Archive for the ‘EVDO Technologies/ EVDO news!’ Category

Latest in Mobile Convergence from Samsung

Tuesday, June 5th, 2007

Samsung Electronics Co., Ltd, a global leader in telecommunication, has released SPH-P9000 Deluxe MITs, capable of voice and multimedia data communications through Mobile WiMAX technology.

The SPH-P9000 is the ideal companion for users to usher in the new era of mobile convergence technology. The expected growth of Mobile WiMAX services will result in an increasing demand for multi-functional devices. The SPH-P9000 is a PDA-based device utilizing Mobile WiMAX and CDMA EV-DO connectivity. Users will have wireless access to the Internet utilizing Mobile WiMAX connectivity. Simultaneously, the CDMA EV-DO technology provides mobile phone connection for voice communication. With Microsoft Windows XP as the operating system, users will find the contents and applications familiar and easy to use for work and play.

This unique and versatile mobile device comes with a QWERTY keyboard for painless typing and internet surfing, while the MP3 player function, VOD, and camera function provide a quick access to multimedia entertainment.

MOVE

Monday, April 30th, 2007

It is the new name for the EVDO service, that offers the option of having high-speed wireless access to the Internet.

MOVE lets you connect with different equipment or options like a PCMCIA card would be, the portable modem (Axesstel) and/or any cell phone equipment with EVDO technology with the option to use like a modem, whether its USB cable or without cables (via Bluetooth), with a velocity of to 400-700 Kbps and maximum velocity of 2.4 Mbps.

MOVE from Verizon Wireless is one of the fastest solutions for mobile data available in the market. With our wireless PC card and your laptop, you can connect to the Internet, to your office’s network and your e-mail from anywhere.

read more here

EVDO Rev. B promises more than 9Mbps down

Tuesday, April 3rd, 2007

By Jacqui Cheng | Published: March 26, 2007 - 02:50PM CT

EVDO Revision A is already old and busted—get ready for EVDO Revision B.

Chipset maker Qualcomm has announced its roadmap to upgrade EVDO chipsets—both with new hardware and software updates to offer backward compatibility in older models. The company claims that during its tests on EVDO Rev. B they saw an average data rate of 9.3Mbps down, via the 5MHz spectrum—a drastic increase over Rev. A’s 800kbps download speed.

“The evolution of CDMA2000 networks from EVDO Rev. A to EVDO Rev. B allows network operators to remain leading-edge in their service and performance offerings without the need for any infrastructure hardware changes,” said Qualcomm CEO Dr. Sanjay K. Jha in a statement. The key is the lack of significant infrastructure hardware change, which means that uptake in the US should be good.

If Rev. B is truly this good (and it may not be, as I’ll get to in a minute), streaming video to mobile phones could potentially become an enjoyable experience. Qualcomm has another usage in mind, too: VoIP.

9.3Mbps download would be a dream come true to many mobile users—particularly traveling businesspeople who rely on EVDO for the constant net connection—but we know very well that actually achieving that kind of download speed anywhere outside of Fantasy Island is unlikely in the near future. Verizon, which currently supports EVDO Rev. A, says that users should expect perfomance to be lower than the theoretical maximum, going down as far as 450kbps down—just a hair above the halfway mark of the advertised max (800 kbps) for Rev. A. But even half of the advertised speed for Rev. B, roughly 4.6Mbps, would still be a major upgrade from EVDO Rev. A.

According to the company, the software update for Qualcomm’s older EVDO hardware, the CSM6800, will be available by the end of this week. There is no time frame specified for when US carriers might adopt EVDO Rev. B, but given that Qualcomm plans to roll out its new hardware, the MSM7850, later this year, it wouldn’t be surprising to see Sprint or Verizon upgrade their handsets and EVDO cards soon thereafter. The question is, will they also update their fees?

Cingular 3G service built into Dell Latitude notebooks

Monday, March 26th, 2007

Dell devotees now can have Cingular Wireless’ BroadbandConnect service built into their mobile systems with the availability of a new line of Dell Latitude notebooks.

