US
: Agilent Technologies Inc. announced significant enhancements to
its real-time Signaling Analyzer solution, offering a single network-testing
platform for advanced performance management and troubleshooting across
all major wireless telecommunications technologies. This distributed
solution enables analysis from the physical layer to the highest protocol
layer on all major interfaces in GSM/GPRS/UMTS, CDMAOne and cdma2000
networks, from narrowband through ATM, IP and SS7. In today's complex
2.5 and 3G wireless networks, this enables faster deployment of new
services and higher quality of service, while improving productivity.
Agilent's real-time
Signaling Analyzer solution features productivity-enhancing functions
such as auto-configuration, an easy-to-use graphical call trace and
a distributed architecture, reducing the time required to detect complex,
multi-interface, multi-protocol problems and perform root-cause analysis.
It combines Agilent's Signaling Analyzer and Network Analyzer to resolve
network problems as they occur, and turn what can be an overwhelming
amount of diagnostic data into usable information.
"Wireless
data service providers, along with their equipment manufacturers,
must ensure high performance in the most complex telecommunications
networks in the industry," said Steve Witt, general manager and
vice president of Agilent's Network Systems Test Division. "We
offer a leading Signaling Analyzer solution that enables a unique
view into performance management and rapid troubleshooting. Agilent
sees mobile protocol test and monitoring as an excellent growth opportunity,
and we are committed to making our customers successful and ensuring
their loyalty."
Agilent has added
the following industry-leading functionality to the Signaling Analyzer:
Automatic real-time
deciphering for Iub and Gb interfaces for monitoring "real-life"
networks without the need for manual keying or configurations.
Advanced UMTS monitoring applications to troubleshoot soft-handover
and macro-diversity behavior, in addition to full support of H.324M
multimedia services over UMTS.
Signaling analysis for 3G technologies and advanced capabilities for
cdma2000, including A10/A11 and P-H interfaces.
Support of a multi-interface E1/T1 line interface module to monitor
2G/2.5 and 3G networks simultaneously, significantly reducing the
cost per interface.