The device that is designed to replace the 802.11ac with high speeds is several times over
We're still hoping to see the 802.11ad standard for ultra-high-speed wireless data breaches breaking into the mainstream and becoming a permanent addition to our computers and smartphones in the near term - and now it seems time to prepare ourselves for the standard Wi-Fi Which is designed to replace the 802.11ac with support for higher speeds, and primarily a much better extraction of the wireless medium that will allow for ever higher number of devices in a crowded space.
Using the OFDMA technique to access the media, just like in the media Mobile phones In the fourth generation, both in the downstream channel and in the emerging channel, support for ultra wide transmission channels up to 160MHz, high QAM1024 digital modulation support, and a number of other modern techniques should provide the "802.11ax Which will serve an exceptionally high number of consumers, with higher transfer speeds for each person, cut-off times and measures that should ensure a minimum amount of interruptions between all the arteries running at the same time.
Now, Marvell Is officially joining the small group of manufacturers offering official solutions with support for802.11ax, Which is still in the working stages and is based on a public draft - with three different products from which various media equipment manufacturers will be able to assemble their advanced future products starting this year.
A product called 88W9064S will offer 2 axes with a pair of transmitters and four receivers in both the 2.4GHz and the 5GHz frequencies, together with support in combination with connectivity modules Bluetooth 5.0 will be a complementary capability (more relevant than ever before thanks to the transition to support the Mesh topology) for more basic smart products, while a product called 88W9064 will offer four four-axis and four-receiver 2.4GHz and 5GHz,Bluetooth 5.0.
The most advanced solution of Marvell Will receive 88W9068 and will support eight transmission channels thanks to an array of 8 transmitters and 8 receivers, without support in conjunction with Bluetooth 5.0, when in optimum mode with the best supported modulation and encoding, and the widest transmission arteries - the resulting effective movie width can be no less than 1.2 gigabits per second per channel, and 9.6 gigabits per second (! A total of eight arteries.
These are not chips that are necessarily designed for routers and modems integrated into the home market, but their launch probably brings us a little further step to the moment when the system models -chip Integrated and mass-based products that will upgrade the products available to the homes of the forerunners.
We may see first market products that support 802.11ax thanks to Marvell, Quantenna, Qualcomm And others, already this year? This will certainly be an interesting development for all those whose homes are full of online gadgets and gadgets.