New Gadget in the Market

mylo-Internet Device COM 2-Black

The fun of a PC in your pocket. The mylo internet device lets you connect to Wi-Fi hot spots, talks, chat and surf the web. Eventhough without a Wi-Fi Sony, mylo internet device gives you what need to stay connected. It conveniently uses wireless LAN technology. Call your friends on Skype for free or IM them on AIM, Google talk, or Yahoo!Messenger using the back-lit-slide-out keyboard and enjoy unparalleled communication in the palm of your hands. You can also browse the Web, take photos and share them on the 3.5-inch LCD touch screen. All this on a device small enough to take virtually anywhere. Sony mylo is also available in white.

Beta Tash a Dash Express: The Internet-Connected GPS

The device will use information from other devices to suggest routes that avoid traffic. This is illustrated in the image above where various routes are available. It is also integrated with Yahoo! Local Search so you can look up anything in their local index. One of the things that people most looking to is the ability to send things to the device. This will be possible via its web services. So things like a bookmarklet and email should work. The Dash Express will also provide access to geo-dependant services like gas prices and movie times. Other data services will be available in time.

Data Wind’s Pocket Surfer 2

The PocketSurfer2 is an ultra-thin and portable Internet communications device featuring a built-in GPRS modem and SIM card, GPS location information, 5 hours of battery life with 5 days standby, a built-in high performance antenna, 640×240 VGA colour screen with transreflective backlighting, and a backlit QWERTY keyboard.

Example of Communication Devices That Use Internet

Mobile Devices

(a) Giorgio Armani-Samsung

For the first time, Giorgio Armani’s signature elegance and simplicity is applied to mobile phone design. A large 2.6-inch QVGA TFT LCD screen maximizes the user’s visual experience and optimizes the full touch-screen user interface (UI). Along with the outer appearance of the phone, the graphical user interface (GUI) and audio user interface (AUI) also reflect Giorgio Armani’s modern simplicity. By adapting a haptical UI, users can feel an immediate mild vibration when they touch icons on the display. Being the size of a credit card and a mere 9.9 mm in thickness, the Giorgio Armani-Samsung Phone fits sensuosly into a user’s palm.

Despite its compactness, the phone is loaded with the latest powerful multi-media features. It is equipped with a 3-megapixel camera, a music player supporting various types of music formats and a full internet browser. Furthermore, the Giorgio Armani-Samsung Mobile offers a microSD type external memory slot and comes with a Bluetooth stereo headset. A specially designed Giorgio Armani leather carrying case is also included for protection.

(b) Palm 3G Treo 500v

Palm 3G Treo 500v smartphone combines multiples forms of communication and multimedia capabalities with high speed 3G/UMTS mobile internet access, allowing users access to popular websites such as MySpace, You Tube and eBay whilst on the move.

The Palm Treo 500v smartphone runs on a Windows Mobile 6 standard platform and has a full keyboard, large screen, video streaming capability and a comprehensive multi-messaging functionality covering Instant Messaging, SMS, email and phone and personal information management software in a new design. The compact form factor is available in two colours: glacier white and charcoal grey.

With the Palm Treo 500v smartphone customers can also manage documents using mobile versions of familiar Microsoft applications like Outlook, Office, and Windows Live for Windows Mobile. In addition users can share the Treo 500v smartphone’s data access with a laptop, so they can stay connected anywhere within wireless coverage.

3G HSDPA Data Transmission Modules

TDC announced the availability of two new compact High Speed Downlink Packet Access (HSDPA) modules, offering faster transmission of data with speeds up to 3.6M/bits per second. They provide high bandwith data communication services such as broadbrand internet, email access, and video and music streaming on portable devices.

The Siemens HC15 and HC25 from TDC allow data to be transmitted and received at up to three times the speed of ISDN. Both modules support voice, fax, SMS and Circuit Switched Data (CSD) enabling them to be used as a modem for PDAs, laptops and other devices via infrared ports or data cables.

The HC15 is a single band 3G device supporting 2100MHz and dual band operation on 900/1800MHz for EDGE/GPRS and GSM. The HC25 is configured for worlwide use and offers 3G on 850/1900/2100MHz and EDGE/GPRS/GSM on 850/900/1800/1900MHz.

The HC15 and HC25 modules measure just 34 x 50 x 4.5mm and weigh less than 10g, making them easy to integrate into compact designs. The modules interface to the host application via a USB 2.0 slave interface. USB drivers for Windows XP are included as well as Microsoft RIL/NDIS drivers for Windows Mobile 5 and its successor. Normal operation temperature is between -20 to +65 degrees.

