Trusted By
This product is incredibly convenient and straightforward. We especially appreciate the real-time voltage display alongside set values in the GUI, the efficiency of ribbon cable connections for swift board/chip swapping, and compatibility with Python for parameter setting and querying
Gregory P. Sercel & Nemanja Jovanovic Ph.D,
Caltech/JPL NASA
I use a 3-channel XPOW as bias controller for an IQ optical modulator and it works wonderfully. Because XPOW is so compact, I can package it in the same box as my modulator. The software user interface is simple yet so good and intuitive. These features are critical for me in the device prototyping project I have with a few defense contractors in the US. I ended up purchasing a couple of XPOW units and shipping them to these contractors together with the prototype. It is definitely a powerful solution for the control of optical modulators.
Dr. David Marpaung,
Professor at University of Twente
We like the large channel capacity with higher power per channel. The software is pretty good in terms of the GUI and interface to get started testing the devices. The customer support has been excellent.
Dr. Raj B. Patel, Future Leader Fellow,
Imperial College London
I appreciate the Python API, the seamless plug-and-play functionality, ease of use, reliability, and quality - reasons why I’ve chosen to use it for several projects.
Kees Franken,
Fellow in Applied Physics, Harvard University
The device is nice and working well. It was easy to program it with Python using my custom code.
Hitesh Rahangdale, Postdoc,
University of Tennessee, Knoxville
We like the number of channels, ease of use, and integration with our Python code.
Kumar Piyush & Ashitosh Velamuri, Research Scholars,
IIT Madras
The next-generation of electronics & photonics integrated circuits
Chip-scale electronic photonic system
Nicslab combines the power supply, signal processor, sensors, and control into a single compact solution to support the emerging photonic industry including AI, data center, autonomous vehicle, space and semiconductor applications. It achieves this with unparalleled accuracy, up to 1000 more channels, and at 3x the cost efficiency.
Multichannel Source Measurement Unit
A complete, compact, programmable, affordable, and easy-to-use multichannel source measurement unit (SMU) for low-power applications from simple electronic circuits to complex photonic integrated circuits. Our product range includes options with various channel quantities. Control and reading tests on voltage and current have been conducted for up to 1000 channels (Link).
Wide Range of Applications
There are limitless possibilities to use our SMUs which can also be used as a photonic driver. Below are several examples that utilize our products.
Photonic Integrated Circuit
Photonic Integrated Circuits
Focus on source, measure and control of a Photonic Integrated Circuit. We work for the best to give a stable and precise result to fulfill your needs.
Fuel Cell
Fuel Cell
The efficiency of making battery cells will be maximized, by using our products which have a high level of precision and accuracy.
Solar Cell
Development with a high level of precision and accuracy will met upon our product. The solar cell is the one case in which you must know.
Solar Cell
Radio Frequency Testing
Radio Frequency Testing
Development of Radio Frequency will tend to be better with high resolution and precision of the sourcing point that we have.
Wafer Testing
Ensures the quality and functionality of individual integrated circuit (IC) chips by testing each semiconductor wafer to detect and identify defects, faults, or performance issues
Wafer Testing
Battery Testing
Cell testing is intended to be the critical point of battery testing that requires high precision and accurate sources. You can solve it with the help of our product.
Battery Testing
