This document provides information about the Intel(R) Chipset Software Installation Utility version 7.0.0.1025, which is designed to install Windows INF files to configure Intel chipset components like PCI support, storage support, and USB support. It discusses the product details, system requirements, installation modes (interactive, silent, unattended preload), available command line options, installation process, and troubleshooting.
This document provides instructions for installing Intel Chipset Device Software version 9.1.1.1014, which is designed to support Intel 5 Series/3400 Series chipsets. It outlines the system requirements, installation options including interactive, silent and unattended preload modes, available command line options, and contents of the installation package.
This document provides installation instructions for graphics drivers for various Intel chipsets on Windows 2000 and Windows XP systems. It includes requirements, localized language abbreviations, manual and automated installation steps, and instructions for verifying the installation and identifying the driver version number. The driver package supports Intel 855GM, 852GM, 855GME, 852GME, 910GL, 915GV, 945G, 915GM, 910GML, 915GMS, 915G, and 945GM chipsets.
This document proposes a standardized interface for collaborating on power management across operating systems on ARM devices. It suggests defining a set of APIs to handle powering down and up CPUs for idle states, hot plug, secondary boot, and CPU migration. These APIs would take parameters like the affinity level, resume address, and context ID to enable saving and restoring state across OS layers. Implementing this interface with calls like IdlePowerDown, CPUAdd, CPURemove, CPUSwitchIn, and CPUSwitchOut could facilitate collaboration between Linux, hypervisors, and trusted operating systems on power management.
HKG15-505: Power Management interactions with OP-TEE and Trusted FirmwareLinaro
HKG15-505: Power Management interactions with OP-TEE and Trusted Firmware
---------------------------------------------------
Speaker: Jorge Ramirez-Ortiz
Date: February 13, 2015
---------------------------------------------------
★ Session Summary ★
[Note: this is a joint Security/Power Management session) Understand what use cases related to Power Management have to interact with Trusted Firmware via Secure calls. Walk through some key use cases like CPU Suspend and explain how PM Linux drivers interacts with Trusted Firmware / PSCI
--------------------------------------------------
★ Resources ★
Pathable: https://hkg15.pathable.com/meetings/250855
Video: https://www.youtube.com/watch?v=hQ2ITjHZY4s
Etherpad: http://pad.linaro.org/p/hkg15-505
---------------------------------------------------
★ Event Details ★
Linaro Connect Hong Kong 2015 - #HKG15
February 9-13th, 2015
Regal Airport Hotel Hong Kong Airport
---------------------------------------------------
http://www.linaro.org
http://connect.linaro.org
The document provides an overview of configuring a network operating system using Cisco IOS. It discusses accessing Cisco IOS devices through the console port or remotely using Telnet or SSH. It describes the command line interface and command structure of Cisco IOS, including different modes like privileged EXEC mode, global configuration mode, and interface configuration mode. It also covers setting the hostname, limiting access, saving configurations, and verifying connectivity between devices on the network.
The document discusses secure boot, trusted boot, and their differences. It provides an overview of standard boot processes, secure boot processes where each step is cryptographically signed, and trusted boot which records measurements to the TPM for later verification. It also proposes a solution for secure boot in 5G plugin units using platform keys, key exchange keys, and allowed/forbidden signature databases.
Describes how Clear Linux OS is designed, highlighting core features, operating models, and foundational tools that are key to understanding how the distro operates.
Clear Linux OS is an Open Source distribution optimized for Intel Architecture. Come and learn how to be part of the community and contribute to the project.
This document provides instructions for installing Intel Chipset Device Software version 9.1.1.1014, which is designed to support Intel 5 Series/3400 Series chipsets. It outlines the system requirements, installation options including interactive, silent and unattended preload modes, available command line options, and contents of the installation package.
