Massive Fiber Cut Slows Net 204
netpuppy writes "East coast to west coast connectivity (or the other way around) feeling slow today? Here's why. It appears that the attack of the raging backhoes has hit Ohio today, where an unnamed public utility managed to cut through 4 OC-192 circuits while working on gas lines. 4 OC-192s are roughly equivalent to 40 Gbps traffic, and trunks this size usually carry both voice and data on them. AboveNet, GTE, and Metro Fiber (now part of Worldcom) seem to be the worst hit, according to this Inter@ctive Week article. " OK, I'm not just crazy. It has been slower then molasses today.
Call Before You Dig (Score:1)
But whatever the situation they need to be carefull when they dig.
Re:Graphs showing scale of outage (Score:1)
it'd be funny... (Score:2)
Re:Interesting issue: packet priorities the day af (Score:2)
More than .AU (Score:1)
Outage causes (Score:1)
Fiber Repair (Score:1)
Re:dern it (Score:1)
Minnesota outage (Score:1)
The nuke bit is a myth (Score:2)
The Internet arose out of ARPANET which was based on the work at MIT. The goal was to allow computer resources at different research institutions with different types of computers to be shared. The fact that surviving nuclear war was not a goal can be seen in the fact that the machinery used to set it up had no protection against the electro-magnetic effects of a nuclear warhead. Furthermore the initial set-up heavily relied upon a single back-bone. With no redundancy in your physical network, what good is a redundant protocol?
In fact the initial proof of concept and then proposal for ARPANET was made before the MIT people even heard of the work at RAND. Indeed the two groups found out about each other at a conference where the ARPANET was being proposed. Don't believe me? Check it out [isoc.org] for yourself!
Cheers,
Ben Tilly
Re:Same boat... (Score:1)
Complain.. complain (Score:1)
Anyway just my $.02
Re:woah! (Score:1)
A friend of mine does - he runs an ISP that only resells
bigish pipes (frame relay, T1 etc) out of his basement.
He claims to have more incoming bandwidth to his house
than Australia
Re:IP vs Phone lines (Score:4)
answer: phone lines are not immune. they get cut all the time. however, the phone network, like the internet, has redundancy. whe na phone line gets cut calls are rerouted to other trunks, making the problem oblivious to the layman.
so, why do fiber cuts turn out so much worse? because the data network is bursting at the seams. a voice line cut can be directed to ununsed lines. a data line cannot be done in the same manner, because there are no vacant lines, or at least not as many as were lost...
why is this the case? one, because the data network is expanding faster than new fiber can be laid down. we're too big for a britches. also, the phone network, which has grown at a decidedly slower pace, has, at both the users' and phone/data companies' requests, deemed to be more important. let's face it, if a phone line went down to a company hq, they'd be lost for as long as that line was down. just now are people realizing that their data line, is now becoming more important than their voice line.
Re:So... (Score:1)
Re:Prosecution/Lawsuit? (Score:1)
Can you think of... (Score:1)
and it slowly repairs itself ..... (Score:1)
Of course when nuclear war hits it will take at least 3 hours to fix ....
Top X Things To Do The Day After Nuclear War (Score:4)
dern it (Score:3)
My company's T-1 line has been cut at least 3 times in the last 5 years.
This kind of thing could be a MAJOR problem as the internet becomes more important to big companies. I mean right now, sadly, it's still a novelty to many of the people in the world. But can you imagine the hell we'd be in for if everything travelled over the 'net and someone cut a big trunk like this? Yikes.
So... (Score:1)
On a related topic, aren't lines like this clearly marked? I mean, how tough is it to call the number on the sign and see where the line is?
Or did I miss something?
Re:RANT:And they worry about hackers (Score:1)
Actually, for crude measures like IQ, you can breed people just like dogs. And because you are almost always dealing with a far wider and (in the US) more diverse pool of genetic material, inbreeding is pretty damned hard, unless you are from a very closed section of society (I was thinking of Boston and parts of Connetticut, not Arkansas, actually). You get people no weirder than before, but, after a few generations, regressing to a far higher mean IQ. One of the more interesting parts of looking at the effects of post-WWII college education and population mobility is that this seems to have spontaneously created a breeding class of people that has actually seperated out a bit from the American population as a whole. Add grad school, the effect becomes even more profound. Add money, and you wind up with similar self-segregation. If you look at population patterns in the US, for the most part you are seeing (outside of some large US cities) a desegregation of neighborhoods and later (about a generation later) marraige patterns and a realignment solely along income lines. The thing that sorts is money and the filter seems to be higher education, and within that the better and worse schools and the amount of work beyond a BA/BS. This is going to have some interesting effects -- black intermarraige exceeds 30% in most urban areas and the children generally show no racial/ethnic preference (yeah -- flame away -- the control is the white mean, so sue me) so within 40 years or so you will see black people essentially start to disappear as a seperate and identifiable ethnic group.
