The 37704A is a communication analyzer from Agilent. A communication analyzer is a superior type of electronic test equipment for physical layer, circuit, and new technology testing. Anyone in the business of testing data networks can use a communication analyzer for the measurement and monitoring of equipment.
Additional Features:
Combined SONET/DS3 and DS1 Test Solution
Field-Portable and Robust Unit
Easy to Use
Overhead and Mapped Payload Testing
SDH testing at 155 Mb/s (STM-1) and 622 Mb/s (STM-4)
PDH testing at 2 Mb/s and 140 Mb/s
Comprehensive, single-unit test solution
Field-portable and robust unit
The Agilent 37704A is a comprehensive, field-portable, SONET, DS3, and DS1 test set for applications up to 622 Mb/s. It provides generation and analysis of VT (DS1) and DS3-mapped SONET signals, with full control of section, line, and path overhead bytes. Plug-in modules provide connection to a range of optical and electrical interfaces. Errors, alarms, and T1X1 pointer movement sequences are generated to stress equipment up to and beyond ANSI standards.
The 37704A is a communication analyzer from Agilent. A communication analyzer is a superior type of electronic test equipment for physical layer, circuit, and new technology testing. Anyone in the business of testing data networks can use a communication analyzer for the measurement and monitoring of equipment.
Additional Features:
- Combined SONET/DS3 and DS1 Test Solution
- Field-Portable and Robust Unit
- Easy to Use
- Overhead and Mapped Payload Testing
- SDH testing at 155 Mb/s (STM-1) and 622 Mb/s (STM-4)
- PDH testing at 2 Mb/s and 140 Mb/s
- Comprehensive, single-unit test solution
- Field-portable and robust unit
The Agilent 37704A is a comprehensive, field-portable, SONET, DS3, and DS1 test set for applications up to 622 Mb/s. It provides generation and analysis of VT (DS1) and DS3-mapped SONET signals, with full control of section, line, and path overhead bytes. Plug-in modules provide connection to a range of optical and electrical interfaces. Errors, alarms, and T1X1 pointer movement sequences are generated to stress equipment up to and beyond ANSI standards.