This document provides installation instructions for graphics drivers for various Intel chipsets on Windows 2000 and Windows XP systems. It includes requirements, localized language abbreviations, manual and automated installation steps, and instructions for verifying the installation and identifying the driver version number. The driver package supports Intel 855GM, 852GM, 855GME, 852GME, 910GL, 915GV, 945G, 915GM, 910GML, 915GMS, 915G, and 945GM chipsets.
This document proposes a standardized interface for collaborating on power management across operating systems on ARM devices. It suggests defining a set of APIs to handle powering down and up CPUs for idle states, hot plug, secondary boot, and CPU migration. These APIs would take parameters like the affinity level, resume address, and context ID to enable saving and restoring state across OS layers. Implementing this interface with calls like IdlePowerDown, CPUAdd, CPURemove, CPUSwitchIn, and CPUSwitchOut could facilitate collaboration between Linux, hypervisors, and trusted operating systems on power management.
HKG15-505: Power Management interactions with OP-TEE and Trusted FirmwareLinaro
HKG15-505: Power Management interactions with OP-TEE and Trusted Firmware
---------------------------------------------------
Speaker: Jorge Ramirez-Ortiz
Date: February 13, 2015
---------------------------------------------------
★ Session Summary ★
[Note: this is a joint Security/Power Management session) Understand what use cases related to Power Management have to interact with Trusted Firmware via Secure calls. Walk through some key use cases like CPU Suspend and explain how PM Linux drivers interacts with Trusted Firmware / PSCI
--------------------------------------------------
★ Resources ★
Pathable: https://hkg15.pathable.com/meetings/250855
Video: https://www.youtube.com/watch?v=hQ2ITjHZY4s
Etherpad: http://pad.linaro.org/p/hkg15-505
---------------------------------------------------
★ Event Details ★
Linaro Connect Hong Kong 2015 - #HKG15
February 9-13th, 2015
Regal Airport Hotel Hong Kong Airport
---------------------------------------------------
http://www.linaro.org
http://connect.linaro.org
The document provides an overview of configuring a network operating system using Cisco IOS. It discusses accessing Cisco IOS devices through the console port or remotely using Telnet or SSH. It describes the command line interface and command structure of Cisco IOS, including different modes like privileged EXEC mode, global configuration mode, and interface configuration mode. It also covers setting the hostname, limiting access, saving configurations, and verifying connectivity between devices on the network.
The document discusses secure boot, trusted boot, and their differences. It provides an overview of standard boot processes, secure boot processes where each step is cryptographically signed, and trusted boot which records measurements to the TPM for later verification. It also proposes a solution for secure boot in 5G plugin units using platform keys, key exchange keys, and allowed/forbidden signature databases.
Describes how Clear Linux OS is designed, highlighting core features, operating models, and foundational tools that are key to understanding how the distro operates.
Clear Linux OS is an Open Source distribution optimized for Intel Architecture. Come and learn how to be part of the community and contribute to the project.
LCU13: An Introduction to ARM Trusted FirmwareLinaro
Resource: LCU13
Name: An Introduction to ARM Trusted Firmware
Date: 28-10-2013
Speaker: Andrew Thoelke
Video: http://www.youtube.com/watch?v=q32BEMMxmfw
SFO15-TR9: PSCI, ACPI (and UEFI to boot)
Speaker: Bill Fletcher
Date: September 24, 2015
★ Session Description ★
An introductory session of a system-level overview at Power State Coordination
- Focus on ARMv8
- Goes top-down from ACPI
- A demo based on the current code in qemu
- The specifications are very dynamic - what’s onging for ACPI and PSCI
★ Resources ★
Video: https://www.youtube.com/watch?v=vXzPdpaZVto
Presentation: http://www.slideshare.net/linaroorg/sfo15tr9-psci-acpi-and-uefi-to-boot
Etherpad: pad.linaro.org/p/sfo15-tr9
Pathable: https://sfo15.pathable.com/meetings/303087
★ Event Details ★
Linaro Connect San Francisco 2015 - #SFO15
September 21-25, 2015
Hyatt Regency Hotel
http://www.linaro.org
http://connect.linaro.org
LCU13: Deep Dive into ARM Trusted Firmware
Resource: LCU13
Name: Deep Dive into ARM Trusted Firmware
Date: 31-10-2013
Speaker: Dan Handley / Charles Garcia-Tobin
This document provides a list of flags and their functions for the Intel(R) Chipset Software Installation Utility. The flags allow extracting and installing files, specifying language and installation location, skipping screens and devices, and updating drivers even if third party drivers are currently installed.
