Despite the massive ongoing semiconductor, GPU and general technology shortage manufacturers are facing right now, the desktop PC market continues to grow, with new data revealing that nearly 1 million PCs are currently being sold every day. This has led the IDC to project an 18.1% growth rate for the market across all of 2021.
These numbers are astonishing to see, given how nasty component shortages have been for all computer-related devices over the past year. If demand is this high right now, we wouldn’t be surprised to see even more market growth once component shortages start expiring in the next year or two. While it’s true that a potential end to the pandemic might see demand drop a little, the IDC expects a 5-year annual growth rate of 3%.
Ironically, a large driving factor behind recent desktop PC sales has been the decline of laptop volume; the IDC notes that while the more technologically advanced components in laptops like CPUs, GPUs and memory are gaining in volume, laptop bottlenecks are arising elsewhere.
Instead, the shortage issues have been driven down to audio ICs, sensors, PMICs, and display drivers, which use much older (mature) nodes of 40 nm or larger. Over 50% of the entire semiconductor industry functions on these older nodes, and production for 40nm (or older) is only gradually increasing with no plans from fabs to aggressively accelerate production.
This has led the IDC to anticipate a change in the laptop and PC market, where laptop buyers will instead opt to buy desktop PCs, which will become the much more affordable option as laptop components become rarer and more expensive.
The IDC also notes that desktop PC sales, in general, are steadily increasing due to the continued popularity of PC gaming and content consumption (YouTube, Netflix etc). But, we’re still far away from a complete rebound from the shortages. Luckily, the consumer market is expected to rebound to pre-pandemic levels first, before any other market. We don’t know when that’s going to happen, but it’s still good news nonetheless.
Soon, the majority of portable PCs won’t need to be equipped with an ugly barrel jack and a proprietary power brick to charge. The USB Implementers Forum (USB-IF) has just announced (via CNET) that it’s more than doubling the amount of power you can send over a USB-C cable to 240 watts, which means you’ll eventually be able to plug in the same kind of multipurpose USB-C cable you currently use on lightweight laptops, tablets, and phones to charge all but the beefiest gaming laptops.
Previously, the USB-C Power Delivery spec tops out at 100 watts, and it’s definitely held the industry back a tad — for example, while my own Dell XPS 15 can technically charge over USB-C, it needs 130W of power to charge and run at full bore simultaneously. Some manufacturers have sold off-spec USB-C adapters (I have a Dell dock that outputs 130W), but they don’t always come bundled with machines and generally have a fixed, non-detachable cable to prevent against misuse.
But with 240W of power — something that the USB-IF is calling “Extended Power Range” or EPR for short — you could theoretically charge an full-fat Alienware m17 gaming laptop over USB-C.
You’ll need new USB-C chargers and cables to take advantage of the new spec, of course, though you should hopefully be able to tell which is which: “All EPR cables shall be visibly identified with EPR cable identification items,” reads part of the USB-IF’s requirements for the new spec. A cable will need to support up to 5A and 50V to be compliant.
Judging by the photos below, it looks like manufacturers may need to tweak their charger designs as well:
There will still be exceptionally beefy laptops that demand more than 240W of power, of course. 330W power supplies still come standard with some machines, and there are always exotic machines that require more than one power supply to function. Gaming desktops generally require far more power, with a 650W PSU or higher PSU required for the latest desktop graphics cards, and 240W may not be quite enough for the latest game console from Sony and Microsoft.
On the other hand, some computers are getting more efficient as the years go by. Case in point: the colorful new iMac comes with a 143W power adapter. In a year or two, it’d be a viable candidate for USB-C power.
Cooler Master, in partnership with Murata, is developing the world’s smallest vapor chamber cooler, which is just a little thicker than human hair. In other words, that’s just 200 micrometers tall. This vapor chamber is planned to be a full replacement for standard heat pipe air coolers in devices such as smartphones, tablets, and laptops.
Cooler Master noted in its reveal that microchip processors, whether that be CPUs, chipsets, GPUs, or other types of processors, are becoming so small that conventional cooling is becoming inadequate for them. More specifically, coolers that use regular heat pipes are becoming incapable of transferring enough heat away from our modern tiny microchip processors, simply because they are too large.
This is mostly a problem in more compact devices, like phones, tablets, and laptops. For now, at least, standard desktop computers don’t really have this issue, since they don’t have the same size constraints as other devices.
(Image credit: Cooler Master)
The new vapor chamber cooler from Cooler Master aims to solve the problems of conventional cooling on small devices by using vapor chamber technology instead of heat pipes. The beauty of vapor chambers is that they use liquid instead of air alone to cool heat source. Liquid has more mass than air, allowing it to soak up more energy (i.e. heat).
Vapor chambers work in a similar way to water cooling in that the cooling system is filled with a fluid that is responsible for transferring heat away. When the fluid makes contact with a lot of heat, it turns into a vapor causing the mass to move in another direction, preferably where a heatsink is located. Once that vapor cools off, it turns back into liquid causing the fluid to change direction.
In layman’s terms, the liquid in a vapor chamber cooler acts like its own pump in a liquid cooling system, flowing mass from the heat source to the cooling source and back to the heat source.
(Image credit: Cooler Master)
But, the biggest benefit with Cooler Master’s ultra thin vapor chamber cooler is its 200 micrometer size. It’s so small that it’s almost guaranteed to fit in any device you can think of, whether that be a smartphone, tablet, 2-in-1 laptop or anything else that requires a very thin cooler.
Cooler Master and Murata will be cooperating in building this new heatsink device, and Cooler Master will go out of its way to build brand new testing facilities with the same conditions as Murata’s facilities to ensure development goes smoothly. The testing facilities will be completed in the second half of 2021 so depending on how the development and testing goes, we could see a product release sometime in 2022 or 2023.
High demand for PCs and, importantly, desktop PCs has already resulted in increased graphics card, PSU, HDD, and SSD pricing, but apparently, now DRAM is getting even more expensive, too. According to a new report from Taiwan, memory prices are set for double-digit growth in the coming months.
Contract memory prices are projected to increase by 10% – 20%, DigiTimes reports (based on a Seeking Alpha story). According to the report, memory prices may rise by up to 25%, depending on the kit. Keeping in mind that demand is high and DRAM is transiting to DDR5 memory, the increase is not surprising.
Most enthusiasts who buy premium memory kits shouldn’t be particularly worried — high-end memory kits already carry a hefty price tag. Hence, a 10% increase in DRAM IC prices isn’t too extreme. However, every penny counts when it comes to mainstream desktop and laptop PCs, so this is where that 10% – 25% contract price hike gains importance. In fact, even a 2% to 5% increase in the bill-of-materials (BOM) can increase the price of a laptop by a significant sum.
DRAM quotes are not alone when it comes to price hikes, according to the report. Prices of NAND memory have also increased by 10% so far this year, and given the current Chia Coin farming craze, it’s easy to expect that trend to continue.
