Intel 747116-011 manual NetWare, Windows NT, UnixWare

Page 15

NetWare

For installation on systems using NetWare, be aware of the following:

Connect as a user with supervisor rights when installing ISC to a NetWare server.

All NetWare servers require two manual reboots following the ISC installation.

The TiRPC runtime library for ONC RPC or a substitute file set for NetWare5x must be running.

Windows NT

For installation on systems using Windows NT, be aware of the following:

Connect as a user with supervisor rights when installing ISC to a Windows NT server.

The ISC installation program automatically reboots both remote and local servers as necessary.

Remote Access Service (RAS) must be previously be installed on the console for if connectivity will use a modem.

Windows 98 Second Edition

For installation on systems using Windows 98 Second Edition, be aware of the following:

A manual reboot is required following the ISC installation.

Remote Registry must be previously installed on the console.

UnixWare

For installation on systems using UnixWare, be aware of the following:

Connect as root user when installing ISC to a UnixWare server.

A plain text password must be enabled in the registry. If the password is not enabled, an extra reboot following ISC installation will be required on each UnixWare server.

Vision FS must be installed, configured, and running.

Mcopy must be installed on each ISC managed UnixWare server. Please refer to the man page for doscp for download and install instruction for mcopy. Mcopy can also be installed by installing the mtools package from Skunkware 7 CD-ROM.

A manual reboot is required for each server following the ISC installation.

The server automatically reboots following ISC installation.

By default, SCO UnixWare v7.1.1 systems have DMI access set to read-only. This setting prevents ISC from changing sensor thresholds, enabling the watchdog timer, and executing other functions. To allow ISC to operate correctly, DMI access write permission must be enabled. Do the following to enable DMI access to write:

1.Log in as 'root'.

2.Stop the DMI Service Provider (dmi stop).

3.Open the file /etc/rc2.d/S89dmi for editing.

4.Change the line $DMI_PATH $@ to $DMI_PATH $@ -w.

5.Save the file and restart the DMI Service Provider (dmi start).

This change is valid for all future sessions.

Installation Guide for the Intel Server Control

15

Image 15
Contents For Intel Server ControlContents Launching ISC Page Platform Compatibility NetWare Requirements System RequirementsManaged Server Requirements Windows 2000/NT RequirementsAdditional Requirements for DMI-SNMP Translation Console RequirementsRed Hat Linux Requirements SCO UnixWare RequirementsWindows 2000/NT Windows 98 Second EditionService Partition and Population Service Partition InstallationRequirements Installation Configuring EMP and Console Redirection Settings Boot the Server from the Service PartitionLocally Booting the Server from the Service Partition Boot Remotely Booting the Server from the Service Partition BootOption Entry Configuring the Server for LAN AccessUsing the Client SSU Using the DPC Console ManagerLSC and Ldsm Installing ISCCompatibility and Upgrade Issues Managed Server PreparationNetWare Windows NTUnixWare Windows LSC, LDSM, Windows, NetWare, and UnixWare InstallationRed Hat Linux Installation Red Hat LinuxInstalling ISC Server Instrumentation Installing Linux DMI Service ProviderYou should see file names similar to the following Configuring the SNMP-DMI MapperCustomizing NetWare Servers After Setup CA-Unicenter TNG Launching ISCLANDesk Server Manager HP Network Node ManagerLaunching the ISC Console with Internet Browsers Stand-alone ISC ConsoleLaunching the ISC Console with Microsoft Management Console In-band Remote Management OS based Features PlatformPlatform Compatibility Matrix SummaryOut-of-Band Alerts Out-of-Band Remote ManagementRemote Boot/Access Service Partition Service Partition based FeaturesIn-Band Instrumentation based Alerts Enterprise Server Management Console Esmc Integration’s Installation Guide for the Intel Server Control

747116-011 specifications

The Intel 747116-011 is a notable component in the realm of advanced microprocessors, particularly recognized for its role in enhancing computing power and efficiency. This microprocessor is part of a series that employs cutting-edge technology to deliver robust performance across a range of applications. With its architecture optimized for high-speed processing, the Intel 747116-011 stands out for both its versatility and reliability.

One of the main features of the Intel 747116-011 is its multi-core architecture. This design enables the processor to handle multiple tasks simultaneously, enhancing multitasking capabilities and increasing overall system responsiveness. With several cores working in tandem, users can experience smoother performance during resource-intensive applications, such as gaming, video editing, and data processing.

The Intel 747116-011 also integrates advanced fabrication technologies, allowing for improved power efficiency and thermal management. The processor is built on a refined manufacturing process, which typically results in lower power consumption compared to its predecessors. This characteristic not only extends the longevity of the device it powers but also contributes to a quieter operation, a crucial factor for users who are sensitive to noise.

Another important aspect of the Intel 747116-011 is its compatibility with various memory technologies. With support for high-speed RAM, users can take advantage of faster data access and improved application performance. This compatibility is essential in today’s computing environment, where faster memory can greatly influence system capabilities, particularly in tasks requiring rapid data retrieval.

In terms of security features, the Intel 747116-011 incorporates integrated security measures designed to protect data and prevent unauthorized access. Features such as hardware-based encryption and secure boot capabilities help in safeguarding sensitive information, making it an ideal choice for enterprises and individuals alike.

Moreover, the Intel 747116-011 supports a broad range of connectivity options, ensuring that it can be integrated seamlessly into various systems. This flexibility is pivotal for users looking to build or upgrade their computing platforms, as it allows for better customization and adaptability to evolving technological trends.

In summary, the Intel 747116-011 is a microprocessor that embodies advanced computing technology with features that enhance performance, efficiency, and security. With its multi-core design, power-efficient architecture, memory compatibility, integrated security measures, and versatile connectivity, it caters to the demands of modern computing environments. Whether for personal use or business applications, the Intel 747116-011 remains a formidable choice in the microprocessor landscape.