Like Fiber, Only Programmable and Repeatable
Stable, Deterministic & Repeatable PMD Generation
For Advanced Modulation Formats from 40G to 100G, and beyond
Compatible with Pol-Muxed and Coherent Receivers
Set PMD States for DGD, Depolarization and PDCD
Continuously Accessible 1st and 2nd-order PMD states
Optional PMD Randomization Mode Operation
Optional PMD Outage Calculator
New smaller size and lighter weight design
Total PMD Characterization
You know the route that your system is to be deployed on, and you know its PMD profile. But do you know if your system will work on the route?
Can you quantifyably prove it to your customer? The NRT-96083X allows you to quantify your system performance with realistic PMD stress before the system is deployed. And unlike other statistical PMD emulation methods which are not repeatable and non-deterministic, or emulators that can only generate unrealistic wavelength-flat states of DGD and depolarization, only NRT‘s PMD source generate realistic and deterministic PMD for complete, efficient, reliable, repeatable and quantifiable PMD characterization.
1. Comparison between various signal modulation formats at different line speeds.
2. System Qualification and Certification.
3. Digital signal processor based equalizers and digital-CDR development.
4. Reliable PMD Source to Calibrate PMD Measurement Equipment.
5. Network Development tool based on outage probability.
The NRT-96083X PMD Source is programmable. The GUI allows you to set DGD and the Depolarization and Polarization Dependent Chromatic Dispersion (PDCD) components of SOPMD. With our improved GUI interface you can select the ‘coordinates’ for any PMD state. The PMD spectrum is displayed in frequency and in Stoke space. Capture the spectrum you want, and load it into the instrument for testing.
The NRT-96083X covers >99.97% of the states occurring in a 30 ps mean PMD fiber span. To the left, the joint probability density function of a 30 ps fiber is shown by the rainbow colored contours. The NRT-96083X can access all states below the dark blue curve, beyond the outmost contour. This wide DGD/SOPMD range, combined with the broad 83 GHz free spectral range enables the NRT-96083X to test, compare, design and deploy transponders having the most advance modulation formats at 40G, 100 G and beyond.
Other PMD Tolerance Testing Products from New Ridge
1. NRT-PMDR, PMD Randomizer, turns any NRT PMD Source into a dynamic fiber emulator. Due to our patented coherent PMD generation technology the NRT-PMDR is also the only deterministic fiber emulator, enabling you to always know the state of the source to correlate with system bit errors. Furthermore, you can set the NRT-PMDR to emulate any mean fiber PMD level.
2. NRT-OPC, Outage Probability Calculator is an upgrade to our NRT-TOPC. This (post measurement) data analysis tool calculates the total outage probability for the measured transponder/system for any level of fiber PMD. Moreover, the NRT-OPC calculates the statistics for outage durations and time between outages.
3. NRT-LVD, LabView Drivers (and dlls) to automate the NRT Source into your PMD tolerance testbed
4. NRT-JPDFC, Joint Probability Density Function Calculator generates a topographical contour map of the PMD probability in 2-D PMD space, namely DGD vs. SOPMD (as shown in the figure above).
5. NRT-2500 is a polarization control platform designed scrambling, randomizing, setting and especially for implementing very fast and very reliable polarization tracking applications. This product can be used to set or scramble the SOP input to the NRT PMD Source to dynamically change the PMD stress or after to verify your polarization demux.
* Specifications are subject to change at the discretion of New Ridge Technologies, LLC
2 Determined by average across C-band
3 Other connector types are available.
For more information, please contact New Ridge Technologies: firstname.lastname@example.org or +1-410-753-3055