Trusted By
Solutions
Quantum Computer based photonic
XPOW & XDAC are utilized to control heaters manipulating light direction and phase in Mach Zehnder Interferometer for quantum entanglement/qubit formation.
AI Deep
LearningEngine
XPOW & XDAC program the linear optical state such as Mach Zehner Interferometer and phase shifter for deep learning/deep neural networks.
Quantum Computer based photonic
XPOW & XDAC switch the large-scale network of silicon photonics transceivers for the data center.
Lab Instrumentation
XPOW & XDAC provide multichannel voltage and current controllers with large density and automation features.
High-speed
Network Driver
Quantum Computer Based Photonic
XPOW & XDAC are utilized to control heaters manipulating light direction and phase in Mach Zehnder Interferometer for quantum entanglement/qubit formation.
AI Deep Learning Engine
XPOW & XDAC program the linear optical state such as Mach Zehner Interferometer and phase shifter for deep learning/deep neural networks.
High-Speed Network Driver
XPOW & XDAC switch the large-scale network of silicon photonics transceivers for the data center.
Lab Instrumentation
XPOW & XDAC provide multichannel voltage and current controllers with large density and automation features.
For industry and labs that don't want to spend budget on complicated, bulky, and expensive equipment, Nicslab creates a device to help engineers and scientists manage their work with easy-to-use software, using 20x less space, and 3x cost-efficient.
