Cloud 2 wireless release date: HyperX Cloud II Wireless Review

HyperX Cloud II Wireless Review

HyperX’s popular, well-designed Cloud II is the latest of many gaming headsets getting a wireless refresh this year. The new model, the HyperX Cloud II Wireless, delivers the same great sound as its predecessor and premium features like virtual 7.1 surround sound. It’s also a great wireless specimen, thanks to a 2.4 GHz connection and impressive battery life. The HyperX Cloud II Wireless is a clear, comfortable option for getting high-quality audio out of your gaming PC, PS4 or PS5 and Nintendo Switch (in docked mode).

HyperX Cloud II Wireless Review

HyperX Cloud II Wireless – Design & Features

The standard HyperX Cloud II is extremely well-regarded, so you may not be surprised to hear that the wireless gaming headset doesn’t exactly rock the boat. In fact – if you compare it against the original HyperX Cloud II – the Wireless version looks identical, except the bottom of the left can is smooth, as there’s no cable sticking out. There are small changes here and there: The HyperX logo is now imprinted into the band, rather than stitched on, for example. But, for most people, the two headsets effectively look the same.

The headset’s black and ruby red design is still here, and it still looks bold. The leatherette-coated memory foam padding on the cups and top band feel soft on your head, even as the aluminum frame clamps enough to keep the headset in place – even when I shook my head like a lunatic to try and fling it off. Weighing in at 313 grams with the mic attached, it’s actually slightly lighter than the wired model, which is somewhat abnormal. (Most gear gets heavier when going wireless, thanks to the extra components). My one note, on this and many other headsets with metal forks, is that the cups don’t rotate to lay flat on your chest or a table.

Which type of peripheral shouldn’t be wireless?




Racing wheels

Flight Sticks

Fight sticks

None, be gone wires

Without the cable, on which the Cloud II includes a detachable DAC controller, the on-ear controls are a little more important this time around. HyperX keeps it simple: There’s a power button, a mic mute button, a USB-C port for the charging cable, and a plug for the detachable mic on the left cup. The speaker volume wheel is on the right. A lot of headsets try to squeeze everything on the left can but, in this case, I liked that volume control was easy to find in its own place.

The detachable microphone is a bi-directional cardioid condenser mic, similar to the wire mics found on all of HyperX’s gaming headsets. As with those mics, I found it generally easy to position precisely and well. For most gaming headsets, that’s all you can really ask for.

There are changes, of course – the usual things you’d expect from a headset design making the jump from wired to wireless. It’s just that the big ones are all internal. The Cloud II Wireless uses a 2.4 GHz wireless connection supplied via a relatively large USB dongle. The connection is strong and stable on PS4, PS5 and PC, even in a room with lots of signals adding potential interference. Doing our due diligence, I also tested the headset on the Xbox One X and the Xbox Series X, and confirmed it isn’t compatible with Xbox hardware.

The Cloud II Wireless also has a battery now, and it’s a pretty good one. According to HyperX, the headset should last up to 30 hours on a single charge, which is better than average. In some rough, anecdotal testing, I found the headset was able to last for nearly a week of regular use as my primary listening device. Consider me impressed.

HyperX Cloud II Wireless – Software

On Windows, HyperX allows you to change a few minor settings on the Cloud II Wireless through its NGenuity configuration program. Using the software, you can adjust speaker and microphone volume, toggle its virtual 7.1 surround sound on and off, and toggle mic monitoring on and off. It also has a power-saving feature, allowing you to adjust how long the headset will stay on without any sound playing. (I believe it’s set to the shortest window, 10 minutes, by default, so I’d recommend adjusting that, at the very least). It’s a barebones software suite by 2020 standards, but that’s par for the course on any headset rated for consoles, where there’s rarely any software at all.

