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Geek Vibes Nation
an hour ago
- Geek Vibes Nation
The Future of Cloud Gaming: What Will Change With The Arrival of 6G
Cloud gaming has already revolutionized the gaming industry by allowing players to access high-quality games without the need for expensive consoles or powerful hardware. As we move toward 6G, the next generation of wireless technology, the potential for cloud gaming is set to expand exponentially. The arrival of 6G will bring faster speeds, lower latency, and more reliable connections, transforming the way we experience gaming in ways previously imagined only in science fiction. Sports betting hub from can help provide insights into the evolving tech landscape, as faster and more accessible connectivity will have far-reaching effects on numerous industries, including gaming. How 6G Will Transform Cloud Gaming 6G promises to be a game-changer for cloud gaming, as it is expected to offer speeds up to 100 times faster than 5G, with latency as low as 1 millisecond. This means that games will be streamed with much higher resolution and much faster response times. The key advantage of 6G over current technology is its ability to support ultra-fast, ultra-reliable wireless communication over a wider range of frequencies, including frequencies never before used in mobile networks. The main improvements we can expect with 6G are: Faster speeds: 6G will allow cloud games to stream in higher resolutions with minimal buffering. Expect ultra-high-definition 8K gaming to become a standard. Lower latency: With reduced latency, actions in cloud games will feel more responsive, offering an experience closer to playing locally on a console or PC. Increased device connectivity: With the ability to connect billions of devices simultaneously, 6G will enhance the overall gaming ecosystem by supporting an even larger network of players, devices, and cloud servers. This increase in speed and reliability will make cloud gaming more accessible, with less reliance on powerful local hardware, and a more immersive and responsive experience for players. The Evolution of Game Streaming Cloud gaming services like Xbox Cloud Gaming, Google Stadia, and NVIDIA GeForce NOW are already changing the way gamers play, but the arrival of 6G will push these services to new heights. The ultra-fast speeds and low latency that 6G offers will allow for smoother gameplay, and more detailed graphics without the need for high-end hardware. With 6G, we can expect: Higher quality streaming: Games will stream at higher resolutions with reduced latency, offering console-like experiences on mobile devices and other low-powered hardware. More immersive experiences: The combination of low latency and high-speed connectivity will make gaming environments feel more lifelike, with quicker interactions and more detailed, real-time graphics. Less reliance on hardware: Gamers will no longer need powerful gaming PCs or consoles to enjoy the latest titles. As long as they have a stable 6G connection, they can stream high-quality games directly to their device. As 6G networks expand, the accessibility and quality of game streaming will increase dramatically, making cloud gaming a much more practical option for everyday gamers. The Impact on Multiplayer and Online Gaming One of the most exciting aspects of 6G for cloud gaming is how it will affect online multiplayer gaming. With 6G's low latency, even the most intense multiplayer sessions will become smoother, with almost no delays between player actions. This change will have a profound effect on competitive gaming, where split-second reactions are the difference between victory and defeat. Key advantages for multiplayer games include: Smoother gameplay: With 6G, the connection between players will be almost instantaneous, eliminating lag and allowing for a smoother, more enjoyable gaming experience. More players online: With ultra-high-speed connectivity and lower latency, it will be possible to connect many more players to a single server without impacting performance. Improved real-time interactions: Fast data transfers will allow for better synchronization in multiplayer matches, making team-based games and esports competitions more dynamic and enjoyable. The arrival of 6G will not only make multiplayer experiences more enjoyable but will also open new possibilities for large-scale online games with massive player bases. Multiplayer games could scale to accommodate far more players without sacrificing performance, further enhancing the sense of immersion and competition. Cloud Gaming on the Go Another area where 6G will make a significant impact is in mobile gaming. While mobile gaming is already a multi-billion-dollar industry, the limitations of current networks often make it difficult to stream games at high quality. With the speeds and low latency of 6G, mobile gaming will become far more