Google Router Rumors
An anonymous reader writes "There's a new rumor that Google is developing its own router. The company won't comment on the story, but it's been in the hardware business for a while and expanded its presence with Android. If Larry Ellison can go halvsies with HP on a server, then Eric Schmidt should certainly be able to make Cisco nervous."
I seem to remember rumors of them building their own insane (10 GbE) hardware switches. And I don't think that's hard to imagine as nothing on the market at the time could possibly meet their needs.
... like many claims they could not be operating on TCP/IP stacks on the inside. Because it's such a resource hog in some respects but that's irrelevant--I'm certain they can apply some of their ideas universally. I would put my money on them being the leader in research on networks and network theory ... probably past Cisco even (although behind the NSA as no one's ever sure about those guys). I feel that networking is so closely tied to their bread and butter search application that they should be dumping huge R&D into that field. I can't offer proof but it certainly makes sense to me.
Of course, there's a lot of questions that remain to be answered
And all I can say is that it's about time someone put pressure on the home & enterprise networking hardware companies. What a stagnant squabbling market that has become.
My work here is dung.
Don't hold your breath, have you seen the Google Appliance?
I really hope they throw in IPv6. There are no consumer-level routers available with IPv6 support; it's been driving me crazy. Everyone will probably be forced to buy new routers in a few years anyway.
With that said, I think Google is probably developing a router for their own in-house use. I have doubts this will actually hit the consumer market.
google.slashdot
Too right on this point. I used to work for Cisco, and was always amazed at the number of bugs filed by customers around really obscure and esoteric features. Every one of those obscure features is in IOS because somebody (usually somebody big with deep pockets) is still using it... Even simple things like OSPF timers - they all have to be adjustable, because some big shop has decided that they can squeeze an extra .1% of bandwidth out of their pipes by fiddling with those timers - and if your new box requires them to reconfigure their whole network to standards (or worse yet, to the values that worked best in Google's network) they're not going to be very interested...
Or Google could buy Juniper. Let the rumor drive down the stock and pick them up at fire sale prices.
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I've often heard this referred to as the Wal-Mart effect. Once Wal-Mart distributes your product nationally, they basically own you. Because once you ramp up production to meet Wal-Mart needs, you can't just scale back down if they drop you... and they can and will drop you if you do not behave.
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The lines between software and hardware are actually really blurry. Most NICs, for example, have hardware which assists in manipulating packets--anything from simply managing the checksums to VLAN tagging. Some cards even come with prioritization in the ASIC. Then you get highly programmable NICs which basically include an FPGA and a programming interface. With these, you can implement a somewhat arbitrary portion of the TCP/IP stack in the FPGA.
"But it's still softare!" you may cry. Well, maybe. But that's the point. The line between software and hardware is wide and blurry these days which, incidentally, is part of the reason why we have binary blogs for wireless drivers in the Linux kernel (they're basically firmware for the cards which the OS loads on boot.)
So saying "the software level" really just doesn't make sense. The layers in the OSI model don't distinguish between hardware and software--in fact, software isn't really mentioned except in layer 7 (the application layer.)
Huh? Gigabit ethernet is "hardly relevant"? What world are you living on?
The world of high performance networking. GigE is "hardly relevant" to the notion of building your own router because it's now ubiquitous. Everyone can do GigE and cheaply. There's really no money to be saved by building your own GigE router. 10 GigE is what everyone needs. If Google is building any hardware, rest assured it's for non-blocking 10 GigE port density and price.
Well, it's hard to refute a statement that uses marketing-speak like "enterprise-level pps performance". A commodity PC can achieve gigabit throughput, though
It's not marketing-speak. Poor packets per second performance is a common problem with networking gear. In actuality, it's a very normal "market-speak" thing to quote Gbps numbers without specifying packet size (like you did). Do you know the difference between being able to forward 64 byte packets at GigE and 1500 byte packets at GigE? Hint: small frames/packets can often kill commodity PC routers. So saying something "can achieve 2-3 Gbps" is meaningless if you don't specify a packet size.
And to be clear, Vyatta might very well be able to do 2-3 Gbps with 64 byte packets. Google really wouldn't care though, as 2-3 Gbps is nothing.
"Nature doesn't care how smart you are. You can still be wrong." - Richard Feynman