The new Dell Latitude D620 and D820 notebooks can be configured with Cingular’s UMTS/HSPDA-based 3G technology onboard, giving customers global wireless data capabilities from day one. In the U.S., Latitude users now have mobile broadband access in all BroadbandConnect markets launched by Cingular in 2005 — and in most major markets by the end of this year — with seamless high-speed EDGE network coverage outside those areas in 13,000 cities and towns. Overseas, they can use their Latitude notebooks wirelessly in conjunction with EDGE or GPRS data service in more than 100 countries worldwide.

“The new Dell Latitude notebooks configured with Cingular’s BroadbandConnect service represent a complete, self-contained package — a fantastic new computing device with unparalleled global wireless capabilities built-in,” said Jeff Bradley, vice president, business data services, for Cingular Wireless. “This simplifies the wireless experience for business users by making it seamless. There’s no longer any need to purchase and bring along a separate wireless card or search for a WiFi hot-spot when traveling domestically or abroad.”

Cingular’s BroadbandConnect service uses UMTS/HSDPA technology — the global standard and natural 3G evolutionary path for GSM providers. In the U.S., it provides average download speeds between 400-700 kilobits per second (kbps), with bursts to more than one megabit per second (mbps). Cingular’s EDGE network, the largest national high-speed wireless data network in the U.S., provides average download speeds of up to 135kbps.

BroadbandConnect is available today in 16 U.S. markets covering 52 cities. Markets include Austin (TX), Baltimore, Boston, Chicago, Dallas, Houston, Las Vegas, Phoenix, Portland (OR.), Salt Lake City, San Diego, San Francisco, San Jose (CA.), Seattle, Tacoma and Washington, D.C. It is expected to be online in most major markets in the U.S. by the end of this year.

The new Dell Latitude D620 and D820 notebooks are available immediately through http://www.dell.com. Latitude customers can activate Cingular’s BroadbandConnect service directly from Dell and are billed monthly by Cingular. Unlimited monthly BroadbandConnect service is $59.99 per month with a two-year contract and qualified voice contract.

Beginning in late Q2, customers will be able to sign-up for Cingular Data Connect international plans. These will offer two international wireless data monthly usage plans — a North American plan ($109.99 for 100MB) for travel within Canada and Mexico and an Overseas plan ($139.99 for 100MB) — both include unlimited domestic usage on Cingular’s domestic data networks. The Overseas plan will provide access in more than two dozen countries, with service planned to be offered in Australia, Canada, China, France, Germany, Great Britain, India, Italy, Japan, Mexico, Spain and other major areas in Asia and Europe.

High speed mobile data driving uptake of PC cards

Monday, March 26th, 2007

The spread of high speed mobile data services is driving the increasing adoption of wireless modems in laptop computers, according to a new study from ABI Research.

In the early days of mobile computing, only the most hardcore road-warriors in niche markets equipped their laptops with wireless connections, because transmission speeds were so painfully slow using the cellular technologies of the time.

As speeds increase with the rollout of 3G services and air-interfaces evolve from EV-DO and W-CDMA to EV-DO Rev A and HSDPA, wireless connectivity becomes progressively more useful to a growing pool of laptop users.

The original wireless modems for laptops were add-ons in the shape of PC cards, and indeed according to Philip Solis, senior analyst at ABI Research, “there are still several good years left in the PC card market.” Now, progressively more wireless modems are being built right into the computer, and it is there that the real long-term opportunity lies. That will produce a change in the dynamics of the market.

ABI Research estimates that shipments of embedded modems will equal those of PC cards by 2009.

“With PC cards,” says Solis, “mobile operators sell the cards and an associated mobile phone service. Changing service provider or upgrading to a better modem is a simple matter of purchasing a new and different card. Embedded modems, however, must be chosen at the time the laptop is purchased - before the service is activated.”