enjoyable, allowing players to stream high-fidelity games wherever they are, without the limitations of local hardware. The key improvements for mobile gaming will include: Portable high-quality gaming: 6G will enable ultra-high-definition game streaming on mobile devices, allowing players to enjoy console-quality games on their phones or tablets while on the go. Better connectivity in remote areas: Unlike 5G, 6G will provide more reliable connections even in remote or densely populated areas, offering more widespread access to cloud gaming. Reduced battery drain: The efficiency of 6G networks will make gaming on mobile devices less taxing on batteries, allowing longer gaming sessions. The arrival of 6G will allow mobile gaming to achieve new levels of performance, making it a true competitor to traditional console and PC gaming for serious players. Challenges and Considerations for 6G Cloud Gaming While the arrival of 6G presents numerous opportunities for cloud gaming, there are still challenges to overcome. The full potential of 6G will depend on infrastructure development, as well as how the industry adapts to the changing technology. Challenges include: Infrastructure requirements: 6G will require a complete overhaul of current mobile networks and infrastructure, which will take time and investment to implement. Cost of adoption: As with any new technology, the initial rollout of 6G will come at a high cost, both for service providers and consumers. Global availability: While 6G promises incredible advancements, its availability will be uneven across different regions, potentially limiting access to high-quality cloud gaming in some parts of the world. Despite these challenges, the long-term benefits of 6G will make it an essential step for the future of cloud gaming, and the gaming industry will be quick to adapt to this new technology. The Future of Gaming with 6G The arrival of 6G is set to revolutionize cloud gaming by enhancing speed, reducing latency, and enabling new, more immersive experiences. With faster and more reliable connectivity, 6G will make high-quality game streaming accessible to more players, enabling better multiplayer experiences and mobile gaming on the go. While there are challenges to overcome, the future of cloud gaming looks incredibly promising, and the arrival of 6G will play a pivotal role in shaping the next chapter of the gaming world. Whether you're playing from your home console or streaming on your mobile device, 6G will change how and where you play, bringing gaming to new heights of accessibility and performance.
Forbes
05-08-2025
- Business
- Forbes
TP-Link Unveils Its First Wi-Fi 7 Travel Router With Faster Speeds And Built-In VPN Apps
Networking brand TP-Link has revealed a new and powerful Wi-Fi 7 travel router with the latest generation of wireless technology, providing Wi-Fi 7 speeds up to 3.6Gbps. The TL-WR3602BE also includes built-in VPN apps for browsing privacy, as well as versatile operating modes to suit a range of uses when traveling. TP-Link has designed its new mini wireless router with digital nomads, business travelers and remote workers in mind. The TL-WR3602BE is small enough to slip into a coat pocket or work bag and can be powered by almost any USB-C charger or power source. Secure Wireless Connectivity The new router offers a way to ensure secure wireless connectivity, even if you're using a public Wi-Fi. The new router has dual-band speeds up to 2,882Mbps on the 5GHz band and 688Mbps on the 2.4GHz band. It can stream movies, effect rapid file transfers and handle smooth video calls from airports, hotels, cruise ships, Airbnbs, cafés and mobile workspaces. The launch of the TL-WR3602BE is part of TP-Link's mission to bring Wi-Fi 7 to more people at an affordable price by rolling out a series of networking products using the latest generation of Wi-Fi technology. By offering Wi-Fi 7 in a compact and portable travel router, TP-Link says it's making it easier for users to enjoy faster and more reliable Wi-Fi from almost anywhere. This is particularly useful now that most new smartphones and laptops are being sold with Wi-Fi 7 compatibility. The compact TL-WR3602BE router provides the latest Wi-Fi 7 improvements, which include Multi-Link Operation, 4K-QAM and OFDMA. The mini router can deliver faster and more stable wireless connections, even when it's being used in a congested environment. VPN Built In A pair of adjustable external antennas on the TL-WR3602BE can extend the wireless signal strength further. Meanwhile, a programmable hardware switch lets users toggle key features like VPN or guest mode with a single click. Thanks to built-in support for OpenVPN and WireGuard protocols, users can use the TL-WR3602BE to connect with over 35 VPN services. Both NordVPN and Surfshark are integrated directly into the router's interface, making it much easier to log in to a VPN and establish a secure and