Noted hardware detective @Apisak has dug up another benchmark in a public database, and this time Intel’s latest Core i5-11400H mobile Tiger Lake processor makes an appearance. Intel has officially launched the Core i5-11400H but these chips have yet to land in our labs, so this test result gives us the first taste of the new battle. It does appear that the AMD Ryzen 5 5600H, built on the Zen 3 architecture, is still faster than Intel’s latest and greatest in some types of work, but we have to take the results with a pinch of salt as we could see better performance from the Intel chip in bulkier laptop designs.
The Core i5-11400H is one of Intel’s first hexa-core CPUs to finally be built on the latest Tiger Lake architecture featuring the 10nm SuperFin node and will be a direct replacement for Comet Lake mobile Core i5 parts from Intel. The 11400H is equipped with a rather low 2.4GHz base clock but makes up for that with a respectable 4.6GHz max turbo frequency. Configurable TDPs range from 35W to 45W.
Based on the CPU-Z benchmark, the i5-11400H scores 528 points in the single-threaded test and 3301 points in the multi-threaded test.
CPU-Z Benchmark Results
Single-Threaded
Multi-Threaded
Intel Core i5-11400H
528
3301
AMD Ryzen 5 5600H
547
4228
To put these results in perspective, Intel’s new 11400H matches the single-threaded performance of AMD’s best Zen 2 CPUs like the Ryzen 7 3800XT. However, it falls short in the multi-threaded test, barely beating an old-school desktop Core i7-6800K and is strangely slower than Intel’s previous-generation Core i5-10500H by a few percentage points.
AMD’s current competitor to the Core i5 is the Ryzen 5 5600H, which weighs in with a CPU-Z score of 547 for the single-threaded score and 4228 for the multi-threaded test. That means that the Ryzen 5 5600H could be roughly ~4% faster than the Core i5-11400H in single-threaded work and ~28% faster in threaded work.
Beware that this is an early CPU-Z benchmark and we don’t know the exact specifications of each laptop used to conduct the CPU-Z tests, so take these results with a grain of salt. However, if these results are anywhere close to being accurate, then Intel still has some catching up to do, especially with AMD prepping to release the new Zen 4 architecture sometime next year.
Anker’s GaN (gallium nitride) chargers are some of the best around, offering tiny sizes but powerful charging capabilities. Now, the company is introducing its second-generation GaN-based chargers: the Anker Nano II lineup.
The new Nano II chargers use what Anker calls its “GaN II” technology, the company’s second-generation version of the gallium nitride-based components, which Anker says offer a 20 percent increase in working efficiency,” which translates to less heat and even smaller chargers than before.
Image: Anker
Gallium nitride is an increasingly popular replacement for silicon components in electrical devices, thanks to a wider band gap than silicon. That means it can sustain higher voltages at higher temperatures with faster electrical current than the traditional material. Those properties make it perfect for things like ultra-small chargers.
The original Anker PowerPort Atom PD 1 helped usher in the first wave of GaN chargers when it was first released in 2019, packing enough power to charge a small laptop in a brick the size of Apple’s now-defunct (but laughably underpowered) 5W iPhone bricks. Since then, we’ve seen ultra-small GaN chargers offer even more powerful wattage specs: it’s easy and affordable to get a 65W brick that can power a decent-sized computer that fits in your pocket now.
The new Nano II chargers will come in three models: a 30W model for $29.99, a 45W charger for $35.99, and a 65W for $39.99. All three chargers feature a single USB-C port (with the larger 45W and 65W models also featuring flip-down plugs) and come with Anker’s PowerIQ 3.0 technology for managing charging wattages.
The 30W is the smallest of the bunch, measuring in at 1.24 x 1.20 x 1.49 inches — making it marginally smaller than the original 30W PowerPort Atom PD 1, which is 1.6 x 1.4 x 1.5 inches.
The three chargers are available to preorder from both Amazon and Anker’s website, and they will ship in June.
Lenovo’s Tab P11 Pro is the company’s top-tier Android tablet. With an 11-inch OLED screen, quad speakers, and snap-on keyboard, it’s meant to go head to head with Samsung’s Tab S7 and Apple’s iPad Air. But while the Tab P11 Pro is excellent for watching movies — that OLED screen and the Dolby Atmos speakers are quite nice — it’s considerably less impressive when you attempt to use it for productivity.
Pricing for the Tab P11 Pro is aggressive, particularly when you add up everything you get. The list price for a base model with 128GB of storage and 4GB of RAM is $499.99, but thanks to Lenovo’s frequent discounts, you can buy one for $375 right now. The model I’ve been testing has 6GB of RAM and comes with a detachable keyboard and active stylus pen in the box. That one’s list price is $599.99, but it’s currently discounted to $460 on Lenovo’s site.
Considering the similarly sized iPad Air starts at $599 before you add a pen or keyboard to it, the Lenovo has a lot of value on its side. No matter which model you opt for, you get the same 11-inch 2560 x 1600 OLED screen; Qualcomm Snapdragon 730G processor; quad JBL speakers with Dolby Atmos tuning; 128GB of storage with the ability to expand it with a microSD card; and premium aluminum unibody design.
The screen and speakers are really the stars of the show here. The OLED panel is not as bright as you can get on an iPad, so it isn’t as good in direct sunlight. But in almost every other scenario, including outdoors in the shade, it looks fantastic. Colors are rich, blacks are deep and inky, and the resolution is sharp. It provides a great experience for watching movies or any video, really.
The P11 Pro’s OLED screen looks great, and the quad speakers sound fantastic.
Similarly, the quad speakers are loud, punchy, and immersive. The Tab P11 Pro’s speakers outclass the iPad Air’s dual speakers and easily hang with the excellent sound system on Apple’s higher-end iPad Pro. Unfortunately, Lenovo is taking the same route as Apple and omitting a headphone jack, so you have the option of using a USB-C dongle (not included) or wireless headphones for personal audio.
Combined, the OLED screen and quad speakers provide the best movie-watching experience on a tablet anywhere near this price. To get something better, you’re going to have to pay a lot more money.
But Lenovo isn’t pitching this as just a couch potato tablet — it’s following Apple and Samsung’s lead in presenting the P11 Pro as a tablet that you can also get work done on. And that’s where the P11 Pro falls on its face.
Starting with the keyboard and pen accessories that are included with the top-end bundle, there’s as much to dislike as there is to like. The snap-on keyboard has a nice fabric cover and comes in two pieces: a back cover with a built-in kickstand that attaches via magnets and the keyboard itself that communicates with the tablet through pogo pins on the bottom edge of the P11 Pro. It’s a similar design to what Samsung uses on the Tab S7 line, and I like the flexibility it affords. I can use just the back cover to prop the tablet up for movie watching without having to have the keyboard in the way all the time. It’s great to have this flexibility when you’re using the tablet on a cramped airplane tray table.
Unfortunately, the typing experience on the keyboard itself leaves a bit to be desired. The layout is as cramped as expected with an 11-inch tablet, and there’s no backlighting available. The trackpad is small and has palm rejection issues — even just using the keyboard to write this relatively short draft was an exercise in patience, as my cursor would randomly jump around any time my left hand brushed against the trackpad as I typed. There’s also very little software support; I can’t adjust the scrolling direction on the trackpad as I can do with a laptop or other tablets.
