Unparalleled Flexibility
- Coherent Lightwave Signal Analyzer Architecture Compatible with both Real-time and Equivalent-time Oscilloscopes*1
- Complete Coherent Signal Analysis System for Polarization-multiplexed QPSK, Offset QPSK, QAM, Differential BPSK/QPSK, and Other Advanced Modulation Formats
- Displays Constellation Diagrams, Phase Eye Diagrams, Q-factor, Q-plot, Spectral Plots, Poincaré Sphere, Signal vs. Time, Laser Phase Characteristics, BER, with Additional Plots and Analyses Available through the MATLAB Interface
- Measures Polarization Mode Dispersion (PMD) of Arbitrary Order with Most Polarization Multiplexed Signals
Precise Optical Receiver
- Precise Coherent Receiver Hardware provides Minimal Variation over Temperature and Time for a High Degree of Accuracy and High-stability, Polarization-diverse, Optical Field Detection
- Highly Linear Photo Detection allows Operation at High Local Oscillator and Signal Power Levels to Eliminate Electrical Amplification
- An Integrated Pair of ECDL Tunable Lasers for Use as a Local Oscillator and Another for Self-test. Both Lasers have Industry-best Linewidth and Tuning Range for Any Wavelength within the Band
- Coherent Lightwave Signal Analyzer Software Tolerates >5 MHz Instantaneous Signal Laser Linewidth – Compatible with Standard Network Tunable Sources such as DBR and DFB Lasers
- No Laser Phase or Frequency Locking Required
- Smart Polarization Separation Follows Signal Polarization
User-defined Extensibility
- User Access to Internal Functions with a Direct MATLAB*2 Interface
- The OM4000 can be Controlled through Ethernet for Remote Access
- Superior User Interface offers Comprehensive Visualization for Ease-of-Use Combined with the Power of MATLAB
- Coherent Lightwave Signal Analyzer Software included with OM1106 and OM4000 Series Products
400G and 1Tb/s Superchannel Support
- Multi-carrier software option allows user-definable superchannel setup
- Superchannel configuration allows user to define number of channels, channel frequency, and channel modulation format
- Test automation acquires complete measurements at each channel
- Integtrated measurement results allow easy channel-to-channel comparisons
*1 Certain features may be available only when used with Tektronix oscilloscopes.
*2 MATLAB is a registered trademark of MathWorks. |