HKG15-505: Power Management interactions with OP-TEE and Trusted FirmwareLinaro
The document discusses power management in ARMv8-A and the integration of OP-TEE with the ARM Trusted Firmware. It provides an overview of the software stack and PSCI requirements. It then describes OP-TEE's system view and how it integrates with ARM Trusted Firmware as a runtime service. Finally, it discusses the programmer's view of PSCI and provides examples of how CPU_ON, CPU_OFF, and CPU_SUSPEND operations are handled between Linux, ARM Trusted Firmware, and OP-TEE.
operating and configuring cisco a cisco IOS devicescooby_doo
The document provides an overview of starting up and configuring a Cisco Catalyst switch and Cisco router. It describes the bootup processes, command modes, and basic configuration steps for each device, including viewing status information, setting the hostname and IP address, and using command-line help features.
This document discusses the Universal Asynchronous Receiver/Transmitter (UART) communication protocol. It explains that UART is an asynchronous serial communication protocol commonly used for communication between microcontrollers and peripheral devices. It operates by framing data bits with start and stop bits across two or more wires. The document covers UART fundamentals like frame formatting, transmission and reception of data, baud rate calculation, and differences between UART and Universal Synchronous/Asynchronous Receiver/Transmitter (USART). It also provides block diagrams of the UART module and examples of configuring baud rates on microcontrollers.
This document discusses the AUTOSAR application layer. It explains that the application layer provides the system functionality through software components (SWCs) that contain software. The document outlines different types of SWCs and their elements like ports, runnable entities, and events. It also discusses how SWCs communicate internally and across ECUs using the virtual functional bus. The mapping of runnable entities to operating system tasks is mentioned as the topic for the next session.
LAS16-111: Easing Access to ARM TrustZone – OP-TEE and Raspberry Pi 3Linaro
LAS16-111: Raspberry Pi3, OP-TEE and JTAG debugging
Speakers:
Date: September 26, 2016
★ Session Description ★
ARM TrustZone is a critical technology for securing IoT devices and systems. But awareness of TrustZone and its benefits lags within the maker community as well as among enterprises. The first step to solving this problem is lowering the cost of access. Sequitur Labs and Linaro have joined forces to address this problem by making a port of OP-TEE available on the Raspberry Pi 3. The presentation covers the value of TrustZone for securing IoT and how customers can learn more through this joint effort.
Embedded systems security remains a challenge for many developers. Awareness of mature, proven technologies such as ARM TrustZone is very low among the Maker community as well as among enterprises. As a result this foundational technology is largely being ignored as a security solution. Sequitur Labs and Linaro have taken an innovative approach combining an Open Source solution – OP-TEE with Raspberry Pi 3. The Raspberry Pi 3 is one of the world’s most popular platforms among device makers. Its value as an educational tool for learning about embedded systems development is proven.
Sequitur Labs have also enabled bare metal debugging via JTag on the Pi 3 enhancing the value of the Pi 3 as an educational tool for embedded systems development.
The presentation will focus on
ARM v8a architecture and instruction set
ARM Trusted Firmware
TrustZone and OP-TEE basics
JTAG and bare metal debugging the Raspberry Pi 3
★ Resources ★
Etherpad: pad.linaro.org/p/las16-111
Presentations & Videos: http://connect.linaro.org/resource/las16/las16-111/
★ Event Details ★
Linaro Connect Las Vegas 2016 – #LAS16
September 26-30, 2016
http://www.linaro.org
http://connect.linaro.org
This document provides an index and overview of topics to be covered in a course on embedded systems. The index lists subjects like computer system components, microprocessors, memory, I/O, and microcontrollers. Diagrams are included to illustrate the basic structure of a computer system and a microprocessor. The document promotes sharing code in a GitHub repository and discusses differences between microcontrollers, microprocessors, and system on a chip (SOC) devices.
