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Marvell, a fabless semiconductor company, makes a plethora of wireless chipsets and other integrated electronics. Today, they are touting that they have the industry's first 802.11ac 4x4 wireless solution. Marvell says that it is "built to improve the throughput of enterprise and retail access points (APs) and the robustness of wireless video distribution."
"I believe that with Marvell's new breakthrough 802.11ac 4x4 Wi-Fi solution, we are positioned to change the landscape for enterprise-class network infrastructure and carrier grade video applications, further empowering the entire spectrum of always-on devices. The new era of the digital lifestyle requires superior wireless connectivity which serves as a critical pillar for delivering live content across all screen sizes and 'Smart Furnishings' for connected consumers," said Weili Dai, Co-Founder of Marvell. "I am very proud to see our dedicated team of engineers continue to build ground-breaking wireless technologies that support the latest industry standards, significantly improving network capacity, performance and reliability for Wi-Fi devices accessing the cloud infrastructure. Working with the industry's largest and most innovative global carriers and OEMs over the last decade, Marvell has established a successful track record of delivering world class wireless solutions for enterprise, consumer and mobile applications."
"Oops, sorry, I didn't mean to send that text to you!" I'm sure we've all experienced that moment of frustration when we mistyped a number or accidentally replied to the wrong person. I know it's happened to me more than once. Well, we can thank Neil Papworth for that frustration.
On December 3, 1992, Papworth issued the first text message from a computer and sent it to a mobile phone. The message? "Merry Christmas" Unfortunately for the recipient, texting had not been enabled on mobile phones quite yet, so he was unable to respond to the season's greeting.
Texting first entered commercial service in 1993 and gained more traction in 1994. In 1995 our frustrations were made even worse with the invention of predicitve text systems, such as T9. Cross-network compatibility was fully completed in 1999, seven years after the initial message had been issued.
Today we wish texting a happy birthday and hope that it lives a long and full life. I know texting is a staple of what I use my phone for, and I'm sure it's pretty high on most people's lists.
US telco, T-Mobile, have just announced that they are expanding their 1900MHz HSPA+ areas by ten new markets, which is part of the company's vision to move to the frequency completely. Currently, T-Mobile offer 1900MHz in Baltimore, Houston, Kansas City, Las Vegas and Washington D.C.
The latest locations to receive improved coverage and speeds will be:
- Phoenix, AZ: including Tempe, Scottsdale, Glendale, Peoria, Paradise Valley, Surprise and Ahwatukee
- Mesa, AZ: including Chandler and Gilbert
- Tucson, AZ: including South Tucson, Marana, and Vail
- Silicon Valley: including Cupertino, Sunnyvale, Mountain View, Santa Clara, San Jose
- Oakland, CA
- San Francisco, CA
- Stockton, CA
- Modesto, CA
- Miami, FL: including Coral Gables and Miami Beach
- Fort Lauderdale, FL: including Hollywood
Users in these areas might have already seen 1900MHz HSPA+ coverage before, but T-Mobile now feels that they have enough towers supporting the service, to launch it "officially". T-Mobile are also looking to expand the same 1900MHz HSPA+ in Boston, Chicago, LA, Minneapolis, the New York metro area, Philadelphia, San Diego and Seattle. This should roll out over the coming months.
There's a team of scientists in Bangor, Wales, who are working with current fiber optic technology hoping to boost its speeds. The team believe they've found a breakthrough that could see broadband speeds excel by a magnitude of 2,000 times what is on offer today.
Fiber optic technology currently takes digital data, 1s and 0s, and converts them to light pulses. They then have the ability to travel very, very fast, but as data is continuously flowing through the cables and required to be sent over vast distances, signal degradation becomes a huge problem. At the moment there are a few ways of working around this, adding more fiber optic strands to the cable, implementing signal strength boosters and installing extra encoding and decoding lasers at each end.
Those three options are all very expensive and require massive investments in order to do so. The Bangor, Wales-based researchers want to keep the potential costs down by manipulating current technology. The one being worked on now is used by wireless networks and those in the digital broadcasting field. This technology is called Optical Orthogonal Frequency Division Multiplex, or OOFDM.
Fans of the Windows Live Messenger will be sad to hear that the service will be retired in Q1 2013. Existing users of Messenger will be shepherded towards Skype, which will give the communications platform a large boost in user base. Skype has roughly 280 million monthly active users, so an additional 100 million will be a large increase.
Windows Live Messenger is on the down swing of product life. Last year, it was reported that Messenger had over 300 million monthly active users, not Microsoft is planning 100 million to be shifted, which is a massive drop from its peak. This shift will boost Skype's user base by roughly 36 percent, that is if everyone agrees to switch.
