"GiFi" — Short-Range, 5-Gbps Wireless For $10/Chip
mickq writes "The Age reports that Melbourne scientists have built and demonstrated tiny CMOS chips, 5 mm per side, that can transmit 5 Gbps over short distances — about 10 m. The chip features a tiny 1-mm antenna, a power amp that is only a few microns wide, and power consumption of only 2 W. 'GiFi' appears set to revolutionize short-distance data transmission, and transmits in the relatively uncrowded 60GHz range. Best of all, the chip is only about a year away from public release, and will only cost around US $9.20 to produce."
At first blush, it seems like this is a bluetooth replacement, until you look at the cost of the chips- almost ten dollars per unit! Wowza- that means it'll cost $15 to put it in anything.
'Course, I don't know how expensive bluetooth chips are per unit, but I expect they're cheaper than that- especially with all the tiny USB bluetooth receivers you can find floating around for $19.99 and under these days.
That said, what else would it really replace or be used in?
"It is possible to commit no errors and still lose. That is not a weakness. That is life." -Peak Performance
I took out a patent for an electronic device that sends signals and has the number 10 in it! Those bloody Aussies stole my idea! I'll see you in Texas court!
So WUSB is going to be made redundant before it even becomes mainstream?
How do you pronounce Gi-Fi? "guy-fie"? "giffy"? "jiffy"?
If you use the proprietary GiFi protocol you may end up getting into patent trouble.
We should create our own standard which does what we need and is not covered by existing patents.
I suggest we call this protocol PnGi.
liqbase
And this is different from these others... how exactly?
http://www.vubiq.com/news.php
http://gigaom.com/2008/02/20/60-ghz60-second-hd-movie-downloads/
http://bwrc.eecs.berkeley.edu/Research/RF/ogre_project/
I would hope that this drops the price of wireless routers from what they are now, about US$60? The only drawback I could see is how the signal is transmitted through materials, as I live in a three story townhouse and I have a room in the furnished basement. I have a Wireless-G router that I have had no trouble with but from the article it says it is for short distances /= 10m with a 60GHz frequency. I would assume this is a high enough frequency to penetrate most household materials including any cement or cinderblocks. I'm all for it since most routers today just create a lot of noise and/or interference and confuse the laptop I have for some reason.
Absolute power corrupts absolutely. indymedia
High transfer speeds is good but without good latency, wireless will not be a replacement for normal broadband for me.
Wow, do we ever abuse these words.
:-P
From "Hi-Fi" (High Fidelity) to "Wi-Fi" (Wireless, but the Fi sounds cool and people vaguely know what you mean) to "GiFi" as gigabit wireless, you've basically lost the actual underlying words.
It almost seems like the whole "Fi" part is now just generally meaning "technology thingy".
So, is a baker PieFi? A politician LieFi? Someone, please, stop the madness.
Cheers
Lost at C:>. Found at C.
This thing does so much, that if anything can get me a date, this chip can.
Take the cheese to sickbay, the doctor should see it as soon as possible - B'Elanna Torres, "Learning Curve"
so the chip area is 25 sq mm and the power consumption is 2 watts
thats one hot chip...
Does it show pictures of your bones too?
OKay, so I can seriously power up my wireless mouse. What else is it good for?
Moderating "-1, Disagree" is simple censorship. Have the guts to post your opinion.
Home entertainment centers: No more nasty cables.
NAT drive near PC or wireless hub: ditto
Mobile phone/bluetooth: Upload those movies before your next plane trip.
Knowledge is how to play a game, intelligence is how to win, wisdom is knowing what game to play.
"Best of all, the chip is only about a year away from public release, and will only cost around US $9.20 to produce"
To translate: This is vaporware, it may never be released in our lifetime, it may never actually work, and I have no fricken clue as to what it will actually cost.
If someone says he and his monkey have nothing to hide, they almost certainly do.
...and will cost $500 to get in your grubby paws. That is until the amazing powers of supply and demand take effect and the price drops over an unjustifiable period of time. The demand for 5G wireless will be huge...
