The ML4015D is a fully featured, cost effective optical sampling oscilloscope. It can be configured to have an analog bandwidth of 25 or 40 GHz. The supported range of wavelengths is either 1260 to 1650 nm Single-Mode or 750 to 860 nm Multi-Mode. The ML4015D can also be configured with one differential electrical channel.
A noise floor of 3 μW at an analog bandwidth of 25 GHz, and 5 μW at 40 GHz bandwidth.
-13 dBm sensitivity level for a 25.78 Gbps NRZ signal.
Up to 100 MHz sampling rate
Fast pattern capture and DSP due to an FPGA-based architecture.
Pattern capture above 8 M samples enabling measurements such as TDECQ on SSPRQ and PRBS16 patterns.
An extensive library of built-in DSP filters such as Bessel-Thomson, CTLE, DFE, FFE, de-embedding and component emulation, all available free of charge in the standard GUI.
Built-in standard masks library
Individual impulse response correction at factory.
Cost-effective, small footprint, rugged instrument.
A complete set of APIs and a dozen of example code to speed up integration under Linux and Windows, using Python, LabView, Matlab and C#.
-Optical modulation amplitude (OMA)
-Average optical power
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