Come and visit our modeling experts at leading technical conferences!
June 24-27, 2014 in Nice (France)
The aim of ECIO-MOC 2014 is to provide a forum where experts from both industrial and academic communities, within fiber optics, integrated optics and micro and nanophotonics, can exchange new ideas and latest findings.
Come and visit our team in Nice. We will demonstrate live at ECIO the latest version of VPItransmissionMaker & VPIcomponentMaker - the market-leading photonic components and systems design suite.
»Set up an appointment with one of our experts for a live presentation.
July 6-10, 2014 in Graz (Austria)
VPIphotonics will present its latest simulation tools at ICTON 2014 to be held in Graz, Austria, July 6-10, 2014. This annual conference concentrates on applications of transparent and all-optical technologies in telecommunications, computing and novel applications.
Parallel simulations of optical communication systems
N. Karelin, G. Shkred, A. Simonov, S. Mingaleev, I. Koltchanov, and A. RichterAbstract: Sophisticated numerical simulations represent an indispensable tool for developing new optical communication systems and solutions. With wider availability of parallel computing hardware (most notably, multi-core CPUs and GPUs) it becomes increasingly important to effectively parallelize simulation algorithms. In this paper, we review the main principles and common pitfalls of parallel simulations for optical systems and components. The addressed topics include signal propagation in fibers, fiber gratings, active and passive semiconductor components, parallel simulations of transmission systems and photonic integrated circuits represented by networks of modules, as well as general-purpose optimization tasks.
»Set up an appointment with one of our experts for a live presentation.
July 13-17, 2014 in San Diego (USA)
Link Emulation and Importance Sampling for Performance estimation of DSP-based Transmission Systems
H. Louchet, D. Piasentin and A. RichterAbstract: We report an approach based on Importance Sampling that accurately estimates the bit-error-rate of coherent transmission systems including digital signal processing and hard-decoding forward-error-correction. The proposed method is validated by means of Monte-Carlo simulations.
»Set up an appointment with one of our experts for a live presentation.