Pop stats and industrial psych are fun. Unless they aren't doing what you want them to, in which case I am sure that it can be hellish when reality refuses to cooperate.
The irony here is almost amusing. . . (Score:1)
And looking at the Inter@ctive week article, ETIC of **ONE HOUR** ??? To repair fiber ??? Or should I say, to repair that much fiber ???
Incantation... (Score:1)
Make the Backbone Go To Sleep!
Muhahaha
IP vs Phone lines (Score:1)
After the big MCI outage, it's time the phone companies put big red signs on OC-* pipes saying "NEVER cut through this pipe". I take it the gas company isn't about to pay for the lost and delayed packets.
Re:call blue steak@#$ (Score:1)
i wonder if they have a sign saying
"dont smash into this wall or you will break the internet"
and if they dont, they should.
tyler
Oh well. Time to deal with the real world. (Score:1)
What's all that wet stuff outside?!?
Tort Law (Score:1)
law, but the next best thing in the civil arena: Torts
Any act, intentional or otherwise, that does "harm" to another.
Oh, and don't forget: if someone kills you, not only can you charge
them with murder, but sue them for wrongful death and get a wad of cash.
"If you kill me, I'm gonna bleed your bank account dry, buster!"
Texas (Score:3)
All opinions expressed with tongue firmly in cheek between the skoal and the ceegar.
woah! (Score:1)
Prosecution/Lawsuit? (Score:1)
And what about lawsuits? I know that if I ran an e-commerce site who's traffic was affected by this outage, I'd be pretty pissed about the possible loss of sales. Is it possible to sue the utility company that did this for something like that? Or do you just have to chalk it up to bad luck and move on?
Sudden realizations about the cold war (Score:4)
Now we know that the "vehicle" in "multiple independently targeted reentry vehicle" (MIRV) is actually a backhoe, rather than a nuclear warhead. I bet the guys who designed the 'Net to be nuke-tolerant are feeling pretty damned embarrassed right about now.
Some people think the cold war was won by USA outspending USSR. But the real truth is that someone finally leaked that we were building bombs rather than just backhoes. Ivan's pants must have gotten pretty soiled at that revelation. Just think: all along, we totally misinterpreted what "We will bury you!" meant.
---
Have a Sloppy day!
WOW! (Score:1)
_________________________
Words of Wisdom:
Re:woah! (Score:1)
Re:Nuke safe huh? (Score:3)
Power grids and telephone circuits can be affected the same way, take out one of those big "power towers" that traverse large spans, and a couple of remote stations, a few satellite uplinks, some telco switching stations/relay towers, and havoc *will* ensue. It doesn't matter if it *can* be re-routed, the resultant chaos and downtimes would cost probably millions. Cyberwarfare isn't about information, it's about $$$$$ lost when the infrastructures disappear.
Then we'll be falling back to all the guys with their ham sets.
I am impressed! (Score:1)
And I aint talking about no Al Gore either.
Hasdi
That explains a mystery (Score:4)
Name that CircuitID! (Score:3)
There've been previous fiber cuts that resulted in me passing a group of 15 MCI/WorldCom vans on my way home. I betcha if it's the link I suspect, they've got the onramp *packed* with all their techs trying to explain to the people staffing the tollbooths that they're with (insert-company) and they're in on an emergency call and they'll be getting right back off! *LAUGH!* Gotta love the Ohio Turnpickle, eh?
-RISCy Business | Rabid unix guy, networking guru
Re:More than .AU (Score:1)
ahh... the days when archie.au was fed by a single T1
(/nostalgia)
Re:call blue steak@#$ (Score:1)
Moderate up!! please? (Score:1)
Dan
Graphs showing scale of outage (Score:2)
The MIDS Internet Average [miq.net] shows the effect of the fibre cut in the context of the Internet as a whole.
