Dimension; The reliability testing system for optical passive devices can adjust and assemble different modules according to needs, which is suitable for testing the optical performance and environmental stability of various existing optical passive devices on the market,

Aging experiment testing. At the same time, in order to compensate for the disadvantage of traditional equipment that can only be tested at fixed locations, the testing system adopts a style of a luggage compartment in appearance, and integrates relevant testing modules with data processing

All machines are integrated inside the box. There is no need to worry about delayed data processing and information collection, as the device can move and independently complete the entire testing task. Has great advantages in the field of production, manufacturing, and testing on-site

Shi is truly a testing equipment prepared for on-site use.

The 11 slot OMEGA universal optical testing platform of Dimension Technology is compatible with various functional testing modules, including RLM series insertion and return loss testing modules, and has hot swappable, programmable, and scalable capabilities

Significant advantages include strength, ease of maintenance and management, and low overall cost. Supports multiple control methods such as network, USB, and physical buttons.

The system integrates functional testing modules such as optical switches, highly stable light sources, and high-precision optical power meters, which can achieve reliability testing of passive components.

The system adopts the style of a luggage compartment on the exterior, integrating relevant testing equipment and data processing PC inside the box. The equipment is movable and can independently complete the entire testing task.

Unlike traditional testing methods, the reliability testing system of Dimension Technology integrates an insertion and return loss testing module, an optical switch module, and a light source, which can complete a one-time measurement of insertion and return loss& Nbsp;