XPDDS18: EPT-Based Sub-page Write Protection On Xenc - Yi Zhang, IntelThe Linux Foundation
EPT-Based Sub-page Write Protection referred to as SPP, it is a capability which allow Virtual Machine Monitors(VMM) to specify write-permission for guest physical memory at a sub-page(128 byte) granularity. When this capability is utilized, the CPU enforces write-access permissions for sub-page regions of 4K pages as specified by the VMM. EPT-based sub-page permissions is intended to enable fine-grained memory write enforcement by a VMM for security(guest OS monitoring) and usages such as device virtualization and memory check-point.
Cisco IOS is a multitasking operating system used on most Cisco routers and switches to configure routing, switching, and other network features. IOS can be accessed through the console port for initial configuration, remotely via Telnet or secure SSH. The device memory includes ROM for booting, RAM for the running configuration, Flash for software images, and NVRAM for the startup configuration. IOS has different modes including user EXEC for basic commands, privileged EXEC for viewing and changing configurations, and global configuration for modifying the device configuration.
This document contains release notes and version histories for a Windows loader application. It details fixes and improvements made in various versions, including adding support for new operating systems and hardware, updating security features, and fixing bugs. Checksums are provided to verify the integrity of the application file.
This document discusses Automotive Embedded Systems and the AUTOSAR Application Layer. It covers topics like use cases in AUTOSAR, AUTOSAR basic software modules, the AUTOSAR system design process, software components, runnables, events, and the internal behavior of software components. Diagrams and examples are provided to illustrate concepts like software component types, the relationship between software components and runnables, event types that can trigger runnables, and how a timing event is defined in XML.
The document provides instructions for initial configuration of a Cisco switch and router. It describes the boot up processes, including observing LEDs and output text. It also explains how to access different command modes, set the switch and router names, configure IP addresses, and review the running configuration. Help features like context sensitive help and command history are also summarized.
The document discusses Cisco IOS, the operating system used in Cisco networking devices. It describes Cisco IOS features like routing, switching and security services. It also covers Cisco IOS access methods such as console, Telnet, SSH and AUX ports. The document then discusses Cisco IOS modes like user EXEC, privileged EXEC and global configuration modes. It provides examples of basic IOS commands and configuration tasks like configuring device information, passwords, interfaces and testing connectivity.
This document demonstrates how to optimize boot times on an Intel Atom platform using InsydeH2O. It shows boot time comparisons of a normal configuration versus configurations with specific drivers disabled. Disabling unnecessary drivers like SATA, USB, and video through InsydeH2O's smart boot feature reduced boot time from 8.8 seconds to under 2.3 seconds. Further customization could achieve a boot time of under 2 seconds.
Cisco IOS is the operating system that controls routing and switching functions on Cisco networking devices. It allows routers and switches to function by running configuration files that control traffic flow. Understanding Cisco IOS is essential for network administrators to properly configure and manage Cisco devices on their networks.
