FDA CONSUMER UPDATE

The Project has also helped develop a series of public information documents on EMF issues. FDA and the Cellular Telecommunications & Internet Association (CTIA) have a formal Cooperative Research and Development Agreement (CRADA) to do research on wireless phone safety. FDA provides the scientific oversight, obtaining input from experts in government, industry, and academic or-ganizations. CTIA-funded research is conducted through contracts to independ- ent investigators. The initial research will include both laboratory studies and studies of wireless phone users. The CRADA will also include a broad assessment of additional research needs in the context of the lat- est research developments around the world.

7.How can I find out how much radiofrequency ener- gy exposure I can get by using my wireless phone?

All phones sold in the United States must comply with Federal Communications Commission (FCC) guidelines

CH 5that limit radiofrequency energy (RF) exposures. FCC established these guidelines in consultation with FDA and the other federal health and safety agencies. The FCC limit for RF exposure from wireless telephones is set at a Specific Absorption Rate (SAR) of 1.6 watts per kilogram (1.6 W/kg). The FCC limit is consistent with the safety standards developed by the Institute of Electrical and Electronic Engineering (IEEE) and the National Council on Radiation Protection and Measurement. The exposure limit takes into consider- ation the body’s ability to remove heat from the tis- sues that absorb energy from the wireless phone and is set well below levels known to have effects.

FDA CONSUMER UPDATE

Manufacturers of wireless phones must report the RF exposure level for each model of phone to the FCC. The FCC website (http://www.fcc.gov/oet/rfsafety) gives directions for locating the FCC identification number on your cellular telephone so you can find your phone’s RF exposure level in the online listing.

8.What has FDA done to measure the radiofrequency energy coming from wireless phones ?

The Institute of Electrical and Electronic Engineers (IEEE) is developing a technical standard for measur- ing the radiofrequency energy (RF) exposure from wireless phones and other wireless handsets with the participation and leader-ship of FDA scientists and engineers. The standard, “Recommended Practice for Determining the Spatial-Peak Specific Absorption Rate (SAR) in the Human Body Due to Wireless Communications Devices: Experimental Techniques,” sets forth the first consistent test methodology for

measuring the rate at which RF is deposited in theCH 5 heads of wireless phone users. The test method uses

a tissue-simulating model of the human head. Standardized SAR test methodology is expected to greatly improve the consistency of measurements made at different laboratories on the same phone. SAR is the measurement of the amount of energy absorbed in tissue, either by the whole body or a small part of the body. It is measured in watts/kg (or milli- watts/g) of matter. This measurement is used to deter- mine whether a wireless phone complies with safety guidelines.

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DM P100 specifications

The Pantech DM P100, a notable mobile device released in the early 2000s, showcases the innovative spirit of its time. Known for its compact design and user-friendly features, this phone gained popularity among mobile users who appreciated functionality paired with style.

One of the standout features of the Pantech DM P100 is its flip-phone design, which not only adds to its aesthetic appeal but also protects the keypad when not in use. This design choice contributed to its portability, making it easy to slip into pockets or bags. The device has a small yet vibrant display, which was sufficient for basic tasks and dialing numbers, providing a clear view of the essential information.

In terms of performance, the Pantech DM P100 is powered by a reliable battery that ensures extended usage, catering to the demands of users who require continuous connectivity. The phone supports basic call functionalities and text messaging, which were the primary modes of communication at the time. Additionally, the P100 comes equipped with a straightforward interface that facilitates easy navigation through its features and settings.

The phone's multimedia capabilities include a built-in camera, allowing users to capture moments on the go. While the quality of the camera may not compete with modern smartphones, it provided an accessible way to take photos and save memories. The device also supports basic ringtones and configurable alerts, enabling users to personalize their notification sounds.

Connectivity options on the Pantech DM P100 are relatively limited compared to today's standards, primarily focused on voice and SMS services. However, it operates on the CDMA network, which was widely adopted during its release, ensuring reliable service in supported areas.

Another noteworthy characteristic of the P100 is its durable build quality, designed to withstand daily use without compromising on style. The device was available in several color options, allowing users to choose one that best matched their personality.

Ultimately, the Pantech DM P100 exemplifies the era of mobile phones that prioritized simplicity and essential communication features. While it may seem basic by today’s standards, it played a crucial role in the evolution of mobile technology, laying the groundwork for the sophisticated devices we enjoy today. Overall, the P100 remains a nostalgic symbol of early mobile innovation, cherished by those who fondly remember its impact on personal communication.
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