1. Support CDMA iPhone 4

2. Support iOS 4.3

3. Add eBook management features

4. Add iPhone ringtone management feature

5. Supports iPad OS 4.0.1

6. Supports iPad OS 3.2.1

7. Better support to add artwork to your music & video

Key Features;

1. Transfer iPod/iPhone music, video & photograph to your PC at high speed.

2.  Support all types of iPod & iPhone: iPod shuffle, iPod nano, iPod nano5, iPod touch, iPod touch four, iPhone 3G, iPhone 3GS, iPhone 4 & CDMA iPhone 4.

3. Feature friendly interface & easy-to-handle method.

4. Add & Transfer music or movies on your iPod/iPhone to iTunes library.

5. Support drag-and-drop.

6. Let you generate, rename & delete a playlist on iPod/iPhone.

7. Transfer, edit, rename or delete iPhone ring tones & eBooks in PDF or EPUB format with ease.

8. Manage your iPod on any computer- One time you install IMTOO iPod Computer Transfer, you can use the application to manage your iPod on any computer.

9. Tool information display-All information about your iPod, e.g. type, capacity, version number, etc. will be shown on the main interface.

10. Filter & speedy search – Find what you need as quickly & basically as iTunes.

11. You can add or delete your photographs at will, & use iPhone like a transportable hard disk under its assistance.

12. Have modes for viewing music, movies & photos- thumbnails & list.

Anything to do with broadcasting and sending a radio or television message out over the airwaves comes under a Federal Communications Commission (FCC) regulation that a cellular phone is actually a type of two-way radio. In 1947, AT&T proposed that the FCC allocate a large number of radio spectrum frequencies so that wide-spread mobile phone service could become feasible and AT&T would have a incentive to research the new technology. We can partially blame the FCC for the gap between the concept of cellular phone service and it’s availability to the public. Because of the FCC decision to limit the cellular phone frequencies in 1947, only twenty three cellular phone conversations could occur simultaneously in the same service area – not a market incentive for research.

The FCC reconsidered it’s position in 1968, and stated “if the technology to build a better mobile phone service works, we will increase the cellular phone frequencies allocation, freeing the airwaves for more mobile phones.” AT&T – Bell Labs proposed a cellular phone system to the FCC of many small, low-powered broadcast towers, each covering a ‘cell’ a few miles in radius, collectively covering a larger area. Each tower would use only a few of the total frequencies allocated to the cellular phone system, and as cars moved across the area their cellular phone calls would be passed from tower to tower.

By 1977, AT&T Bell Labs constructed and operated a prototype cellular phone system. A year later, public trials of the new cellular phone system were started in Chicago, IL with over 2000 trial cellular phone customers. In 1979, the first commercial cellular phone system began operation in Tokyo. In 1981, Motorola and American Radio phone started a second U.S. cellular radio-phone system test in the Washington/Baltimore area. By 1982, the slow moving FCC finally authorized commercial cellular phone service for the USA. A year later, the first American commercial for analog cellular phone service or AMPS (Advanced Mobile Phone Service) was offered in Chicago, IL by Ameritech. Despite the incredible demand, it took cellular phone service 37 years to become commercially available in the United States.

Consumer demand quickly outstripped the cellular phone system’s 1982 standards, by 1987, cellular phone subscribers exceeded one million, and the airways were crowded. Three ways of improving services existed:

• one – increase cellular phone frequencies allocation
• two – split existing cellular phone cells
• three – improve the cellular phone technology

The FCC did not want to handout any more bandwidth and building/splitting cells would have been expensive and add bulk to the cellular phone network. To stimulate the growth of new cellular phone technology, the FCC declared in 1987 that cellular phone licensees may employ alternative cellular phone technologies in the 800 MHz band. The cellular phone industry began to research new transmission technology as an alternative.

Reverse phone lookup allows you to find out the name and address of a person with just a phone number to go on. This was next to impossible to do when the White Pages were the primary source of contact information. All the information in this book was listed alphabetically by name. If you wanted to find out who a phone number belonged to, you would have to spend hours poring over those tiny listings.

Today you can perform a free reverse telephone lookup on your computer. The service is offered by numerous companies but not all provide the same quality of support or information. It is important to shop carefully for a company to ensure you are getting the best service possible. Most of these companies will offer a free reverse phone lookup that provides very basic information. Customers will have to pay a small fee for additional information.

Look for a company the offers reverse cell phone lookup as well as information on land lines. Some will even provide information on unlisted numbers. Another factor to consider is whether you want to pay per lookup or a one time membership fee. Companies that charge a membership fee will often offer free reverse cell phone lookup for as long as the membership lasts. This may be the best deal if you think you will be utilizing the service on a regular basis.

It is also important to find out what type of information the company provides. In some cases, you may simply want an address to go with a name and phone number. Other situations may call for additional background information on a person. Ask about the information available and if there is an extra fee to dig deeper. Some will even provide full background checks for an additional fee.

Free reverse phone number lookup is a valuable service for tracking down addresses for party invitations or locating classmates for a class reunion. They can also be invaluable to people receiving harassing phone calls who want to know where they are coming from.

Antique phones commonly used a pair of bells as their ringer, but modern ringtones have changed the way our phones ring – literally. With everything from instrumental music to voices and sounds, modern ringtones are anything but simplistic. As cell phone customers, we all have several pre-programmed ringtones that are already installed into our phone. We can choose to use one of those or we can opt for purchasing additional ringtones according to our favorite song, celebrity or other sound.

In an effort to take this innovation one step further, most modern cell phones offer their owner with the option of customizing specific ringtones for specific incoming calls. For instance, you could set one ringtone for your best friend, one for your boss, one for your spouse, one for your brother or sister, mom or dad, etc. Unlike caller ID that requires a visual to see who is calling, a distinct ringtone lets you know who is on the other end of the line by way of sound.

As an alternative to ringtones, some cell phone companies allow for a vibrating alert. This is beneficial in many situations, including noisy environments that may prevent you from otherwise hearing the phone ring, in places where a ringing telephone would be inappropriate or disturbing, etc. In addition, a vibrating alert is especially beneficial to those who suffer from a hearing impairment and may otherwise have difficulty in recognizing the sound of a ringing telephone.

In recent weeks, studies have suggested that certain ringtones are being used by teens in order to avoid detection by adults. An example would be a classroom setting in which a student did not want his/her teacher to hear the cell phone ring. Is there really a specific type of ringtone that is undetectable by some adults? Studies say ‘yes,’ but most adults will caution that they already know what a child is doing without having to hear it.