-"...bad old ideas look confusingly fresh when they are packaged as technology" - Jaron Lanier (Digital Maoism on Edge.o
There's already a gay internet cafe near my house called Guy-Fi, and I think they're gonna be pissed.
As it's such a high frequency that according to some quick research is highly susceptible to interference, wouldn't that make it difficult to integrate into a laptop or similar? And I suppose we could forget about internal cards for desktops, or expansion cards, as the steel/aluminium chassis' of PC's would block the signal?
I don't think so.
The dimensions that are discussed are unrealistic when considering heat dissipation let alone power conduction at that scale.
Further, it is a far cry from ideal lab results to real world conditions with the myriad of problems facing super high frequency technology!
I smell a rain dance - a promotional announcement to attract financial angels.
Ed
Typically, these types of networks measure power consumption in mW, not W.
This device is a power hungry speed demon. This clearly isn't wireless mouse territory.
Short for "GirlFriend"? Ok, I was joking there but I'm still wondering what in the hell the "fi" is for. WiFi the Wi is "wide" and GiFi the Gi is obviously "gigabit". The old "HiFi" stood for "high fidelity".
WTF does "Fi" stand for in WiFi and GiFi?
mcgrew's razor: Never attribute to stupidity that which can be explained by greedy self-interest
In a 5mm package, that would probably cause rapid failure due to heat without some form of high-flux heat sinking capability.
If it's a QFN package, it probably has a thermal relief slug, but still, 2W is a boatload of energy to dissipate.
Two watts of power usage is at conflict with the form factor. That amount of power usage will prevent the device from being used in items which need the tiny form factor.
This will have nothing to do with routers or wireless internet access of any kind. This will strictly be for unit-unit communication that is line of sight (since 60GHz won't penetrate ANYTHING), can't use wires, and needs high speed. It is NOT a bluetooth replacement or WUSB replacement. I'm trying to think of the applications for this, since line of sight will be critical and there are few things I can think of that would require 5Gbps and still be line of sight. Bluetooth is still fairly expensive to implement - despite the crappy $20 BT units you can buy in the store today. A BT module - that is a complete OEM bluetooth solution that is pre FCC and BT certified costs about $16-$20. Doing discrete designs can bring this down significantly.
$10 is cheap for such a chip. That's a final consumer cost of at least $50. This ain't gonna help your wifi.
Price per chip is meaningless -- just look at CAN controllers. Self-contained CAN transceiver ICs can be found for as cheap as a dollar a piece, but finding a usable USB CAN dongle or PCMCIA card for less than $200 is an exercise in masochism.
If these chips become reality I'll be spreading them all over the place up tree's ontop of buildings wow I can see it now the people's network, now nobody can stop us file sharing.
So if local coffee shops offer internet access with one of these, they can advertise that they have wireless G-spots!
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They screwed up bluetooth on phones... It could've been so much better if they'd let people send sms messages to people nearby using bluetooth or having bluetooth chat on all phones. Then I'd be able to stalk people while commuting.
While they are the first ones out of the gate with an all-in-one CMOS solution, I doubt they will be the only ones. Look for Intel to have something available later this year (with the marketing power to make it successful). What we need now is someone like Sony or Toshiba to jump on board so that TVs (er, should I say monitors now) and audio receivers are integrated as well.
I mean WOW... $10 for something that has the transceiver and antenna on ONE single CMOS chip is awesome. Prior technologies required so silicon and multiple chips, etc. This will be huge!
Set-top-boxes will be the LAST ones to get involved. This is unfortunate since they are essentially what 90% of the population will be looking for (cable, satellite, IPTV).
