Used FINISAR GTX 4.0 #9328857 for sale

FINISAR GTX 4.0 is an electronic test equipment designed by FINISAR. It enables optical component manufacturers to optimize and improve their production. The equipment has been developed for testing, certifying, and evaluating optical devices. It helps in increasing the accuracy and quality of optical components in alignment with industry standards. The GTX 4.0 has a cost-effective design with a modular configuration. It is outfitted with powerful lenses, SIPs, optical amplifiers, components, light sources, and instruments to suit the requirements of different manufacturers. In addition, the unit is integrated with a variety of software options that enable real-time optimization and control of the testing process. The GTX 4.0 is ideal for testing and analyzing optical components such as fiber-optic transmitters, receivers, light sources, laser sources, and multifiber transceivers. It is equipped with multiple testing modes, such as single point tests, full-spectrum tests, and throughput tests. The testing modes provide information on optical components' performance and characteristics. The system also includes OptoView, a PC software that precisely detects optical performance and provides complete testing reports for optical components. It helps in evaluating the pass/fail criteria of the components using an intuitive graphical user interface. Moreover, the GTX 4.0 is integrated with an alarm monitoring system that helps detect and monitor out-of-bound conditions that can lead to interrupted optical testing. Additionally, the system is equipped with an integrated service and maintenance module for remote diagnostics and optimization. It also ensures regular updates and patches. Furthermore, the unit offers plug-and-play flexibility and scalability, enabling manufacturers to upgrade their test systems with a minimal disruption. In conclusion, FINISAR GTX 4.0 is a reliable, advanced, and cost-effective solution for testing and certifying optical components. It integrates multiple testing modes and diagnostic tools, ensures a high level of accuracy, and offers users the ability to remotely monitor and optimize their test systems. Thus, it proves to be a useful tool for optical component manufacturers.