HyperX Cloud II Wireless – Gaming

With little change inside or out, the HyperX Cloud II Wireless delivers excellent sound. It’s 53mm drivers push clear, precise sound across its 15Hz-20,000kHz range. Testing in the game Ghostrunner, I could hear every little whirr and hum in its synthy Cyberpunk-sounding soundtrack. The clang of my sword clashing to parry cyborg ninjas rang vibrant and bright every time.

Like the standard Cloud II, the Cloud II Wireless features virtual 7.1 surround sound to create positional audio in-game. In both Call of Duty: Modern Warfare and the Call of Duty: Black Ops Cold War beta, I could place the sound of gunfire coming from different directions accurately enough to rely on it in gameplay.

While the Cloud II Wireless has 7.1 surround sound and delivers strong positional audio, it doesn’t feature any kind of performance-oriented audio setting. These modes, which have become increasingly popular with mid- and high-end gaming headsets, recalibrate the audio to make gameplay-relevant sounds like footsteps louder and more detectable. Personally, I don’t miss it, as most of the versions I’ve tried tend to make games sound worse, but it’s worth noting its absence given the feature’s rising popularity.

HyperX’s reliable noise-cancelling wire mic captures chat audio clearly, as expected. I was able to communicate clearly with teammates in Call of Duty: Modern Warfare. And, to hear it for myself, I did some self-listening tests using Logitech Capture, which I use regularly to set up audio and video for Zoom and other video call services. Listening to short audio clips of myself, I found the mic captured my voice clearly and was easy to position.

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HyperX Cloud II Wireless – Purchasing Guide

The HyperX Cloud II Wireless will be available for $149.99 starting November 10, 2020, through HyperX and digital retailers.


The HyperX Cloud II Wireless is a simple, high-quality gaming headset with amazing sound, just like its wired cousin. Its wireless compatibility is, likewise, top-notch. Though it lacks a couple of advanced customization features that one might look for in a $149.99 headset, its fundamentals are sound, and that’s more than enough to make it worth the price.

HyperX Cloud II Wireless review

The HyperX Cloud II has been a classic in HyperX’s stable for a long time now, and it’s still a decent option, but it’s showing its age. The HyperX Cloud II Wireless is the answer to that problem. This new wireless gaming headset brings slight refinements to the Cloud II’s design for an additional $50.

After spending a week with the Cloud 2 Wireless, we feel ready to inform you whether or not that markup is justifiable.

Editor’s note: this HyperX Cloud II Wireless review was updated February 6, 2023 to include updates to formatting and a section discussion the HyperX Cloud Alpha Wireless.

Gamers looking for something that sounds good and works easily on multiple platforms should pay attention this headset. Remote workers will also appreciate how comfortable it is.

What is the HyperX Cloud II Wireless like?

The hinges now have a slight curve to them, which actually makes the ear cups sit a little more evenly on your head.

If you’ve ever worn a HyperX Cloud II or even a HyperX Cloud Alpha, you know what to expect when putting the HyperX Cloud II Wireless on: something comfortable as heck. This wireless gaming headset is made mainly of aluminum, with a flexible headband and ear cups that feature thick memory foam cushions covered in soft leatherette. The headphones are made of hard, matte-textured plastic and feature black metal panels on the side.

Basically, this is a sturdy, super comfortable gaming headset. The aluminum keeps things light, and the band offers just the right amount of tension to feel secure, but not too tight. If you’re looking for a headset you won’t mind wearing while you spend all day in a Zoom call, this is it. People with glasses might not find it quite so comfortable, but the softness of the ear pads makes establishing a decent seal pretty easy.

How do you control the HyperX Cloud II Wireless?

When you mute it, a red LED ring around the base of the detachable mic will light up.

The headset sports a pretty minimal suite of onboard controls, with a volume dial on the edge of the right headphone, and a power button and mic mute button on the edge of the left.

Should you download the NGenuity app for the Cloud 2 Wireless?