I've seen a lot of responses whether this will be a replacement for blue-tooth or USB. Well, it's not really in the same category, so NO, it won't be either of those. USB is wired, bluetooth is not, but GiFi could really be so much more (I really hate the term GiFi and prefer "WirelessHD"). In that respect (see http://www.wirelesshd.org/), it should really be thought of as an ad-hoc wireless network... not a TCP/IP network, but one dedicated to the coordination of media transmitters and receivers. At least that is my hope, because if it gets shoe-horned into something that already exists like WiFi, or bluetooth it will be a total waste of energy.
programming myself into obsolescence
And here I thought that they finally got the GIF format to work with more than 256 colors.
Guy Fi ;-)
Lillypad mesh networks anyone?
Or how about for filesharing? put this in a little box with a chunk of SSS or a microdrive and a USB2. Upload a list of keywords to search for. Walk around all day letting the device trade files with random people on the street. Plug into PC and see what you've caught. File trawling.
I only buy pepper spray that's been tested on anti-vivisectionists.
Won't that not mean Jiffy-Tube. Compression of course would be a way to lube the jiffy tube.
Some drink at the fountain of knowledge. Others just gargle.
>Nobody's going to pay upwards of $35 for a glorified USB cable. The point here, is you pay $10 per device for connection to everything else. The device is part of a network, not a point-to-point link. I'll certainly keep my Gigabit-connected devices within 10m of each other when it suits me. Time for Roadrunner would quit screwing w/ DNS (http://www.dslreports.com/forum/r20016620-TWC-Austin-with-domain-redirect-now) and focus on increasing their speed to 100Mbps.
Comment removed based on user account deletion
Australia beats the US and Japan in coming up with a cheap CMOS chip designed to deliver the 60 Ghz solution for WirelessHD (see http://www.wirelesshd.org/). That's an incredible feet considering IBM started this effort over two years ago and has yet to deliver a workable solution; however, the article does mention that the University "collaborated" with IBM.
Ultimately however, the companies who are already working together on a WirelessHD solution (such as Intel, LG, Toshiba, and Sony, to name a few) already have working products in the market for Ultrawideband (UWB). Many of you will be purchasing these this Christmas (2008) to offset expensive HDMI cables and connect your HDTV to a PC/Media server in another room. If the 60 Ghz frequency gets approval from the FCC (which will take years), then look for WirelessHD to replace UWB by 2010.
programming myself into obsolescence
I figure combine this w/ mesh networks and this could easily replace WiFi
No, I haven't RTFA, and maybe it explains this for me, but I wonder how they plan on connecting such a device? I'm mean other than USB 3.0, which has a fairly close bandwidth, what other port has enough bandwidth to take in a full load?
Actually, the effect would be the exact opposite. The higher the frequency, the easier it's blocked, so rather than going through cement, it might be blocked by a piece of paper.
f = 1 / wavelength => Longer wavelength means shorter frequency, smaller wavelength means higher frequency
The longer the wavelength, the better it is for travelling large distances and minimizing interference. That's the reason the 600 MHz range is so valuable (remember the auction Google, Apple and the rest are bidding on?). However, the larger the frequency, the more bandwidth you have, though it takes more power to transmit at that frequency & AFAIK, there's also other design issues to solve.
there was a time in the 50's and 60's when everything new had the suffix O-rama. Now it's Obama.
Some drink at the fountain of knowledge. Others just gargle.
I've been working on a totally wireless monitor for years, and I've almost got the solution - details here.
To make it the most efficient, I use a directed beam of energy. I also pre-convert that energy to photons before sending it, so that the monitor won't have to waste energy doing the conversion. I also pre-modulate the signal spatially so that I only send the energy needed -- again, another win for efficiency.
HIV Crosses Species Barrier... into Muppets
and create GalFi
We're all hypocrites. We all have hidden parts, it's the contrast between them that make us more a hypocrite than others
I'd be interested to see if they can get any products to use this chip that can be plastic.
Would having another deally booper hooked up to this chip increase range?
Tsukasa: All I really want, is to be left alone...
wireless communications?
GIFI stands for Generan Index of Financial Information, and is a system used in many countries to map bookkeeping accounts to tax categories.
LedgerSMB: Open source Accounting/ERP
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