The bundled stylus is nice to have, but it, too, falls behind the competition. It has many levels of pressure sensitivity, and it writes smoothly enough for my basic note-taking needs. But it doesn’t charge on the back or side of the tablet like Apple or Samsung’s pens (you instead need to plug it in via a USB-C port on its end), and there’s nowhere to safely store it on the tablet. Lenovo includes a rubbery holster for the pen that you’re supposed to stick to the back of the P11’s case with adhesive. But the adhesive is weak, and the pen holder falls off very easily. It all just feels like an afterthought.
Similarly, the software support for the pen is weak. Lenovo includes the Squid notes app (the basic free version, not the full version) for jotting down notes, and you can download many other options from the Play Store. But the pen doesn’t integrate into the system like it does on Apple or Samsung tablets. You can’t use the pen to take quick notes from the lock screen or easily capture screenshots and mark them up like you can on the iPad Air or Tab S7.
The P11 Pro’s “productivity mode” leaves a lot to be desired.
When you attach the keyboard to the tablet, Lenovo’s custom productivity mode launches. This is designed to provide a desktop-like interface, similar to Samsung’s DeX feature. But it’s a mess: few apps can be launched full-screen with it, and every app opens in a tiny, windowed box that you have to resize each time. I was able to successfully create a split-screen between a Google Doc and another window, such as Slack or the browser. But in general, the productivity mode feels like a tacked-on afterthought, just like the pen, and really isn’t a great experience.
Elsewhere, the software is standard Android (version 10; there’s no update to Android 11 as of the date of this review, though the P11 Pro does have the latest security patch available), which works best when you’re watching a full-screen video or playing a game, and doesn’t have as many tablet-oriented apps as iPadOS. The Snapdragon 730 processor isn’t as powerful as you get in Apple or Samsung’s tablets, but it’s not really a bottleneck here. You’ll be limited by the lack of tablet-optimized apps way before you hit the performance ceiling of the chip.
In all, the Tab P11 Pro is the tablet to get if you are looking for an excellent movie watching experience and don’t want to spend more than $400. You won’t find a better display or speakers for this price. I’d personally skip the pen and keyboard bundle entirely (even though that does mean you give up the handy back cover and its kickstand) and just use this tablet for what it does best: entertainment.
In an attempt to get more developers to build software for Windows 10 on Arm, Qualcomm is debuting a Snapdragon Developer Kit. The company announced the small desktop PC today ahead of Microsoft’s Build developer conference.
The new system was built “in collaboration with Microsoft” and will run Windows 10. While Qualcomm refers to the system as “cost-effective,” it hasn’t listed a price for the system, which will run on the Snapdragon 7c platform. It will be available for purchase in the Microsoft Store sometime this summer, and is part of an effort to have developers port software to native ARM64.
Qualcomm told members of the press that developers won’t need to return the system, an apparent dig at Apple’s Developer Transition Kits for the M1 processor, which needed to go back to the company.
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(Image credit: Qualcomm)
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(Image credit: Qualcomm)
The Snapdragon developer kit resembles an Intel NUC or Apple’s Mac Mini, in that it’s a small, low-profile desktop. Thus far, every Windows on Arm device has been a laptop, as one of Arm’s benefits is long battery life. Miguel Nunes, senior director of product management at Qualcomm said in a statement that the “developer kit provides an affordable alternative to other consumer and commercial devices. With the smaller desktop configuration, this kit gives developers more flexibility than notebook options, and at a lower price point.”
Qualcomm’s kit has a large power button on top and a sparse selection of ports, including USB Type-A and an SD card slot on the side.
In December, Microsoft started adding x64 emulation to Windows on Arm Insider Builds. But the developer kit is an attempt to kickstart more Arm-native apps. Today, Zoom is announcing an optimized version of its video conference app, which is coming this summer.
There are a number of existing native Arm apps for Windows 10, including VLC, Twitter, Firefox, Edge, Microsoft Office, Netflix, Twitter, Skype and Windows 10. But the number that will be able to be emulated when x64 hits mainstream Windows will increase significantly. Still, native apps will perform even faster.
Without information liek price and full specs, it’s hard to even surmise what kind of effect this will have with the developer community. Qualcomm is teasing that more information will be shared at a Build session entitled “What’s new for Windows desktop application developers.”
Qualcomm also announced its Snapdragon 7c Gen 2 system on a chip today for entry-level Windows PCs and Chromebooks. The company was light on details, but promised laptops using it will start at $349 and offer multi-day battery life depending on use.
(Pocket-lint) – Lockdowns around the world led to a boom in indoor cycling, with training and virtual racing taking off. For many this has meant buying a smart turbo trainer – such as the excellent Wahoo Kickr or Tacx Neo 2T Smart – and hooking your bike up to it before riding off into the virtual sunset.
However, if you have the space and the money there’s another option: the indoor smart bike. This is where the Wattbike Atom – here the 2020 model, described as the ‘Next Generation’ product by the maker – comes into play. But, at 10 times to price of a ‘dumb’ exercise bike, is it worth the outlay?
Much like mobile phones, there’s a big difference between budget and flagship. The Wattbike Atom 2020 uses top-of-the-range internal components, while it looks like a thing of relative beauty compared to a clunky budget spin bike. But more important than that, it’s designed to integrate seamlessly with third-party apps such as Zwift to allow training, social riding and racing in the virtual world.
So how does the Wattbike Atom ‘Next-Generation’ stack up in the world of dedicated indoor trainers?
Design & Setup
Footprint: 1.24 x 0.5m (4′ x 1’7″) / Weight: 40kg (88lbs)
Connectivity: Bluetooth, ANT+, FTMS
This is the second-generation Atom, arriving 3 years after Wattbike’s first foray into the smart bike home market. Out of the box the Atom is pretty much ready to go, which is not the case for its competitors that require a larger degree of assembly.
Pocket-lint
The only things you need to do are attach the pedals – a flat pair are included, but you’ll most likely be installing your own – clip in the aerobars (which double as a tablet holder) and, if you’re so inclined, add the aerobar resting pads. Once you’ve heaved it into position (it’s very heavy, but has two small carriage wheels at the front which are helpful when you need to move it), you’ll need to fit the bike to your geometry.
Anyone who’s had a professional bike fit will be a step ahead of the game here, but Wattbike’s website will take you through what you need to do if you haven’t. The saddle and handlebar height and forward/backward position are fully adjustable, as is the tilt of the saddle, meaning that the vast majority of riders will be able to replicate their road bike position.
However, it’s not possible to adjust the crank length at all, so you’re stuck with 170mm – which for most people won’t be a major issue, but it won’t please everyone (as typical setups are usually 172.5mm or 175mm – both of which you can match on the Tacx Neo Bike Smart, for example).
As we’ve already mentioned, the Wattbike Atom comes complete with aerobars that double as a tablet holder. They’re fairly rudimentary, but they provide a snug fit for your tablet and there’s no worry that it’s going to slide out mid ride.
Pocket-lint
Rather frustratingly, there is no USB port at the front of the bike to be able to plug your screen into though, which is an annoying oversight on Wattbike’s part and means you end up trailing an extension socket to the front of the bike when you need a power boost.
On the frame there are two water bottle cages, which is practical given how hot riding indoors can get.