Re:another reason to favor Qwest (Score:2)
Slow eh? (Score:1)
Re:Minnesota outage (Score:1)
He should've fried himself (Score:1)
-Rob
Re:Check out the Internet traffic report (Score:1)
Re:Your sig.. D'oh! (Score:1)
Homer: Marge, I agree with you -- in theory. In theory, communism works. In theory.
Episode 1F15, "Bart Gets an Elephant"
And the whole time I thought it was the.... (Score:1)
BOFH, ah, how I miss thee.
www.pushove.com new's for jack asss'
another reason to favor Qwest (Score:2)
So lets see, in the past month or so, we've had a problem with MCI WorldCom and UUNet (correct me if I'm wrong) and now some backwater public works moron who was probably driving the backhoe with the blade down on his way to a coffee break killing some serious piping. Hmmm... what if we have a cataclysmic earthquake that splits North America in two by 3 inches... what would happen? Would all of that fiber optic cable stretch or would it pop? hmmm...
Re:IP vs Phone lines (Score:3)
The data networking companies don't seem to be as concerned about reliability and availability. There are too many single points of failure. I've heard stories about the lack of excess/spare capacity in some big IP networks. The recent MCI Worldcom frame relay network failure was unforgivable. Some people were cut off for a week.
You have to assume that lines will go out, equipment will fail and that software may not work properly.
The culprit is.... (Score:2)
I'll let you all know.. Let them feel the weight of
Re:dern it (Score:2)
So that makes it the equivalent of 50,000 T1 lines.
Or 2.38 million 33.6K modems!
Re:The culprit is.... (Score:1)
Re:More than .AU (Score:1)
BTW I still remember when e-mail and news to .au started up ..... bandwidth was OK but latency was low .... (something to do with how long it took to air-mail those mag tapes full of UUCP spool files across the pacific :-)
Seriously, though... (Score:1)
It's probable that someone reading this has fixed a broken line before. Raise up... you know who you are.
Work (Score:1)
I wouldn't insult them by comparing the job we did to typing on a keyboard. Try standing on new, white concrete in 107-degree heat.
I was lucky enough to get an education and out of the family rut, and I never take that for granted. The minute I even think of complaining about writing code for xx hours a day, I just remember the days I worked the same hours shoveling sand in pouring rain. If I came home complaining of carpal-tunnel, I'd get smacked in the back of the head, and rightfully so.
PLUS I WAS at the edge of a hole when a backhoe cut a gas line. Luckily it didn't ignite, but the burst and hissing scared the shit out of me. Realizing I could have been killed in an instant at 18 because of a shitty job made me want to get out more. These men do risk their lives and often have no way out.
A slowdown or inaccessibility of the Internet is an inconvenience, no one gets killed. We all need to get our priorities straight.
Just an idea.. (Score:1)
Re:Sudden realizations about the cold war (Score:1)
That is not to say that there are no such implementations; there are. I've a cousin who admins one such network... her CSU/DSUs are designed to failover the signal pulse from EMP with opto-isolation (for those links that aren't optical to begin with). Her network is redundantly routed and cross-connected. Her software is fault tolerant like you wouldn't beleive. Considering who she works for I suspect most of the important nodes are sheilded quite well from EMP. The only element of the whole mess Joe Consumer can't buy off a shelf is the EMP sheilding.
The only people who should be embarrased are people who think that The Internet meets DARPA's original specs - or even comes close.
Re:Hey, cut them some slack.. (Score:2)
(And yes, I've done a bit of construction work myself...)
Re:dern it (Score:1)
Good practice dictates that a reliable backup copy be made before deleting the original.
Knocking out a national broadcast network (Score:3)
Texas no, but Texas Companys HELL YES!!!!!! (Score:1)
Actually, my corporate office is in Texas and this is directly effecting our national WAN traffic. My Texas based IT department is catching shit because the people upsatirs seem to think this is our fault. Can someone with some insite remind me how a gopher can bring down legs of national WAN by chewing on the backbone cable and it can still be my fault . Oh yes, you can also add the list a fiber line in southern Florida that got hit by a construction crew this morning. Those Damn construction crews need to be more careful with my data. Days like today are not worth getting out of bed for.
