Carmakers Oppose Opening Up 5GHZ Spectrum Space For Unlicensed Wi-Fi 186
s122604 writes "Automakers aren't too happy about a recent U.S. Federal Communications Commission (FCC) proposal, which uses part of the wireless spectrum assigned to vehicle-to-vehicle technology for Wi-Fi instead. The FCC announced that it plans to free up 195 MHz of spectrum in the 5 GHz band for unlicensed use in an effort to address the U.S.' spectrum crisis. This could potentially lead to Wi-Fi speeds faster than 1 gigabit per second."
Why is there a wi-fi crisis? (Score:2, Interesting)
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You do realize that not all routers are attached to capped cable modems?
Re:Why is there a wi-fi crisis? (Score:5, Informative)
Remember kids, "I can't use this" is not the same thing as "nobody can use this".
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Remember kids, "I can't use this" is not the same thing as "nobody can use this".
Re:Why is there a wi-fi crisis? (Score:5, Funny)
He does, he's just ultra paranoid and routes it all through TOR.
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Shit, I transfer stuff from this computer to one three feet to my right via dropbox...and I'm talking gigs at a time.
Then again, my downstream speed tests at 56mbps, upstream is around 26, so why the hell not?
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Pretty sure it doesn't, because the second PC doesn't start downloading until the first PC has fully finished uploading. And it takes twice the time to upload as it does to download, which would only really make sense if it's going to the cloud, since my downstream bandwidth is twice my upstream.
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And im sure the fcc cares about your wireless lan transfer speeds. This is more about the fact in more populated areas you cant even really transfer a file due to the massive amount of devices in such a compact area all trying to compete for limited frequencies.
Now if you add this extra frequency range and increase thr wireless speeds of each device already out there by utilizing it along with the current frequencies your using, what do you think is going to happen? The same shit thats happening now. A ton
Re:Why is there a wi-fi crisis? (Score:5, Insightful)
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What is the limit between devices?
Broadcasting movies off of your Blue-Ray to a Tablet downstairs? Gaming between the desktops? Watching the game from your Cable TV on your portable device out on the deck, or by the pool?
Re:Why is there a wi-fi crisis? (Score:4, Funny)
Oh man, you got a pool? Geez, I bet that's nice. I got a back yard full of snow.
I never get nice stuff.
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Obviously, you lack imagination. The MODEM may be limited to 56k, FFS - but that doesn't stop your network from utilizing gigs of bandwidth for gaming, streaming, file transfers, etc within your own network.
Yes, I was still limited to 56k internet the first time I transferred an ISO file from one computer to another in less than a minute.
Having more speed and/or power available than you want or need is NEVER a "bad thing".
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Were you the guy saying "I'll never need more than 128k of RAM in my lifetime"?
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My router at home does N speeds of 300 megs and is attached to 16 meg cable, Do I really NEED to connect to my router at over 1 gig speeds if the cable modem it's connected to is still linked to the same half arsed, capped cable?
Enterprise wireless users transferring large files over the network? Large campus deployments serving wide areas? Not everybody uses the network just for the WAN pipe...though I get the feeling most people these days just take everything layer 7 and below for granted (i.e. "What, isn't the network just my cable plugged in?").
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Well granted, I scaled this down to my own usage when I posted this, but is it not the backbone providers claiming they are being saturated? I assume I can see where one localized wide area wireless network with +1 gigabit speeds might be useful, but how much extra are we really going to eek out of it over what we have now?
Up to 700+ Mbps more? You're still restricting your vision to the WAN pipe. If I am a corporate user who moves large whatevers around between shares, the speeds 11ac offers are much welcomed. Yes of course your home internet downstream/upstream will see no substantive difference, but that isn't the point. The point is more and more devices on the WLAN in the home are needing more and more bandwidth availability (think streaming media servers and the like). Plus with more tablets, laptops, phones, toasters,
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Thank you for an excellent +1 Informative post.
While I wish/hope for more bandwidth with that last mile, I have found that the more bandwidth my home LAN has, the more useful/neat stuff I can do.
Bottom line:
You can NEVER have too much bandwidth!