Under the hood
Resistance: electromagnetic
Gears: 22
The mechanics of the Wattbike Atom are where the major upgrades over the previous version have happened. In particular the electromagnetic drivetrain that allows for super-quick gear changes and smoother variations in resistance to simulate climbing/descending or interval training.
Linked to this are the electronic gear shifters that you press to simulate changing gear by changing the resistance to the motor. The gear shifters are battery operated by a coin cell, which of course means you’ll have to change these periodically, but more irritatingly it means they don’t offer any vibrating feedback when you change gear – which we felt would have improved the overall experience.
Pocket-lint
Coupled to this, there is no way of telling which gear you’re in when you’re on the bike – except in compatible apps, of which there are few – and an LED display of this would be useful.
All in all, it feels as though there have been some compromises made with the gear system, perhaps as a consequence of trying to achieve the relatively low price point of the Next Generation Atom. Go up the ranks to the priciest-of-the-lot Wahoo Kickr Bike and you get a much more true-to-life (well, Shimano) gear shifter setup.
On the (virtual) road
Maximum power: 2500W
Power accuracy: +/-1%
Our time on the Atom started well. Wattbike provided us an iPad with Zwift, Sufferfest and the Wattbike app all preinstalled and ready to go – and we found our first ride on Zwift, a gentle noodle around Watopia, to be as smooth as we would hope. The Bluetooth setup worked flawlessly.
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The resistance changes as we hit the slopes felt good, gear changes were near instantaneous, and there was a useful gear indicator shown in the top corner of the Zwift screen. Similarly, we found Wattbike’s own app to be seamless, providing a range of interesting and helpful data on pedalling dynamics, as well as a range of interval training workouts.
Pocket-lint
The power data was accurate and consistent when we compared it to our Garmin Vector 3 pedals, as was the cadence.
But the Atom isn’t a bike for gently cruising around the great indoors on, it’s a thoroughbred racing machine, so we decided to put it through its paces in a Zwift race. As you might expect, race conditions expose the differences between the Atom and the turbo trainer/bike setup that we’re used to using.
The first thing we noticed was that finding the correct gear was not as intuitive or easy as we would have liked, particularly in situations where you might want to drop a few gears in quick succession. That lack of feedback from the button press gear changers is noticeable.
Pocket-lint
There is an option to change from the standard 22 gear set up to 11 gears, but rather than recreating a well mapped out 1×11 set up, the Atom just gives you every other gear from the 22 gear set up. This is disappointing, as is the fact that you can’t customise the gears through Wattbike’s app to create your own ratios – we would like to see Wattbike make customisation an option through firmware update.
The other thing that became more obvious as we pushed the bike hard was that it’s rock-solid stability was, well, rather too rock solid in some ways. The bike was literally rooted to the spot and, try as we might, it didn’t offer even the slightest feedback during all out sprints. On the one hand this is reassuring – we don’t want to be wobbling or worrying about stability during a race – but on the other, many riders want a little side-to-side movement to give a more realistic ride feel, to relieve fatigue, and to avoid a numb rear!
To some extent this is about personal preference, but we found that this rigidity made the Wattbike Atom better suited for jumping on and doing a 30 minute or hour-long interval session, rather than anything longer. A bit like a spin bike session, really.
Furthermore, we found that the Wattbike wasn’t quite as quiet as we had expected. Compared to the whisper quiet high-end turbo trainers we’ve tested, the Atom is definitely a little more noisy, giving a similar level of hum as a washing machine on a mid-speed spin.
Pocket-lint
Another niggle that that we found with the Atom – and this must be a huge frustration for Wattbike – is its integration with third-party apps. When we linked the bike up to our own Zwift account on our laptop, rather than using Wattbike’s pre-loaded iPad version, the Bluetooth kept dropping out, meaning we’d repeatedly lose power for 20-30 seconds every few minutes. Then something went very wrong and the bike wouldn’t connect properly to anything on the laptop or the iPad, which was only solved when we reinstalled the Wattbike app on a third device.
When speaking to the people at Wattbike about this they explained that resolving these problems is a priority, but they are also reliant on the app developers to work with them to do this. So it should happen, but it’s a bit of a waiting game.
From then on we stuck to using the iPad, but still some minor issues remained. Using both the Trainer Road and Sufferfest apps, we found that at the beginning of each interval the Atom would “surge” – demanding more watts from us for a couple of seconds, then drop below the target, before it started to stabilise. This same effect happened when riding in Road Grand Tours, with the start of every incline feeling tougher than it should, which, combined with the slightly difficult-to-master gear shifting, could be frustrating.
Verdict
At first glance the idea of paying the price of a mid-level road bike for one that goes nowhere might seem a little indulgent, but the market for this technology is growing, and Wattbike has put out a really solid offering at a price point quite a bit below the competition.
This means there are a few compromises – but nothing that would stop us seriously considering the Atom from a hardware point of view. There are some software integration issues with third-party apps, though, which we’ve found frustrating.
Overall, the smart bike market is continuing to grow and evolve. Some people may think that a smart turbo trainer is still the better option for indoor training at the moment, whereas others will see the benefits of a dedicated training bike like this one.
Wattbike has created a good offering in the Atom and it’s priced a fair bit less than the key competition, which certainly makes it a contender if you want to take this next step in your indoor training.
Also consider
Pocket-lint
Tacx Neo Bike Smart
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The Tacx Neo Bike Smart is an obvious rival to the Wattbike Atom. It’s more expensive, and you’ll encounter similar shifting and rigidity issues with it. But third-party software integration is no problem at all, which makes it a more stable offering.
HP has recently announced the first Radeon RX 6000M-powered laptop, the Omen 16 2021. Aside from being the first laptop with a Radeon RX 6000M GPU, it is also the first 16-inch Omen laptop.
The HP Omen 16 laptop will come with up to an Intel Core i7-11800H processor or 8-core AMD Ryzen 9 5900HX. As for memory and storage, it can feature up to 32GB of DDR4-3200 and up to 1TB PCIe Gen 4×4 SSD or up to two 1TB PCIe SSDs in Raid 0, respectively.
The other GPU options are from Nvidia and can go up to an RTX 3070. Taking the RTX 3070 laptop GPU performance into account, we expect to see a similar option from AMD, which would most likely be the RX 6700M.
Alongside the Omen 16, HP also announced a few other laptops. One of them is the new Omen 17, which has been revamped to feature up to an RTX 3080 16GB laptop GPU and up to an Intel Core i9-11900H CPU. The other one belongs to HP new sub-brand called Victus. Designed as an entry-level gaming laptop, it will come with up to an RTX 3060 6GB or Radeon RX 5500M and up to Core i7-11800H or Ryzen 7 5800H.
The announcement didn’t include only laptops. HP introduced the new Omen 25i gaming monitor featuring an 8-bit FHD IPS panel with 165Hz refresh rate, AMD FreeSync Premium Pro and Nvidia G-Sync compatibility, VESA DisplayHDR 400, and DCI-P3 90% coverage. Moreover, it also revealed a new add-on for the Omen Gaming Hub called Omen Oasis, which allows up to 16-person calls and streams.