LCU13: An Introduction to ARM Trusted FirmwareLinaro
Resource: LCU13
Name: An Introduction to ARM Trusted Firmware
Date: 28-10-2013
Speaker: Andrew Thoelke
Video: http://www.youtube.com/watch?v=q32BEMMxmfw
SFO15-TR9: PSCI, ACPI (and UEFI to boot)
Speaker: Bill Fletcher
Date: September 24, 2015
★ Session Description ★
An introductory session of a system-level overview at Power State Coordination
- Focus on ARMv8
- Goes top-down from ACPI
- A demo based on the current code in qemu
- The specifications are very dynamic - what’s onging for ACPI and PSCI
★ Resources ★
Video: https://www.youtube.com/watch?v=vXzPdpaZVto
Presentation: http://www.slideshare.net/linaroorg/sfo15tr9-psci-acpi-and-uefi-to-boot
Etherpad: pad.linaro.org/p/sfo15-tr9
Pathable: https://sfo15.pathable.com/meetings/303087
★ Event Details ★
Linaro Connect San Francisco 2015 - #SFO15
September 21-25, 2015
Hyatt Regency Hotel
http://www.linaro.org
http://connect.linaro.org
LCU13: Deep Dive into ARM Trusted Firmware
Resource: LCU13
Name: Deep Dive into ARM Trusted Firmware
Date: 31-10-2013
Speaker: Dan Handley / Charles Garcia-Tobin
This document provides a list of flags and their functions for the Intel(R) Chipset Software Installation Utility. The flags allow extracting and installing files, specifying language and installation location, skipping screens and devices, and updating drivers even if third party drivers are currently installed.
HKG15-505: Power Management interactions with OP-TEE and Trusted FirmwareLinaro
The document discusses power management in ARMv8-A and the integration of OP-TEE with the ARM Trusted Firmware. It provides an overview of the software stack and PSCI requirements. It then describes OP-TEE's system view and how it integrates with ARM Trusted Firmware as a runtime service. Finally, it discusses the programmer's view of PSCI and provides examples of how CPU_ON, CPU_OFF, and CPU_SUSPEND operations are handled between Linux, ARM Trusted Firmware, and OP-TEE.
operating and configuring cisco a cisco IOS devicescooby_doo
The document provides an overview of starting up and configuring a Cisco Catalyst switch and Cisco router. It describes the bootup processes, command modes, and basic configuration steps for each device, including viewing status information, setting the hostname and IP address, and using command-line help features.
This document discusses the Universal Asynchronous Receiver/Transmitter (UART) communication protocol. It explains that UART is an asynchronous serial communication protocol commonly used for communication between microcontrollers and peripheral devices. It operates by framing data bits with start and stop bits across two or more wires. The document covers UART fundamentals like frame formatting, transmission and reception of data, baud rate calculation, and differences between UART and Universal Synchronous/Asynchronous Receiver/Transmitter (USART). It also provides block diagrams of the UART module and examples of configuring baud rates on microcontrollers.
This document discusses the AUTOSAR application layer. It explains that the application layer provides the system functionality through software components (SWCs) that contain software. The document outlines different types of SWCs and their elements like ports, runnable entities, and events. It also discusses how SWCs communicate internally and across ECUs using the virtual functional bus. The mapping of runnable entities to operating system tasks is mentioned as the topic for the next session.
LAS16-111: Easing Access to ARM TrustZone – OP-TEE and Raspberry Pi 3Linaro
LAS16-111: Raspberry Pi3, OP-TEE and JTAG debugging
Speakers:
Date: September 26, 2016
★ Session Description ★
ARM TrustZone is a critical technology for securing IoT devices and systems. But awareness of TrustZone and its benefits lags within the maker community as well as among enterprises. The first step to solving this problem is lowering the cost of access. Sequitur Labs and Linaro have joined forces to address this problem by making a port of OP-TEE available on the Raspberry Pi 3. The presentation covers the value of TrustZone for securing IoT and how customers can learn more through this joint effort.
Embedded systems security remains a challenge for many developers. Awareness of mature, proven technologies such as ARM TrustZone is very low among the Maker community as well as among enterprises. As a result this foundational technology is largely being ignored as a security solution. Sequitur Labs and Linaro have taken an innovative approach combining an Open Source solution – OP-TEE with Raspberry Pi 3. The Raspberry Pi 3 is one of the world’s most popular platforms among device makers. Its value as an educational tool for learning about embedded systems development is proven.
Sequitur Labs have also enabled bare metal debugging via JTag on the Pi 3 enhancing the value of the Pi 3 as an educational tool for embedded systems development.