encrypted connection with minimal fuss. This is particularly welcome as censorship and internet safety legislation for the protection of children begins to impact all internet users. The TL-WR3602BE has seven operating modes, including router, hotspot and smartphone tethering, which enables the router to be set up for almost any networking scenario. For example, you could use your smartphone as an internet source by switching the router into phone tethering mode. Alternatively, you can securely connect your laptop, phone or tablet when you are using a public Wi-Fi hotspot. In Hotspot mode, you can set up a one-time captive portal authentication so that you only need to log into the hotspot once and all your devices are quarantined from the public hotspot. The new router's controls and settings can be easily changed and managed by using TP-Link's Tether app or by using a web browser to access the interface that's built into the TL-WR3602BE. There are two Ethernet ports onboard: a 2.5Gbps WAN and 1Gbps LAN. Users also get a USB 3.0 port for adding a memory stick or 5G modem. The TP-Link TL-WR3602BE Wi-Fi 7 Travel Router is available now and priced at $109.99 with exclusive launch code 30WIFI7 at Amazon. The offer ends August 31, 2025, or while supplies last.
Android Authority
23-07-2025
- Android Authority
The Galaxy Z Flip 7 finally gets UWB for precise tracking, but only if you buy this version
Hadlee Simons / Android Authority TL;DR The new Samsung Galaxy Z Flip 7 has ultra-wideband (UWB) support, but the feature is exclusive to the South Korean model. UWB is a wireless technology that enables highly precise location tracking for features like digital car keys and Google's Find Hub. It's unclear why UWB is limited to the Korean model, but it may be due to regional demand or the cost of regulatory certification in other countries. Samsung's Galaxy Z Flip lineup offers most of the features seen in the company's other flagship devices, including a top-tier chipset, the latest version of One UI, and Galaxy AI. However, the series traditionally misses out on some features due to its compact form factor or for strategic reasons. For example, every device in the Z Flip lineup, including the new Galaxy Z Flip 7, was thought to lack support for ultra-wideband (UWB). As it turns out, that's not entirely true. The Galaxy Z Flip 7 does support UWB, but only if you buy it in Samsung's home market of South Korea. UWB is a short-range wireless communication technology similar to Bluetooth, but it excels at highly precise location tracking, offering centimeter-level accuracy. In practice, this allows Android's digital car key feature to locate and unlock your car as you approach it. Google's Find Hub also uses UWB to pinpoint the exact location of item trackers. While both features benefit greatly from UWB's precision, very few devices on the market actually support the technology, forcing them to fall back to less precise tracking methods. According to the Google Play Console's device catalog, which developers use to check device compatibility with their apps, fewer than 90 models currently support UWB. Samsung accounts for more than half of those, having first shipped UWB in the Galaxy Note 20 back in 2020. The company has since equipped its flagship Galaxy S (Plus and Ultra models only) and Galaxy Z Fold lineups with UWB, but it has consistently omitted the feature from the Galaxy Z Flip lineup — until now. In most countries, including the U.S., the Galaxy Z Flip 7 doesn't have UWB. However, the feature appears to be supported on the Korean model. Reddit user FragmentedChicken noticed that Samsung's spec sheet for the Korean Galaxy Z Flip 7 lists UWB as a supported technology. This wasn't a mistake, as the device also appears in the Google Play Console's list of phones that support UWB. Furthermore, a Korean unit we tested via Samsung's Remote Test Lab shows an 'Ultra-wideband (UWB)' toggle under Settings > Connections, just like other UWB-equipped Samsung phones. Korean Galaxy Z Flip 7 details UWB toggle on the Korean Galaxy Z Flip 7 It's not clear why UWB is exclusive to the Korean Galaxy Z Flip 7, but it may be due to regional demand. Perhaps UWB has grown so popular in South Korea that Samsung felt compelled to include it to prevent customers from switching brands. Alternatively, the decision could come down to the costs of regulatory and compliance certification in each country where the phone is sold. We're not sure if the UWB radio is present on global units and simply disabled in software, so we'll have to wait for a hardware teardown to confirm. In the meantime, if you live outside of Korea and want a Samsung phone with UWB, you'll need to get either a Plus or Ultra model from the Galaxy S25 series or the new Galaxy Z Fold 7. Got a tip? Talk to us! Email our staff at Email our staff at news@ . You can stay anonymous or get credit for the info, it's your choice.