For everything else, you’ll need to install HyperX’s Ngenuity app, which lets you adjust mic volume, sidetone, power saver functions, and turn on virtual surround sound. Ngenuity is a pretty standard gaming accessory app—so, not terribly exciting—but it works, and it’s laid out well enough.

How do you connect the HyperX Cloud II Wireless?

Actually using the HyperX Cloud II Wireless is pretty easy too. This is pretty much a plug-and-play affair, with a minimal hardware interface. The headset connects to your platform of choice using a 2.4GHz USB wireless RF dongle. There’s no 3.5mm connection option, so you’re basically limited to using the headset with the PlayStation 4, PC, and the Nintendo Switch when it’s docked.

What is it like to game with the HyperX Cloud 2 Wireless?

This headset works great on PC and console, but the mic won’t work with most multiplayer Nintendo Switch games.

The HyperX Cloud 2 Wireless offers a great, straightforward gaming experience. It’s comfortable enough to wear for multi-hour sessions, and its battery life means you can fit more than a few in before needing to charge.

Playing games with the headset was similarly great. It handled the surround sound demands of Overwatch, as well as the stereo experiences in games like Hades and Dauntless on PC, all while in a Discord call. There aren’t separate game and chat channels, like in some gaming headsets, but it’s not hard to keep everything clear using the HyperX Cloud II Wireless.

On console, things like virtual surround sound aren’t available, but the headset nonetheless handles games very well. I never ran into any issue playing Genshin Impact on PlayStation 4 or Pokemon Sword on Nintendo Switch. However, Microsoft’s compatibility limits and the lack of a 3.5mm option mean you can’t use this headset with the Xbox One. If you’re gaming on PlayStation 5, this won’t have any issues with the console’s built-in 3D audio feature will work well too (it works with any headset the console can connect to).

How is the battery on the HyperX Cloud II Wireless?

You can use the headset while it charges, but you’ll need to have the dongle plugged in.

Battery life among gaming headsets has improved pretty much across the board for a year or two now. Not too long ago, the best you could expect was around 16 hours of playback time. These days, headsets routinely stretch past 24 hours. However, the HyperX Cloud 2 Wireless joins an even smaller group of gaming headsets by cracking the 30-hour mark. At a consistent volume of ~75dB, the headset can last 32 hours, 3 minutes. It also charges using USB-C, so topping it up only takes an hour or two.

Does the HyperX Cloud II Wireless block out noise?

If only the isolation was as stellar as the sound.

The HyperX Cloud II Wireless offers isolation on par with most gaming headsets, which means its attenuation is generally not great. You won’t run into any issues with the typical sounds of home, but you’re probably als0 not in danger of missing any doorbells anytime soon (depending on how loud you have the volume). Outside, this headset won’t fare as well, but the USB dongle means its portability is pretty limited anyway.

How does the HyperX Cloud II Wireless sound?

Sound this neutral is pretty uncommon for a gaming headset and it hews close to our house curve.

The HyperX Cloud 2 Wireless offers very accurate audio for a gaming headset, accurately outputting audio up to around 4000Hz. The dip in the highs isn’t all that worrying, either—it’s a fairly common trait in headphones and is meant to mimic the response of our un-occluded ears.

Lows, mids, and highs

This headset should be great for pretty much any kind of music. The neutral-leaning frequency response may mean that bass in genres like EDM lacks the impact that some expect, but you definitely won’t run into any issues with distorted sound or auditory masking with the Cloud II Wireless. In Strange Timez off the new Gorillaz album, everything from the piercing echoed notes at the beginning of the song to subtler bleeps and bloops running throughout, to Damon Albarn’s affected backing vocals comes through very clearly.

In game, frequency response like this means you shouldn’t have any issues in just about any kind of game. Avoiding the typical boosted bass means you shouldn’t even have much trouble picking the sounds of footsteps out from the din of gunfire in games like Fortnite or Valorant.

How is the microphone on the HyperX Cloud II Wireless?