Down for a while (Score:2)
themes.org (Score:3)
just for all you to know, themes.org is being hosted on abovenet (one of the severely affected isps) and i can't currently reach abovenet's dns servers.
sum: themes.org probably will be down until this is fixed. please be patient.
Arrest them??? (Score:2)
People fuck up. You can't arrest them all, or everyone on the planet would be in jail.
- A.P.
--
"One World, one Web, one Program" - Microsoft promotional ad
It sure is bad. (Score:2)
I really wish it were possible to see an accurate weather report on how such things affect the rest of the 'net. It's difficult to interpolate results from very few data points. Of course, the feasibility of such a system is quite difficult and prone to error.
In either case, I'm advising everyone here to be nice to the 'net. There's no reason folks need to be downloading their pr0n, mp3z and off-site ftp installs of Linux during something like this. A little conservation can go a long way.
Re:Nuke safe huh? (Score:2)
As soon as I have enough money, I'll be buying a second tnc (terminal mode controller, more or less a modem, with packet "stuff" added on), to connect to my handheld 2m/70cm radio, and my newton, so that I can do wireless internet from my hand (and much cheaper than a cellphone after a few months).
There are several great places to begin seeing what packet radio is all about, if anyone's interested you might drop by http://www.frostnet.advicom.net/chris/bookmarks/H
a bit of humor (Score:1)
Re:dern it (Score:1)
Next time something like this happens, there will be more other ways for the data to go, so the % slow down will be less... (I hope
--Ben
Re:Hey, cut them some slack.. (Score:2)
-Chris
That explains it (Score:2)
Re:Uhhh (Score:1)
Re:So... (Score:1)
You'd be very surprised (and dismayed) to know just how ill organized and uninformed these companies are. I worked for a while within a very large company. It couldn't keep stuff straight amongst the engineers, splicers, assistant engineers, and the cubicle-hags in charge of posting. The engineers would lay down the plans, the splicers would do something different, the engineer assistants were supposed to tell the posters what modifications were made, and the posters were supposed to update the plans and put those out and nothing was ever done right or on time. Up-to-date records were (and undoubtedly still are) nonexistent. The only people that actually ever made any sense were some of the head splicers at the various local offices, but they were too busy so you'd get some idiot who would tell you information that was completely wrong (i.e., all they had to do was go to a site and look at how everything was rigged and then tell that information to the engineers so they could make up the plans; but they'd have things coming off of poles that weren't even there). Basically, the phone companies, at some level, don't know where everything is, so you can't expect other utilities to have any idea.
It's sad, but true.
Re:So... (Score:1)
Re:woah! (Score:2)
The only thing I can't decide is if it should be +1 or -1.
humor (Score:2)
To inject a bit of Humor if I may. (Score:4)
You'd think so (Score:2)
They never said... (Score:3)
Re:So... (Score:4)
Apparently, people digging tend to call blue stakes or whoever when they are digging in areas that might have natural gas lines, 'cuz they'll explode if they screw up. Fiber lines, on the other hand, pose no such problem unless you're standing in water when you hit one (there's a lot of power going through to feed all the repeaters on a long-haul circuit). So utilities and construction workers don't tend to worry about calling any utilities to find out if fiber is buried, because they really never see the effects. I believe they are legally liable, though. Anyone know if someone has ever been brought to court for cutting fiber??
Whew! (Score:5)
Nuke safe huh? (Score:4)
I would say that this goes to show the utter bullshit that is the whole cyber terrorism thing. Why spend billions of dollars trying to police imaginary squads of crackers set to destroy our information infrastructure, when a couple of idiots with shovels can create major mayhem like this?
I wonder what an organized group of wire cutters who did a little bit of research on their targets could accomplish. I have a feeling it wouldn't be pretty.
I can't say I noticed anything myself (the net has been dog slow for me as long as I can remember, so), but if a small event like this can cause major problems, then the Internet is definetly closing up on critical mass....
-
Fiber Route Engineering, Cable Location, et al. (Score:5)
Don't hold your breath (Score:2)
But now the Internet is a commercial enterprise, and failure is now an option. At worst, some large corporations lose their VPNs and have to prioritize and pick up the phone again. For most of the net it's just a matter of losing porn, IRC, and MP3.
