According to reports, Google currently has thousands of 5 Gig and 8 Gig customers, and some customers are already experiencing 20 Gig, such as friends at the University of Missouri-Kansas City and the United Way of Utah County.

As GFiber Labs’ first project, 20 Gig with Wi-Fi 7 will bring together Google’s most advanced technologies and will be one of the first operators to deploy Nokia’s 25G PON technology, making it possible to transcend the 10G bottleneck.

Google says Nokia’s 25G PON can efficiently deliver up to 10x speeds without requiring any changes to existing fiber on the ground.

In addition, Google will provide services through custom Wi-Fi 7 routers (the Wi-Fi 7 standard has not yet been completely frozen), and 20 Gig customers will be able to experience true 20Gb speeds.

Of course, considering the advanced nature of this service, I believe the pricing will be ridiculously high. For reference, Google currently offers 8 Gig broadband in parts of West Des Moines for $150 per month (currently about 1,100 yuan), and in that city, Kansas City, and Salt Lake City for $125 (currently about RMB 1,100) for 5 Gig broadband service.

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The official introduction of MPG Z790 EDGE TI MAX WIFI is as follows:

The new generation of MPG Z790 EDGE TI MAX WIFI not only has a high-speed PCI-E 5.0 slot, but also is equipped with a PCI-E 5.0 M.2 slot, which is one of the biggest differences from the old model. Due to the doubled channel performance of PCI-E 5.0, the maximum read and write performance of MPG Z790 EDGE TI MAX WIFI is directly doubled from 7000 MB/s to 14000 MB/s.

As the second-generation Z790 motherboard, this time MPG Z790 EDGE TI MAX WIFI has optimized the wiring and BIOS of DDR5 memory, and its overclocking capability has also been specially strengthened. The memory overclocking capability has jumped directly from the previous 7200MHz to the 7800MHz level.

In terms of wireless networks, MPG Z790 EDGE TI MAX will support Wi-Fi 7, providing connection speeds of up to 5Gbps.

Other functions have also been slightly adjusted. For example, there is a new memory overclocking mode for memory, called EZ Memory OC. This function can increase memory bandwidth by up to 5% to 25%, reduce memory latency by up to 14%, and bring users Better memory overclocking experience. MSI has officially launched a 7-pin two-in-one JAF pin on the MPG Z790 EDEG TI MAX WIFI Blade Titanium. MSI will also launch corresponding fans to choose from, which greatly simplifies the fan connection and installation process.

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After inquiries, it is learned that this rumor is mainly based on “a circulated product specification sheet”. The list of supported operating systems mentions Windows 11, Linux and ChromeOS, but does not include the word Windows 10.

▲ Product specification sheet previously circulated on the Internet, source X platform user Chi11eddog

Intel has now confirmed that Windows 10 will support Wi-Fi 7 as well, and while Intel has not made any clear official statement regarding this, the company has listed the specifications of two Wi-Fi 7 modules on its ark.intel website, namely Intel Wi-Fi 7 BE200 and Intel Wi-Fi 7 BE202 are codenamed Intel’s Gale Peak 2 and Misty Peak respectively. Both devices support Windows 10 as well as Windows 11 and Linux.

▲ Picture source Intel

It is reported that Wi-Fi 7 will bring faster speeds, up to 2.4 times compared to Wi-Fi 6E, and about 4.8 times compared to Wi-Fi 6. The maximum theoretical data transfer rate of Wi-Fi 6 is about 9.6 Gbps, while Wi-Fi 7 is about 46.1 Gbps, which is twice the bandwidth of Wi-Fi 6 (320 MHz channel compared to Wi-Fi 6’s 160 MHz channel). Standard enables higher throughput (EHT) and lower latency.