The HyperX Cloud II Wireless offers a pretty average microphone for a gaming headset. The bass response is especially typical, and no doubt tuned to combat the proximity effect, where the bass in someone’s voice will blow out a microphone when too close to it. It’s not as steep a drop-off as many gaming headsets have, but the bottom line is still the same: people with deep voices may find they sound a little tinny and a little quiet when speaking into this microphone.

HyperX Cloud 2 Wireless microphone demo (Non-standardized):

How does the microphone sound to you?

6079 votes

As of February 28, 2022, nearly 87% of readers have rated the mic sample between “okay” and “good,” which is about what you’d expect from an external boom mic.

Should you buy the HyperX Cloud 2 Wireless?

If you’re looking for a gaming headset that’s comfortable, simple, and reliable, you should probably buy the HyperX Cloud II Wireless. Recently, we’ve seen it go on sale for as low as $109 USD, which is a 27% discount.

This headset is great at getting out of the way so you can enjoy whatever media you want.

The HyperX Cloud II Wireless is a great example of “if it ain’t broke, don’t fix it” logic at work. Physically, the headset features very few changes compared to its wired counterpart, and that’s a good thing. When it came out in 2015, the HyperX Cloud II was one of the most comfortable gaming headsets on the market, and it still is. The addition of wireless capabilities, paired with a decent enough microphone and audio on par with the HyperX Cloud Alpha makes this a pretty sweet deal for under $150 USD. Plenty of far more expensive gaming headsets aren’t nearly as pleasant to use.

The HyperX Cloud II Wireless doesn’t reinvent the wheel, but it doesn’t need to. This headset nails the fundamentals and offers just enough features to fit right into almost anyone’s gaming setup.

HyperX Cloud II Wireless

HyperX Cloud II Wireless

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It’s a little hard to justify spending the money on the Cloud II Wireless, now that the HyperX Cloud Alpha Wireless is out. The Cloud Alpha Wireless has a nearly identical design to the Cloud II, so it’s very comfortable. It also has great sound, and a decent microphone. However, while the Cloud II Wireless has good battery life, the battery of the Cloud Alpha Wireless is borderline market-breaking. Clocking in at over 327 hours on a single charge, you could leave something playing for almost two straight weeks before needing a recharge—that’s more than enough to justify the extra cost.

HyperX Cloud Alpha Wireless Gaming Headset

HyperX Cloud Alpha Wireless Gaming Headset

Incredible battery life • Great sound • Comfortable



The HyperX Cloud Alpha Wireless adds battery performance leaps and better than the competition.

This classic workhorse gaming headset dramatically outlasts the competition with 300 hours of battery life, making this a no brainer for anyone who’s ever known the sting of a dead battery at the beginning of a gaming session.

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What should you get instead of the HyperX Cloud 2 Wireless?

That said, this isn’t necessarily the best gaming headset for everyone. If you’re only interested in PC gaming, headsets like the Logitech G Pro X and Razer BlackShark V2 both offer more expansive software features, and comparable audio—there’s even a wireless G Pro X and wireless BlackShark V2, if you don’t mind spending more.

You can tap the power button to cycle the blue LED HyperX logo between on, off, and a “breathing” setting where the light slowly flashes.

If you’re a ride-or-die console gamer, something like HyperX Cloud Flight Wireless checks all the same boxes. Sure you can’t connect to the PC HyperX NGenuity app, but most gaming platforms handle all the fancy features you need anyway.

If you’re a Nintendo die-hard, the Cloud II also doesn’t offer a ton for you, offerings from SteelSeries like Arctis 1 Wireless will probably do more for you, with their USB-C dongles and excellent battery life. And if the Cloud II Wireless battery performance isn’t enough somehow, the SteelSeries Arctis 7+ surpasses 70 hours and has the same USB-C dongle as the Arctis 1. The recent Razer Barracuda X is also a great USB-C wireless option, with its ultralight build and solid audio.