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As a resident near Kansas City, it's fairly important to me.
Do you connect computer to computer? (Score:3)
Then you may need more speed. Your N gets you more like 100mbps effective data rate (test it some time) since the WiFi speeds are displayed raw and there's a lot of overhead. Now that is 100mbps shared among all devices. So, if you connect to your router and it to a wired computer, no problem full bandwidth. However if you connect to another computer on WiFi, oh look, you guys are sharing. Have a bunch of computers on all accessing, that bandwidth starts to get spread thin.
If all you do is one computer to t
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Is every single thing you do with a network connection between the device in front of you and the Internet?
I do all sorts of stuff with my home network.
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you might want to stream HD video from a fileserver to other devices on your network.. Actually, most of the issue isn't the printed rated speed, but the power of the cpu.. most times, routed pkt rates are far lower, with many models dropping way below the ISP caps.
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Yes, you do. It will come in extremely handy when you have 100 people over for a cook out, family reunion, wedding, whatever and they each have a device that wants to connect.
1 gig speeds might not be something useful in your future, but it certainly can be useful to others.
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I don't need gig speeds, but I certainly need N...when running speed tests I've broken 56mbps. To the open internet, on wifi. I no longer think about what I might like to download for tomorrow or two days from now; it's now only about what I want to download for ten minutes from now. And it is awesome.
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That depends, were you hoping to stream HD movies from the server downstairs to your laptop? Perhaps the kids/wife/ whoever in your house wants to watch a different movie at the same time.
Some people move a lot of data on their LAN without ever touching the internet.
I am so illiterate (Score:2)
Show me the money (Score:4, Interesting)
I'm one of those pinko liberal democrats. But where electromagnetic spectrum is concerned, I'm as mercenary as they come.
If car makers want spectrum, they can buy it just like everybody else. The FCC should put the entire radio spectrum up for sale to the highest bidder on a rotating 10-year cycle, nothing exempt except for a few bands set aside for emergency services, military, and scientific use.
FM radio, TV, taxicabs, ham radio, I don't care: if you want exclusive use of a slice of spectrum, you form a coalition of like-minded people willing to pay for it. If somebody else wants to pay more, go find a better business model.
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10 years is too short. Look at all the aggravation of moving a few TV channels around.
Also look at the technical hacks involved in maintaining backward compatibility in HD radio now and color TV back in the day. Breaking everybodies hardware on a ten year cycle is a non-starter.
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What aggravation? I would imagine most TV channels would bid higher for their existing channel to avoid the cost of switching, while a new channel or service would buy whatever's cheapest: as a result, there wouldn't be any "channel churn": the poorest old station would be replaced by a newcomer, and everyone else would continue as usual.
And while I'm no expert on TV technology, I strongly suspect that most VHF broadcast
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You obviously don't know anything about radio. Switching frequencies within a band requires an entirely new antenna construction for any efficiency at the kind of power commercial broadcasting uses. It's not a software problem at all.
The approximate wavelength of 66MHz is 4.5 meters, while it's 3.6 meters for 82MHz. That requires lopping about 20% off of the top of the antenna, or else adding enough to bring it up to the next efficient multiple of the new wavelength. You must have seen commercial broadcast
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I'm aware of those issues. But in the end, an antenna is just a metal rod. Changing its length is easy(*). And $50K for new transmitter hardware? That's chump change. Just run a couple extra local commercials during the evening news to pay for it.
(*) Provided the metal rod is a several-meter-long TV antenna. Replacing a hundred-meter-high AM radio antenna would be a lot more expensive.... so the AM radio stations should be prepared to bid high for their spectrum to avoid the cost of switching.
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Ham is for public safety actually. You may want to keep that one free because you may need a ham someday. Really...
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My family was involved in one of the biggest communications cutoff disasters I've ever heard of: Hurricane Iniki hit my island in Hawaii in 1992. Damn near every telephone pole on the island was destroyed, *nobody* had phone service, and it's not like you could drive to somewhere that had a phone.
