Tracking with Bluetooth Decoder

1. Establish connection between Tracker and Bluetooth Decoder

From a telephone or mobile phone, dial the phone number of the SIM card inside the tracker. Connect your phone to the decoder by placing the decoder microphone on the phone speaker. The Bluetooth decoder will then convert the analog voice data back to real-time GPS digital NEMA messages. Please set power switch to the right position (Bluetooth) to use Blueooth connection.

2. Checking Decoder status

Solid orange LED ( ) followed by blinking red LED ( ) means that the data is valid and you have a real time position data. If the orange LED is blinking, then it means the tracker is not able to get enough satellite to provide real time position. The report position will be at location where the tracker has the last fix. Solid green LED ( ) means the voice from the phone is valid. If the green LED is not available, please check the cables and make sure they are connected. Also, please turn up the volume if you are using the included microphone cable.

3. Pairing Bluetooth Decoder to PDA, SmartPhone, or laptop

Bluetooth decoder can be connected to a Bluetooth enabled PDA, SmarPhone or laptop through serial port profile (SPP). Please refer to the Bluetooth setup section (appendix) for detail setup instruction for different devices. Solid blue LED ( ) means you have a Bluetooth connection with the host device. With optional PDA or USB cable, it is also possible to connect Bluetooth decoder to a PDA or Computer via direct wire connection.

4. Locate Tracker with any NMEA compatible mapping software

Using any NMEA compliant software such as Microsoft Street and Trips, iGuidance, or TomTom Navigator, you can select the com port assigned by the Bluetooth manager as outgoing comport and the tracker location will be displayed on the screen.

5. Installaing i.Trek Real Time Tracker software

i.Trek real time tracker software for Windows (2000, XP, Vista) is included on CD. Since the tracker software is based on Google Map technology, it has the same coverage as Google Map. From Windows Explorer, locate setup.exe on CD and double click on the setup.exe to install the program to your computer. You will need a Gmail account and software serial number (on CD) to complete the setup. After you install the software successfully, the program icon will be available in the program file menu. Just click on the icon to launch the program.

TR-1 specifications

Cingular TR-1, launched in the early 2000s, was a notable mobile device that marked a significant step in the evolution of mobile technology. As part of the Cingular Wireless portfolio, which was a major player in the U.S. telecommunications market, the TR-1 stood out due to its blend of functionality and innovative features that catered to a growing consumer base.

One of the main features of the Cingular TR-1 was its unprecedented functionality in a compact form factor. The device boasted a sleek design, making it portable and user-friendly. Equipped with a color display, it provided clear visuals for operating the menu and viewing multimedia content, a feature that was becoming increasingly desirable among consumers.

The TR-1 was built on GSM (Global System for Mobile Communications) technology, which was the dominant mobile standard at the time. This allowed users to enjoy superior call quality and wider coverage compared to other mobile technologies available. The integration of GPRS (General Packet Radio Service) capabilities also enabled users to access basic mobile internet services, including email and web browsing. This was an early indication of the shift towards smartphones, paving the way for more advanced mobile applications in the future.

In terms of multimedia, the Cingular TR-1 featured a built-in camera, which was a significant advancement considering the standards of mobile devices before its time. This allowed users to capture moments on the go, a feature that quickly gained popularity and became a staple in future smartphones. The device also supported multimedia messaging, enabling the sharing of images and videos, which enhanced communication among users.

Another characteristic of the Cingular TR-1 was its battery life. With efficient power management, users could expect decent usage times, which was essential for maintaining connectivity throughout the day. The device also featured customizable settings, allowing users to personalize their experience with different ringtones, themes, and applications.

Overall, the Cingular TR-1 was more than just a communication tool; it was a stepping stone towards the future of mobile technology. Its combination of GSM connectivity, GPRS capabilities, and multimedia functions laid the groundwork for the smartphones that would soon dominate the market. As a representative of its time, the Cingular TR-1 holds a place in mobile history for its contributions to the evolution of telecommunications and user experience.