FCC Enhanced 911 E911 Rules, TITA100’s ALI Capability

Appendix 141

*In the United States and Canada, the SAR limit for mobile CDMA phone used by the public is 1.6 Watts/kg (W/kg) averaged over one gram of tissue. The standard incorporates a substantial margin of safety to give additional protection for the public and to account for any variations in measurements.

Normal condition only to ensure the radiative performance and safety of the interference. As with other mobile radio transmitting equipment, users are advised that for satisfactory operation of the equipment and for the safety of personnel, it is recommended that no part of the human body be allowed to come too close to the antenna during operation of the equipment.

FCC Enhanced 911 (E911) Rules

BACKGROUND

The Federal Communications Commission (FCC) requires wireless carriers to transmit specific latitude and longitude location (Automatic Location Identification = ALI) information as well as “911” calls to Public Safety Answering Points (PSAPs) to identify the location of the caller in case of emergency.

Generally, the rules require that carriers identify an E911 caller’s location within 50 meters of the actual location for 67 percent of calls and within 150 meters of the actual location for 95 percent of calls.

TITA100’s ALI CAPABILITY

The TITA100 is an ALI-capable PDA phone equipped with a GPS (Global Positioning System) receiver supporting a satellite-based GPS ALI-capable network to comply with the FCC’s ALI requirements.

The network compliance with the above FCC requirements is dependent on: (a) the use of digital technology by the wireless network; (b) GPS satellite signals being able to reach the handset (such transmissions do not always work indoors, for example) ; and (c) handset signals reaching wireless “base stations” (atmospheric and environmental conditions may cause variations in handset receiving signal strength).

Also the transmission of the ALI information is subject, in part, to system constraints within the wireless network to which the E911 signal is transmitted and over which UT Starcom has no control.

Finally, customers are advised that the TITA100’s ALI capability is to be used for E911 purposes only.

For more information about placing emergency calls, see Chapter 3.

Compliance with Other FCC Regulations

OPERATING PROCEDURES

Never violate any of the following Rules and Regulations of the FCC when using your device. Such violations are punishable by fine, imprisonment or both.

•Never use obscene, indecent, or profane language.

•Never use your device to send false distress calls.

•Never wiretap or otherwise intercept a phone call, unless you have ﬁrst obtained the consent of the parties participating in the call.

•Never make any anonymous calls to annoy, harass, or molest other people.

•Never charge another account without authorization, to avoid payment for service.

•Never willfully or maliciously interfere with any other radio communications.

•Never refuse to yield the line when informed that it is needed for an Emergency Call. Also, never take over a line by stating falsely that it is needed for an emergency.

XV6800 specifications

The HTC XV6800, also known as the HTC Mogul, is a versatile smartphone that emerged in 2007. This device was particularly significant for its advanced features and functionality, catering to both business and personal users. Equipped with Windows Mobile 6, the XV6800 offered a familiar interface for users accustomed to Microsoft products.

One of the key features of the HTC XV6800 is its slide-out QWERTY keyboard, which provided an efficient typing experience. This physical keyboard was a major selling point, especially for professionals who relied on email and messaging. The device also sports a 2.8-inch touchscreen, allowing users to navigate through applications and menus with ease.

In terms of connectivity, the HTC XV6800 included a range of options to keep users connected on the go. It supported both Wi-Fi and Bluetooth technologies, enabling wireless internet access and easy syncing with other devices. The inclusion of EVDO Rev. A support allowed for faster mobile data access, which was crucial for users who needed to retrieve information quickly while traveling.

The XV6800 was powered by a Qualcomm 7200 400 MHz processor, which, while not the most robust by today's standards, provided sufficient power for the multitasking needs of its time. It supported microSD memory cards, allowing users to expand the device's storage to accommodate music, photos, and videos.

Multimedia capabilities were also a highlight of the HTC XV6800. It included a 2-megapixel camera, enabling users to capture photos and videos. The device supported various audio and video playback formats, making it a multimedia companion for users on the move.

Battery life was another consideration, with a removable 1350 mAh battery that offered a decent performance for daily use. Users could easily replace the battery, extending the device's functionality without the need for a complete upgrade.

Overall, the HTC XV6800 represented a convergence of work and play, providing essential features for productivity while also catering to entertainment needs. Its combination of a physical keyboard, touchscreen interface, and robust connectivity options made it a noteworthy device in the smartphone evolution, laying groundwork for future mobile technology innovations.

HTC XV6800 user manual FCC Enhanced 911 E911 Rules, Compliance with Other FCC Regulations

Models: XV6800