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Sky beats Virgin Media and BT as it rolls out UK's 'fastest' fibre broadband
Sky beats Virgin Media and BT as it rolls out UK's 'fastest' fibre broadband

Daily Record

time3 days ago

  • Business
  • Daily Record

Sky beats Virgin Media and BT as it rolls out UK's 'fastest' fibre broadband

Sky has unveiled its new Gigafast+ fibre broadband packages that can deliver internet speeds of up to 5Gbps, which it says is faster than any other major provider - but is that true? Sky says it is now the UK's 'fastest major broadband provider' as it rolls out a significant upgrade to its network. On Tuesday (July 15), Sky introduced its new Gigafast+ fibre broadband packages, capable of delivering internet speeds up to 5Gbps. In contrast, a conventional copper wire connection can only achieve speeds up to 80Mbps, while Virgin Media 's fastest broadband speeds offer roughly 1.1Gbps. Sky's new ultra-fast speeds are available on two packages, with 2.5Gbps Full Fibre Gigafast+ priced at £70 per month. Customers can double those speeds to 5Gbps Full Fibre Gigafast+ for an additional £10, costing £80 in total. These lightning-fast connections are delivered by Sky's new Gigafast+ hub, touted as its 'most advanced' router. The device utilises WiFi 7 technology, which delivers speeds twice as fast as WiFi 6, making it perfect for remote working, 4K streaming or gaming. Sky Gigafast+ is powered by Sky's collaboration with CityFibre, using the latter's full fibre network to deliver speeds to 4.5 million premises across the UK. However, there's a catch – these speeds aren't available for everyone, with only those on the CityFibre network currently able to benefit. Customers can check their eligibility by entering their postcode on the Sky website, reports the Mirror. Those eligible for the enhanced speeds also get Sky's WiFi Max add-on at no extra cost. Typically costing £4 per month, this service promises WiFi access throughout the home or money back, alongside advanced security features, parental controls, device priority, convenient engineer visits and backup Sky Mobile data for unplanned outages. New customers can also claim up to £100 towards switching fees if charged by their existing provider, with the One Touch Switch service meaning Sky handles the changeover on the customer's behalf. Announcing the new Gigafast+ packages, Sophia Ahmad, Chief Consumer Officer at Sky, said: "We're proud to be setting a new standard in UK broadband. "With speeds up to 5Gbps, our new Full Fibre Gigafast+ packages make Sky the UK's fastest major broadband provider. Combined with our existing full fibre range, we're offering more choice than ever before. Powered by cutting-edge WiFi 7 technology, these plans deliver smarter, faster, and more reliable connectivity to homes across the country." Whilst the exceptional speeds of Sky Gigafast+ are impressive, they arrive with quite a price tag. Those seeking a more budget-friendly connection may wish to consider Virgin's Gig1 Fibre Broadband (£34.99) or BT's Full Fibre 900 (£38.99), both of which can download a feature-length film in seconds. As Sky's Gigafast+ is a new product, it has yet to receive any reviews, but customers have been sharing their overall experiences with the provider on Trustpilot. One five-star review says: "I have been with Sky for over 11 years. "I have never had any problems with the broadband, amazing speed they always give me amazing deals, never gone down and never had to have an engineer come out. Would highly recommend." Another said: "I have just had Sky broadband updated from wire to FTTP. It was straightforward to order. I was kept fully informed. "The engineers arrived when they said they would and were very obliging in putting the new cable exactly where I wanted it. The result is a much faster and more reliable internet connection." Another customer shared a less positive experience, saying: "Sky provided generally acceptable broadband service for years. Their customer service staff are also typically useful, personable and clearly try their best. However, they were extremely slow at making fixes or solutions actually happen." While another happy customer said: "I am so made up with the outstanding service I have received, clear instructions and advice, outstanding manner, knowledge and excellent customer service skills. I am happy with Sky as my broadband provider. "Arranged an engineer quickly and efficiently and was detailed in asking questions and whilst waiting on a reply, was informative and friendly."