The consequence is that mobile operators “incentivize” laptop vendors with a “bounty” for every activation. Therefore, Solis advises, “modem manufacturers should take care to cultivate strong relationships with carriers and operators. Among the leading laptop modem vendors - Option NV, Novatel Wireless, Sierra Wireless and SonyEricsson - Option has been most proactive in pursuing such relationships, and it has produced results: we found Option to be the number one cellular modem vendor at the end of 2005.”

The ABI Research study, “Mobile Broadband to the Laptop” tracks and forecasts the market for cellular PC cards and internal modems in laptops by air interface from 2003 to 2011. For comparison, it includes forecasts and attach rates for PC cards and internal solutions for WiBro, WiMAX, Wi-Fi and cellular solutions, as well as vendor market share for cellular PC cards from 2003 to 2005. The study forms part of two subscription ABI Research services, the Mobile Broadband Research Service and the Mobile Devices Research Service.

Innovation and 3G experience tops handset market share

Monday, March 26th, 2007

Design innovation and the promising 3G user experience influenced European handset sales during the 2005 holiday season, according to Telephia, the provider of performance measurement information to the mobile industry. Telephia’s Q1 2006 European Subscriber and Device Report (ESDR) shows Motorola RAZR posting higher market share in Europe, with a 6.2 percent share or nearly 5.3 million mobile consumers who bought a wireless device during the last three months purchasing a RAZR. This is up from RAZR’s 3.1 percent share secured in Q3 2005. RAZR’s market share was especially strong in the United Kingdom, Italy and Spain, claiming a share range from 7.5 to 9 percent. The RAZR claimed a 6.1 percent share in its Q1 2006 report for the U.S., illustrating a global demand for devices rich in visual and technological innovation and creative design.

The Telephia European Subscriber and Device Report is based on a semi-annual survey of over 27K wireless subscribers across six countries — United Kingdom, Germany, Sweden, France, Italy, and Spain. Since 2004, the report has tracked key industry performance metrics such as brand and device market share, brand consideration and retention, consumer satisfaction, retail dynamics, subscriber acquisition, user profiles, feature usage and preferences.

While Motorola had the most popular model, Nokia dominated total volume, claiming five of the top eight models in Europe. Nokia’s 6230 (#2) series phones posted a 3.4 percent market share, while the Nokia 6101 (#3), increased two percentage points since Q3 2005. The Nokia 6630 (#6), N70 (#7) and 6680 (#8), packed with multimedia and 3G features, showcased the resonance of 3G devices and services in Europe.

The Samsung SGH-D600 (#4) and the Sony Ericsson K750 (#5), which are both two mega pixel camera phones focusing on superior multimedia functionality, grabbed a share of 2.2 and two percent, respectively, equaling more than 3.6 million mobile phone consumers who bought the phone.

“Operators need to have a more heterogeneous, segmented handset portfolio that balances consumer demand for reliable voice, innovative design, multimedia, and 3G capabilities,” said Kanishka Agarwal, Vice President of New Products, Telephia. “This is a shift from Q1 2005, when the bulk of top selling models were focused on superior voice quality.”

Top Mobile Phone Models in Europe
Handset Model Pan Europe Share (%) Q1 2006 Pan Europe Share (%) Q3 2005
1. Motorola RAZR series (V3, V3x)

6.2%

3.1%

2. Nokia 6230 (6230, 6230i)

3.4%

5.2%

3. Nokia 6101

2.6%

0.3%

4. Samsung SGH-D600

2.2%

NA

5. Sony Ericsson K750 series (K750, K750i)

2.0%

2.2%

6. Nokia 6630

2.0%

2.3%

7. Nokia N70

1.9%

NA

8. Nokia 6680 series (6680, 6681)

1.7%

1.3%

Source: Telephia European Subscriber and Device Report, Q3 2005 and Q1 2006

Wi Fi Hackers!