The hams sounded the trumpets and "came to the rescue". I heard of ... oh, a whole two or three people who got messages to friends and family on the mainland through ham radio. Meanwhile, within a couple of days
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ham radio
"In the Bridgeport area, also struck hard by Hurricane Sandy, members of the Greater Bridgeport Amateur Radio Club were called into action.
John Russo, GBARC president, tells Examiner.com that 25 volunteers were deployed over the course of a week, assisting the Bridgeport, Stratford and Red Cross operation centers.
Hams also provided information to help FEMA with damage assessments, he said."
- http://www.examiner.com/article/ham-radio-s-response-to-hurricane-sandy-is-reviewed-and-praised [examiner.com]
Forming coalitions and
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I've seen hams working first-hand in a disaster area (Hurricane Iniki in Hawaii in 1992, where *all* communication was cut off from the island.) They did help, but there weren't enough of them to make a significant difference, and the state and federal emergency services set up a big satellite-phone bank very quickly.
The disaster response ability of ham radio is a bit like an outboard boat. Sure, if there's ever a flood, I'll use my boat to help rescue people. But does that mean I should get free gas for
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There are a huge, diverse range of highly motivated and rich bidders who would like some radio spectrum. There is zero chance that everyone will form a workable price-fixing coalition, and zero chance that one bidder will be able to outbid them all.
You say you're worried about a monopoly: well so am I. Worst-case scenario for my proposal, a very rich buyer gets a 10-year "monopoly" on a broad swath of spectrum, paying $billions to the federal government's coffers to do so (and lowering all our taxes as a
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Let me get this straight: every single device which uses radio, should potentially become obsolete, every ten years?
"Yeeah, I bought this access point in 2011. I know, I know, it uses a band which might be owned by the police department starting January 1 2014 but I figured it was still worth the money even if I only get to use it for three years. And besides, remember when my 2005 walkie-talkies su
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Yes, everything could *potentially* become obsolete, but it won't happen very often. "Spectrum churn" will be very small, because anyone who buys new spectrum that was formerly used for something else will have to deal with interference from legacy systems -- so they'll bid low for that "polluted" spectrum. Meanwhile, the old licensee will be willing to pay a premium to avoid having to retool all their devices.
In short, spectrum will only change hands when the old licensee is *very* obsolete, and the new
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Yeah, dumbass, it's for the children!
It's for your own safety. Because the only way to make you safe is if the car makers can talk to your car, and more important, your car can talk to them.
And because why should you get something for free when a big corporation can get something for free?
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broadcasting rate and position and intent?
who's intent?
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And why exactly should the carmakers be the one in charge of this new service?
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This sounds great. Sounds like something I should pay for, just like I pay for airbags, seat belts, and whatnot.
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My bad. My post was intended to emphasize the free-market side of my proposal, but I didn't mean to suggest that we should get rid of unlicensed spectra. Absolutely there should be "public parks
Car to Car Spectrum is needed. (Score:5, Informative)
The problem with this article is people have no idea why the car manufacturers are upset, all they see is some big corporation opposing the release of more unlicensed public spectrum (and some sensationalist WIFI BS by bloggers). Or course this draws out the communists among us that want all corporations to go away.
This all fails to miss the entire point of why the Auto companies are opposing this. This spectrum is directly adjacent to spectrum allocated for intercar communication. What is intercar communication? It's spectrum that was allocated a number of years ago to allow direct communication between vehicles. What is the point of that? Well one of the key aspects of this spectrum is that without it you don't have reliable inter-car communication which will greatly hamper self driving cars.
See, if you are going to have self driving cars those cars need to be able to communicate with each other, they need to tell the cars around them that they need to change lanes, or that they are breaking. The holy grail of self driving cars is a situation where cars are driving 70MPH with about 2 feet between them. This will greatly increase the density of cars and allow the freeways to operate about 200% more efficiently than now. But for that all to work that cars have to tell each other what they are doing so the other vehicles can react. Even with no perception-reaction time for computers you will greatly decrease the possible efficiency if the cars can't communicate real time. The only way to make this safe is dedicated spectrum with low interference.
