IQTRANSMITTER

IQTransmitter enables fast and simple generation of phase-modulated optical signals. It offers a world-leading 40GHz bandwidth.

Leading 40GHz bandwidth
High repeatability and reliability of optical signals
Intuitive and user-friendly graphical user interface
Support for data transmission rates up to 64GBaud
Excellent for M-QAM, M-PSK, CO_OFDM formats

Features:

– Choice of 40GHz, 26GHz or 11GHz bandwidth
– Independent automatic contrast control
– High repeatability and reliability of optimized optical signals
– Built-in narrowband tunable laser
– Excellent for M-QAM, M-PSK, CO_OFDM and custom modulation formats
– Intuitive and user-friendly graphical interface
– Full remote control capabilities
– Support for data transmission rates up to 64GBaud
– Highly customizable to your needs

IQTransmitter uses high-bandwidth linear amplifiers to enable the generation of multi-level optical modulation formats when using arbitrary waveform generators (AWG).

The ideal ‘golden’ optical signal source
The generation and phase control of a modulated optical signal is realized with the IQTransmitter. 3 different versions are available: fully controllable dual polarization, emulated dual polarization and single polarization. You can choose from the most flexible commercially available customizations. IQTransmitter is called the “golden” optical reference signal source due to its high repeatability and reliability, every time you turn it on.

It is an unrivaled, high-bandwidth 40GHz (typical) unit providing high-quality optical signal generation, creating the ideal optical signal source for coherent communication applications.

User-friendly graphical user interface for all instruments
The IQSignal-Manager software allows for quick configuration and control of the IQTransmitter. The program automatically detects any compatible instrument on the local network, so you can monitor and control the IQTransmitter from your own desk.

Comprehensive modulation of the generated signal with the IQTransmitter

High-quality 56QAM signal at 56GBaud – EVM~6.8%