Tuesday, March 20th, 2007

wifi-hacked.jpg

As Los Angeles and hundreds of other communities push to turn themselves into massive wireless hotspots, unsuspecting Internet users are stumbling onto hacker turf, giving computer thieves nearly effortless access to their laptops and private information, authorities and high-tech security experts say.

It’s an invasion with a twist: People who think they are signing on to the Internet through a wireless hotspot might actually be connecting to a look-alike network, created by a malicious user who can steal sensitive information, said Geoff Bickers, a special agent for the FBI’s Los Angeles cyber squad.

It is not clear how many people have been victimized, and few suspects have been charged with Wi-Fi hacking. But Bickers said that over the last couple of years, these hacking techniques have become increasingly common, and are often undetectable. The risk is especially high at cafes, hotels and airports, busy places with heavy turnover of laptop users, authorities said.

“Wireless is a convenience, that’s why people use it,” Bickers said. “There’s an axiom in the computer world that convenience is the enemy of security. People don’t use wireless because they want to be secure. They use wireless because it’s easy.”

For Mark Loveless, just one letter separated security from scam.

Logging on to his hotel’s free wireless Internet in San Francisco last month, Loveless had two networks to choose between on his laptop screen — same name, one beginning with a lowercase letter, one with a capital. He chose the latter and, as he had done earlier that day, connected. But this time, a screen popped up asking for his log-in and password.

Loveless, a 46-year-old security analyst from Texas, immediately disconnected. A former hacker, he knew an attack when he saw one, he said.

Most Internet users do not.

About 14.3 million American households use wireless Internet, and this figure is projected to grow to nearly 49 million households by 2010, according to JupiterResearch, which specializes in business and technology market research.

“There’s literally probably millions of laptops in the U.S. that are configured to join networks named Linksys or D-Link when they are available,” said Corey O’Donnell, vice president of marketing for Authentium, a company that provides security software. “So if I’m a hacker, it’s as easy as setting up a network with one of those names and waiting for the fish to come.”

Linksys and D-Link are two of the many commercial brands of wireless routers, products that allow a user to connect to the Internet using radio frequency.

As the field of wireless connectivity expands, so too does a hacker’s playground. More than 300 municipalities across the country are planning or already operating Wi-Fi service.

Los Angeles Mayor Antonio Villaraigosa last month announced plans for citywide Wi-Fi in 2009. USC already offers free wireless, and by the end of March, Los Angeles International Airport will officially offer wireless at all its terminals under a new contract with T-Mobile.

Some airlines already offer Wi-Fi at LAX. “There are no signs for any service at all, so if any passenger is accessing a free wireless service … they should be cautious,” said Nancy Castles, an airport spokeswoman.

A survey at Chicago’s O’Hare Airport by Authentium revealed 76 peer-to-peer networks, or access points that are connected to via another user’s computer, with 27 of them advertising access to free Wi-Fi — a trademarked term for the technical specifications of wireless local area network operation. The company also found that three of the networks had fake or misleading addresses, one sign the hotspots could be hackers.

“At a busy place like O’Hare, in one hour a bad guy could get 20 laptops to connect to his network and steal the users’ account information,” said Ray Dickenson, vice president of product management at Authentium, who conducted the survey last September.

Corporate networks are sometimes the most vulnerable, as employers push for a more mobile workforce without always educating its users on the security risks of wireless Internet.

Many workers rely on corporate firewalls in the office and an automatic default network setting that links them to their corporate networks. Outside the office, the firewall is no longer in place. That means the computer is unprotected. Once hackers have “got a toehold in a network, it’s pretty much game over,” Bickers said.

Most laptops are configured to search for open wireless points and common wireless names, whether or not the user is trying to get online. That leaves people open to hacking.

In two new attacks, called “evil twin” and “man in the middle,” hackers create Wi-Fi access points titled whatever they like, such as “Free Airport Wireless” or an established, commercial name.