If we have thousands of WIFI signals in adjacent spectrum there will be so much interference that the systems won't be reliable, the result will either be safety problems or drastically reduced efficiency. Self driving cars are a holy grail of ITS (intelligent transportation systems) that has been being pursued since the early 90's. It will result in freeways that are so much more efficient than today that you could fit 3-4 times the number of cars in the same freeway without any slow downs or rush hour traffic jams. Not only that but you could read a book while driving to work.
We don't want to impede or endanger self driving cars. The car manufacturers concerns about interference need to be taken seriously.
Re:Car to Car Spectrum is needed. (Score:4, Insightful)
"The holy grail of self driving cars is a situation where cars are driving 70MPH with about 2 feet between them."
I will read the newspaper stories in the future about the incredibly massive pileups of enormous numbers of self-driving cars on your highways.
Self-driving cars need to also be using vision, radar, sonar - all their senses. Relying on just one sense is folly. The reality of the world is that not everyone will play nice and they'll have to be able to adapt to that, or die.
Any self-driving cars can't adapt to radio interference then they will die off, litter along the road of technological progress. The driving force will be the litigation against the self-driving cars that crash.
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Not only that but you could read a book while been driven to work.
FTFY. (I couldn't: motion sickness. Out of boredom, I'll drive the car instead of being driven; therefore the car makers' holy grail is of no consequence to me).
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Self-driving cars.
It's just fucking fusion. 20 years out, eternally. Worse, it's a bad fucking idea in the first place.
I don't want drivers on the road paying LESS attention to driving.
There is no situation where a 2 foot following distance at 70mph will be safe. Jesus fucking Christ himself might be controlling those cars, that's still an unsafe distance. There's too many things that could *just happen*, and cause many many collisions. It's a bad deal.
Many people never deal with that kind of congestio
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Shit happens. The car ahead of you can not only go into a crazy stop, but even flip around as it happens. The car behind might not get too much more than the spacing distance to get stopped. 70MPH with 2 foot spacing is just not something a vehicle of any kind, much less one that runs rubber on asphalt, can do safely ... even if it is controlled by a computer. I don't want to be in such a vehicle even if it can stop fast enough to avoid a collision.
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This is going to be use for pretty much 1 or 2 things, customer tracking for direct targeting of advertisement or services
How would they do it? Something as simple as counting how many X type of cars are in the area that go p
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The problem with this article is people have no idea why the car manufacturers are upset, all they see is some big corporation opposing the release of more profit (and some sensationalist WIFI BS by bloggers). Or course this draws out the communists among us that want all corporations to go away.
This all fails to miss the entire point of why the Auto companies are opposing this. This profit is directly adjacent to profits allocated for profit. What is profit? It's profit that was allocated a number of years
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Yeah OK, I'm still holding my breath for IPv6...
Maybe paradoxically, methinks self-driven cars has chances to speed the adoption of IPv6 in the context of "the internet of things".
(you know? the internet where there's a site called "bonnetface"... and "honker", and google-drive+)
Why? (Score:2)
Besides I highly do not like the idea at all of designing systems that would involve car to car systems in the first place.
Mostly due to privacy, because I just know the morons will put identifiers into each car, and just the simple fact a bored teenager with simple computer and electronics skills would have a hayday messing with people for fun. Anything else like transmitting say diagnostics info for service, etc would not need it
car 2 car comm = bad idea anyway (Score:2)
I have no problem declaring (out of blissfull ignorance) any reason one invents whereby they think 5ghz vechicle to vechicle communication is a good idea is actually not such a great idea upon closer inspection.
Hopefully with more spectrum in 5ghz ISM FCC also plans to allow higher transmitting power so it can be practically utilized.
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Rootkits arent something that enable you to hack, and thats not how hacking works. Wireless systems can be made secure, you know, and we actually have a pretty good handle on it.
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Wireless systems can be made secure, you know, and we actually have a pretty good handle on it.
Yes, a splendid trackrecord to boot as well...
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Why yes, WPA has a pretty darn decent track record (even using a known-deficient algorithm on the backend), while WPA2 is generally acknowledged to be "secure".