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Most notably, Linux kernel 6.5 enables the P-State feature by default on some AMD CPUs, which means the kernel can manage cores more efficiently, balancing performance and power consumption. Intel CPUs based on the Alder Lake architecture also get improved load balancing to get the most out of the silicon. The 6.5 kernel also adds tools to boot CPUs in parallel, which improves boot times for multi-socket servers, which makes sense for very large-scale computers.

Linux kernel 6.5 also adds support for the Xuantie 910 TH1520 RISC-V 64-bit processor independently developed by Alibaba Pingtouge.

Also in version 6.5, USB 4.2 makes its first appearance, and Wi-Fi 7 gets preliminary support, although not fully supported.

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In the support document, it is stated that Win11, some Linux distributions, and some ChromeOS can support Wi-Fi 7 networks, and there is no mention of Win10.

Chi11eddog said in a follow-up tweet that Win10 systems are highly unlikely to be able to support Wi-Fi 7 networks because they lack the necessary Wi-Fi 7 drivers that have been verified by Microsoft.

Intel’s introduction to Wi-Fi 7 networking is below:

Wi-Fi 7 will build on the capabilities of previous generations of Wi-Fi products and take them to the next level. Not only will it realize speed improvements, but it will also significantly improve responsiveness and reliability to support immersive consumer experiences and complex future technologies.

For a typical Wi-Fi 7 laptop, the advantage is a potential maximum data rate of nearly 5.8 Gbps, which is 2.4 times faster than the 2.4 Gbps achievable with Wi-Fi 6/6E, and easily supports high-quality 8K video streaming, or reduces the download of a large 15 GB file to about 25 seconds compared to about a minute with the old, best performing Wi-Fi technology. minute using the old, best-performing Wi-Fi technology.

The post Intel support document suggests Microsoft Win10 won’t support Wi-Fi 7 networks appeared first on TechGoing.

Last year, Broadcom reportedly introduced the BCM67263 for residential APs, the BCM43740 for enterprise APs and the BCM4398 for client devices.

This year, Broadcom introduced the new chips BCM6765, BCM47722 and BCM4390. The BCM6765 and BCM47722 are targeted at residential and business Wi-Fi platforms respectively, supporting 2.4GHz, 5GHz and 6GHz bands, Dual 2×2 and transmission rates of up to 8.64 Gbps. enterprise Wi-Fi platforms The BCM47722 also integrates Bluetooth and Zigbee / 802.15.4 support to meet IoT requirements. Both platforms are equipped with a quad-core ARMv8 CPU and 10G PHY.

The client solution is the BCM4390, which replaces last year’s BCM4398 and supports the 2.4 GHz and 5 GHz or 6 GHz bands, but with reduced channel width support from 320 MHz to 160 MHz and a PHY rate of 3.2 Gbps. In addition, the BCM4390 integrates Bluetooth Denver, Thread and Zigbee support. The new BCM4390 also supports Broadcom’s proprietary SpeedBooster technology.

Broadcom said it is currently sampling its second-generation Wi-Fi 7 chip to retail, enterprise and other customers.

Broadcom’s three-chip parameters are as follows:

BCM6765

BCM43740

BCM4390

The post Broadcom introduces a sec-gen Wi-Fi 7 solution with transmission speeds of up to 8.64 Gbps appeared first on TechGoing.

Wi-Fi 7 AP device + phone test environment

Phone terminal connected to Wi-Fi 7 AP for speed measurement

The test results that the Xiaomi 13 Pro, which supports the Wi-Fi 7 communication protocol standard, has a single terminal rate of over 4.3Gbps. 100% faster than the Xiaomi 13 Pro in a Wi-Fi 6 environment and 300% faster than the Apple 13 Pro in a Wi-Fi 6 environment. In addition to the speed increase, the average latency of all three phones under Wi-Fi 7 AP is within 4ms compared to the 10ms average latency of Wi-Fi 6 protocol.

