Wavenet Technology Pty Ltd. BM3800D Benutzerhandbuch
Testing __________________________________________________ Boomer-III User Manual & Integrator’s Guide
Copyright Wavenet Technology © October 2003
74
BM310012WT04
Integration Testing
This section contains a product development checklist of parameters to
check, requirements to meet, and standards of performance to evaluate.
You can use these process checks and functional test procedures to
fully qualify that the Boomer-III OEM Modem has been integrated
properly into the host/terminal.
Proper testing throughout the development and integration cycle
ensures that the final product works in both normal and exceptional
situations. These tests are provided in several stages as follows:
check, requirements to meet, and standards of performance to evaluate.
You can use these process checks and functional test procedures to
fully qualify that the Boomer-III OEM Modem has been integrated
properly into the host/terminal.
Proper testing throughout the development and integration cycle
ensures that the final product works in both normal and exceptional
situations. These tests are provided in several stages as follows:
1. Hardware integration
2. Desense and EMI
3. Regulatory compliance
4. Application software
5. Final assembly
6. End user problem resolution
7. OEM service depot repair
2. Desense and EMI
3. Regulatory compliance
4. Application software
5. Final assembly
6. End user problem resolution
7. OEM service depot repair
Hardware Integration
To ensure that the integration effort is carried out properly, monitor all
relevant engineering standards, requirements, and specifications. In
addition, perform functional tests during product development to
validate that the integrated package performs as designed.
relevant engineering standards, requirements, and specifications. In
addition, perform functional tests during product development to
validate that the integrated package performs as designed.
Enabler Functions
To test the interaction between the modem and host/terminal, your
product must be able to perform the following:
To test the interaction between the modem and host/terminal, your
product must be able to perform the following:
Turn the various hardware components on and off. This
capability helps to isolate possible desense and other emissions
problems. (See “Desense and EMI” on page 75.)
capability helps to isolate possible desense and other emissions
problems. (See “Desense and EMI” on page 75.)
Pass data through the host/terminal between the modem and the
test platform. This allows external programming and
configuration software to communicate with the modem while
it is integrated within the host/terminal. For microprocessor-
based products, pass-through mode uses software emulation
involving the host/terminal processor, which passes full-duplex
serial port data to and from the integrated modem. Otherwise,
pass-through mode is implemented in hardware by level
shifting between the 3V CMOS levels and the 12V RS-232
levels generally found on PCs.
test platform. This allows external programming and
configuration software to communicate with the modem while
it is integrated within the host/terminal. For microprocessor-
based products, pass-through mode uses software emulation
involving the host/terminal processor, which passes full-duplex
serial port data to and from the integrated modem. Otherwise,
pass-through mode is implemented in hardware by level
shifting between the 3V CMOS levels and the 12V RS-232
levels generally found on PCs.
Specific Tests
In addition to the various tests that exercise your own circuitry, such as
power-on self-test, design tests that ensure proper interaction between
In addition to the various tests that exercise your own circuitry, such as
power-on self-test, design tests that ensure proper interaction between