CapacityAdvisor 9000 for UMTS/HSPA

名称:CapacityAdvisor 9000 for UMTS/HSPA

供应商:Boway

价格:面议

最小起订量:0/

地址:Boway Technology Limited

手机:15811803115

联系人:Sales (请说在中科商务网上看到)

产品编号:135290362

更新时间:2018-11-08

发布者IP:119.123.73.21

详细说明

  The industry's most advanced and scalable wireless subscriber simulation and test systems for UMTS / HSPA technologies.

  Capacity Test provides advanced load generation for UMTS / HSPA networks, giving customers an unmatched ability to test equipment and services under realistic traffic scenarios in their labs.

  Benefits

  Accelerated network life-cycle testing – characterize network recovery response to overload events, analyze the impact of mixed UE categories and traffic with a defined load on network performance

  Faster time to Revenue - enables more scenarios to be tested in a fraction of the time

  Repeatable & deterministic test behavior - with phone cabinets, customers run the same test 10 times, and get 10 different results: the Capacity Test solution testing behavior is repeatable and deterministic, reducing time to market

  Defects found earlier - in the development cycle, reducing time to revenue

  Higher quality products - released to market in less time

  High terminal density in reduced footprint – the Capacity Test solution takes up a fraction of the footprint used by competitive solutions

  Applications

  Mixed voice and data traffic

  UMTS radio channel emulation

  Network performance measurements

  Data service rollout planning

  Predicting end-user experience

  Background load & terminal verification

  Easily define real-world traffic models

  Key Features

  Up to 2520 Software-Defined radiotest terminals per rack

  High traffic load of mixed voice and data services

  Easy defined call models for services and mobile behavior

  Highly scalable, upgradeable reconfigurable & programmable

  Easily defined test cases via workbench GUI for advanced Protocol Testing

  Network troubleshooting, fault diagnosis & data analysis

  Realistic call model simulation