Understanding the Core of Wholesale VoIP LCR
Wholesale VoIP LCR is a methodology applied in telecommunications to optimize the cost-efficiency of voice call routing through the internet. This process involves selecting the most economical pathway for a call from a range of available carriers, balancing considerations such as cost, call quality, and network reliability.
How Wholesale VoIP LCR Functions ?
Wholesale VoIP LCR employs a combination of technologies and algorithms to dynamically evaluate and choose the most cost-effective route for each call. Key elements in this system include:
Wholesale VoIP LCR Core Components
Components Integral to VoIP LCR
Carrier - Grade Softswitches
Essential for orchestrating the flow of calls based on LCR criteria, dynamically adjusting routes to maintain quality of service.
Routing Tables and Databases
Contain updated carrier information, crucial for making routing decisions that optimize cost and efficiency.
Quality of Service Monitoring
Ensures the chosen routes meet the desired call quality parameters.Access to marketing materials and sales tools.
Wholesale VoIP LCR Strategies
Percentage Routing: Distributes call traffic among carriers based on specified percentages.
Quality-Based Routing: Selects carriers primarily on the quality of service they can provide
Fixed Routing : Directs calls through a predetermined carrier route, often used for specific agreements or quality reasons.
Geographic Routing: Geographic routing optimizes call quality by selecting carriers closer to the caller or recipient, minimizing latency.
Time-Based Routing: Adjusts routing decisions based on the time of day, day of the week, or other temporal factors, such as peak hours or holidays, to optimize cost-effectiveness.
Setting up an effective
LCR system involves
Assessing potential carriers for their rates, service quality, and reliability.
Implementing the necessary softswitches and routing databases capable of dynamic LCR.
Regularly updating routing choices based on real-time carrier performance and rate changes.