In the “evil twin” attack, the user turns on a laptop, which may automatically try to connect. When it does, it is connecting to a fake access point, or “evil twin,” and the hacker gets into personal files, steals passwords or plants a virus.

The hacker can become a “man in the middle” when he funnels the user’s Internet connection through this false access point to a true wireless connection. The unsuspecting Wi-Fi surfer may then proceed to enter credit card information, access e-mail or reveal other sensitive data that can be tracked by the hacker. Meanwhile, the session appears ordinary to the user.

Although the FBI has been aware of this kind of attack for about five years, its use has increased in the last couple of years and is being seen as a “huge threat,” Bickers said.

“The actual tools you need, the software, the hardware, etc., to mount this sort of attack has become insanely easy to acquire,” Bickers said. “You need a laptop, wireless radio and the ability to download a free tool and run it. It literally is child’s play.”

The creation of the access point itself is not generally considered criminal; it’s what happens next — tracking people’s Internet use — that can cross the line.

These hacking techniques are considered to be “tantamount to a computer intrusion and illegal interception of wireless communication that can be prosecuted under federal law,” Bickers said.

But computer evidence and statistics are hard to come by, said Arif Alikhan, a former federal prosecutor and former chief of the cyber and intellectual property crimes section for the U.S. attorney’s office in Los Angeles. People can unwittingly compromise their computers in a multitude of ways, and often there’s no trace.

“You can tell how many burglaries occur because you’re victimized, and someone knows they’re victimized,” Alikhan said. “People don’t always know if someone is using their wireless network, and it’s very difficult to tell unless you trace back every single connection…. It happens more than I think we all realize.”

The U.S. attorney’s office will not comment on pending investigations; however, wireless hacking cases are relatively new, and few if any current cases involve “evil twin” or “man in the middle” attacks, law enforcement authorities said.

“This is a classic case of law and law enforcement being a little behind the technological curve,” Bickers said.

Other types of wireless-related Internet hacking cases have recently popped up across the country.

Nicholas Tombros was found guilty in 2004, under the federal Can-Spam Act, of “war-spamming.” He drove around the Venice Beach area with his laptop and used unprotected wireless access points to send spam. He could receive up to three years in federal prison at his sentencing next month.

He is the only defendant who has been charged in a case involving wireless hacking by the Greater Los Angeles section of the U.S. Department of Justice’s cyber and intellectual property crimes division since it was established in October 2001, according to Assistant U.S. Atty. Wesley L. Hsu, deputy chief of the section.

“They are technically difficult cases…. They’re difficult cases to put together, so law enforcement is having to sort of catch up,” Hsu said.

On Sept. 30, Gov. Arnold Schwarzenegger signed into law the Wi-Fi User Protection Bill, which aims to block unauthorized sharing of open Wi-Fi networks and inform users of the dangers of unsecured networks. Starting in October, warnings and tips will be required on all wireless home-networking equipment sold in California.

The law specifically addresses “piggybacking” — or the use of another person’s wireless network to access the Internet — a problem that security experts say has been a concern for years.

Novatel V640 EVDO card and why you want one (updated)

Friday, March 16th, 2007

v640.jpg

I’ve been using a Novatel V640 EVDO ExpressCard/34 for a while now on the Verizon network and it’s fantastic. It allows you to get online anywhere where there’s high-speed EVDO coverage and it fits in the skinny (34mm, hence the name) ExpressCard/34 slot found in the MacBook Pro.

The V640 was announced in August 2006 by Verizon Wireless and Novatel Wireless and is a WWAN PCI ExpressCard/34. The V640 is only for use with Verizon Wireless’ BroadbandAccess service and enables owners of notebooks with ExpressCard/34 (and ExpressCard/54) slots to wirelessly connect to the Internet at broadband speeds via Verizon Wireless’ national high-speed 3G Evolution-Data Optimized (EV-DO) network.