Now if you're a backbone maintainer, do you double your capital costs to achieve more than minimal redundancy just to give the public a warm fuzzy feeling? Or do you maintain the least expensive network you can without losing customers? Market forces will drive the QOS on the net to the lowest tolerable level, and for now people will tolerate a lot of net failure because their lives and livelihoods don't completely depend on it...yet.
slack indeed (Score:2)
Around here, they put commercials on tv all the time saying, "before you dig, call Miss Utility" and flash an 800 number. So you mean all us yokels have to check in with the utility folks but the utility folks don't have to check themselves?
Sure accidents happen, but I can't see a public utility diggin around and not knowing where their own lines are. Sheesh.
The Divine Creatrix in a Mortal Shell that stays Crunchy in Milk
Interesting issue: packet priorities the day after (Score:3)
Now, we can't count on the users cutting down on their bandwidth use conscientiously. How, then, can we keep the critical services running? For a start, we need to define "critical services". I'll say that the greater the ratio of content to bytes, the higher the priority of a service. The only practical way to filter packets by service is to filter by port. You can run a filtered service on any old port you want, but the goal is not to prohibit services so much as drastically reduce the bandwidth used so that the network remains usable.
DNS, for example, would have a very high priority, and be one of the last services to drop. Without DNS, the network becomes significantly less usable. The services designed for text communication also would have a high priority: smtp and the assorted email services (no attachments), nntp (again, no attachments), finger, time services, gopher, and the like. Even http might be allowed through, but filtered by mime type (text/plain, text/html, x-www-form-unencoded, etc.).
Still, there would be a significant drop in the usefulness of the network. We need more bandwidth than we need to ensure reliability. Make bandwidth, not war! :)
Re:another reason to favor Qwest (Score:3)
Sure, but... (Score:2)
- A.P.
--
"One World, one Web, one Program" - Microsoft promotional ad
Re:Whew! (Score:2)
Bah, the new technology... (Score:3)
NO CARRIER
Re:Doh (Score:2)
(Yes, I'm joking...)
Packets are getting rerouted .... everyone suffers (Score:3)
1 198.182.167.17 (198.182.167.17) 0.628 ms 0.564 ms 0.532 ms
2 adsl-63-194-218-254.dsl.snfc21.pacbell.net (63.194.218.254) 26.688 ms 29.433 ms 15.868 ms
3 core1-fe4-1-0.snfc21.pbi.net (206.171.134.209) 13.394 ms 13.701 ms 15.957 ms
4 gsr1-g1-0.snfc21.pbi.net (209.232.130.20) 16.098 ms 13.846 ms 15.215 ms
5 sfra1sr3-so-1-1-1-0.ca.us.prserv.net (165.87.161.74) 16.676 ms 16.208 ms 15.202 ms
6 sfra1sr2-11-0-0.ca.us.prserv.net (165.87.13.17) 16.684 ms 16.286 ms 15.226 ms
7 above-advantis-ds3.sjc.above.net (216.200.0.81) 21.833 ms 24.418 ms 29.271 ms
8 core1-core4-oc3.sjc.above.net (216.200.0.85) 25.864 ms 23.882 ms 17.173 ms
9 core2-core1.sjc.above.net (209.133.31.110) 47.734 ms 39.032 ms 39.107 ms
10 main2-core2.sjc.above.net (207.126.96.138) 44.072 ms 40.088 ms 40.069 ms
11 core2-main2.sjc.above.net (207.126.96.137) 42.369 ms 44.488 ms 46.094 ms
12 * * core3-core2-oc3.iad.above.net (209.249.203.65) 590.011 ms
13 abov-core1-mae-east.netaxs.com (209.249.119.234) 695.855 ms 721.634 ms 848.819 ms
14 dn-netaxs-gw.dc-core.h5-0-45M.netaxs.net (207.106.127.94) 1125.874 ms 1282.923 ms 1408.877 ms
15 h900.ca2.wdc.dn.net (209.207.190.5) 1263.551 ms 1250.176 ms 1252.700 ms
16 209.207.174.23 (209.207.174.23) 1234.975 ms 1256.689 ms 1208.096 ms
and worse yet DNS lookups from here going thru Vienna
But remember folks there's redundancy in the backbone routing but when something big goes down
everyone else gets to suffer as the traffic
gets piled on top of their usual connections.