Forbes
18-07-2025
- Forbes
GL.iNet's Slate AX Is A Small And Affordable Wi-Fi 6 Pocket Travel Router
The Wi-Fi 6 Slate AX pocket router is suitable for users who don't want or need Wi-Fi 7. In June, I reported on the launch of the Slate 7, one of the most advanced wireless travel routers from This compact and pocket-sized wireless router uses the latest Wi-Fi 7 technology and features a touchscreen as well as many other advanced function's. However, if all you need is an affordable wireless router that you can take with you on your travels to help you keep your data and devices safe online, then the Slate AX is a lower-priced option but still comes with plenty of advanced features but without the premium attached to Wi-Fi 7. And let's remember, not many client devices currently support Wi-Fi 7, although that is starting to change. Wi-Fi 6 Technology The Slate AX—which also goes under the snappy title of GL-AXT1800—is a high-security travel router that uses Wi-Fi 6 technology with four independent Wi-Fi signal amplifiers that boost connection stability. The Slate AX runs the latest OpenWrt operating system and can connect multiple devices with reduced signal interference. The Slate AX has one Gigabit WAN port and two Ethernet LAN ports. The router also has a USB ... More 3.0 port for storage or a cellular modem. Despite its compact size, the Slate AX has enough power to support heavy Wi-Fi usage and is sufficient for a family or small office. The router's compact design makes it easy to deploy and it provides the kind of convenience and security that power users on the move will appreciate. The Slate AX automatically encrypts all devices connected to its wireless network when using a VPN service. It can be used to broadcast Wi-Fi when staying at hotels where there's only an Ethernet or LAN connection, plus it can be used to mask data transfers from internet service providers when piggybacking on a public Wi-Fi hotspot in a café or hotel. Top Speed Of 1800Mbps The Wi-Fi 6 connectivity that the Slate AX offers is dual-band and it combines both bands to create an aggregated Wi-Fi speed of 1800Mbps, made up of 600Mbps for 2.4GHz and 1200Mbps for 5GHz. BY plugging in a hard drive or SSD to the Slate AX's USB port, you can create your own NAS. All of routers use the powerful and open source OpenWrt operating system. Slate AX uses on the latest OpenWrt Kernel version 4.4.70 and it comes with the user-friendly Imagebuilder application to enable easy customization of firmware packages. The Slate AX has two adjustable external antennas to extend the router's connection range. The antennas also help to improve the stability of the network. The Slate AX also comes with Wi-Fi 6's Base Service Station Coloring. This feature measures the carious Wi-Fi channel thresholds and automatically selects the channel with lowest usage. BSS Coloring helps improve the stability of the connection by minimizing the risk of the router picking up any signal interference. Mass Device Connectivity is another feature of the Slate AX thanks to multi-user, multiple-input, multiple-output technology (MU-MIMO). This feature processes multiple data streams from devices that connected simultaneously to the Wi-Fi. Instead of queuing network traffic into a single data stream, MU-MIMO reduces the queuing delay when there's excessive traffic on the network. The Slate AX wireless router is small enough to fit in the palm of a hand. This compact router also supports OFDMA technology which enables multiple devices to receive data from a single transmission. The result is considerably improved transmission efficiency when multiple devices are connected to the router. Open VPN And WireGuard The Slate AX is pre-installed with OpenVPN and WireGuard and supports more than 30 VPN services. There's support for VPN remote access to client devices using GoodCloud and all network traffic is automatically encrypted. The network uses the latest version of Internet Protocol IPv6, and supports Cloudflare DNS over TLS security protocol, providing a more secure network. Network Attached Storage file sharing is also supported by the Slate AX and there's a user-friendly smartphone app for managing the router, providing the flexibility of high-speed local file transfer between connected devices or any microSD cards or storage devices attached to the router's USB port or memory card slot. The Slate AX is approved to use Dynamic Frequency Selection in U.S., Europe and Japan. DFS enables the router's 5GHz network to take advantage of additional wireless frequencies that normally reserved for military, satellite and weather radar applications. The sue of additional channels can help lower network congestion. The Slate AX (GL-AXT1800) is available now from outlets like Amazon and costs £99.99 / £99.99 / €99.99.