Wireless hacks occur 99% of the time on open or WEP access points, and the other 1% on WPA with a poor passphrase. I dont believe anyone has actually pulled off an in-the-wild non-bruteforce hack of WPA, let alone WPA2.
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Is it correct that the evil twin problem is unsolved for WPA2-Personal? Seems you can't prevent someone else from spoofing your SSID and harvesting the passphrase, unless you go to WPA2-Enterprise with Radius. Free Radius is available, but you need to run a little server in addition to your wireless router, I would guess. Maybe the extra hardware can double as a firewall?
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That's good to know. I assumed that since the client can't distinguish the real router form the fake, it would respond to a password challenge with the password response, and that the response could be demunged to the cleartext, in WPA2-Personal. Glad to know if that's not true.
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Yes, but in WPA2-Personal, how can the client distinguish the router from it's evil twin? If the evil twin router issues a challenge, it can probably decode the response. All the client knows to do is send the password encoded to meet the challenge. With WPA2-Enterpise the client keeps track of the router's SSL public key, so can verify the challenge is valid. The evil twin cannot send a valid challenge because it does not have the real router's private key (provided by Radius). That's how I understand it.
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Might I point out that WinXP was "generally acknowledged to be secure"? Actually, it was pretty secure, compared to what we had been used to prior to WinXP. WinXP SP3 improves a great deal over WinXP, and Win7 improved even more - which only helps to demonstrate that "security" is a moving target. "Generally acknowledged" means squat.
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Wireless radio systems have been around for about a century now, and Im not aware of anyone ever pulling off a hack of a car radio system or a radio tower through radio transmission. Just "being wireless" doesnt by itself make something vulnerable, just like just "being on the internet" doesnt make you vulnerable.
Its all about whats on the other end, and what it allows access to. Something with a lot of advanced features is going to be a lot harder to secure, while something that just tracks nearby vehicl
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Wireless radio systems have been around for about a century now, and Im not aware of anyone ever pulling off a hack of a car radio system or a radio tower through radio transmission.
http://www.computerworld.com/s/article/9229919/Car_hacking_Remote_access_and_other_security_issues [computerworld.com]
http://www.caranddriver.com/features/can-your-car-be-hacked-feature [caranddriver.com]
But you don't have to gain control of a car to do damage. If you can convince a V2V car that the 5 cars immediately ahead just came to a full stop because of a collision, you may be able to trick it into braking hard, causing a collision behind you.
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Oh really? As secure as not having wireless access? It's not like a car absolutely needs this gimmickry..
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It does if they're going to know where you're at, where you shop, who you see and what you're doing. And so they can send you targeted ads telling you about "special deals" wherever you go.
You think you're car is going to have a "Do Not Track" switch on the dashboard?
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It's not like a car absolutely needs antilock brakes, or seatbelts, or traction control, or a backup camera either. But driving is the most dangerous thing most of us do each week, and tech that can make it safer is a good plan..
We're very close now to freeway lanes with self-driving cars talking to one another making your freeway drive for you. My car does a pretty good job of knowing where the lanes are, and where the other cars nearby are, though cameras and radar, but it's not there yet. I've seen a
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Only for very limited definitions of "we."
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I'd rather have 1000 GBPS wireless for free than 10 GBPS wireless and stupid talking cars that anyone can hack if they have a decent rootkit, anyway.
Kitt; Micheal, you're going too fast.
Michael: Kitt, see this switch on your dashboard, it turns off your control of the accelerator.
1TBPS?? Just how fast do you need to share pictures of cats on facebook????
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Faster than Ford needs to know which stores I shop at.
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I'd rather have 1000 GBPS wireless for free than 10 GBPS wireless and stupid talking cars that anyone can hack if they have a decent rootkit, anyway.
Kitt; Micheal, you're going too fast.
Michael: Kitt, see this switch on your dashboard, it turns off your control of the accelerator.
If it talks, then, it can listen, so, who else can listen?
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Re:It's about money, as usual (Score:4, Interesting)
But..but..Job Creators!
They oppose the public having any access to the spectrum for the same reason all the major corporate entities don't want you to have access to any nice things without they get get a nickel in they pocket for it.
