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With SATA 6Gbps not fast enough to keep up with todays SSDs, the Serial ATA International Organization had to come up with something, and quick. SATA-IO have just announced the development of a new standard that combines SATA software infrastructure with the PCI Express interface. The new standard will be called "SATA Express," and will allow manufacturers to create devices that can access the bandwidth of the PCIe slots whilst remaining compatible with existing SATA applications.
The combination of the technologies will provide 8Gb/s and 16Gb/s (one lane via PCIe 2.0 or two via PCIe 3.0) - which is a decent increase over SATA 3.0's single-channel throughput of 6Gb/s. SATA-IO is still concerned certain high-end consumer and enterprise configurations could saturate the existing 6Gb/s interface.
In a time when multi-monitor setups are more popular than ever before, ZOTAC is jumping onboard in making it easier for people to set up a multi-display output configuration that was previously not possible.
These DisplayPort and Mini DisplayPort to dual HDMI adapters are the first of their kind, allowing for example a single DisplayPort output on a notebook to be converted into two HDMI outputs. However, due to bandwidth limitations of the older DisplayPort 1.1a or earlier revsion, the maximum resolution possible from each of the two HDMI outputs is 1920x1080.
Meanwhile, all sorts of drugs are somehow imported into the [super secure] borders of most countries (like the US for example), yet a little 'ol cable like the Mini DisplayPort to HDMI cables have been deemed by HDMI org to be illegal. HDMI org are the committee that oversees the HDMI specification, saying such wires are illegal and could soon disappear from stores.
HDMI org claim that any cable with a male Mini DisplayPort connector on one side and a male HDMI connector on the opposite side is unlicensed and shouldn't be sold on store shelves. HDMI org did back up its claims with a few lines from the HDMI specification, one line says that a HDMI cable consists of only HDMI connectors, nothing else is permitted.
Google last year announced a new project: to provide a community with Internet access more than 100 times faster than what most Americans have today. Insane, right? Well, they're following through with that wish. Google, after going through 1, 100 requests from cities around America chosen Kansas City, Kansas as the city to be upgraded.
Google will be working closely with local organizations, businesses and universities to bring next-generation web experience to the community. Obviously over the last decade, the massive increases in required bandwidth have changed - now more and more people are using more and more high-end services like streaming online video, video conferencing, etc.
Rumor has it that Apple are set to use the new connector technology on their upcoming MacBook Pro update which is rumored to happen on February 24. Even if the MacBook Pro refresh doesn't include Light Peak, Apple are expected to use the technology in the future - but most likely under a different name.
Intel themselves have said that the first Light Peak products should pop up in the first half of 2011. If Apple have included it on their upcoming refresh of the MacBook Pro it would be a huge coup - as it's faster than USB 3.0, being capable of 10 gigabits per second in both directions, simultaneously.
I don't travel much these days, but the worst thing about traveling when I have to is that for several hours while in the air, I am typically without access to the web and I get bored easily. I am sure that lots of geeks are the same way. You can only read or play video games or so long before you need to get online to check email or work. Google has announced that it is offering holiday season travelers a free gift.
Google is offering travelers on all domestic flights with AirTran, Delta, and Virgin American free Gogo WiFi while in the sky. Gogo is an inflight WiFi service that allows you to surf the web, work, and check email or anything else you can think of while in the air. Having web service will make it much easier to put up with long flights. Farmville fans won't have to worry about crops withering and connected types can IM and Tweet from 35,000 feet.
We now may have more reasoning behind Steve Jobs' inference that Apple products will not be supporting USB 3.0 anytime soon. According to CNET's report from an industry source, Apple may be jumping past USB 3.0 to become an early adopter of Light Peak technology which is "now on track to appear in products in the first half of 2011-and likely earlier in the year than later."
Light Peak, a high speed connection capable on 10 gigabit per second data transfer, is currently in development by Intel with possible help from Apple themselves, who may have had the original idea in the first place. With Intel chipsets not expected to natively support USB 3.0 until 2012, Apple jump into a faster standard may be a shrewd move.
When it comes to interfaces on computers we all want more speed. USB 2.0 was great as an upgrade to USB 1.0 ports with more speed and better performance. Now that USB 2.0 is old, the new USB 3.0 port is what most people want on their computers. The catch is that USB 3.0 it not widely supported. The reason is that Intel doesn't have USB 3.0 on its platforms and may not until 2012.
It looks that Intel's own speedy connectivity specification Light Peak will be supported before USB 3.0. An industry insider claims that support for Light Peak is coming in early 2011. Light Peak is faster than USB 3.0 with bandwidth of 10Gbps making it a very speedy connection. The scuttlebutt says that Apple may be one of the first companies to offer Light Peak on its computers.
The days of DisplayPort are finally upon us - but it's getting a polish, a WiFi polish. WiGig and VESA are teaming up to bring us wireless DisplayPort.
WiGig's 60GHz multi-gigabyte tech has already begun rolling out in the higher end AV market - mostly in devices that shoot in 1080p from source-to-display sans cabling.
When it comes to charging the gadgets we all live with on a daily basis, none of us really want to mess with wires. There are several chargers on the market today that will charge smartphones using magnetic induction technology, but those chargers require the device to physically sit on the charger plate.
Fujitsu is talking up new tech that it is working on to allow the easy design of chargers that can recharge multiple devices at the same time without having to have a specific position to the power transmitter. The new tech was developed at Fujitsu Laboratories and the intention is to offer a dev kit of sorts to speed getting wireless charging products onto the market.