Some will likely be disappointed in the fact they are being forced to switch to Skype. However, there are some good, non-trivial reasons to use Skype over Messenger. Quite frankly, the service is quite a bit better. Check out the list that Microsoft compiled to encourage users to switch:
- Broader device support for all platforms, including iPad and Android tablets
- IM, video, and calling landlines and mobiles all in one place
- Sharing screens
- Video calling on mobile phones
- Video calling with Facebook friends
- Group video calling
The Verge has reported that Google Voice, that wonderful--trust me, it is--service by Google which allows you to text through the internet, as well as make and receive calls from a single number, is having issues with its texting capabilities. Users on the Google Voice forums have reported that sending a text results in it being sent from a random number.
Not only is every single text sent from a random number, responses sent to those texts never arrive back at the sender. One of the forum comments made the point that now would be the perfect time to do some pranking. This is unfortunate for this to be happening, as it makes texting through Google Voice basically impossible.
The problem occurs both in the Google Voice app, as well as on the website. The good news is that phone calls do not seem to be affected by this bug, so if that's all you use Google Voice for, you can carry on using it as if all was normal. We'll keep you updated as to the cause of this bug, if and when Google comments.
Well, Kim Dotcom is quite the great guy, isn't he? NZ Herald is reporting that the MegaUpload founder is proposing free broadband to the entire population of New Zealand, where he is looking to resurrect the Pacific Fibre cable connecting New Zealand with the US.
Dotcom revealed the plans just 24 hours ago, which would cost $400 million to complete, but doubling New Zealand's bandwidth. It would set up his new Me.ga company, create countless jobs and a data center on offer to the rest of the world. Dotcom would provide New Zealand ISPs such as Telecom and Vodafone with free access for individual customers, and charge a fee for business and central government.
NZ residents would be charged a fee by ISPs, but it would be very, very low - down to around 1/5 of current broadband plans, and roughly three-to-five times faster, but best of all - no data limits. The $400 million would be partially funded by Me.ga, with the rest of the funds coming from investors.
Wireless giants T-Mobile and AT&T have come together, at least temporarily, for the benefit of customers affected by Hurricane Sandy. The storm which hit the northern east coast earlier this week has knocked out power and caused untold amounts of damage. People have been stuck at home by streets being flooded, with nothing to do as they have no internet, power, or cell service.
This is where the partnership comes in. AT&T and T-Mobile have agreed to share networks temporarily so that users will be able to get more cell coverage in the affected areas. Since many of the cell towers of both networks have been affected by the storm, this is definitely a good move by the companies to create good will.
It's also just a really compassionate thing to do. It's great that the two companies use similar technology as it allows them to basically flip a switch at the main office to allow this roaming. Users will not have to do anything to make this happen and should be able to just reap the benefits of the expanded network.
I've only begun to be impressed with 4G here in Australia, but we all know that the technology industry doesn't sleep with news that 5G research is now underway thanks to the UK government and industry partners.
They've teamed up to create the 5G Innovation Centre, which is set to be established at the University of Surrey in the coming months, and will be funded in a joint effort between the UK government and a bunch of companies from the wireless tech industry.
The UK government has pledged $18.6 million or so, while another $38.5 million will come from partners found in Huawei, Samsung, Telefonica, Fujitsu, Rohde-Schwarz, and AIRCOM International. The goal of this 5G network research will be to make the UK the center of 5G network deployment, which could be even ten years or more away.
There's no details of what 5G would bring, but if 4G networks can reach 100Mbps, we should expect this to be at least 500Mbit (!). I'd expect full 1080p or even 4K streaming over this network, and by then we're going to need it. Excitement level - level 10 engaged.
Users who live in rural parts of the United States will soon be able to get on the internet quite a bit quicker. DISH, one of the large US satellite TV providers, has launched a new internet service under the dishNET brand. Incredibly, the new service provides internet speeds of about double the average residential connection.
"Many unserved and underserved markets are years away from a telco or cable broadband build out, but dishNET is available today," said Brian McIntyre, vice president of Broadband at DISH. "These services will have powerful, positive impacts for kids, educators, businesses, farmers and families -- no matter how far out of town they may choose to live."
As of October 1, users will be able to obtain a 5Mbps down/1Mbps up data connection for $39.99 a month with two year contract. That price does not include equipment fees. Unfortunately, there is a 10GB data cap on that line. Stepping up to $49.99/month yields a 10/1Mbps connection with a 20GB data cap.
To get the pricing shown above, you'll need the previously mentioned two-year contract. You'll also need to bundle the service with Dish's "America's top 120" package, or any more expensive TV package. Installation is free for any customer, new or existing, as long as the service is bundled with TV. Otherwise, you'll be looking at a $99 charge.