Description:
The N1032B dual-channel optical module of Keysight Technologies is a high-performance module specially designed for high-speed optical communication testing and is suitable for ultra-wideband and multi-channel synchronous measurement scenarios
Features:
Two 90 GHz (standard) /120 GHz (optional) optical channels
Jitter is as low as 90 fs
It is highly suitable for analyzing 112 GBd (224 Gbps) optical signals or any application that requires a 65 GHz bandwidth (-3 dBo) > ultra-wide optical receiver
Impulse response correction (optional IRC) is a standard feature, and hardware filters based on standard rates are optional
Protect your investment: It can be used in conjunction with the N1000A (250 kSa/s sampling rate) and 86100D (40 kSa/s sampling rate) hosts
Ultra-high frequency bandwidth and high sampling rate
Optical bandwidth: Supports 120 GHz (per channel), capable of precisely analyzing ultra-high-speed signals (such as PAM4, coherent modulation).
Sampling rate: The real-time sampling rate of each channel reaches 256 GSa/s, maintaining high resolution even when the two channels are working synchronously.
Dual-channel synchronous measurement
Independent dual optical input channels, supporting time-aligned synchronous measurement, suitable for differential signal or multi-wavelength system analysis.
High isolation between channels reduces crosstalk and ensures measurement accuracy.
Low noise and high sensitivity
Ultra-low background noise: Optimized photoelectric conversion link, suitable for weak signals (such as low-power optical signals after long-distance transmission).
Wide dynamic range: Supports input optical power from -20 dBm to +10 dBm, covering high/low power scenarios.
Support for multiple modulation formats
Compatible with complex modulation formats such as NRZ, PAM4, QPSK, 16-QAM, and 64-QAM, it meets the requirements of modern optical communication standards.
