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JP1 Version 11: Example Configurations

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JP1 Version 11: Example Configurations

Network Management

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List of example configurations for network management

Network node manager, and system resource and process resource management

Configuration for monitoring the operating statuses of system resources and processes

NET - 02

JP1/SNMP System Observer - Agent for Process

Configuration for monitoring and centrally managing failures in the network and those related to the system

resources of servers

NET - 01

JP1/Network Node Manager i JP1/SNMP System Observer

JP1/Extensible SNMP Agent for Windows JP1/Extensible SNMP Agent

Configuration for developing applications to be used by linking with the network node manager

NET - 04

JP1/Network Node Manager i

JP1/Network Node Manager i Developer's Toolkit

Configuration for monitoring failures and centrally managing large-scale networks by splitting the management

scope and distributing loads across sites

NET - 03

JP1/Network Node Manager i

JP1/Network Node Manager i Advanced JP1/SNMP System Observer

JP1/Extensible SNMP Agent for Windows JP1/Extensible SNMP Agent

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Reference: Configuration using JP1/NNMi Advanced

JP1/NNMi Advanced is an advanced product of JP1/NNMi and supports all functions of JP1/NNMi. It also supports technology such as link aggregation and RRG (Router Redundancy Group) for ensuring the performance, availability, and reliability of networks. With JP1/NNMi Advanced, you can also manage IPv6 networks and achieve advanced network monitoring operations.

Servers: 8

Windows

JP1/ESA for Windows

Viewer Windows Internet Explorer Network management server Windows JP1/NNMi JP1/SSO

 Network management server Number of servers: 1

OS: Windows  Managed devices

Number of devices: 20 [Breakdown]

Monitored servers (agents): 8 OS: Windows

Monitored servers (agents): 8 OS: Linux

Monitored network devices: 4

Note: A web browser must be installed on viewer machines.

This configuration allows users to visualize the entire network configuration, and to monitor and centrally manage failures in the network and those related to the system resources of servers.

NET - 01

Network devices: 2 Managed servers and network devices: 10

Servers: 8

Linux

JP1/ESA

Managed servers and network devices: 10 Network devices: 2

Configuration for monitoring and centrally managing failures in

the network and those related to the system resources of

servers

Conditions assumed in this

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The configuration allows users to monitor, in real time, the operating statuses of system resources and processes on Windows, UNIX, and Linux servers, as well as the operating statuses of network devices that support SNMP.

NET - 02

Viewer Windows Internet Explorer Network management server Windows JP1/NNMi JP1/SSO

 Network management server Number of servers: 1

OS: Windows  Managed devices

Number of devices: 20 [Breakdown]

Monitored servers (agents): 8 OS: Windows

Monitored servers (agents): 8 OS: Linux

Monitored network devices: 4

Note: A web browser must be installed on viewer machines.

Managed servers and network devices: 10 Servers: 8

Windows

JP1/ESA for Windows JP1/SSO - Agent for Process

Managed servers and network devices: 10 Servers: 8

Linux

JP1/ESA

JP1/SSO - Agent for Process

Network devices: 2 Network devices: 2

Conditions assumed in this

example configuration

Example configuration

Configuration for monitoring the operating statuses of

system resources and processes

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Reference: Global manager

 Global manager

Number of managers: 1, OS: Linux  Regional manager

Number of managers: 2, OS: Windows or Linux

 Number of managed devices: 1,600 [Breakdown]

Monitored servers (agents): 600 OS: Windows

Monitored servers (agents): 300 OS: UNIX (AIX)

Monitored servers (agents): 300 OS: Linux

Monitored network devices: 400 Notes:

- A web browser must be installed on viewer machines. - In this example configuration, the global manager

manages 1,600 devices and each regional manager manages 800 devices. Each manager requires as many licenses as the number of devices it manages.

This configuration can be used to visual the entire network configuration and to perform integrated monitoring of network failures and of the system resources on servers in a large-scale network. Integrated monitoring is achieved by splitting the scope of management via the use of multiple regional managers for managing individual sites, and a global manager for managing the regional managers as a whole.

NET - 03

Configuration for monitoring failures and centrally managing

large-scale networks by splitting the management scope and

distributing loads across sites

WAN Global manager Linux JP1/NNMi Advanced Viewer Windows Internet Explorer Headquarters Viewer Windows Internet Explorer Regional manager Windows JP1/NNMi JP1/SSO Regional manager Linux JP1/NNMi Advanced JP1/SSO Viewer Windows Internet Explorer

Conditions assumed in this

example configuration

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This configuration is useful when developing applications that use information managed by a network node manager, such as incident and node information. Such information can be displayed in business portal windows.

 Server for the application development environment Number of servers: 1 OS: Windows  Test environments Number of devices: 100 [Breakdown] Servers: 80 Network devices: 20

Note: In this example configuration, JP1/NNMi DTK includes additional node licenses for JP1/NNMi (for 50 nodes).

NET - 04

Configuration for developing applications to be used by

linking with the network node manager

Server used for the application development environment

Windows

JP1/NNMi JP1/NNMi DTK

Server and network devices: 50 Servers: 40

Test environment A

Servers and network devices: 50 Test environment B

Network devices: 10 Servers: 40 Network devices: 10

Conditions assumed in this

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JP1/NNMi : JP1/Network Node Manager i JP1/SSO : JP1/SNMP System Observer

JP1/ESA for Windows : JP1/Extensible SNMP Agent for Windows JP1/ESA : JP1/Extensible SNMP Agent

JP1/SSO - Agent for Process : JP1/SNMP System Observer - Agent for Process JP1/NNMi Advanced : JP1/Network Node Manager i Advanced

JP1/NNMi DTK : JP1/Network Node Manager i Developer's Toolkit

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Information about Hitachi product names and trademarks

• HITACHI, JP1 are either trademarks or registered trademarks of Hitachi, Ltd. in Japan and other countries.

Information about third-party product names and trademarks

• IBM, AIX are trademarks of International Business Machines Corporation, registered in many jurisdictions worldwide. • Linux® is the registered trademark of Linus Torvalds in the U.S. and other countries.

• Microsoft, Internet Explorer and Windows are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries. • UNIX is a registered trademark of The Open Group in the United States and other countries.

• Other company and product names mentioned in this document may be the trademarks of their respective owners.

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JP1 Version 11: Example Configurations

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References

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