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FOR IMMEDIATE RELEASE
AutoNOC Goes 64-Bit
Itanium and x64 Support Enable Bigger Networks
ATLANTA, GA, January 23, 2006 - AutoNOC is pleased to announce the release of
AutoNOC for the IntelŪ ItaniumŪ 2 processorbased platform and new added x64
support. This release marks the next logical step in our efforts to continuously scale
AutoNOC such that it is able to easily manage the world's largest networks.
Support for the new
64-bit platforms enables the AutoNOC operations core to take advantage of various hardware
improvements including a larger memory pool and additional high-end processor
configurations. This vastly increases the size of networks AutoNOC is able to manage while
reducing the number of servers necessary.
"AutoNOC has
typically been limited to approximately 400,000 probes on one server because of memory
addressing limits in 32-bit architectures. The new 64-bit support allows us to increase
this limit into the millions of probes, support true 64-bit computation and expand the
real-time network analysis capabilities of our product," says Kyle Lussier, president
of AutoNOC.
"Participation in
the IntelŪ Early Access Program has enabled AutoNOC to bring its product to the Intel
Itanium 2 processor customer base, said
Melissa Laird, general manager of Intels Developer Relations Division.
This represents another example of a vendor that has come to recognize the
advantages of true 64-bit computing on platforms based on Itanium 2 processors."
The 2.5.210 platform
upgrade of AutoNOC includes the introduction of official support for the Itanium and x64
computing platforms. Additionally this update provides many other major technology
improvements, including:
Network Model
Search
Users can now search their operations model using a web-search like interface. They
can search by IP and regular expressions making it easy to find specific devices and
interfaces within the network.
New BGP, OSPF,
Environment, and Other Probes
We are pleased to have added various BGP and OSPF probes for the real-time
monitoring of the state of various neighbors and peers. This is particularly helpful when
introducing changes within large networks that are currently in operation. Additionally we
have made many improvements to support more advanced interface naming, mechanisms,
discovery models, environment monitoring, and other things.
Core Performance
Optimizations
The latest update of AutoNOC implements many internal core optimizations that
reduce CPU usage significantly and improve the performance polling rates across the
network. In some cases we are seeing polling rates approaching 100,000 probes per second
and the software is able to poll very large devices with many interfaces in as little as
15 seconds, and possibly less. The new core is capable of integrating and performing up to
256 simultaneous and different SNMP walks per IP address. This is useful in that all
probes for a device can be solved simultaneously making things very fast.
Memory Usage
Improvements
Large sections of the operations core have been re-designed to reduce memory churn
and long-term memory fragmentation. This has expanded the size of the operations models
the software is capable of running.
Alarm Improvements
Direct fire alarms, improved multi-threading support, all-alarms flag, more alarm
specific interpreter functions, and other capabilities have been added to AutoNOC's alarm
system.
Server Reliability
and Recovery Improvements
Additional automated back-up capabilities have been added, memory self-monitoring,
crash recovery with feedback, process restart check, and other reliability improvements.
People interested in
downloding the AutoNOC 64 release should create a support account by visiting http://www.autonoc.com or direct questions to support@autonoc.com.
About AutoNOC LLC
AutoNOC LLC was organized in Atlanta, Georgia in
1999 by commercial software veteran Kyle Lussier to develop and market the AutoNOC core
network operations platform. AutoNOC LLC is first to market with a cost effective, robust,
fully integrated, Web based solution for integrated network operations. For more
information, visit AutoNOCs Web site at http://www.AutoNOC.com. |