Insights and Innovations in Optical Networking: Exploring the World of AERECH
Take you to know the latest developments in the industry and pay attention to new trends
Blogg
Avmystifiserende fiberpatch-ledningstyper: En omfattende guide av Aerech
Discover the diverse world of fiber patch cord types and their applications in modern communication networks. Aerech provides insights into common and special fiber patch cord options, helping you make informed choices for your network needs. Learn about single mode vs multimode, connector types, jacket materials, and innovative options like armored, bend insensitive, and uniboot fiber patch cords.
Fremveksten av tredjepartsoptikk: Aerech leder nettverkskomponentrevolusjonen
Explore how Aerech has established a significant presence in the network component market with its third-party optics, offering cost-effective alternatives to original optics. Learn about the safety, compatibility, and advantages of using Aerech’s third-party optics, backed by stringent standards and innovative solutions for dependable connectivity.
400G Optiske modulløsninger for motstandsdyktige metronettverk
Explore the intricacies of upgrading metropolitan area networks to 400G, addressing challenges in environmental conditions, transmission margins, and compatibility. Learn about the robust environmental adaptability, enhanced transmission margins, and compatibility assurance offered by 400G optical modules for seamless network evolution.
Testprosess for optisk transceiver
Optical Transceiver Test Process After the optical module production, we will test it before shipment. Aerech has a complete testing process. All parameters must meet the requirements to ensure that the optical module will not have any quality problems. The following is the complete Optical Transceiver Test Process. Transmitted and Received Light Test The output optical power is an important parameter that can determine the transmission distance and quality of the optical module. Too high or too low is not good. The receiving sensitivity will influence the sensitivity of the optical module to receive light. Generally, the higher the optical module’s data rate, the lower…