Driving Test tool
With E2ES network operators can now measure and analyze the end to
end performance of their UMTS networks in one integrated platform.
E2ES is designed to provide a holistic view of the network for true system-wide optimization. By collecting real-time information from a variety of network elements (network equipment, core network, application servers etc.) E2ES filters, correlates, assembles and structures the data to provide an accurate picture of network performance.
UMTS
KPI analysis and mobile equipment user data protocol analysis
Monitor and analysis for both User Plane and Control Plane information for each node (Uu, Iub, Iu-PS, Iu-CS)
Core network protocol analysis (Gn, Gi)
Application server (Web, FTP, Video streaming Server) protocol analysis
Measurement of transmission delays for each packet interval
Measurement of data re-transmission and throughput
Integrated analysis on the same time axis
Use E2ES to:
Monitor end to end network performance for UMTS network.
Reduce cost of managing trouble tickets
Throughput improvement
Geographic localisation of network problems
Recommended System Configuration:
CPU: Pentium 4 Processor or faster (client)
RAM: 512MB or more (client)
OS: Windows 2000/XP (client)
HDD: 40GB or more (client)
Linux (capture hardware)
Pentium III 1GHz Dual Processor (capture hardware)
E2ES is designed to provide a holistic view of the network for true system-wide optimization. By collecting real-time information from a variety of network elements (network equipment, core network, application servers etc.) E2ES filters, correlates, assembles and structures the data to provide an accurate picture of network performance.
UMTS
KPI analysis and mobile equipment user data protocol analysis
Monitor and analysis for both User Plane and Control Plane information for each node (Uu, Iub, Iu-PS, Iu-CS)
Core network protocol analysis (Gn, Gi)
Application server (Web, FTP, Video streaming Server) protocol analysis
Measurement of transmission delays for each packet interval
Measurement of data re-transmission and throughput
Integrated analysis on the same time axis
Use E2ES to:
Monitor end to end network performance for UMTS network.
Reduce cost of managing trouble tickets
Throughput improvement
Geographic localisation of network problems
Recommended System Configuration:
CPU: Pentium 4 Processor or faster (client)
RAM: 512MB or more (client)
OS: Windows 2000/XP (client)
HDD: 40GB or more (client)
Linux (capture hardware)
Pentium III 1GHz Dual Processor (capture hardware)
E2ES Configuration
Configuration Features |
Packet Collect System Network data logging |
Central Server User management, System management |
Web Server Providing user connection interface (Web GUI) |
DBMS Server Storing logged data and processed data (back-ups for statistics) |
DM Handset traffic / signaling, RF parameter collection |
Analyzer Server Supplemental analysis while DM is being used (e.g. MAP analysis, traffiffic by handset / detailed analysis of signaling) |
Key Features & Benefits
End to end integrated test and analysis of wireless data networks by multiple test probes from a variety of network elements of mobile
equipment, core network and application servers
Multiple wireless and data technologies of IS-95 A/B, 1xRTT, EVDO, DO RevA, GSM, GPRS, EDGE, UMTS, HSDPA, HSUPA, UMA, AT command, LCP, PAP/CHAP, IPCP, IP, TCP, UDP, FTP, HTTP, HDTP, RTP, SIP, etc.
Decoding and correlating the data with a synchronized time stamp based on GPS
Data filtering based on MIN/IMSI
Reassembling segmented data in RP interface
Integrated analysis of over the air, RP and Pi interface
Flexible and customizable for any infrastructure vendors equipment
Scalable platform and proven technology
Easy to deploy and use (portable E2ES available)
Minimal OPEX
Reduced need for drive test
Future proof - scalable, LTE leadership
E2ES Probes for RF and IP core networks
Central Server for data collection
E2ES Analyzer for fully integrated analysis
Multiple wireless and data technologies of IS-95 A/B, 1xRTT, EVDO, DO RevA, GSM, GPRS, EDGE, UMTS, HSDPA, HSUPA, UMA, AT command, LCP, PAP/CHAP, IPCP, IP, TCP, UDP, FTP, HTTP, HDTP, RTP, SIP, etc.
Decoding and correlating the data with a synchronized time stamp based on GPS
Data filtering based on MIN/IMSI
Reassembling segmented data in RP interface
Integrated analysis of over the air, RP and Pi interface
Flexible and customizable for any infrastructure vendors equipment
Scalable platform and proven technology
Easy to deploy and use (portable E2ES available)
Minimal OPEX
Reduced need for drive test
Future proof - scalable, LTE leadership
E2ES Probes for RF and IP core networks
Central Server for data collection
E2ES Analyzer for fully integrated analysis
