[citation][nom]nforce4max[/nom]Great now Euros will be surfing at ever faster speeds than ever before while the US lags behind in the stone ages all thanks to greedy corporations like Comcast and AT@T. If newer tech didn't kill their "dial up" most of us Americans probably would have still been stuck with it paying like $75 a month for it >.< Japan 10-125mbEuro 25-125mbAmerican 56k-1.5mb -_- Rest of the world 56k-20mb[/citation]
Actually, I think that Japan has up to 250Mb/s or 500Mb/s being common. I know that several countries have 500MB/s and 1Gb/s being common, Korea and New Zealand come to mind here. Yet I'm stuck at home with a 24Mb/s Broadband and I pay more than these other countries do for far faster internet than I have
[citation][nom]aidynphoenix[/nom]HD is a very broad statement. we first started calling anything higher than televisions standard resolution of 640x480 HD. we called it that, so that the ignorant consumer knew there was something special about the image. so basically your really old games such as diablo1, starcraft, and many other games, were all high definition because they could run at atleast 800x600. any old standard CRT monitor 15" or more can do atleast 1024x768, which is a higher resolution than HD 720p. so if we were talking about Blueray rip movies 1920x1080, then yea only about 10 movies per second.[/citation]
720p is greater than 1024x768. In fact, 1152x864 is the next step after 720p (both are ~1MP, but the 1152x864 is very slightly larger) in pixel count. 1280x720=921,600 pixels, 1024x768=786,432 pixels, and 1152x864=995,328 pixels.
[citation][nom]jbo5112[/nom]It's the new HD content, designed to be friendly with the poor bandwidth, data caps and multiple users. Sure it may only be 275 kbps total to carry both sound and video, but since it's 720p, I can still market it as HD. Right?I'm curious what networking standard is 20 Gbps per direction, aside from DDR Infiniband. Are they marketing this for 24x40GbE switches that peak at 50% of full bandwidth, or is this something more exotic? I can see a market for high-speed networking in data centers that is mostly simplex or 50+% idle.[/citation]
How about ten 100Gbe ports? Sure, it isn't common, but it does exist. I suppose that these chips could help make much faster ISP backbones without sacrificing energy usage and cost, that is if these chips are cheap enough to create. Considering that the test chips were made on 90nm, I think they can be made very cheaply. Maybe they would go well with that super fast phase change memory that IBM made as a cache that can keep up with multiple chips like these in a single package. That would be one helluva router/switch and it should help make an extremely performance-dense one at that.