, or gamers, or admin work. And it's worth specifying that to begin with: this is a beast of a machine for professionals who need uncompromising power in engineering, AI, and all-around business performance, and who want a machine that is capable today and upgradable for the future,

Yes, it’s niche, and that’s okay. Dell doesn’t shy away from creating machines for a specific subset of users.

If you’re looking into this machine, there is a wide range in specs and pricing. The entry-level buildout is right around $1,000. But the high specs on my review unit are pushing $13,000. So, it may rank as one of the best workstations I've tested, but it certainly comes at a (hefty) price.

Dell Pro Max Tower T2: Price and Availability

The Dell Pro Max Tower T2 is available from both Dell US and Dell UK in a range of configurations.

The entry configurations are priced at around $1,000 and still include a Core Ultra 7, 16GB of RAM, a 512GB SSD, and an AMD Radeon Pro GPU.

As I mentioned, my buildout is pretty high-tier. My exact buildout is priced at $12,787 and features an Intel Core Ultra 9 285K vPro with 128 GB of RAM, an NVIDIA RTX PRO 6000 Blackwell with 96GB, 4 TB of storage, and a massive 1500W PSU… oh, and a DVDRW drive.

(Image credit: Collin Probst // Future )Dell Pro Max Tower T2: Unboxing and First Impressions

The Dell Pro Max Tower T2 brings me down memory lane; it makes me remember the PCs I grew up on, the one I learned my fascination with computers on, and then I turned it on.

The machine that once reminded me of dial-up and waiting for a simple PDF or low•res photo to fully render is no longer reminiscent of my past at all, and simply reminds me that this is 2026 and this machine means business for today, and tomorrow. That’s exactly how this machine feels. Granted, it‘s no small casing, but for the amount of power packed into this chassis, the power-to-size ratio is wild.

Another thing that quickly surprised me is the port offering. There are great DisplayPorts, USB-A and USB-C ports, a disk drive for crying out loud, and other great ports that make this a spectacular machine all around. What‘s awesome too is that the build quality is spectacular, yes, it is a big machine, but it's a big machine that is built to last, and built to be re-built as new components are released, keeping the desktop workstation around for quite some time to come.

Dell Pro Max Tower T2: Design & Build Quality

(Image credit: Collin Probst // Future )

This desktop has a classic tower design with a. 32L Chassis that offers great cooling, space to expand and change out parts in the future, and it fits the mold of what pro-level users are used to, which is a bigger deal than some may think.

For those who are not necessarily enthusiasts but are just pro-users, they may not care about the fancy new doohickeys, gadgets, and gizmos. They want a machine that will work the way they need it to, every time, without fail or downtime, and they want it to work right away. They don‘t want to have to learn a new system or rebuild their setup.

The form factor helps with that, but so does the port location, the simple DisplayPort out, the IEC power connection, not some proprietary cable, and the all-around business-first focus. It’s simple things like this that help business users.

Beyond the design, the build quality is great. It’s rugged enough that you can get work done without worrying about your machine breaking, and it looks and feels professional enough that it never passes as a gaming machine, keeping this strictly business.

The internals of this blast-from-the-past-looking tower are nothing close to those with which I grew up. It’s rocking an Intel Core Ultra 9 285K with 24 cores, up to 5.7GHz boost, and built-in NPU AI Acceleration. It has an NVIDIA RTX PRO 6000 Blackwell with 96GB, plus a total of 4TB of blazing-fast SSD storage, 128GB of RAM, and a power supply with plenty of headroom to add other components in the future.

This computer is fine-tuned down to the component selection for AI models, training, 8K video editing, large-scale rendering, massive database manipulation, CAD, simulations, and more. This machine is a powerhouse. Plain and simple.

Dell Pro Max Tower T2: In use

(Image credit: Collin Probst // Future )

I work alongside engineers, those who work with large data warehouses, those who work with AI, those who work in 3D modeling, 4K and 6K video editors, professional photographers, those who run massive visual events, those who run full custom applications, and so on. I was able to work alongside all of those individuals with this computer to see just how powerful the Dell Pro Max T2 Tower truly is.

It is important to note that this is not a gaming PC; those are also highly spec’d, but in different ways. You could upgrade the GPU to a more gaming-focused one to get closer, but right now this machine is built for work, not play.

I'd happily use this machine as my workhorse for serious work. In high-performance roles like data engineering and architecture, tower PCs are common. This machine is spectacular for that. If you already have a monitor and keyboard setup you love, you're just looking for a more powerful engine for your ecosystem. That's exactly what this delivers.

It’s snappy, has great ports, doesn’t slow down, and stays quiet even during benchmarking tests.

Dell Pro Max Tower T2: Final verdict

(Image credit: Collin Probst // Future )Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future Collin Probst // Future

The Dell Pro Max Tower T2 is a powerhouse workstation designed for real productivity. It’s not your everyday gaming PC; it’s more than that. Yes, it’s not the most advanced gaming GPU, but it is among the most powerful for raw performance and processing.

For AI, data models, data-intensive work, massive productivity, and beyond, this will handle it. And thanks to the old-school tower form factor, this machine can be upgraded with other components as you desire, without breaking solder joints or cramming parts in.

In short, this isn’t the PC for most, but for those who know they need incredible power in a Windows machine to handle these kinds of tasks, then this may just be the enterprise-grade machine you’ve been dreaming of.

For more powerful options, we've tested the best business computers and the best mobile workstations.

Ideal for those who need uncompromised performance for computationally intensive workflows.

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