If you’re an Xbox One gamer, the Cloud II Wireless really doesn’t have anything for you, gaming headsets like the Razer Kaira Pro and Corsair HS75 XB both offer Xbox Wireless support, and don’t even need dongles to connect (though they’re only worth using with an Xbox)—the Kaira Pro even supports Bluetooth.

Frequently asked questions about the HyperX Cloud II Wireless

No. The HyperX Cloud II Wireless doesn’t have any flashing lights, aside from the one that indicates the mic is muted.

How to register a new TP-Link cloud account for a TP-Link wireless router to manage it remotely? Archer C1200 Archer C5400 Archer C20, Archer AX6000, Archer C5400X, Archer C25, Archer C24, Archer A20, Archer A64, Archer C60, Archer C2600, Archer A1200, Archer C21, Archer C20, Archer C64, Archer AX1800, Archer AX206, Archer C59 Archer C58 , Archer AX4200 , Archer C3200 , Archer C900 , Archer A2 , Archer AX75 , Archer AX4400 , Archer C55 , Archer C54 , Archer A2300 , Archer AXE75 , Archer A6 , Archer A7 , Archer AX72 , Archer AXE200 Omni , Archer A5 , Archer GX90, Archer A8, Archer A9, Archer AX68, Archer C2300, Archer AX5300, Archer C1210, Archer AX23, Archer AX20, Archer C3150 V2, Archer C4000, Archer AX21, Archer A3000, Archer C2700, Archer AXE300 , Archer AX1500 , Archer AX60 , Archer AX11000 , Archer AX3200 , AD7200 , Archer AX3000

. If your TP-Link router does not support cloud features, you will not be able to link a TP-Link account to it and manage it remotely.

At present, most of the applicable models only support the online update function, and other cloud functions will be added in the next firmware.

Archer C5400 V1 EU only, supports automatic firmware update. Please check the hardware version on the label on the back of the router.

TP-Link account, also called TP-Link ID, is used to link and remotely manage TP-Link routers, cloud cameras, smart plugs, etc.

If you have already registered TP-Link ID via Kasa APP, tpCamera APP or, then just use it to manage your TP-Link router.

There are two ways to register a TP-Link cloud account: in the router’s web interface or by logging into the Tether APP.

In this manual, we take the Archer C9 V4 web interface as an example.

Option 1: Registration via the web interface of the router.

1. Connect your device to the router via cable or wireless connection and make sure your device has internet access. After that, open a web browser and type in the address bar to go to the router’s web interface. The default username and password is “admin”.

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3. Enter your email address in the Email field as your account name, then create a password. Next, check the box for agreeing to the TP-LINK Privacy Policy and Terms of Use. Next, press the button Registration , after which you will receive a confirmation letter.

4. Check your mailbox for an activation letter, then click the button to complete the registration .

5. Now your cloud account has been registered successfully. Just go to the web interface of the router and enter the TP-Link ID details to be able to use cloud services.

Note: TP-Link ID will be automatically linked to your router after login.


2. Connect your smartphone to the WiFi network of the TP-Link router, then launch the Tether app (make sure your smartphone can access the Internet). Click on the list icon in the top left corner and click Login .

3. Click the Create user button, enter an email address and create your own password.

4. Click Register and you will receive an activation email. After activation, please press Login to login with registered TP-Link ID and password.

5. Click the back icon, select your router to manage it. Then a prompt will pop up and remind you to link the device to TP-Link cloud account, just click link now .

6. Click link to link the TP-Link router and TP-Link cloud account. After that, on the device page, you will find the TP-Link router as a cloud device, which means you can enjoy the cloud features of TP-Link router on the Tether app.

For more information about each feature and configuration, go to Downloads to download your product manual.

