User's Manual
Table Of Contents
- Application and Integration
- Developers Guide
- DECLARATION OF CONFORMITY
- DECLARATION OF CONFORMITY2Revision History5Purpose Of This Document5Distribution5Related Documentation5Module Descriptions and Specifications6iO15 Modem Product Specificationss6Electrical specifications:6Environmental Specifications6Other Specifications
- Purpose Of This Document
- Distribution
- Related Documentation
- Module Descriptions and Specifications
- iO1500R Evaluation board
- Safety Notice - ATTENTION
- iO1500R Hardware Interfacing Information
- Design Considerations For iO1500R OEM Developers
- Module Software And Interface Modes
- Managing User Image Profiles
- How To Use Hayes Compatible Packet Data mode
- iDEN data modules – Software integration.
- Additional Information For Registering and Going Offline
- Summary Of AT Commands
- Appendix A: Requirements For FCC Testing
Occupied Bandwidth (continued)
Steps for High Power 64 QAM Transmit mode
Step 1: Connect the product containing the iO1500R with FCC testing code to the
COM1 port of the computer.
Step 2: Power up the iO1500R. The Hyperterm window should show the software
initializing on the module with a copyright statement, version information, then
should present the user with a prompt that looks like this:
BERBUG>
Step 3: The module is now ready to be placed in 64 QAM Transmit mode. This will
be accomplished by browsing to the folder where the FCC RX script files were
placed, choosing the proper script file, and sending it to the module. In Hyperterm,
on the top menu line, choose:
Transfer > Send Text File >
Occupied_BW_64_QAM_High_Power.txt
Step 4: As the script is sent to the iO1500R, Hyperterm lists the commands sent:
BERBUG> tx freq 824.9875
BERBUG> tx pseudo
BERBUG> train 200
BERBUG> qam 64
BERBUG> frame pda
BERBUG> dcap len 0
BERBUG> dcap bandm db6db6
BERBUG> mode tx
Step 5: The transmitter is now on in QAM 64 mode, with data scrolling up the
screen. When testing is completed, the transmitter of the iO1500R module should be
turned off with the following command in Hyperterm:
BERBUG>
mode idle The data is still scrolling by, but just keep typing and it will
work. The data will still scroll until the next reset command.
To prepare for the next data point, the iO1500R module should be reset or
power cycled to start with a clean slate. Use this command to reset the iO1500R
module:
BERBUG> reset
Step 6: Repeat Steps 3 - 5 with the file for Low Power 64 QAM Occupied
Bandwidth:
Occupied_BW_64_QAM_Low_Power.txt
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