Sub-Project #1: Improve Capacity Planning Capability No. Problem Analysis Proposed Solutions Include capacity visibility tools to be used for regular planning. Provide Capacity visibility tools capacity visibility reports in the Performance Surveillance (PRS) by Q3 1 or services need to be 2012 and GUI support in 2013. developed. Give guidance service about capacity planning to customers by Q3 2012. Sub-Project #1 Result: Capacity monitor will be changed from a counter to a GUI in 2012 Q3, which is clearer in observing resource usage and finding bottlenecks. Close to a 20% improvement in air interface capacity in RAN14.0. Sub-Project #2: Improve Capacity Processing Efficiency No. Problem Analysis Proposed Solutions 1 A resource sharing mechanism For SinleRAN8.0, launch new BSC6910 that supports dynamic should be developed between configuration of CP/UP and CP pool, and BSC6910 supports RNCs and between SPUs within forming the RNC pool with BSC6900. the same RNCs. 2 NodeB signaling processing Increase NodeB signaling processing capability of SingleRAN7.0 capability needs to improve. to ten times higher than that of SingleRAN6.0. Sub-Project #2 Result: BSC6910 (new RNC) will improve capacity efficiency by supporting pools on three levels: dynamic CP/UP on one board, CP pool and UP pool between boards in RNC, pool between RNCs. BSC6910 will be GA in 2013 Q2. Signaling capacity for NodeB has been improved to 1,500 CNBAP/s from 250 CNBAP/s for SingleRAN 8.0 with new hardware. Sub-Project #3: Ensure KPIs for Key Events No. Problem Analysis Proposed Solutions 1 VIP assurance needs to For SingleRAN7.0, ensure system stability and service experience be improved and service through intelligent access controls. For SingleRAN8.0, provide resource assurance solutions need reserves for VIP customers to ensure access and service experience.
Sub-Project #1: Improve Capacity Planning Capability No. Problem Analysis Proposed Solutions 1 Capacity visibility tools or services need to be developed. Include capacity visibility tools to be used for regular planning. Provide capacity visibility reports in the Performance Surveillance (PRS) by Q3 2012 and GUI support in 2013. Give guidance service about capacity planning to customers by Q3 2012. Sub-Project #1 Result: Capacity monitor will be changed from a counter to a GUI in 2012 Q3, which is clearer in observing resource usage and finding bottlenecks. Close to a 20% improvement in air interface capacity in RAN14.0. Sub-Project #2: Improve Capacity Processing Efficiency No. Problem Analysis Proposed Solutions 1 A resource sharing mechanism should be developed between RNCs and between SPUs within the same RNCs. For SinleRAN8.0, launch new BSC6910 that supports dynamic configuration of CP/UP and CP pool, and BSC6910 supports forming the RNC pool with BSC6900. 2 NodeB signaling processing capability needs to improve. Increase NodeB signaling processing capability of SingleRAN7.0 to ten times higher than that of SingleRAN6.0. Sub-Project #2 Result: BSC6910 (new RNC) will improve capacity efficiency by supporting pools on three levels: dynamic CP/UP on one board, CP pool and UP pool between boards in RNC, pool between RNCs. BSC6910 will be GA in 2013 Q2. Signaling capacity for NodeB has been improved to 1,500 CNBAP/s from 250 CNBAP/s for SingleRAN 8.0 with new hardware. Sub-Project #3: Ensure KPIs for Key Events No. Problem Analysis Proposed Solutions 1 VIP assurance needs to be improved and service assurance solutions need For SingleRAN7.0, ensure system stability and service experience through intelligent access controls. For SingleRAN8.0, provide resource reserves for VIP customers to ensure access and service experience.
hw_194314.docx