Internet Communication Devices

(a) SR3000 Internet Router

Ideal WAN Access for Small Branch Offices and SMEs

• One WAN (Sync) port with V.35/RS-232 auto-detectable interfaces and speeds from 56 Kbps to T1/E1
• One auto-sensing 10/100 Mbps Ethernet interface
• Backup (Async) port with speeds up to 460.8 Kbps
• Supports Sync/Async PPP, Cisco HDLC for WAN connection
• Supports packet filtering for firewall protection
• Supports NAT for private IP applications
• Supports Static, RIP-1/2 routing

(b) SD1000 Internet Sharer

Economic Internet Sharing and Simple Routing Device for Small Offices

• Four 10BaseT LAN ports
• One RS-232 port
• 64 virtual e-mail boxes
• Dial-on-demand and automatic disconnection
• Supports NAT, TCP/IP, Telnet, HTTP, SMTP, POP3, NNTP, FTP, Gopher, DHCP, PAP, CHAP

   

 

3G ???

 

 

 

3G is the third generation of mobile phone standards and technology, superseding 2G, and preceding 4G. It is based on the International Telecommunication Union (ITU) family of standards under the International Mobile Telecommunications programme, IMT-2000.

3G technologies enable network operators to offer users a wider range of more advanced services while achieving greater network capacity through improved spectral efficiency. Services include wide-area wireless voice telephony, video calls, and broadband wireless data, all in a mobile environment. Additional features also include HSPA data transmission capabilities able to deliver speeds up to 14.4Mbit/s on the downlink and 5.8Mbit/s on the uplink.

(IDG) — Wireless videophones and high-speed Internet access are a reality with the world’s first third-generation or “3G” mobile services, which were launched on October 1 by NTT DoCoMo in Tokyo.

 

Third-generation wireless: A group of wireless technologies that move from circuit-switched communications to wireless broadband, high-speed, packet-based networks. These are preceded by first-generation analog and second-generation digital, communication technologies.

 

What is 3G wireless?

So-called 3G wireless networks are capable of transferring data at speeds of up to 384Kbps. Average speeds for 3G networks will range between 64Kbps and 384Kbps, quite a jump when compared to common wireless data speeds in the United States that are often slower than a 14.4Kb modem. 3G is considered high-speed or broadband mobile Internet access, and in the future 3G networks are expected to reach speeds of more than 2Mbps.

 

The 3G technologies are turning phones and other devices into multimedia players, making it possible to download music and video clips. The new service is called the “freedom of mobile multimedia access” (FOMA), and it uses wideband code division multiple access (W-CDMA) technology to transfer data over its networks. W-CDMA sends data in a digital format over a range of frequencies, which makes the data move faster, but also uses more bandwidth than digital voice services. W-CDMA is not the only 3G technology; competing technologies include CDMAOne, which differs technically, but should provide similar services.

 

FOMA services are available within a 20-mile radius around the center of Tokyo, the company plans to introduce it to other Japanese cities by the end of the year. But services and phones are expensive and uptake of this market is expected to be slow.

 

What is 2.5G?

 

When the wireless industry realized that it was going to be costly and technologically challenging to upgrade to 3G networks, an interim stage emerged called 2.5G. These networks transfer data at speeds of up to 114Kbps, which is faster than traditional digital (2G) networks. They are always on. A phone with 2.5G services can alternate between using the Net, sending or receiving text messages, and making phone calls without losing its connection.

While Japan has had 2.5G services for more than a year and Europe also has had 2.5G services, the U.S. is just beginning to make these same services available. Seattle was the first U.S. city to acquire 2.5G services, in July. Wireless carriers are working on expanding those services to more cities in 2001. The dominant 2.5G technology is general packet radio service (GPRS), which is always on and gives users a connection to the Internet and e-mail.

 

Why is the U.S. so far behind the rest of the world?

 

The U.S. lags behind the rest of the world when it comes to wireless technologies for a number or reasons. The telecommunications infrastructure in the U.S. is more developed than many European and Asian countries. As a result, the demand for wireless devices has been lower in the U.S because consumers have other lower-cost options.

Also, the U.S. has a number of competing technical standards for digital services, while European and Asian countries are predominately centered on one group of standards in the global systems for mobile communication (GSM) family.

The 3G wireless services also require additional bandwidth (compared to 2G services), but many U.S. wireless companies don’t have licenses for enough airwaves to provide such services.

