Optical communication test equipment

• High accuracy and repeatability of the output polarization state: +/-0.09° on Poincar? Sphere
• Low wavelength dependence of the output polarization state: +/- 0.1°/nm on Poincar?
• Polarization extinction ratio >45dB (1530 nm - 1560 nm)

Oscilloscope

• Two 50 GHz channels with 2.4 mm (male) connectors
• 50 and 30 GHz bandwidth settings available on each channel
• Test ± 2 VDC maximum output signal

Optical Spectral Analyzer

• Built-in test application
• 10 pm wavelength accuracy
• Fast double sweep method
• Coverage of S, C and L bands

Oscilloscope

• Optical interface bandwidth >80 GHz
• Electrical interface bandwidth >70 GHz
• Electrical interface resolution: <20 µV LSB (for 1 v full scale)

Optical communication test equipment

• 125 MBd to 64 GBd data rate range (continuous) with support for optical/electrical NRZ and PAM4 data signals
• Adjustable peak and loop bandwidth (up to 20 MHz) to provide standards-compliant clock recovery ("ideal PLL")

Oscilloscope

• Wavelength range: 1000-1600 nm
• Typical rms noise: 5 uW (10 GHz BW), 10 uW (15 GHz BW)
• Maximum average input power: 2 mW

Attenuation

• Micro-body fiber for optimal modal transmission distribution
• Built-in power monitoring helps achieve precise power settings and stabilization
• Wavelength range: 800 to 1370 nm
• Attenuation range: 0 to 35 dB

Power Meter

Optical Spectral Analyzer

- 350nm~1200nm wide spectral scanning range
- ±0.05nm wavelength accuracy
- 10pm minimum spectral resolution
- 60dB large dynamic range