Asus RT-BE86U Review: This Dual-Band Wi-Fi 7 Router Punches Way Up
Asus RT-BE86U Review: This Dual-Band Wi-Fi 7 Router Punches Way Up

Gizmodo

time3 days ago

  • Gizmodo

Asus RT-BE86U Review: This Dual-Band Wi-Fi 7 Router Punches Way Up

Asus has always been one of my favorite router makers. The first time I bought my own router to get out of paying to rent one from my ISP, I got an Asus Wi-Fi 4 model. Being the person I am, I was delighted by the number of options it presented, even if I didn't understand them all. The $299.99 Asus RT-BE86U is no different, and I love that about it. I just wish it were cheaper. That's not to say the RT-BE86U isn't a very good router—it truly is. I tested its throughput using a network benchmarking tool called iPerf that lets me transfer data back and forth between two devices on my network, which is handy since I don't have the gigabit-or-better service that it would take to actually see benefits when it comes to actual internet speed. That testing revealed a router that gave me more data throughput than I get from my ISP, something my two Eero Pro 6E routers need a wired backhaul to do currently. See Asus RT-BE86U at Amazon Asus RT-BE86U Wi-Fi 7 router A fantastic, if pricey, dual-band Wi-Fi 7 router that could replace some mesh setups. Pros Cons So why am I bagging on the price? It's that the RT-BE86U doesn't have a 6GHz band. That's what enables Wi-Fi 7's 320MHz channels, arguably the protocol's most boastworthy feature because it doubles channel bandwidth—a measure of the size of the 'pipe' your data goes through—available to Wi-Fi 7 phones and laptops compared to the 160MHz channels routers have offered for years now. That can lead to throughput higher than my benchmarking gear can actually measure, as I indicated in my review of the also-$300 Eero Pro 7. Still, if you ignore the 6GHz-lessness of it all, the RT-BE86U feels like a worthy device. The RT-BE86U may not be the ugliest object, but it is very much a router-looking router, with three tall antennas stabbing out from the top and an array of no less than 10 LED status lights on the front. On the back, you'll find five ethernet ports: a 10GbE WAN/LAN port and four 2.5GbE LAN, one of which can also alternatively serve as your WAN connection to the internet. There are also two USB ports back there—one USB 3.2 and one USB 2.0—for connecting things like a hard drive for network-level access. There are good reasons to ignore my criticism about that missing band. For one thing, your first exposure to Wi-Fi 7 is pretty likely to be through a smartphone before anything else. I don't know about you, but as it stands, I never have to wait long to download an app at home, and haven't for years. What would be an issue is having to wait for a YouTube video to buffer because I'm in the wrong room. That didn't happen with the RT-BE86U, which gave me a solid connection throughout my house all by its lonesome. My Eero Pro 6E two-router mesh setup only does that if the routers are placed just so. Let's talk numbers. Within about 15 feet of the RT-BE86U, I saw throughput that averaged between 1.7Gbps and 1.8Gbps using a Wi-Fi 7 connection and around 1.5Gbps with Wi-Fi 6. And on Wi-Fi 5, it was more like 1.35Gbps, tested with 160MHz channel bandwidth. Farther away in the Wi-Fi graveyard that is my office, I still saw throughput between just shy of 580Mbps and 630Mbps, which is higher than my internet plan offers. In theory, you can get even better throughput using Multi-Link Operation, a feature that lashes together two bands to use as one, but the RT-BE86U only has 2.4GHz to offer as a second band, which doesn't add enough to be noticeable. Most of these tests were done with an M2 MacBook Air wired to the RT-BE86U using a Plugable 2.5GbE USB-C ethernet adapter and a Samsung Galaxy Book 2 equipped with an MSI BE6500 USB Wi-Fi 7 adapter. I went back and confirmed that I saw similar performance using the gargantuan Asus ROG Strix G18 gaming laptop Asus lent me, which was the only way I had to test Wi-Fi 5 because MSI's adapter doesn't offer options like switching Wi-Fi protocols. With benchmarking finished—and at great risk to my family's sanity—I swapped out my Eeros