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Wireless technology outlook for the next five years

In five years, new wireless technologies will change our world. Self-driving cars will become safe and entertain passengers, wireless charging will become convenient, IoT sensors will be able to work autonomously for years, robots and virtual assistants will be able to better distinguish between environments and voices, and geolocation accuracy will increase to one meter. And there will even be new interior designs. Here are 10 emerging wireless technologies that Gartner says will dominate corporate and residential networks in the future.

There will be even fewer wires

Over the past two decades, wireless technologies have managed to displace many traditional means of communication and information transmission. In the next five years, new types of wireless communications are expected to emerge, which will become the basis for the development of promising technologies, such as robotics, autonomous ground and air transport, and medical gadgets.

Existing wireless solutions are being upgraded and adapted to meet the needs of next generation developments. In some cases, on the contrary, the emergence of fundamentally new promising technological areas dictates the need to develop unusual communications with specific requirements for power, energy savings, program control, and great autonomy.

Research firm Gartner analyzed the key trends and identified the top ten wireless technologies that will dominate the market as next-generation enterprise architectures.

1. Wi-Fi networks

Wi-Fi networks are today and will remain the backbone of high-performance networks for home and office until at least 2024. In addition to the traditional role, the technology will find application in new developments. For example, as a basis for radar systems or as an element of new generation two-factor authentication systems.

At the end of 2018, the interindustry group Wi-Fi Alliance announced the launch of a new version of the standard – IEEE 802. 11ax, which received the marketing name Wi-Fi 6. The new standard is compatible with previous versions and supports the 2.4 GHz and 5 GHz bands. Wi-Fi 6 devices will support Orthogonal Frequency Division Multiple Access (OFDMA). This means the possibility of synchronous data transmission to several clients at an average speed. In addition, MU-MIMO and OFDMA technologies will work together to support up to eight connections at speeds up to 11 Gb / s. In the Wi-Fi 5 standard, the number of such connections did not exceed four.

Wi-Fi 6’s new Target Wake Time feature provides the ability to set a sleep schedule to conserve battery power.

The introduction of Wi-Fi 6 will significantly increase the density of wireless networks, improve the quality of data exchange in public places with a large number of users per unit area – in transport, in corporate offices, shopping malls, hotels and stadiums. The first commercial launches of Wi-Fi 6 are scheduled for the end of 2019.


Cellular networks of the fifth generation (5G)

The launch of the first cellular networks of the fifth generation (5G) began in 2018, but the first commercial projects on the scale of urban agglomerations or entire countries started only in 2019. In particular, South Korea in April 2019 was the first in the world to launch three commercial 5G mobile networks nationwide at once. In China, commercial operation of 5G networks began at the end of May.

According to Gartner analysts, it will take five to eight years to deploy 5G networks globally. According to the GSMA forecast, in Russia 5G networks will cover up to 80% of the population in 2025.

In some cases, 5G cellular networks will complement Wi-Fi networks as a cheaper alternative for high-speed data transmission with dense user populations such as large cities, airports and manufacturing plants. At first, while 5G technology is still developing, most operators will focus on providing high-speed Internet access services. Nevertheless, the 5G standard has great potential for development, and its subsequent iterations will become the basis for the development of the Internet of things and a number of other applications where the minimum signal delay during data exchange is critical.

3. Car Connected to Everything Networks

As autonomous cars (driverless) evolved and became more widespread, special wireless communication protocols were required to provide highly reliable and highly secure communications between cars, as well as cars with road infrastructure. This is how the wireless standard Vehicle-to-Everything (V2X) appeared – “A car (in a broader sense, “Transport”) connected to everything.” In addition to the primary functions for the exchange of information and status data, V2X protocols also provide support for other options, such as security, navigation and infotainment services.

One of the first standards of the V2X family was IEEE 802.11p adopted in 2012, where data exchange between vehicles (vehicles to vehicles, V2V) and vehicles and infrastructure (vehicles to infrastructure, V2I) is carried out using a wireless network.