KitGuru says: If you’re looking for a new gaming laptop, it might be worth waiting a little bit longer as Radeon RX 6000M laptop GPUs are finally starting to roll out.
Intel is about to release Optane H20 memory for laptop systems. Announced late last year, Intel’s Optane H20 memory aims to deliver the best of RAM and SSD storage in a single solution, accelerating loading times and data transfers.
Available with 512GB and 1TB capacities, Intel Optane H20 memory packs both QLC 3D NAND and Optane technologies into a module featuring an M.2 2280 form factor. Whether you choose a 512GB or a 1TB H20 memory module, both feature 32GB of Optane memory. Those interested in the Intel Optane H20 should know that this memory is only compatible with systems equipped with 11th Gen Intel Core processors.
Rated sequential read and write speeds are similar to a PCIe 3.0 SSD, featuring up to 3400MB/s reading speeds and up to 2100MB/s write speeds. Random 4K speeds vary between 65-390K IOPS while reading and 40-280K IOPS on writing. The drive’s endurance isn’t on par with the best PCIe 3.0/4.0 SSDs, but 185/370TBW should still enough for most users. The rated MTBF is set at about 1.6M hours, and all drives come with a 5-year warranty.
Intel has scheduled the release date of Optane H20 memory for June 20th, but pricing is still unknown.
KitGuru says: Are you thinking about acquiring a new laptop with Intel Optane H20 memory? What type of workloads would you use it for?
Shopping for a laptop can be stressful — doubly stressful if you or your children will be learning online for the first time. Kids of different ages have a range of different laptop use cases and different needs. And as the choices for best laptop and best Chromebook evolve, so do students’ needs. So I spoke to some experts on the subject: students themselves.
My recommendations here are meant to accommodate a variety of preferences and price ranges. But they’re a jumping-off point rather than an exhaustive list: every student is different. Before making a decision, you’ll want to make sure you read reviews and try out devices yourself if you can. I’ll do my best to keep this article up to date with items that are in stock.
Best laptop for students
Google’s Pixelbook Go has solid battery life and a rippled base that’s easy to grip, making it a good choice for kids.Photo by Vjeran Pavic / The Verge
Best laptop for elementary school
For younger students, a touchscreen device is easier to use than a keyboard and touchpad, says Michelle Glogovac. Glogovac’s five-year-old son uses an iPad for Webex meetings with his kindergarten class. He’s gotten the hang of it; Glogovac says he’s already learned how to mute and unmute himself, “a skill that many adults aren’t familiar with.”
That said, it may be worth investing in a keyboard case if you go the tablet route. Glogovac has to type her son’s meeting codes and passwords for him, which can be cumbersome on the iPad’s flat screen.
As kids get older, their best laptop choice will vary depending on their needs. As a parent, it’s important that you and your child are in sync about how they intend to use it and the size of the programs they want.
Kristin Wallace purchased a budget HP laptop for her daughter, Bella, but didn’t realize how quickly the nine-year-old would fill up 32GB of storage. “It is really slow and has no space for games. I need a computer with more storage space,” said Bella, who uses the laptop to Zoom with friends and take virtual guitar lessons and math enrichment classes. Wallace plans to buy Bella a better device in the next few weeks.
Audio quality is an important consideration for kids’ laptops. Lisa Mitchell, an elementary library media specialist, says her students use their devices to watch YouTube videos in addition to their online classes. Battery life is also a plus, even for distance learners who may not be far from a wall outlet. Bella likes to use her laptop all around the house and doesn’t want to bring the cord with her.
Durability is also worth paying for, according to Mitchell. If you’re using a tablet, get a protective case. “If a reasonably-priced insurance or replacement policy is available, it’s usually worth the extra expense.”
Check out:
Amazon Fire HD 10 Kids Edition ($199): a colorful, fast tablet with kid-friendly content
Lenovo Chromebook Duet ($279): a tiny 10-inch Chromebook with a detachable keyboard
Apple 10.2-inch iPad ($329): a great budget tablet that supports the Apple Pencil
Microsoft Surface Go 2 ($399): a solid Windows tablet with a built-in kickstand
Google Pixelbook Go ($649): a sturdy touchscreen Chromebook
Lenovo’s Chromebook Duet is just $289, but it can run plenty of tabs and apps with no problem.Photo by Monica Chin / The Verge
Best laptop for middle school
The middle school students I spoke to don’t use their laptops for much more than web-based schoolwork and browsing. Don’t be too concerned about power — prioritize a machine that’s comfortable and easy for your child to use.
“We just got the most basic Chromebook and it is totally perfect,” says Gabrielle Hartley, an attorney and mother of three children who take a mix of in-person and online classes. “The most basic Chromebook serves all the needs of the basic middle schooler.”
Chromebooks, like this one from Acer, are a good choice for students who use Google Classroom.Photo by Monica Chin / The Verge
Hartley’s son Max, who is in eighth grade, agrees. “I would really like a gaming PC or gaming laptop that can plug into a monitor and run video games with 120fps, but I really don’t need that,” Max says. “Most eighth graders aren’t going to be running any video games on their laptops or any software that requires a lot of power.”
Max mostly uses his laptop for Google Classroom applications, including Gmail, Slides, Google Docs, and Google Sheets. They’re very easy to use on his device, which he describes as “a run-of-the-mill Samsung Chromebook.” That said, if your child is starting middle school this year, it could be worth checking with their teachers to see what operating system is most compatible with their workflow. Caspian Fischer Odén, a ninth grader from Sweden, told me he has trouble with his Chromebook because his school has blocked downloading apps from the Google Play Store.
Even kids with more demanding hobbies think a budget device can get the job done. Sam Hickman, an eighth grader from the UK who uses his laptop for photo and video editing, says, “For most middle schoolers, any processor developed within the last two years will be able to handle any tasks they can throw at it.”
So, what is worth paying for? A comfortable keyboard, several students told me. Many middle school kids aren’t used to typing for long periods of time. You should also look for a device that’s compact and easy for them to carry around, particularly if they’re preparing for in-person school. Shoot for an 11- to 13-inch model — certainly nothing larger than 15 inches.
Check out:
HP Chromebook x360 ($279): an affordable Chromebook with great battery life
Lenovo Flex 3 Chromebook ($350): a small but sturdy laptop made for students
Lenovo 300e ($378): a durable 2-in-1 with a stylus
Acer Aspire 5 ($466): a portable option for kids who need a 15-inch screen
Microsoft Surface Laptop Go ($549): an attractive, light Windows laptop
The Surface Laptop 4 is a capable, no-nonsense laptop — just what many high schoolers want.Photo by Monica Chin / The Verge
Best laptop for high school
High schoolers’ laptop needs can vary based on their interests, but most don’t need powerful machines with lots of bells and whistles — especially if they come with glitches or serious downsides that could interfere with schoolwork. Miles Riehle, a student at Laguna Beach High School, has a high-end Surface Pro 7 but finds it overwhelming. “There is so much other stuff that I don’t use very often,” he said. “Something simpler might be a little more straightforward.”
The best operating system may depend on what your child is used to. Aryan Nambiar, a student at Barrington High School in Illinois, has an iMac at home and enjoys using an iPad for his schoolwork. Riehle says he would prefer a Chromebook because he has an Android phone and often uses Google services.