for the RT-BE86U for a couple of days. Thankfully, things worked without a hitch; smart home devices were responsive and movies streamed flawlessly on my Apple TVs, both from the internet and the Plex server on my Synology NAS. My Nintendo Switch, a device that has always been stubborn about using a 5GHz signal, nevertheless performed strongly on the 2.4GHz band even in my office, one of the worst spots in my house for Wi-Fi. That didn't help me get first place in Mario Kart 8 Deluxe, but it certainly didn't hurt my chances. All of that was impressive in my 100-year-old, three-story (counting the basement) home filled with Wi-Fi-killing plaster-and-lath walls. The RT-BE86U's signal even punched through my home's faux-stone exterior to reach more distant devices like my Netatmo Presence Wi-Fi security camera and my Meross garage door opener. Both worked more sluggishly, but in fairness, I would've been surprised if they hadn't. Asus' router does support mesh networking with the company's other mesh-capable routers, which could potentially fix that. See Asus RT-BE86U at Amazon You don't have to be a network engineer to use Asus routers, but there's a bit of a learning curve when it comes to configuring one. Where Eero's app presents you with quick, basic information on the home screen that's fairly easy to understand, the Asus app sticks a scrolling, meaningless-to-most network traffic visualizer in your face when you load it up. I get the sense that Asus really tries to make things user-friendly and approachable. For instance, tap the Family tab on the home screen and you'll find easy-to-understand pre-configured parental control options that let you set schedules to deny your kids devices an internet connection and filter internet traffic. If you tap Settings and then Network, you can straightforwardly adjust your SSID (the name for your Wi-Fi network) and password or set up a guest network. (Asus calls this an IoT network, but it functions the same way, obscuring the rest of your network from devices connected to it.) But elsewhere, you don't have to dig far at all before you're in the weeds of technical network jargon. Most people won't likely get that far—once your network is set up, how often do you actually look at your router's settings? But if you want more control over their router, there's plenty to fiddle with, especially within the RT-BE86U's web interface. Options range from setting up IP reservations (Asus calls it 'IP Binding') to tweaking transmission power and toggling specific Wi-Fi features. You can also configure a local virtual network, or VLAN, set up link aggregation for your network switches, and check out fairly detailed activity statistics for devices on your network, too. Good Wi-Fi routers cost money; that's just a fact. But you quickly run into diminishing returns when you get into the $300-plus range, especially as the majority of us don't need super high-end Wi-Fi performance. So when I look at a router, I care more about its stability and coverage range than I do about raw throughput. Thanks to the RT-BE86U's ability to stay stable over a broad range, even in a challenging Wi-Fi environment, you can actually have your cake and eat it too, at least while Wi-Fi 7 is still in its relative infancy and most of us can't take advantage of it. That's not just because Asus made a good-performing router. The RT-BE86U has features like the ability to function as a VPN server that you route your traffic through when away from home, letting you obscure one more personal location data point as you move around the world. The company also offers things like free malicious site blocking or virus-infected device detection via its AiProtection feature, which is provided in concert with cybersecurity firm Trend Micro. If you like those features and you want to make sure you have a strong Wi-Fi connection throughout a medium-sized home (mine is about 1,800 square feet counting the basement, for reference) without the need for additional access points, the RT-BE86U could be a great purchase. But if your needs are lesser or you think a lot of 6GHz Wi-Fi 7 devices are in the near future for you, look elsewhere. See Asus RT-BE86U at Amazon

