JDSU HS Datacom Physical Interface Module PIM
Condition: Refurbished
Warranty: 1 YEAR WARRANTY
Shipping: USA & Worldwide
- JDSU HS Datacom Physical Interface Module (BC# 37680-L/T*)
The JDSU HS Datacom Interface Module Allows The Following Features And Capabilities When Plugged Into YOUR Multiple Services Application Module (MSAM) Tester:
• Self Loop—Before you start testing, you can perform a self loop to validate the unit and the selected test interface on the instrument.
• User specified test intervals—You can set up the instrument to run a test continuously, or to run a test for a specific timed interval lasting up to seven days.
• End-to-End Testing—You can analyze the performance of an entire digital link in both directions, allowing you to isolate problems to a specific direction.
• BER testing—You can BER test a variety of data communication interfaces to verify error free performance and transmission by transmitting ANSI, ITU, user programmable, and long user patterns (LUP). You can also specify the BERT
pattern sync loss criteria and the action to be taken upon loss of pattern sync.
• Sync loss criteria—When you select a BER pattern, you can specify sync loss criteria to control the unit’s sensitivity in declaring loss of synchronization, and indicate when the unit should attempt to regain synchronization.
• Asynchronous timing—You can set up the instrument to use asynchronous timing, and then select the internal synthesizer or an external clock (using the BNC connector on the MSAM) as the clock source.
• Synchronous timing—You can set up the instrument to use synchronous timing, and then specify a valid clock source for the interface. Possible sources include the internal synthesizer or an external clock. You can also recover timing from the received data stream.
• Flow control—You can set up the instrument to use in band flow control by transmitting XON/XOFF characters, or out of band (hardware) flow control by interpreting signals from selected leads on the instrument and its link partner.
• Round trip delay measurement—Using the instrument, you can transmit and loop back a DELAY pattern, and then measure the time it takes to receive the pattern.