Globe and Mail
30-05-2025
- Business
- Globe and Mail
The CHIPS Act and Peraso Inc. (NASDAQ: PRSO): Advancing Semiconductor Innovation and National Security
The CHIPS and Science Act, a landmark $280 billion initiative, is designed to bolster domestic semiconductor manufacturing, strengthen supply chain resilience, and advance technologies critical to national security. Peraso Inc. (NASDAQ: PRSO), whose fixed wireless access (FWA) solutions rely on cutting-edge semiconductors, stands to benefit significantly from this federal initiative. CHIPS Act: Strengthening Semiconductor Innovation Peraso's advanced mmWave wireless technology, including its proprietary PERSPECTUS modules, depends on high-performance semiconductors to power beamforming, subscriber density optimization, and ultra-low latency communication. The CHIPS Act's targeted support for semiconductor design, manufacturing, and R&D directly aligns with Peraso's core mission. Key Provisions of the CHIPS Act Relevant to Peraso: Support for Semiconductor Design and Manufacturing: With billions earmarked for semiconductor innovation, Peraso could secure funding to expand and refine its wireless module production, improving both scalability and performance. Defense Applications: Peraso's proven technology in active war zones enhances its appeal for CHIPS-related defense funding streams focused on national security communication infrastructure. Incentives for Domestic Production: By establishing or scaling up U.S.-based production, Peraso can reduce dependency on foreign suppliers and capitalize on government incentives to drive cost efficiency and resilience. Beamforming Technology and Military-Grade Security Beamforming, a core component of Peraso's wireless architecture, enables precise signal direction and obstacle circumvention—making communications harder to intercept and more reliable in combat and urban zones. These stealth features have been tested in military deployments, affirming Peraso's role as a trusted innovator in defense communication. The CHIPS Act's prioritization of defense-sector semiconductor advancement opens clear funding pathways for Peraso's continued innovation in secure communications. Momentum Builds Across Semiconductor and Tech Microcaps In addition to Peraso Inc.'s (NASDAQ: PRSO) momentum, keep an eye on: These microcap tech and biotech stocks are moving aggressively in early trading, drawing increasing volume and media attention as investors seek the next breakout plays underpinned by catalysts such as R&D breakthroughs, M&A buzz, and sector-specific policy tailwinds. Global Implications: Peraso's Expanding Reach While the CHIPS Act is a U.S.-centric initiative, its global ramifications for semiconductor innovation, broadband infrastructure, and secure communications are profound. By leveraging CHIPS-backed funding and a strengthened domestic supply chain, Peraso can scale manufacturing, reduce costs, and expand its international footprint. With countries globally prioritizing secure broadband and military-grade connectivity, Peraso's reputation and reliability uniquely position it for strategic partnerships and multinational deployments. The CHIPS Act offers a transformative roadmap for Peraso Inc. (NASDAQ: PRSO) to amplify its role in semiconductor innovation and national security. Backed by military-proven technology and expanding global relevance, Peraso is more than a player—it's a rising leader in next-gen wireless, defense-grade communications, and broadband transformation. Investors should watch closely as the company continues to align with macro-level federal investments, with a potential ripple effect across small-cap tech innovators. 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