If Wi-Fi Can Go Through Walls, Why Is My Internet So Slow?
If Wi-Fi Can Go Through Walls, Why Is My Internet So Slow?

CNET

time3 days ago

  • CNET

If Wi-Fi Can Go Through Walls, Why Is My Internet So Slow?

When it comes to your home internet connection, there's one question we get asked quite a bit: Does Wi-Fi travel through walls? The short answer is yes, but the long answer is a bit more complicated. I spoke with several experts, including CNET's Laboratory Technical Project Manager Gianmarco Chumbe, to find out everything you need to know about how Wi-Fi travels. It's a simple question, but it has a big impact on whether your Wi-Fi connection is slow. "As with any radio signal, attenuation occurs when waves pass through materials like brick, concrete or metal -- or simply over increasing distance," Chumbe said. He should know -- our CNET Labs team has spent countless hours testing internet routers for the latest version of our Best Wi-Fi routers page. With the introduction of Wi-Fi 6, Wi-Fi 6E and the latest standard, Wi-Fi 7, Wi-Fi technology has steadily improved in recent years. An adequate Wi-Fi connection is necessary, yet many people still struggle with their home internet: In a recent CNET broadband survey, 42% of respondents complained about having an unreliable connection. Many possible factors contribute to an unreliable internet connection, but when it comes to Wi-Fi, there are quick fixes to boost the Wi-Fi connection throughout your home. To optimize your Wi-Fi connection and understand how the technology interacts with the structure of your home, you need to understand how Wi-Fi actually works. Back to the basics Wi-Fi, also known as Wireless Fidelity, is a wireless technology that allows your router to exchange data with multiple devices. This data is transmitted through radio waves. According to the Institute of Electrical and Electronics Engineers, the first version of Wi-Fi was released in 1997 under the 802 family of standards for local area networks. The IEEE designates Wi-Fi as 802.11. Locating local internet providers You'll primarily see three Wi-Fi standards when shopping for routers: Wi-Fi 6, Wi-Fi 6E and Wi-Fi 7. Most smart home devices in your abode should be compatible with Wi-Fi 6 and Wi-Fi 6E technology. Wi-Fi 7 has the potential to produce the fastest speeds and boasts the lowest latency of the three, though there are limited devices that are compatible with Wi-Fi 7 for now. Wi-Fi builds on features from the previous standards. If you have Wi-Fi 6, it'll have the 2.4 and 5GHz bands. Wi-Fi 6E added the 6GHz band, and Wi-Fi 7 doubled the 6GHz channel size. According to Netgear, "Wi-Fi 7 helps to ensure your home is ready for 10 gigabit internet speeds as they become available." That all sounds great in theory -- but what does that mean for your Wi-Fi at home? How does Wi-Fi pass through walls? Your router wirelessly exchanges data with other devices nearby through radio waves, which use electromagnetic radiation. As seen from the image below, Wi-Fi operates on these radio waves through the electromagnetic spectrum. VectorMine/Shutterstock According to ScienceABC, electromagnetic waves can pass through a surface; this process is called refraction. This is what allows Wi-Fi to pass through walls. It's worth mentioning that not all forms of electromagnetic radiation can permeate surfaces. Take Li-Fi technology, for instance. Li-Fi uses visible light, another form of electromagnetic radiation, to connect to the internet. Light signals can't pass through walls and other solid objects like Wi-Fi signals can. Wi-Fi can pass through walls, but... The thickness of your walls and the type of material used can obstruct or hinder Wi-Fi signals. According to Mistral Solutions, certain materials, like brick, plaster, cement, metal, stone and double-glazed glass, can obstruct Wi-Fi signals. Depending on the size and layout of your home, you might experience dead zones (areas where your internet signal is virtually nonexistent), laggy or extremely slow internet. While a house full of cement walls would certainly cause problems for your router's Wi-Fi signal, the CNET Labs team determined that for most homes, the wall thickness wasn't the most significant impact on router signal strength after conducting tests. The distance from the router was a bigger determining factor. That said, changing the floor plan of your home may not be an option, but there are simpler things you can do to boost your Wi-Fi connection at home. How to optimize your Wi-Fi Several factors can affect the signal of your internet connection, such as walls, large obstructions and even electronics near your router. Choosing the right router The first step to optimizing your connection is determining whether you're using the right router. In most apartments and smaller homes (under 1,500 feet), a traditional router with a single wireless access point should be enough. CNET's top pick for the best wireless router is the Asus ROG Rapture GT-AX6000. After conducting tests on more than 30 routers, we found it was the only router to receive a top-five score from our throughput tests on both 2.4GHz and 5GHz bands. However, if you own a multistory home and want to prioritize internet coverage throughout, consider upgrading to a mesh router. In some cases, you might need to toss out your old router and upgrade to a new one. Ideally, you should replace your router every five years. If you're in the market for new gear, consider upgrading to a new router or a router equipped with Wi-Fi 6 or the latest Wi-Fi 7. Almost any new device you've purchased in the past five years will be compatible with Wi-Fi 6, but only the latest phones, laptops and gaming consoles can take advantage of Wi-Fi 7. The Wi-Fi band you use matters Most routers are equipped with either 2.4GHz or 5GHz bands, and in some cases, they will come equipped with both. However, if your priority is to ensure that your internet connection reaches all areas of your home, choose a router with a 2.4GHz band. Here's why. CNET broadband expert Joe Supan recently visited our CNET labs to help test routers. These tests provided metrics on speed, reliability and performance over distance. Our lab team also measured each router's signal strength and broadcast ability, showing how well data is transmitted through walls and around other electronics. The team marked off more than 61 locations around the lab to measure the performance of each router's 2.4GHz and 5GHz frequency bands. Though the 5GHz might offer you