China Claims World's Fastest Internet With 1.2 Terabit-Per-Second Network (bloomberg.com) 45
Huawei and China Mobile have built a 3,000 kilometer (1,860-mile) internet network linking Beijing to the south, which the country is touting as its latest technological breakthrough. From a report: The two firms teamed up with Tsinghua University and research provider Cernet.com to build what they claim is the world's first internet network to achieve a "stable and reliable" bandwidth of 1.2 terabits per second, several times faster than typical speeds around the world. Trials began July 31 and it's since passed various tests verifying that milestone, the university said in a statement.
Tsinghua, Chinese President Xi Jinping's alma mater, is plugging the project as an industry-first built entirely on homegrown technology, and credits Huawei prominently in its statement. The Chinese firm in August made waves when it released a 5G smartphone with a sophisticated made-in-China processor, inspiring celebration in Chinese state and social media. That event also spurred debate in Washington about whether the Biden administration has gone far enough in attempts to contain Chinese technological achievement.
Tsinghua, Chinese President Xi Jinping's alma mater, is plugging the project as an industry-first built entirely on homegrown technology, and credits Huawei prominently in its statement. The Chinese firm in August made waves when it released a 5G smartphone with a sophisticated made-in-China processor, inspiring celebration in Chinese state and social media. That event also spurred debate in Washington about whether the Biden administration has gone far enough in attempts to contain Chinese technological achievement.
Yeah, yeah. (Score:1)
Remember how China claimed they are the largest pig iron producer, with a foundry in every backyard?
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Remember how China claimed they are the largest pig iron producer, with a foundry in every backyard?
Fastest internet ever... but you can only access WeChat; everything else is firewalled off.
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Still, you can bet that the members of the Inner party will have access to everything we do, and probably more.
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There's a lot of piracy too. For example, Game of Thrones was shown on Chinese streaming, but censored to remove a lot of the nudity and sex, and some of the gorier bits. Naturally, fans were not happy about that, so piracy with fan-made subtitles was rampant.
So Fast It Finishes Your Searches Before You Start (Score:2)
Re:So Fast It Finishes Your Searches Before You St (Score:4, Funny)
The joke's on them, Firefly had only one season.
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The joke's on them, Firefly had only one season.
Which is a travesty. The first thing I would do with AI is to create new seasons of Firefly!
Should be easy for an AI. Download the entire run of "Gunsmoke" and just substitute in characters. For some variation, add in a few episodes of Wagon Train (although that might be better for creating new seasons of ST:TOS).
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Too late for Nandi...
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Too soon man, too soon.
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Come on, she was the best thing in the show.
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Sadly, I'm not. Who's Shirley?
Re: So Fast It Finishes Your Searches Before You S (Score:1)
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Okay, Kaywinnet.
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Kirk is better than Picard
Citation needed. ;-)
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tech support? (Score:2)
Actually 0 bps Internet (Score:1)
Thanks to the Great firewall .
Competition (Score:5, Informative)
Japan: 319 terabits per second
https://www.freethink.com/hard... [freethink.com]
ESNet stable speed: 46 terabits per second
https://newatlas.com/telecommu... [newatlas.com]
University College London: 178 terabits per second
https://www.ucl.ac.uk/news/202... [ucl.ac.uk]
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"Real world" nominal capacity of several transatlantic cables are in excess of 100Tb/s
link to wiki [wikipedia.org]
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Backbone is different from last mile.
The 3bs figure you cite is upload. 25/3 mbps is the complete figure.
25mbps down really should be enough for normal "critical" use (banking, e-gov, basic videocalls ... )
The 3mbps up is way too low. I'd argue 20/10 would be a better bandwidth split.
Now, for the rest of the definition (speeds available in any part of the census block), that's just horrendous.
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Carriers assured us if they received hundreds of millions of taxpayer dollars in 1996 they would get us 45/45 broadband speeds within a few years.
Here we are, 27 years later and we're haggling about whether 25mbps is a good speed or not for basic connectivity.
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Banking and e-gov would probably be fine at 0.1mps. Those applications dont burn any significant data at all. Videoconferencing is somewhere in between. The only people who want to videocon in 4k ar
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Banking and e-gov would probably be fine at 0.1mps. Those applications dont burn any significant data at all.
You underestimate how bloated modern day webpages have become. :-(
You certainly COULD do online banking at 128Kbit/s but you would find yourself waiting a subjectively long amount of time for things to load. Hope you have a solid QoS setup, otherwise the pain will be amplified a thousandfold as soon as some piece of software on your network decides to phone the mothership and download some updates. :-)
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you couldn't without extending browser timeouts, and praying servers have long enough timeouts.
I tried...
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A family of 5 in a middle-class household might have 3 4k TVs operating simultaneously.
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These are just lab experiments though. Huawei has actually deployed this in the real world. And not just the fibre optic transceivers capable of this level of performance, but the associated router hardware needed to actually use it too.
On the consumer side, Huawei is selling 50Gbps passive optical network (PON) hardware too, which is what is used to connect home broadband subscribers up. As far as I'm aware the next fastest system deployed anywhere is 20Gbps in Japan.
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ESNet is not a lab experiment but an actual deployed network between scientific establishments.
Dammit, learn to use standard units! (Score:2)
I'm gonna need that in LoC-seconds (Libraries of Congress per second)!
Meanwhile... (Score:2)
Re:Meanwhile... (Score:4, Insightful)
That's not true. Best Buy has them. If the mainstream brick and mortar retailer is carrying them it's hard to call it a 'struggle' to find them.
I'll also say the politically unpopular thing and point out that residential speeds exceeding 1Gbps are quite useless for anything other than dick waving on speedtests. Go ahead, find me the use case for >1Gbps at your house . ISPs do it because marketing is a race to the bottom and upgrading speed is cheaper than expanding your geographic footprint to reach underserved areas. Consumers fall for it because most don't know any better and the few that do have money to burn and want to make their friends super jealous.
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lower latency and better peering would be far more useful than higher last mile throughput.
Ever try to buy a 400gb ONT? (Score:2)
For some odd reason there isn't a huge market for home grade 400 gb optical modems. Buying one seems impossible and even putting one together isn't a trivial task. The network cards are still about $1.5k per port. It takes 16 channels of PCIe5 per interface and enough cpu to control the packet flow.
Most fiber today can deal with 60 channels of 400 gb for a total 24Tbit per fiber. Most ISPs will split that 400 into 4x 100gb because the equipment to manage it is cheaper. There is some 800g stuff around b
Telia Sonera (Score:2)
Heh. (Score:2)