They let the internet get away from them and they vowed to never let it happen again. In their minds, the internet should have been cable television on steroids, not some big open bazaar where people can post blogs calling them assholes. They got caught with their pants down on that one, and they'll be damned if they're going to let it happen again.
Oh, and eternal copyright. Because they can.
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I think the future of radio transmission is moving away from "allocated frequencies" and towards direction sensing antennas, frequency hopping, error correction and traffic tagging. The reasons for this are multifold, but for starters having an agency say "nobody can use this frequency but Bob" doesn't stop Alice from using the frequency and crapflooding all over it. The law has provisions to stop Alice, but Bob is completely screwed while the law tracks down Alice and asks her to quit it.
Frequency hoppin
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Re:It's about money, as usual (Score:5, Insightful)
> so long as it plays nicely with others
Ah, that's the rub, though. You'd still need some regulation and certified, per-manufactured units that were sealed against tampering. If you're suggesting that we just throw a giant chunk of spectrum out for people to do with as they please, it will be unusable within a year or two from all the interference. Even worse, it will be interfering with other services, including some of MY licensed ones. :)
Naturally, I object to that.
You want some math? Bozo The Redneck has a 5GHz unit that he has "improved." To get away from all of his neighbors' emissions, he found a little screw inside that would lower his frequency to 4.5GHz. Hey, there wasn't anyone else there! He then discovered that it would "put out more better" if he removed that silver can on the output (i.e., the filter). Harmonics are simply multiples of the fundamental frequency, so now he's radiating junk at 9GHz, 13.5GHz, and 18GHz. This doesn't even include the *spurious* products that he's generating at heaven-only-knows what frequencies, because he also goosed the power, so now the amplifier is clipping like mad. :)
That's when I perk up and take notice, because I have a licensed Dragonwave link at 18GHz that we absolutely depend on. It ferries (via audio-over-IP, as well as one T1-over-IP that was a BEAST to set up, but that's a separate story!) several signals for our radio stations, as well as telemetry and video monitoring (to watch for the @#$@#$ copper thieves). We kind of depend on that thing, y'know?
And if you think that's an unlikely scenario, think back to the CB craze of the late 70's. Most truck stops sold linear amplifiers. Highly illegal, but that didn't stop people from buying them. Better yet, the bozos had no idea how to tune them, so they radiated trash and harmonics that absolutely destroyed TV reception in rural areas, where people had to depend on over-the-air antennas -- i.e., the very areas that were most likely to have rednecks running "LEE-nyers." It was a very real problem, and the FCC (the CB's called him "uncle Charlie") was constantly running around, busting people for running these pieces of junk.
Just turning frequencies over to the public sounds like a good idea, but most people don't know what they're doing. As someone who loves Open Source and Open Standards and all that, it grieves me to say it, but in this particular case, you'd better have some oversight and control.
If you don't, the end result is going to be that everyone interferes with everyone else and NO ONE will be able to communicate. Read up on the history of the FCC sometime: it was actually created (at least in part) at the request of *broadcasters,* who were sick and tired of constant interference, scrambling for "open" frequencies and no real limits on operation.
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If you're suggesting that we just throw a giant chunk of spectrum out for people to do with as they please, it will be unusable within a year or two from all the interference. Even worse, it will be interfering with other services, including some of MY licensed ones. :)
We've done that with 2.4 and 5 GHz, and it didn't work out the way you describe. Since reality has proven you wrong, I shouldn't have to take the time to do so. Also, 2.4 GHz had very poor rules on playing nice. Improved play-nice rules, and we'd get much more utility on an already useful range.
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> We've done that with 2.4 and 5 GHz, and it didn't work out the way you describe
Heh. You have obviously never used wireless in an apartment complex, or in a large building with several businesses, or even in a hotel "cluster" on the Interstate where dozens of different access points are fighting with one another for attention.
Our first data link, installed several years ago, was an unlicensed Motorola Canopy. Highly directional, 2.4GHz, worked like a charm ... until the folks who lived in the apartment
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> It's not turned over to the public completely, which is probably what parent meant.