faster speeds, test results show that the 2.4GHz band has a better range. "Most routers will automatically steer your traffic to the optimal band, but you can also set up separate Wi-Fi networks for each band if you want to prioritize devices like a gaming console or a work computer on the faster 5GHz band," Supan said. "The important thing to know is whether it has both the 2.4GHz and 5GHz bands," Supan said. "Most routers will automatically steer your device onto the best one." From left: The 2.4GHz band has better range but slower speeds, while the 5GHz band has faster speeds at close range. Samantha De Leon/CNET The team averaged all the data from the tests in a summary table. They then combined the scores to get one throughput metric for each frequency band. The data shows that routers with a 2.4GHz band outperformed those with a 5GHz band at long distances. Keep in mind that the typical indoor broadcast range of a router is 150 to 300 feet, according to the United States Computer Emergency Readiness Team. Read more: How we test Wi-Fi routers Router placement is key In some cases, you may not need to take a dramatic step like getting rid of your router. Chances are, you may just be putting it in the wrong spot. According to two technicians, here are five of the worst areas to place your router: On the floor Behind the couch In the basement Inside cabinets Near another Wi-Fi router The ideal spot for your router should always be centrally located in your home. I know routers aren't the prettiest gadgets, but resisting the impulse to hide them will only help boost your Wi-Fi. Also, keep in mind that placing your router in an area with large metal objects, nearby electronics or many walls can interfere with your Wi-Fi signal. If you can, try placing your router high on a bookshelf in a centrally located room. Adjusting your Wi-Fi antennas If you own a router that has antennas, positioning these antennas properly can improve your signal. If there are two or more antennas on your router, don't position them all in the same direction. The antennas should be perpendicular to one another -- one should be horizontal and the other should be vertical. If that still doesn't make a difference, try experimenting with placing the antennas at several different angles. During this process, run several internet speed tests to note the differences with each antenna configuration. CNET's top pick for the best speed test overall is Ookla for its consistency and reliability. (Disclosure: Ookla is owned by the same parent company as CNET, Ziff Davis.) Invest in a Wi-Fi extender A Wi-Fi extender will typically be a cheaper alternative to a mesh router if you're still experiencing laggy internet and dead zones after repositioning your router. Similar to a mesh router system, a Wi-Fi extender will help boost your speeds throughout your home. CNET's top pick for the best Wi-Fi extender is the Linksys RE7310. When tested, it delivered plenty of speeds, and it supports Wi-Fi 6 technology. If there are one or more rooms in your home that are dead zones, then a Wi-Fi extender could help improve the signal in these areas. You can either plug your extender into your router or into an outlet on your wall. If you live in a larger home and are facing issues with your connection, then a mesh router would be a better option. Other things to consider about Wi-Fi If all else fails, you might consider upgrading your router or switching internet service providers. Your internet trouble could be outside of your control, as some may experience throttled speeds from their ISP. If you're unsure whether your internet provider is to blame, read our guide on how to combat internet throttling. In addition, there are other drastic measures you can take to really improve your home internet connection. If you're serious about optimizing your connection, consider investing in a network switch. A network switch is a device you connect to your router, which opens up more Ethernet ports, allowing your router to connect to multiple devices. Investing in a quality network switch (Smart Managed or Fully Managed switches) may come with a steep price tag, but the benefits from using one could be worth the price: You can expect faster speeds, increased security and more control over your network. Yes, Wi-Fi can travel through walls, but it's not magic Yes, Wi-Fi technology allows your home internet connection to pass through walls, but you still need to take steps to optimize your Wi-Fi connectivity. The thickness of a wall can interfere with your internet signal, leaving you with dead zones in your home. Other factors, such as large objects and nearby electronics, can also cause your broadband connection to suffer. As far as walls are concerned, of course, changing the layout of your home may not be an option. And before you make a hasty decision such as canceling your internet service or switching internet service providers, you can first try optimizing your Wi-Fi connection through the tips outlined on this page. If you're still running into trouble, then maybe it's time to consider whether you're facing a larger issue, such as throttled speeds from your ISP. FAQ: Wi-Fi versus your walls Can Wi-Fi travel through walls? Yes, Wi-Fi can pass through walls. Wi-Fi technology operates on the electromagnetic spectrum and transmits data via radio waves. Data from your router is wirelessly transmitted to other devices nearby. Through a process called refraction, Wi-Fi signals are able to permeate walls, allowing your internet to travel throughout your home. However, this doesn't mean that you won't experience interference. The thickness of a wall can obstruct the signal from your router, leaving you with dead zones in your home. Other factors, such as large objects and nearby electronics, can also affect your Wi-Fi connection. Where is the best place to put your router? You should always aim to locate your router at a central spot in your home, away from many walls and large objects. Two technicians shared with CNET the five worst areas to place your router: on the floor, behind the couch, in the basement, inside cabinets and near another Wi-Fi router. When should you replace your router? Overall, experts recommend that you replace your router every five years. However, if there are many connected devices to your network, such as laptops, phones and more, experts suggest tossing your router out every two to three years. There are plenty of well-performing Wi-Fi routers on the market. Read our top picks.

