About This Part
The Part Number TSR3913078/30M designates a specialized 30-meter interconnect cable from Ericsson, engineered to provide robust and reliable connectivity within demanding telecom and data centre environments. As a critical component in Ericsson's extensive portfolio of infrastructure solutions, this cable facilitates high-speed signal and data transmission between various network elements. Its design emphasizes durability and signal integrity, featuring construction optimized to minimize attenuation and electromagnetic interference (EMI) over its 30-meter length. This ensures consistent performance and reliability, crucial for maintaining the operational efficiency of complex network architectures where stable, high-bandwidth links are paramount. This Ericsson cable is typically deployed in scenarios requiring secure and efficient physical layer connectivity, such as linking radio units to baseband units, interconnecting core network elements, or extending reach within large data centre racks and between equipment bays. It supports the infrastructure of mobile network operators, internet service providers, and large enterprises, enabling the seamless operation of critical services from 4G/5G networks to high-capacity data processing. The TSR3913078/30M solves the challenge of reliable long-distance signal transmission within a confined or distributed network footprint, acting as an essential upgrade or replacement for standard cabling to meet evolving bandwidth and performance requirements. Revo Distribution Limited specializes in providing B2B clients with cost-effective, high-quality used and refurbished telecom and data centre equipment. For essential components like the Ericsson TSR3913078/30M, Revo offers an invaluable avenue for operators and data centre providers to acquire critical infrastructure without the full capital expenditure associated with new units. By sourcing through Revo, businesses can efficiently expand or upgrade their networks, ensuring seamless integration and sustained performance. This approach not only supports immediate operational needs but also significantly extends the lifecycle of existing infrastructure, promoting sustainability and resource efficiency within the industry by giving quality equipment a second life.