That is EXACTLY what I meant. And just for the record, there probably won't be "a screw" that Bozo can adjust. (Everything is synthesized now.) But he'll find a way. (Most likely, someone will come out with a downloadable software "mod.")
Back during the CB era, most of the better radios could easily be modified to operate on those illegal frequencies, above and below 27MHz. You could even order kits and install them. Ca
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This sounds exactly like every redneck I've known.
Talk your
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I don't suppose you can give a single example of an auto or planned product that's actually using this spectrum? The auto makers are opposing it simply because they want to hang onto the spectrum.
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They want to implement their harebrained scheme, where cars communicate with each other to facilitate self driving cars in the future. Computers on the net, controlling cars is one of the most crazy ideas that anybody has come up with lately. Instead of hackers and criminals crashing computers only, they will crash car computers which will crash cars injuring and possibly killing people. If Microsoft has anything to say about this, they will insist that such vehicles run Windows.
Has there ever been a
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I don't get it. What is so hard about designing these systems as Ad-hoc Wifi instead of whatever method they're currently using?
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You don't own that spectrum. Corporations own that spectrum. Right now, lobbyists from the electronics industry are paying / bribing / offering more to the regulators than the car manufacturers are prepared to meet. Just like the commercial broadcast spectrum segments -- AM and FM radio, television -- of which you get to use precisely zero, this isn't about you -- it's about the manufacturers of devices that will use that spectrum.
The FCC's spectrum allocation arm allocates so little of the available spectr
Re:It's about money, as usual (Score:5, Insightful)
Uh, no. It's the public's spectrum. The FCC runs it for us, and leases it out to corporations, WHO PAY US for the right to use it.
A landlord might lease out a room, and under the terms of that lease may not be allowed to enter the room unannounced any more, but that doesn't mean the landlord is no longer the owner.
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Weird cos most mikrotik (and ubiquiti) gear should be able to use it with nothing but a firmware patch (actually no need to use a firmware patch just tick the box to disable regulatory restrictions but you run the risk of using other channels that aren't freed up yet)
Re: (Score:2, Offtopic)
I guess you didn't bother to RTFA, and I don't use Facefuck, Shitter, or any other 'social networking'
yeah, I read the fucking article, but actually know a little about the industry, instead of just trolling for page views.
wtf are 'page views' here, dimwit? OP doesnt look like he was trolling either, and you're probably a 16 year old kid in mom's basement. enlighten us oh wise one since you know so much about the fucking industry. ass.
Aahh... these crispy, eloquent comments is why I come to Slashdot.
Re: (Score:3)
and why would anyone want this? you do realize the rather large corporate/government monkey that will come with this, right?
Re: (Score:2)
is gonna get anywhere anytime soon... it's nearly worthless until every car on the road has it.. which will take a LONG time.. even getting to something like 90%+ v2v-enabled will take decades.
The benefits start accruing once 10 percent of the vehicles on the road have it. You don't need 90%. You don't even need 30%.
As you rush headlong into a fogged in traffic jam, there is a good chance that at least one vehicle in that jam will this technology and warn your car well ahead of time, so you can slow down (also slowing those behind you). You don't need every car to have this. Similarly, in-road transmitters can warn just enough new cars of trouble ahead to slow an entire stream of traffic.
Sure
Re: (Score:3)
Or you could learn to drive in fog and not out drive your vision.
Re: (Score:2)
Dunno. My car's got a pretty advanced early warning system that uses some fairly high-frequency wavelengths, namely the visible portion of the spectrum.
Random traffic jams are only an issue when jackasses are following too closely in the first place, and not paying attention in the second.
Re: (Score:2)
This isn't for "vehicle-to-vehicle comms.
Re: (Score:2)
This isn't for "vehicle-to-vehicle comms.
"Automakers aren't too happy about a recent U.S. Federal Communications Commission (FCC) proposal, which uses part of the wireless spectrum assigned to vehicle-to-vehicle technology for Wi-Fi instead."
RTFS
Re: (Score:2)
the "oh just use wireless" mentality really bugs me.
Let me quote an aphorism launched by a well-known personality about 4 years ago:
Everything is better with bluetooth