If there's a lot of traffic going thru Europe I
bet they're getting really steamed over there
Re:Seriously, though... (Score:2)
Laser splicers are expensive, so they are kept in a locked cabinet. Fire axes are your friend, and handles come right off with the first few blows. Then a quick rush back to the site of the break. It was in the ingress vault, carrying a few dozen fibre cables to the head end equipment, so there isn't a lot of room to manoeuvre, and the closest electrical outlet is 2 extension cords away. Breaks never happen anyplace nice, like in a well lighted place with a table nearby. Breaks are always at the bottom of a sewage ditch, or in a crawlspace or under the ocean. Murphy has a law about this.
Time lost, about 7 minutes until repairs started. Time to repair is about 12 minutes, if you are good. 20 if your hands are shaking and the sweat is pouring off your brow.
The fat pipes, an OC-12 in this case, are actually very small mono-mode fibre optic threads, less than a millimetre in diameter. They are inside a thin plastic sheath, wrapped in some other protective materials, but those protective materials are stripped back inside of the vaults, so eejits can drop some heavy equipment on them, and slice them right through without any resistance at all.
To re-splice a fibre requires that the protective sheath be stripped back a few inches on either side of the break, then the fibre has to be cleaned with alcohol and other contaminant free cleaners so there are no impurities sitting on the outside of the fibre.
Then you have to put the ends into a cleaver, which looks like an old film splicer or a paper shear. The fibre has to have a nice clean break on the end, so the ends can be butted against each other before fusing with almost no loss of signal. Most backhoe induced breaks shear the fibre at a long angle, so you lose an inch or so. That is why there are always loops of extra fibre every so often, for slack.
Then you put the two ends into the fusion unit, which hold the ends together. Then you hit the button, and a powerful laser melts the ends slightly so they flow together, then cool into a new, not quite perfect optical path.
Then you have to re-cover the exposed fibre carefully with a new sheath, then wrap the splice with some more protective tape, and THEN you can wrap the whole area in duct (gaffers) tape
Then comes the paperwork to document the splice, the new losses introduced, the higher BER, etc.
And if you are lucky, nobody noticed the break since it was late on a saturday evening and only AOLers were affected for about 20 minutes. I love routers and backup routes.
the AC
[the names, places, dates have all been written in the third person so as to not identify the guilty party or service provider affected. No packets were hurt during the writing of this post. Stunt doubles were used for the dangerous cabinet opening scene
Re:That explains a mystery (Score:2)
the AC
Seconded (Score:2)
As an aside, I once worked with a gentleman who could knock your hat off with the bucket of his hoe (I held still, most he tried it on wouldn't). I saw him pick up a boiled egg in the bucket without breaking the shell. That kind of trick requires a level of skill not equalled by most airplane pilots. Those machines are *not* that easy to operate, and idiots don't tend be allowed on them.
Re:So... (Score:5)
The signal coming down the FLAG cable passes through the doped fiber and causes it to lase, i.e., the excited electrons drop back down to a lower energy level, emitting light that is coherent with the incoming signal - which is to say that it is an exact copy of the incoming signal, except more powerful.
The amplifiers need power - up to 10,000 volts DC, at 0.9 amperes. Since public 10,000-volt outlets are few and far between on the bottom of the ocean, this power must be delivered down the same cable that carries the fibers. The cable, therefore, consists of an inner core of four optical fibers, coated with plastic jackets of different colors so that the people at opposite ends can tell which is which, plus a thin copper wire that is used for test purposes. The total thickness of these elements taken together is comparable to a pencil lead; they are contained within a transparent plastic tube. Surrounding this tube is a sheath consisting of three steel segments designed so that they interlock and form a circular jacket. Around that is a layer of about 20 steel "strength wires" - each perhaps 2 mm in diameter - that wrap around the core in a steep helix. Around the strength wires goes a copper tube that serves as the conductor for the 10,000-volt power feed. Only one conductor is needed because the ocean serves as the ground wire. This tube also is watertight and so performs the additional function of protecting the cable's innards. It then is surrounded by polyethylene insulation to a total thickness of about an inch. To protect it from the rigors of shipment and laying, the entire cable is clothed in good old-fashioned tarred jute, although jute nowadays is made from plastic, not hemp.
Check out the Internet traffic report (Score:5)
Keen! Can you spot the time the big bad backhoe operator cut the cord?
Hey, cut them some slack.. (Score:4)
wonder if... (Score:2)
Brad Johnson
Advisory Editor