iPhone 17 now rumored to feature Apple A19 chip
iPhone 17 now rumored to feature Apple A19 chip

GSM Arena

time5 days ago

  • GSM Arena

iPhone 17 now rumored to feature Apple A19 chip

A while back, we saw a rumor that claimed the upcoming iPhone 17 would be equipped with the same Apple A18 chip as its predecessor. Well, it turns out that GF Securities analyst Jeff Pu is now backtracking from his previous claim and expects the iPhone 17 to feature the all-new Apple A19 chip, which will also power the iPhone 17 Air. iPhone 17 renders in Green and Purple If you were also hoping for more RAM on the baseline iPhone 17, that's apparently not going to happen. The latest report from Pu suggests the device will once again feature 8GB LPDDR5 RAM. The other two models in the iPhone 17 series are expected to feature 12GB RAM, with the 17 Air offering the same LPDDR5 speeds. Meanwhile, the 17 Pro and 17 Pro Max will receive faster LPDDR5X RAM. iPhone 17 family dummy units The entire iPhone 17 series is also rumored to bring Apple's self-designed Wi-Fi 7 chip. The vanilla model is expected to offer a larger 6.3-inch OLED, which may finally get a 120Hz refresh rate though it won't be of the LTPO variety (ProMotion in Apple lingo) like on the Pro series. As per the latest rumor, Apple will launch the iPhone 17 series on September 8. Via

Prime Day Router Deals: Eero Routers Up to $300 Off, Max 7 at All-Time Low
Prime Day Router Deals: Eero Routers Up to $300 Off, Max 7 at All-Time Low

CNET

time11-07-2025

  • Business
  • CNET

Prime Day Router Deals: Eero Routers Up to $300 Off, Max 7 at All-Time Low

Prime Day officially ends tomorrow, which means you've got less than 24 hours to take advantage of some Wi-Fi 7 deals at Amazon. The online retailer is having a massive mesh router sale, which includes some record-low prices on its latest Eero models, which are some of the top-performing routers we've tested at CNET. Right now, you can score a huge 30% off the Eero Max 7, which translates to $180 off. If you don't want to upgrade to a pricier Wi-Fi 7 router just yet, some of the best Prime Day deals are on Eero 6+ mesh systems: $160 for a two-pack (down from $240) or $195 for a three-pack (down from $300). Eero's Max 7 mesh Wi-Fi routers offer Wi-Fi 7 tech and are capable of superfast wireless speeds of up to 4.3Gbps. They also include Ethernet ports you can use when you need even greater speeds, up to 9.4Gbps. One router can blanket over 2,500 square feet of Wi-Fi coverage and support more than 200 connected devices. Hey, did you know? CNET Deals texts are free, easy, and save you money. Since Eero is an Amazon-owned brand, using an Eero mesh Wi-Fi system has some smart home perks, including its ability to function as a smart hub for certain devices. Eero Max 7 units are compatible with Zigbee, Thread and Matter devices, which is to say most smart home tech these days. Looking for a Wi-Fi router and not sure if these deals are for you? Check out our lists of the best routers and best mesh routers so you can find exactly what you need. And if you're looking for more gadgets for your home, we've got a growing list of the best smart home deals. Why this deal matters Though we saw a few Eero Max 7 discounts around Black Friday and the holiday season late last year, prices during July's Prime Day event represent all-time lows. For the single unit, it's a return to its best-ever price, and for the three-pack, it's a new all-time low at $1,190. Given how expensive Wi-Fi 7 gear is, it's a rare chance to score all-time low pricing on a reputable brand.

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