Wi-Fi 7 is the 7th generation Wi-Fi standard, with speeds up to 30Gbps, and will add support for the 6GHz band in addition to the traditional 2.4GHz and 5GHz bands. Huawei announced the world’s first enterprise-class Wi-Fi 7 AP AirEngine 8771-X1T in 2022; the first Wi-Fi 7 home router from Xinhuasan Intelligent Terminals debuted on June 14, 2022, supporting a maximum bandwidth of 320MHz.

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According to the introduction, this router will use tri-band 12 stream design, interfaces include dual 10G + quad 2.5G, specific specifications have not been announced.

The official said that the lighthouse route uses TP-LINK’s own innovative intelligent antenna system, using a number of patented technologies, the performance is 4 times more than the traditional router antenna, which can better improve the router coverage capacity.

This router has three operating modes to solve signal coverage challenges:

Blind Zone Killer: The Lighthouse AI antenna system automatically rotates and points to designated signal blind zones to solve signal coverage problems.

Radar Follow: The Lighthouse AI antenna system can intelligently seek, find and rotate to follow a designated cell phone and other terminals to continuously enhance the signal coverage of this terminal.

Strong combination: Two Lighthouse Routers are connected by rotating their respective Lighthouse AI antenna systems for super strong signal connection, achieving ultra-stable wireless Mesh networking and significantly improved wall performance.

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The source leaf_hobby said that the 14th generation Core (Meteor Lake-S) has 20 PCIe Gen5 lanes, of which 16 lanes are dedicated to the GPU and 4 lanes are used for storage. He also said that the Z890 platform supports Wi-Fi 7 technology, which means that the Z890 motherboard will be equipped with Intel’s own latest Wi-Fi 7 wireless network card. Currently, Intel’s latest 13th generation Core only supports Wi-Fi 6E.

In addition, he also believes that the 14th generation Core and Z890 platforms support Windows 12.

At present, the release time of the 14th generation Core (Meteor Lake-S) desktop processor is unknown. It is reported that Intel will launch an upgraded version of the 13th generation Core in the third quarter of this year. The 14th-generation Core with an upgraded architecture will be released in the second quarter of next year.

It is reported that the 14th-generation Core will use the LGA-1851 socket, and its package size has not changed, and it is compatible with the LGA1700 socket radiator.

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TechInsights says Wi-Fi 7 devices begin shipping in 2023 and are expected to surpass Wi-Fi 6E shipments in 2025-2026. The first Wi-Fi 7-powered smartphone, the Xiaomi 13 Pro, has already begun rolling out in China.

As the latest generation of Wi-Fi standards, Wi-Fi 7 introduces the new MLO (Multi-Link Operation) chip-level multi-connection technology, which allows the phone to select two signal channels at once and transmit data at high speed simultaneously.

Take Xiaomi’s official data as an example, Xiaomi 13 can achieve 2.4GHz + 5GHz dual-band concurrently, reaching 3.6Gbps transmission speed. The Xiaomi 13 Pro can achieve 5GHz + 5GHz super high-speed dual-band concurrency, and when combined with the Xiaomi 10GbE router, it can reach a maximum transmission speed of 4.3Gbps.

On the metaverse front, TechInsights notes that some companies are already using metaverse technologies such as AR and VR for training and onboarding, a trend that will accelerate in 2023. Within the next 2-3 years, most virtual meetings will move from 2D camera image grids to the metaverse, a 3D space with digital avatars that can hold professional meetings in a virtual office space or elsewhere, recreating the real feel of interacting with other avatars.

In addition, the report says many mobile operators have begun to focus on recycling and extending the life of mobile devices. End users will be thinking more about where components such as computer chips used in smartphones, tablets and computers come from, and how we use them. Surveys show that replacement cycles are becoming longer among business users and consumers. Therefore, if the average replacement rate is extended by 12 months, there are significant implications for both emissions and e-waste.

The post TechInsights: Wi-Fi 7 devices expected to surpass Wi-Fi 6E shipments by 2025-2026 appeared first on TechGoing.