But almost every student I spoke to agreed that the most important feature of a high school laptop is portability. Kids attending in-person classes may be carrying their device around for much of the day with a stack of other books. Look for a 13- or 14-inch screen, or a lighter 15- to 17-inch model.
Students also recommend something sturdy. “Most high schoolers I’ve seen will throw their laptop in their bag without too much care,” says Moses Buckwalter, a student at Penn Manor High School. Backpacks can be jostled in the hallway as well. Distance learners can still run into trouble at home. “Anything can happen,” says Aadit Agrawal, a high school student from India. “My own brother scratched my laptop with his nails.”
Battery life is another key feature. “It can be a real struggle to find a place to charge while in class,” says Cas Heemskerk, a sophomore from the Netherlands. Unlike college students, many high schoolers don’t have frequent breaks to juice up their devices, so try to find something that can last a full day.
Many students recommend a touchscreen with stylus support. Nambiar uses the feature for his biology class, where he does a lot of visual modeling. “The touchscreen is always a bonus for drawing diagrams, whereas if you’re using a laptop it’d be a whole process to submit a diagram you drew,” Nambiar says. Riehle uses a Surface Pen to fill out school forms and annotate PDFs. Agrawal finds it useful to take notes on the same screen as his online lessons.
Depending on the broadband situation in your area, you may also want a laptop with multiple connectivity options. Agrawal’s online classes are sometimes interrupted by powercuts, so he recommends an LTE model. Matej Plavevski, a junior at Yahya Kemal College in North Macedonia, recommends looking for an Ethernet port in case slower connections disrupt meetings. That’s hard to find on smaller laptops, but there’s a slew of affordable dongles and docks to consider.
Check out:
Acer Chromebook Spin 513 ($349): a convertible Chromebook with all-day battery
Apple iPad Air ($599): a powerful tablet with a great screen
Acer Chromebook Spin 713 ($629): a fantastic Chromebook that’s not too pricey
Dell XPS 13 ($931): a solid clamshell Windows laptop
Surface Laptop 4 ($999): an excellent, light laptop that’s comfortable to use
For college students seeking an affordable laptop, HP’s Envy x360 performs just as well as some expensive competitors.Photography by Monica Chin / The Verge
Best laptop for college
College kids are justified in spending a bit more money than other age groups. Some (especially in STEM courses) can expect to do some fairly demanding work. Assad Abid, an electrical engineering undergrad from Pakistan, needs to run simulation software for his assignments. Aakash Chandra, a student at New Horizon College of Engineering in India, does a lot of coding, in addition to creative work in Premiere Pro and Photoshop, and gaming. Students also noted that it’s worthwhile to pay for a laptop that will last for a few years after graduation. That means you won’t have to worry about finding and financing your next device until you’re (hopefully) settled into a job.
But among high-end, capable devices there’s still a wide range of options. Students stressed that a college laptop should be light. Expect to bring it between classes, meals, meetings, the library, and other locations on campus. “It’s a boon that I can carry my laptop as well as some notebooks without feeling like I’m carrying too much for six hours a day,” says Haseeb Waseem, a senior at Villanova University.
The Dell XPS 13 has a variety of configurations. Students with light workloads may prefer the base model, while gamers and creatives can add a GPU.Photo by Monica Chin / The Verge
Another universally-lauded feature: battery life. Waseem, who uses an HP Spectre, says the all-day juice gives him “the flexibility to study in a bunch of different locations, and even outside.”
Speakers and webcams are often overlooked, even in top-end devices. But students say it’s worth looking for good ones if you’re starting college this year. Zoom will be a large part of university life this semester: many kids will be attending virtual classes, while others will still be meeting with clubs, study groups, and professors as well as hanging out with friends online. Waseem isn’t satisfied with his laptop’s audio and picture quality, which he says has made it difficult to pay attention in class and to engage with other students.
Many students will need to invest more in areas tailored to their interests and schoolwork needs. Chandra’s dream laptop would include a stylus and touchscreen for his creative work as well as a high-end GPU. Waseem, who uses his laptop for a hodgepodge of activities, including streaming, coding, social media, video chatting, and Microsoft Office work, would prefer to prioritize a large screen to keep track of his multitasking.
Check out:
Acer Swift 3 ($613): a super light laptop that performs well
HP Envy x360 13 ($689): a fast and stylish 2-in-1
Dell XPS 13 ($930): a solid clamshell Windows laptop
Surface Laptop 4 ($999): an excellent, light laptop that’s comfortable to use
HP Spectre x360 14 ($1,269): a premium convertible with standout battery life
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Yep, this is a Swift. It has all the features that characterize Acer’s Swift line: a thin body, a lustrous Acer logo, a chassis so light it’s hard to believe you’re holding a laptop and not an empty shell. But the 3X is targeting a slightly different market from the Swift 3 and Swift 5 for one reason alone: it has a discrete GPU.
Intel’s new Iris Xe Max, the company’s new discrete graphics card, is making its first appearance in an Acer laptop. With a starting price of $899.99, the Swift 3X is both one of the lightest and one of the most affordable systems you can buy with discrete graphics. It’s not a system meant for intense gaming, though — the target audience is closer to amateur creators and students who work with photo and video for class. For this specific demographic, the Swift 3X makes sense. For anyone else, the 3X is a bit below its price point in enough other areas that there are likely better options.
That’s kinda blue, right?
The first thing you might notice about the Swift 3X is its interesting color scheme. The model I tested comes in a new “steam blue” color, which is a nice change from the sea of black and gray laptops that you’ll see in any public setting. There’s a bright blue hinge on the back with “Swift” printed across it as well, which will certainly make the device stand out.
Weight, though, is the standout feature. The 3X weighs just 3.02 pounds and is 0.71 inches thick. As devices with discrete GPUs go, it’s an unusually portable machine. I brought the 3X on a weekend trip and could slip it into a packed backpack with no problem. It didn’t weigh me down at all. In terms of ports, you get a USB 3.2 Type-C Gen 2 with Thunderbolt 4 and DisplayPort, two USB 3.2 Gen 1, and an HDMI 2.0, as well as a combination audio jack. There’s a fingerprint reader below the arrow keys on the chassis, which worked well.
The display is another standout feature. It looks great, with excellent colors and sharp details. What’s nice is that its matte finish, combined with Acer’s ComfyView technology, does a really excellent job of eliminating glare. Using the 3X outdoors was a mixed bag, though — I didn’t see my reflection, but the screen still wasn’t quite bright enough to comfortably use. (It maxed out at 274 nits in our testing — you want at least 300 nits to use a device in very bright settings.)
That said, build quality is one area where the Swift 3X doesn’t quite measure up to competitors. Most of the chassis is aluminum, but it has a bit of a flimsy and plasticky feel. There’s noticeable flex in the keyboard and screen, which I don’t love to see in laptops over $1,000. And it’ll look like a bit of a clunker next to more expensive fare like Acer’s own Swift 5 — a big reason is that the bezels aren’t tiny (Acer claims an 84 percent screen-to-body ratio) and are visibly plastic. It also feels like a step down from some similarly priced devices like the Asus Zenbook 14.