 

Communication Technology in the Future

 

 

Communication has grown significantly over the past decades. The world was once unable to carry on conversation using voice telephones. Just as people once rode horses instead of driving vehicles, communications have improved drastically over the years.

The inceptions of the cellular telephone, wireless internet and other technologies have given people the ability to contact and communicate with others from virtually anywhere in the world and at any time.

A new foldable phone which much resembles a Swiss Army Knife provides a gaming device and multimedia player of the future for consumers. This product uses a high resolution screen that is flexible enough to fold in half when the device is closed and not being used.

The use of organic light emitting diode allows users to customize the phone’s look with images that are displayed or with gaming buttons or the keypad which is located on the inside of the phone. When this phone is closed it is approximately the size of a small post-it note.

Another benefit is that it opens from two different sides. One serves as the phone, email and IM servicing unit and the other acts as a game console, photo viewer and music and video player. To ensure safety that there is no one else using the phone, there is also a built in biometric optical scanner.

This is definitely a communication device of the future.

Since thieves typically prefer cellular phones and laptop computers, a group of scientific researchers at the VVT Technical Research Center in Finland is currently developing a product that will leave thieving criminals in the lurch.

The plan is to equip cellular phones and notebook computers with specialized sensors and software that has the ability to analyze and save the walking patterns of their owners. If the phone or computer determines that it is suddenly being carried by someone with a stride that is unfamiliar it will go into a lockdown mode until the correct password is entered.

Once this technology is introduced and users begin implementing it thieves will find taking these gadgets virtually pointless.

Another wonderful communication device of the future is being developed at the Massachusetts Institute of Technology Media Lab. Researchers are developing a fully functional laptop that is designed to be sold for approximately $100 so that children in poor or underdeveloped nations will have the ability to access the internet.

The laptop will use a dual mode display that costs around $35, much like the ones found in inexpensive DVD players. The operating system will be small with only 1 GB of storage and the device will be able to be plugged into a typical wall outlet or charged by a crank driven battery. It will also connect to the internet using a wireless card.

These devices are definitely going to be a communication technology of the future and give people in lower developed countries the ability to communicate with others far away via the internet.

While some of the communication devices of the future are far from being released to consumers, it does give some idea of how the trends are heading.

Communication is a major topic in society. With the many steps that have been taken to bring the world the communication devices of today, it stands to reason that as more and more researchers and scientists work to develop newer devices, the technology of the future could be quite substantial.

 

 

Effects on human

The emergence of internet to human life has changed the way people live their life as it has affected human in many ways. For 7 million years, human communication has been limited to hollering distances. Only a few thousand years ago, short signals with flags, messengers or smoke and then that was only limited to kings and generals. Only a within a hundred years ago did radio and telephone emerge for voice and made available to most of the world. Now we can send linked and styled text, voice, pictures and video to anyone. Electronic mail and chat programs are already making a big impact on the way people communicate. E-mail is quickly replacing regular mail since it is faster, cheaper, and more convenient. Chat programs are beginning to replace the telephone since they are more convenient and allow a person to talk to multiple people at once. Even commercial interactions such as buying and selling goods or gathering information are facilitated by the internet.  However, one drawback comes with these changes; the Internet allows communication to become less personal.

To gain information, one had to find a person who knew that information and ask them to explain it or attain it from a book without much personal interaction with others. The two way communication required face to face interaction. The telephone allowed two way communications to occur without such personal interaction. Even writing an e-mail tends to be less personal than writing a real letter as people tend to send them off without giving them the careful personal consideration they would give to a letter. In the past, people were forced to interact personally and often face to face with others to perform daily tasks. Hence, forcing them to acquire social skills. Today, the Internet has lessened the need for direct communication, which could diminish the human social skills required for a happy and successful life.

The Internet is breaking down the role of geographic separation as a physical barrier to communication and facilitating the formation of a global community.  It allows people to make contacts or stay in communication over longer distances.  Almost anyone can place a web page on the Internet for the entire world to view.  As the Internet becomes global, these effects will increase. The Internet is revolutionizing the economy and the way companies do business. For instance, e-commerce is changing the way goods and services transactions and encouraging the development of a global community market. 

     Nowadays, people want access to Internet-based communication with health care providers. There is evidence that online communication with health care providers promotes health-related quality of life and, further, that health care consumers would benefit from increased partnerships between health information technology and health care provider, since health care providers are a more trusted source of health information than the Internet (but the Internet is the source most often used by the public to retrieve health information)

 

Internet does affect human in almost all aspect in life. Hopefully, human are able to handle it and bring about more success for a better future.