Improves test and workflow procedures, and facilitates your work.
NetClaw is an advanced network and service performance analyzer that allows fixed and mobile operators and vendors
to quickly provision, troubleshoot, and optimize existing and emerging services across GSM, CDMA, GPRS/EDGE, UMTS, SS7, and
IP domains.
Designed with advanced applications for service testing, network monitoring, and data acquisition for
next-generation networks, NetClaw provides a highly reliable and scalable solution architecture for both remote and local
operation. NetClaw features an unmatched top-down testing approach and intuitive graphic user interface. These unique features
simplify test and workflow procedures across the organization and speed trouble resolution by as much as 50%, improving
customer satisfaction. NetClaw network and service performance analyzer also facilitates day-to-day operation, makes more
efficient use of network experts, and increases overall productivity within the organization.
Using NetClaw multi-level
protocol analysis, service providers can expedite the detection and resolution of problems in their GSM, CDMA, GPRS/EDGE, 3G,
SS7, or VoIP networks to increase the customer's quality experience. This allows operators to carry out "on the spot"
troubleshooting without having to deploy an external post-processing tool. Moreover, NetClaw includes powerful and advanced
statistical processing capabilities, supporting daily operations with intuitive statistical information for the troubleshooting
process.
NetClaw is part of Anritsu's comprehensive suite of monitoring, troubleshooting, and optimization solutions that
include Compass and MasterClaw. This allows you to easily and efficiently scale your monitoring and test solution from a
small-scale installation to network-wide coverage using the same platform.
Benefits at a Glance
Optimize your network for increased customer satisfaction
- Fast provisioning of emerging services across GSM, CDMA, GPRS/EDGE,
UMTS, SS7, and IP networks
- Decrease network
and service downtime and speed trouble resolution by up to 50%
- Efficient maintenance and optimization of existing services: GSM, CDMA, GPRS/EDGE, 3G, SS7, and IP domains
- Futureproof design
Top-down test methodology and intuitive GUI increase operational
efficiency - Simplify technical complexity
- Better workflow
and lower operational expenses
- Applications
for service testing, network monitoring, and data capture
Lower your cost of network ownership by reducing the “hidden” costs
- Minimize maintenance of test equipment
- Reduce investments in redundant test platforms
- Uninterrupted learning curve minimizes the need for special training
for each new test platform
- Limit travel time and
expenses
- Scales across technologies, services,
and network size, eliminating the need to invest in a new instrumentation solution when turning up new technology or services in your network
- Part of Anritsu’s comprehensive suite of
mobile network monitoring and test solutions
Multi-level protocol analysis for easy drill down and faster problem
resolution.
NetClaw is the
latest generation of protocol analyzers from Anritsu. It has been
designed with advanced applications for service testing, network
monitoring, and data
acquisition for existing and next-generation networks. Packed in one
single convenient box and designed with a true client-server
architecture, NetClaw proves a highly reliable and scalable solution for
both remote and local operation.
Capable of capturing and storing network and service data you can
use NetClaw for real-time data analysis, such as protocol decoding,
sequencing, and real-time multi-level protocol analysis of a wide range
of mobile access and core protocols across GSM, GPRS/EDGE, UMTS, SS7,
and IP domains. You may also use the NetClaw for high-speed data capture
for post-processing analysis by Anritsu's post-processing tool Compass
Wireless for troubleshooting and optimization of mobile access networks.
With the NetClaw multi-user feature, up to eight people are allowed to
simultaneously utilize the features of the platform enabling multiple
users to analyze different parts of the monitored network completely
independently of each other. Fast and simple setup
- only 3 clicks to results - facilitate deployment of the testing platform in
the organization allowing technical personnel to focus on solving problems.
The intuitive workflow of the NetClaw allows operators to test new
3G standards and interoperability of multiple technologies across converged
networks with focus on sessions and signaling sequences to speed deployment
- GSM, GPRS/EDGE, UMTS, VoIP, and SS7, over IP
- Applications for service quality testing, network
monitoring & data capture in a single, portable unit
- Intuitive and easy-to-use Graphic User interface (GUI) -
only 3 clicks needed from start to analysis
- Powerful call and session
sequencer with end-to-end transaction visibility for rapid isolation of
faults or hot spots
- Advanced and user-defined
statistical processing in real-time with alarm notifications as on-screen
messages, email, or SNMP trap
- Auto detection,
configuration and tracking of protocols, channels and link types
- Local or remote
operation via standard TCP/IP connection
- True multi-user system
for optimized rapid troubleshooting - lets up to eight users access the
unit, simultaneously and independently
- Comprehensive online
help simply at the click of a mouse
- Flexible configuration
of interfaces providing support for different interface types in the same
unit, with full functionality across interfaces
- Connects to test points
in the network to avoid interference with normal network operations
- Full UTRAN support
expedites troubleshooting, optimizes handover performance operators and
reduces lost calls
- Most integrated VoIP
analysis solution on the market providing overview of hundreds of
simultaneous streams, and detailed analysis of those streams with degraded
quality
- Portable rack or
fixed-mounted 10" sub-rack
- Vendor-independentProtocol analysis in combination with Anritsu's post-processing tool
Compass Wireless