The keyboard and touchpad are functional but not my favorites. They’re a bit shallower and stiffer, respectively, than the best input devices you can find at this price. The touchpad is spacious enough but had significant trouble with palm rejection — my cursor bounced all over the place often while my palm was on the pad, and it sometimes interfered with my typing.
Finally, this isn’t a machine I’d recommend for peripheral-free videoconferencing. While the microphones didn’t have any trouble picking my voice up, the webcam and speakers leave a lot to be desired. The 720p webcam is grainy and didn’t do well in low-light settings. (It doesn’t support Windows Hello facial login, either, though that’s not a crime at this price.) The audio is adequate for Zoom meetings, but I heard some distortion at maximum volume and had to turn the thing down. And I’d recommend an external speaker for anything more. When a friend and I tried to watch a YouTube video on the device, we had to lean in to hear the words clearly. Music has clear vocals, but bass is weak.
The Swift comes loaded with DTS Audio Processing, which allows you to swap between presets for music, movies, and games, but there’s no preset for videoconferencing. I actually preferred listening to music on the movie preset, which seemed to have the best balance overall.
Backlit keyboard and a precision touchpad.
These are all compromises you’re making for the Swift 3X’s main attraction, which is its performance. In addition to the Intel graphics, my review unit is powered by Intel’s Core i7-1165G7. This quad-core chip powers many of the best ultraportable laptops on the market and should be capable of doing whatever general office tasks you need to do. It also enables a number of modern amenities, including support for dual-band Wi-Fi 6, Bluetooth 5.1, and Thunderbolt 4.
My test configuration, which also includes 16GB of RAM and 1TB of storage, costs $1,199.99. The $899.99 base model has a Core i5-1135G7, 8GB of RAM, and 512GB of storage. I imagine that most people in the Swift 3X’s target audience will want the more expensive model (for the extra storage if nothing else) unless they’re on quite a tight budget. But note here that you’re paying a premium for the GPU — an Acer Swift 3 with identical specs to my test model (which is basically this machine without the GPU) costs $999.99, while an Acer Swift 5 (with no GPU, but a step up in build quality and a chassis that’s over half a pound lighter) is just $100 more at $1,299.
The system does deliver, though. I used the Swift 3X to edit a number of photos with multiple other apps and tasks running in the background, and the device breezed through it without any slowdown or lag.
I never felt much heat, even when I was bouncing between over two dozen Chrome tabs — the bottom of the chassis got slightly warm, but that was the extent of it. I only occasionally heard the fans spin up during my daily work. The fold-under hinge creates some extra ventilation space, as do the dual copper heat pipes. You can swap to Performance and Silent fan profiles as well, though I didn’t find the Silent profile necessary given how quiet the Swift was on default settings. I did hear some annoying coil whine on Silent once or twice.
The Iris Xe Max GPU delivers entry-level graphic performance. The Swift 3X scored a 313 on PugetBench for Premiere Pro, which measures a device’s performance on a number of Premiere Pro tasks. That means it’s a step above integrated graphics — it beats the LG Gram 17 and the XPS 13, with the same RAM and processor, and it trounces both the AMD-powered and Intel-powered Surface Laptop 4. But it doesn’t beat the M1 integrated graphics in Apple’s MacBook Air, and it’s still a step down from midrange Nvidia graphics cards: the Dell XPS 15 with a GTX 1650 Ti scored well above a 400.
Intel’s Deep Link technology provides better AI performance, per the company.
To get an idea of how these numbers translate to real-world tasks, we ran a five-minute, 33-second 4K video export. When comparing this machine to good ultraportables with Intel integrated graphics, you’re looking at a two- to three-minute improvement in export time with the Xe Max. The Swift 3X completed the task in eight minutes flat; the Gram 17 and the XPS 13 both took over 10 and a half minutes, while the AMD Surface Laptop 4 took 16:33. The Swift 3X was even 15 seconds faster than the MacBook Air, though the MacBook Pro finished the task in 7:39. Again, though, the Swift 3X is closer in performance to all of the Intel machines than to anything with a decent GPU — the XPS 15 took just 4:23.
Battery life was also a pleasant surprise, given the discrete GPU. I averaged seven hours and 51 minutes of continuous multitasking at around 200 nits of brightness. That’s comparable to the life span I got from the Swift with the same workload and better than what I got from the cheaper Swift 3. An unfortunately large amount of bloatware also comes preloaded onto this device (ExpressVPN, Norton Security Ultra, other various promotional stuff) so you may see better battery life if you take a few minutes to clean all that out.
Buy it for the GPU.
The Acer Swift 3X offers more powerful specs than most laptops you’ll be able to find at its price point, with a standout display and battery life, and it manages to do so while being quite light and portable. It’s a step above machines with Intel’s integrated graphics, and a step below anything with a half-decent Nvidia GPU. That’s the clearest case in its favor — and if that sort of laptop is what you’re looking for, you may be uniquely suited to the 3X. The major competitor at this weight and price point I can think of is the Asus ZenBook 14, which can come with an entry-level Nvidia GPU, but the chips in it are a generation old now, so we wouldn’t expect the same performance.
With that said, most other aspects of the chassis (the touchpad, the keyboard, the webcam, the speakers, the general build) aren’t quite up to par with other devices you can find at the $1,199 price point. I think you have to really want the GPU. If you don’t, but you’re shopping at this price point and are a fan of the Swift line, the Swift 5 offers better build quality, a thinner and lighter chassis, and a better keyboard and touchpad for just $100 more, with integrated graphics that are still pretty dang good.
(Pocket-lint) – Your computer’s internal speakers aren’t really supposed to perform very well. They’re the thing that always gets pushed aside to make way for better processors, more efficient fans, and sleeker designs. So if you’re often watching videos or listening to music on your computer, it’s a great idea to go for some external speakers.
The sound will be so much bigger so you’ll actually be able to understand what people are saying. No, people really don’t sound so tinny in real life.
As with most other speaker systems, there’s a wide variety to choose from in terms of cost and design. You can get the classic two speaker pod design that fits nicely on either side of your computer. Then there’s the soundbar design that works well with desktops unless you have an alternative space for them around your laptop. For that full bass sound, you can go for a subwoofer too.
Our guide to the best computer speakers to buy today
Creative
Creative Pebble 2.0 USB-Powered Desktop Speakers
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We really like the subtle styling of the Creative Pebble 2.0 USB-Powered Desktop Speakers. The black rounded casing and exposed copper driver make a nice distinction from the standard rectangle and mesh speakers you so often get.
It’s USB-powered, so no long cables looking for a wall socket needed. And it’s simple. You just have a volume knob and no complicated adjustments to get good sound.
ELEGIANT
ELEGIANT 10W RGB Desktop Speakers
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Computers can be quite drab, so for those that want to brighten up their desks, the ELEGIANT 10W RGB Desktop Speakers can provide that colour.
It’s got both wired and Bluetooth compatibility, and two 5W drivers pushing out a peak of 200W. That makes for a decent sound for sure. There’s a focus on bringing through both the highs and lows, so you get a nice, deep bass rumble.