The little card is an amazing piece of kit offering download speeds that rival my clunky DSL connection at home and even the pokey “high speed” connections at a lot of hotels. I used this little wonder to live blog the Stevenote address at Macworld Expo in January and although I had a little trouble with the software, all was cured with a quick update to the latest version of VZAccess Manager (v.3.1.3 currently). Be sure to update to the latest version of the software. You should also install Apple’s WWAN Support Update 1.0 for Intel based Macs while you’re at it.

VZAccess Manager is an OS application for managing your connection on Verizon’s BroadbandAccess network. The software offers information about your data usage and is useful for keeping tabs on the amount of data transferred to and from your computer.

Although their BroadbandAccess service is marketed as “unlimited” Verizon has been known to cancel user accounts for transferring more than 5GB of data per month. EVDOForums.com has posts from several Verizon customers that had their EV-DO accounts canceled for that very reason.

When I asked Verizon Wireless about their usage policy and the conflict between marketing a product as “unlimited” access and the phantom 5GB download cap, their Executive Director of Corporate Communications replied “we have a BroadbandAccess plan that is UNLIMITED FOR certain types of use, not just “Unlimited.” Right.

Anyway, bandwidth caps notwithstanding the V640 is still an amazing card. Business users will love being able to get online in seconds in most major metros without having to hunt around for an open WiFi hotspot or pay for an expensive T-Mobile hotspot account. It’s great to be able to keep in touch with the office and clients whether you’re in the airport or in the back of car doing 70MPH down Interstate 95. Granted the service isn’t cheap (US$60 per month with a VZW mobile phone account) nothing beats being able to get online with your MacBook Pro in most major metros, especially now that spring is almost here.

Verizon Wireless sells the ExpressCard V640 for US$179 with a two year contract. The “unlimited” broadband service costs US$59.95 per month if you have cell phone service with Verizon.

Sprint May Be Prepping Treo 755p

Wednesday, March 14th, 2007

A rumor indicates that Sprint will be launching a new smartphone from Palm, Inc. in a few months.

A post on SprintUsers.com lists several phones that are supposedly coming to this carrier in the near future. One of these is the Treo 755p.

This source gives only a few details on this model. Virtually all that is known is that this smartphone will run the Garnet OS (formerly Palm OS Garnet) and will offer support for the 3G cellular-wireless networking standard EV-DO.

In addition, the Treo 755p isn’t supposed to have an antenna. This and its name suggests that it will have the same general form factor as the Treo 750, a model that is slimmer than most earlier Palm smartphones.

This device is expected to replace the Treo 700p, which Sprint is currently offering.

According to this source, the Treo 755p has a target release date of May 14.

FlipStart Micro Laptop Drawing Close to Release

Wednesday, March 14th, 2007

fluip.jpg

After years in development, the FlipStart 1.0 is nearing its debut. This will be a computer so small that it might tempt those who need more functionality that a handheld or smartphone can offer but don’t want to carry around a full-size laptop.

This device will have the typical clamshell shape of a laptop, but will be 5.9 inches wide, 4.5 inches tall, and 1.6 inches thick and weigh just 1.8 pounds (with extended battery). It will be bigger and heaver than some of its competition, like the Sony Vaio UX180P or OQO’s model 02, but has a larger screen and keyboard.

In addition to its 5.6-inch, SVGA primary display, it will have a 1.9-inch external screen that can show information from Microsoft Outlook, including the user’s email, calendar, and contacts.

The FlipStart 1.0 will use a 1.1 GHz Intel Pentium M processor to run Windows XP Professional, and Windows Vista Business will be available as an option. It will also sport an Intel Graphics Media Accelerator.

This PC will have 512 MB of RAM and a 30 GB hard drive.

For wireless connectivity, it will include Wi-Fi b/g, Bluetooth and the 3G cellular-wireless standard EV-DO.

It will also have two USB 2.0 ports, an Ethernet port, and a VGA port.

The FlipStart 1.0 is scheduled for release later this month, and it is expected to cost $2,000. More information is available on the FlipStart Labs web site.