Qualcomm's New Wi-Fi Chips Are Meant To Rival 5G Speeds (theverge.com)
"Qualcomm is launching a family of chips that can add incredibly high-speed Wi-Fi -- at speeds up to 10 gigabits per second -- to phones, laptops, routers, and so on," reports The Verge. The Wi-Fi standard used for something like replacing a virtual reality headset's data cable with a high-speed wireless link is being updated. Qualcomm's latest chips improve a wireless technology called WiGig, which relies on a connection standard known as 802.11ad, which can hit speeds up to 5 gigabits per second over close to 10 meters. The new generation of that wireless standard, called 802.11ay, can reach speeds twice as fast, and can do so up to 100 meters away, according to Dino Bekis, the head of Qualcomm's mobile and compute connectivity group. The Wi-Fi Alliance says the new standard "increases the peak data rates of WiGig and improves spectrum efficiency and reduces latency." From the report: So why not just use this as normal Wi-Fi, given how fast it gets? Because that range is only line-of-sight -- when there's literally nothing in the way between the transmitter and the receiver. This high-speed Wi-Fi is based on millimeter wave radio waves in the 60GHz range. That means it's really fast, but also that it has a very difficult time penetrating obstacles, like a wall. That's a problem if you want a general purpose wireless technology. That's why 802.11ay, like 802.11ad before it, is being used as an optional add-on to existing Wi-Fi technology. If you're one of the people who has a need for these extreme wireless speeds, then maybe you'll find a use for it. Just keep in mind, you'll probably need to keep your router and the device receiving these high speeds in the same room in order for it to work, due to the whole "walls" issue. WiGig will also be competing with 5G, as it offers "similarly fast speeds over similarly limited distances," reports The Verge. "[T]he two standards may be competing as an option for delivering internet from a tower to a home -- that's what Facebook's Terragraph is doing with WiGig, and it's what Verizon is doing with 5G."
That means it's really fast, but also that it has a very difficult time penetrating obstacles, like a wall.
Or a giant sack of water, otherwise known as a human.
Now I can blow through my data cap in 5 seconds.
Not to mention the average web page's download size will probably go up 10x because they can. Maybe it's me, but a 6 meg download to view a 32k cat picture seems, um, not right.
Elevate the devices so they always in line-of-sight.
Move the furniture to ensure line-of-sight.
Buy a second device to ensure more line-of-sight options.
And remember, if you’re not sure about line of sight, run string between the devices. If the string is in a line, it’s your connection to line of sight internet.”
Domestic spying is now "Benign Information Gathering"
that running cat 6 across the room was hard.
802.11ay is supposed to enjoy sub-millisecond latency, definitely a prerequisite for VR.
The two highest resolution VR headsets are currently 2160x1200 (both eyes combined) and should run at 90 Hz.
A little arithmetic: 2160 * 1200 * 90 * 12 = 2799360000 bits per second. 2.8 gigabits (not gibibits) per second, near as damnit. That fits nicely in even 802.11ad. Put the transmitter in the ceiling and 90% of the VR use case is solved.
Rumor has it HTC is creating a WiGig accessory for the Vive and Vive Pro due out this year, but if they were going to make it in time for the holiday season, I would have expected them to start up a hype train, and I see no sign of one. Last articles on the subject are from January, claiming a Q3 release, and are fairly speculative. I'm betting they're trying to avoid requiring installation of the transceiver on the ceiling and it's not going well.
Now I can blow through my data cap in 5 seconds.
Not to mention the average web page's download size will probably go up 10x because they can. Maybe it's me, but a 6 meg download to view a 32k cat picture seems, um, not right.
Everything you said could have been said about the upgrade from 56.6 kbps V.92 modems to 1.5 Mbps DSL: did you think that was also a bad idea? Or going from 5 Mbps ADSL to 50 Mbps VDSL to 500 Mbps FTTH.
Just because you visit shit sites that are coded by shit heads doesn't mean the rest of us do. Install uMatrix and Ad-Block and surf in peace.
Serious, what the fuck is the wrong with you?
Here's an idea , have the bare minimum electronics inside the little film can and transmit the image to an external control unit with storage and display.
Then of course apple will claim to have invented the tech.
Or 10? Coz they're using numbers now instead of letters, you know so they don't confuse us!
What version of WiFi is this? 802.11 Eaaaayyyyyyy!!!
See subject: his FAKEname on a post impersonating me https://linux.slashdot.org/com... & altering /.er's words.
c6gunner tried to mock me 1st https://linux.slashdot.org/com...
So I challenge c6gunner to show he did better work than mine & he CAN'T!
YOU DEMAND PROOF of others here?
"I've yet to see you provide any evidence of that." by c6gunner on Monday March 15, 2010 @10:02PM (#31490942) ?
So now I DEMAND IT OF YOU & YOU FAIL!
c6gunner = "Run, Forrest: RUN!!!
* c6gunner's LYING saying I did a MacOS X one - I haven't yet & c6gunner's LYING impersonating me hosts work vs. Intel CPU issues (spectre/meltdown).
APK
P.S.=> You say hosts = shit here https://slashdot.org/comments.... ?
FACTS: /.ers & security pros + RESULTS say DIFFERENT:
1st: /.ers https://slashdot.org/comments.... https://slashdot.org/comments.... https://slashdot.org/comments.... https://slashdot.org/comments.... https://slashdot.org/comments.... https://slashdot.org/comments....
2nd: SECURITY PROS https://slashdot.org/comments....
3rd: REAL RESULTS w/ hosts vs. threats https://slashdot.org/comments....
EAT YOUR WORDS
Qualcomm is on the losing side of 5G since Hauwei did committee stuffing on the spec working group, so the best implementations inevitably have to use Hauwei gear. Qualcomm is basically left out, so they have to shine elsewhere, mainly WiFi, especially all the high frequency stuff like 60GHz. They can't afford to wait for the spoils from the fight for 6G.