Razer
Razer Nommo Chroma Computer Speakers
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These are such cool looking speakers that pack way more of a punch than you’d expect. The Razer Nommo Chroma Computer Speakers are made to bring out the clarity and breadth of the sound of games and movies.
The Custom 3-inch Woven Glass Fiber Drivers and rear-facing bass ports are the sources of all that great sound. And they even have LED lights under their bases for that dash of colour.
Cyber Acoustics
Cyber Acoustics CA-3602FFP 2.1 Speaker Sound System
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Sometimes you just need to feel that bass rumble at your feet, you know? And nothing will deliver that like a dedicated subwoofer. So bring back the noughties, because this three-piece Cyber Acoustics CA-3602FFP 2.1 Speaker Sound System hits hard.
Each speaker has two 2-inch drivers and combined with the 5.25-inch subwoofer, you get 62 watts peak power and 30 watts RMS. And there’s a neat Desktop Control Pod with the controls and a couple of extra AUX inputs.
Sanyun
Sanyun SW102 Computer Speakers
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For a small, unintrusive speaker set, check out the Sanyun SW102 Computer Speakers.
Two 5W drivers power these little cones, and they’re positioned to deliver 3D sound, so don’t worry about which direction they’re pointed.
You’re going to have to like blue lights though because they don’t change colour.
BeBom
BeBomBasics SP20 USB Powered Multimedia Small Desktop Speaker
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The BeBomBasics SP20 USB Powered Multimedia Small Desktop Speakers are something you don’t need to feel precious about.
There are plenty of other super fancy speakers out there that need all the attention just to work properly. but these cheap and cheerful little speakers are a plug-and-play item that requires no thought to use.
TaoTronics
TaoTronics Computer Speakers
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If you don’t want to mess about with individual speakers, then a soundbar design is perfect for you. The TaoTronics Computer Speakers comes in at a very attractive price.
It’s USB powered and has the obligatory AUX headphone jacks, so if you need to stick your headphones on for a while, it’s easy.
The large knob on the side is convenient too – you won’t be searching for it, that’s for sure.
Maboo
Maboo 3.5mm Jack PC Speakers Wired with Subwoofer
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The Maboo 3.5mm Jack PC Speakers Wired with Subwoofer presents a 2.1 speaker system at a very reasonable price. There are two 3W speakers combined with a 2.5W subwoofer to make sure the bass keeps pace.
It’s a straightforward design, and we like the white on black contrast. They’re not large either, so won’t be taking up all the space on your desk.
ZETIY
ZETIY USB Computer Speaker
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The ZETIY USB Computer Speaker is as basic as you get. And that’s a good thing.
It’s USB powered, so no extra cables going into the wall. The USB even takes place of the aux cable too.
And the single speaker means less fuss and space taken up. You can take it wherever you go because it’s small and there’s no worry about cables getting tangled.
Logitech
Logitech Z200 PC Speakers
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We like brands who always deliver the goods while keeping the price in check. Logitech is just one of those brands, and their Z200 PC Speakers are exactly one of those products.
They’re small, but pack a punch, perfect if you don’t have much desk space but want to increase your computer’s audio. Their no-nonsense design is refreshing too.
Writing by Claudio Rebuzzi. Editing by Dan Grabham.
HP is revitalizing its Omen gaming notebooks with a new 16.1-inch size, the latest processors and a new sub-brand called Victus. All of the laptops announced today are scheduled to release next month.
The new laptop competing with the 16.1-inch display is the HP Omen 16, which is very close in size to the older 15-inch model, due to thinner bezels on the top and sides.
Competing for a spot on our
Best Gaming Laptop
list, versions of the Omen 16 with Intel processors will start at $1,149.99, while AMD options will begin at $1,049.99. The machine will go up to 115W with an Nvidia GeForce RTX 3070 GPU (HP also mentions “next-gen” AMD graphics). You will be able to configure it with up to a 1TB
PCIe
Gen 4×4
SSD
, Wi-Fi 6E networking options and an 83WHr battery. The 16-inch screen will go up to
1440p
resolution (2560 x 1440) resolution with a 165 Hz refresh rate and 3ms response time.
Specifications
HP Omen 16
HP Omen 17
HP Victus 16
CPU
Up to Intel Core i7-11800H or AMD Ryzen 7 5800H
Up to Intel Core i9-11900H
Up to Intel Core i7-11800H or AMD Ryzen 7 5800H
GPU
Up to Nvidia GeForce RTX 3070, “next-gen” AMD GPUs
Up to Nvidia GeForce RTX 3080
Up to Nvidia GeForce RTX 3060, AMD Radeon RX 5500M
RAM
Up to 32GB DDR4-3200
Up to 32GB DDR4-3200
Not specified
Storage
Up to 1TB PCIe Gen 4×4 SSD (Intel) / Up to 1TB PCIe Gen 3×4 SSD (AMD)
Up to 1TB PCIe Gen 4×4 SSD
Up to 1TB PCIe Gen 4×4 SSD
Display
16.1-inch, 2560 x 1440
17.3-inch, 2560 x 1440
16-inch, up to 2560 x 1440
Networking
Up to Wi-Fi 6E
Up to Wi-Fi 6E
Not specified
Availability
June 2021
June 2021
June 2021
Starting Price
$1,049.99 (AMD), $1,149.99 (Intel)
$1,369.99
$799.99 (AMD), $849.99 (Intel)
The Omen 17 desktop replacement is also getting a refresh, but only with Intel. It will start at $1,369.99 and be slightly smaller than the previous 17-inch Omen, including 2.9mm thinner and 15% lighter. With an improved cooler at more outlets for air, HP claims the keyboard will be 5 degrees Celsius cooler than the older model.
(Image credit: HP)
The bigger laptop will have a keyboard optical mechanical switches featuring 1.7mm of travel and per-key RGB lighting. There will be a specialized panel to easily access the SSD and RAM for upgrades. HP is offering up to 1TB PCIe Gen 4×4 SSD or 2 1TB PCIe M.2 SSDs in RAID0. The 17-inch screen will go up to QHD with a 165 Hz IPS panel.
Meet Victus
The new Victus brand is meant to put a focus on performance and graphics at a cheaper price. HP has literally sliced part of the logo out of the Omen mark to show its place in the lineup. As of this announcement, there’s just one Victus laptop, the HP Victus 16. It features the “V” logo, has similar design elements, like the screen size marked on the chassis, and comes in mica silver, performance blue or ceramic white.
Like the 16.1-inch Omen, the Victus’ 16-inch screen will fit in a near 14-inch chassis, thanks to thin bezels on three sides. Its V-patterned speakers, turned by B&O, bear a striking resemblance to HP’s Spectre ultraportables.
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(Image credit: HP)
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(Image credit: HP)
Besides offering both Intel and AMD processors, there will also be configurations up to Nvidia’s GeForce RTX 3060 graphics or AMD Radeon RX 5500M. The IPS display goes up to 2560 x 1440 and 165 Hz.
It appears that Victus won’t take over the extreme low-end. HP said that Pavilion Gaming isn’t going away, which suggests we’ll still see the Pavilion name on entry-level laptops.
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