C band ultra high resolution optical spectrum analyzer : (this product is discontinued)

Apex Technologies optical spectrum analyzer :
"Are you ready for the next round! "

Based on an interferometric method, Apex Technologies ultra high resolution optical spectrum analyzer combines resolution (20MHz), wavelength accuracy (+/-3pm) and dynamic range. This is in contrast with some of the best conventional grating based optical spectrum analyzer on the market today, which have a physically limited maximum resolution of 10pm.

Applications include measuring DFB relaxation oscillations, laser peak widening, tunable laser source (SMSR), optical active and passive components , ultra dense WDM systems, modulated signal analysis...

C+L band (82nm) ultra high resolution optical spectrum analyzer :

• Wavelength range : 1525nm to 1607nm
• Resolution (@3dB) : 20MHz (0.16pm)
• Wavelength accuracy : +/-3pm

C+L band (110nm) ultra high resolution optical spectrum analyzer :

• Wavelength range : 1520nm to 1630nm
• Resolution (@3dB) : 20MHz (0.16pm)
• Wavelength accuracy : +/-3pm

Multi-channel C band ultra high resolution optical spectrum analyzer :
(this product is discontinued)

• Up to 6 channels (more channels in option)
• Wavelength range : 1520nm to 1567nm
• Resolution (@3dB) : 20MHz (0.16pm)
• Wavelength accuracy : +/-3pm

Multi-channel C+L band (82nm) ultra high resolution optical spectrum analyzer :

• Up to 6 channels (more channels in option)
• Wavelength range : 1525nm to 1607nm
• Resolution (@3dB) : 20MHz (0.16pm)
• Wavelength accuracy : +/-3pm

Multi-channel C+L band(110nm) ultra high resolution optical spectrum analyzer :

• Up to 6 channels (more channels in option)
• Wavelength range : 1520nm to 1630nm
• Resolution (@3dB) : 20MHz (0.16pm)
• Wavelength accuracy : +/-3pm

Complex spectrum analyzer
"Your solution for high speed systems"

The patented method of Apex Technologies complex spectrum analyzers is designed for short pulses, chirp and phase measurements up to 640Gb/s.

The principle is based upon the spectrum analysis of the optical field during which the amplitude and relative phase of each spectral components of a modulated signal are analyzed.
By knowing the amplitude and phase of each spectral component, the temporal variations of intensity and phase are calculated by means of fourrier transform and displayed by the instrument.

• Wavelength range : 1520nm to 1567nm
• Maximum temporal resolution : 150fs
• Measurement from 2.5Gb/s up to 640Gb/s

• Wavelength range : 1525nm to 1607nm
• Maximum temporal resolution : 150fs
• Measurement from 2.5Gb/s up to 640Gb/s

• Wavelength range : 1520nm to 1630nm
• Maximum temporal resolution : 75fs
• Measurement from 2.5Gb/s up to 640Gb/s

400nm to 1050nm hand-held power meter :

• Si detector
• Wavelenth range : 400nm to 1050nm
• Measurement range : -70dBm to +5dBm
• Low cost

800nm to 1700nm hand-held power meter :

• InGaAs detector
• Wavelenth range : 800nm to 1700nm
• Measurement range : -70dBm to +5dBm
• Low cost

+30dBm hand-held power meter :

• InGaAs detector
• Wavelenth range : 1000nm to 1700nm
• Measurement range : -50dBm to +30dBm
• Low cost

+33dBm hand-held power meter :

• InGaAs detector
• Wavelenth range : 800nm to 1700nm
• Measurement range : -50dBm to +33dBm
• Interchangeable adapters
• RS232 interface

+10dBm hand-held power meter :

• InGaAs detector
• Wavelenth range : 800nm to 1700nm
• Measurement range : -70dBm to +10dBm
• Interchangeable adapters
• RS232 interface