Telecom Operator

The most representative DWDM technology solution suitable for 5G fronthaul is a wavelength adaptive access type DWDM system based on ITU-T G.698.4 (formerly G.metro) standard. This solution uses a wavelength-tunable optical module with port-independe...

Current Challenges Faced by the Customer A certain internet company is grappling with the rapid growth of its data business. Their optical fiber resources are depleting too quickly, rendering their existing 40-channel 10G wavelength division system i...

In today's fast-paced world, the demand for high-speed and long-distance data transmission is ever-increasing. To meet this growing need, Sino-Telecom has constantly sought innovative solutions. In this blog post, we will explore a success story in t...

Introduction In the dynamic landscape of the banking industry, reliable and high-speed data transmission is crucial for seamless operations and secure communication between different branches. This solution explores a Leading-edge Data Center Interco...

When you walk along the street or drive on the road, you will notice various communication base stations. Their main function is to facilitate wireless communication with mobile phones. Communication base stations are equipped with base station anten...

Sino-Telecom's STN6200 Platform: Enhancing Metro WDM Transmission STN6200 platform is a Metro Wavelength Division Multiplexing (WDM) transmission solution. This platform is specifically designed for urban environments, offering efficient optical sign...

In last decade, the optical network industry embraced the rise of high performance compact WDM solutions, which evolve continuously following flexible maintenance and completed automation. Sino-Telecom introduced the STN6200 series compact WDM soluti...

What's OTDR Sino-Telecom FNMS (Fiber Network Monitor System) can use rack OTDR (Optical Time Domain Reflectometer) devices, focus on automatic analysis of fiber performance by periodical measurement, and quickly respond while fiber broke or fault hap...