The presentation will focus on
ARM v8a architecture and instruction set
ARM Trusted Firmware
TrustZone and OP-TEE basics
JTAG and bare metal debugging the Raspberry Pi 3
★ Resources ★
Etherpad: pad.linaro.org/p/las16-111
Presentations & Videos: http://connect.linaro.org/resource/las16/las16-111/
★ Event Details ★
Linaro Connect Las Vegas 2016 – #LAS16
September 26-30, 2016
http://www.linaro.org
http://connect.linaro.org
This document provides an index and overview of topics to be covered in a course on embedded systems. The index lists subjects like computer system components, microprocessors, memory, I/O, and microcontrollers. Diagrams are included to illustrate the basic structure of a computer system and a microprocessor. The document promotes sharing code in a GitHub repository and discusses differences between microcontrollers, microprocessors, and system on a chip (SOC) devices.
XPDDS18: EPT-Based Sub-page Write Protection On Xenc - Yi Zhang, IntelThe Linux Foundation
EPT-Based Sub-page Write Protection referred to as SPP, it is a capability which allow Virtual Machine Monitors(VMM) to specify write-permission for guest physical memory at a sub-page(128 byte) granularity. When this capability is utilized, the CPU enforces write-access permissions for sub-page regions of 4K pages as specified by the VMM. EPT-based sub-page permissions is intended to enable fine-grained memory write enforcement by a VMM for security(guest OS monitoring) and usages such as device virtualization and memory check-point.
Cisco IOS is a multitasking operating system used on most Cisco routers and switches to configure routing, switching, and other network features. IOS can be accessed through the console port for initial configuration, remotely via Telnet or secure SSH. The device memory includes ROM for booting, RAM for the running configuration, Flash for software images, and NVRAM for the startup configuration. IOS has different modes including user EXEC for basic commands, privileged EXEC for viewing and changing configurations, and global configuration for modifying the device configuration.
This document contains release notes and version histories for a Windows loader application. It details fixes and improvements made in various versions, including adding support for new operating systems and hardware, updating security features, and fixing bugs. Checksums are provided to verify the integrity of the application file.
This document discusses Automotive Embedded Systems and the AUTOSAR Application Layer. It covers topics like use cases in AUTOSAR, AUTOSAR basic software modules, the AUTOSAR system design process, software components, runnables, events, and the internal behavior of software components. Diagrams and examples are provided to illustrate concepts like software component types, the relationship between software components and runnables, event types that can trigger runnables, and how a timing event is defined in XML.
The document provides instructions for initial configuration of a Cisco switch and router. It describes the boot up processes, including observing LEDs and output text. It also explains how to access different command modes, set the switch and router names, configure IP addresses, and review the running configuration. Help features like context sensitive help and command history are also summarized.
The document discusses Cisco IOS, the operating system used in Cisco networking devices. It describes Cisco IOS features like routing, switching and security services. It also covers Cisco IOS access methods such as console, Telnet, SSH and AUX ports. The document then discusses Cisco IOS modes like user EXEC, privileged EXEC and global configuration modes. It provides examples of basic IOS commands and configuration tasks like configuring device information, passwords, interfaces and testing connectivity.
This document demonstrates how to optimize boot times on an Intel Atom platform using InsydeH2O. It shows boot time comparisons of a normal configuration versus configurations with specific drivers disabled. Disabling unnecessary drivers like SATA, USB, and video through InsydeH2O's smart boot feature reduced boot time from 8.8 seconds to under 2.3 seconds. Further customization could achieve a boot time of under 2 seconds.
Cisco IOS is the operating system that controls routing and switching functions on Cisco networking devices. It allows routers and switches to function by running configuration files that control traffic flow. Understanding Cisco IOS is essential for network administrators to properly configure and manage Cisco devices on their networks.
Rodrigo le pide a su amigo que lo ayude a cuidar a un bebé que supuestamente le dejó una cigüeña. Su amigo accede y se muda con él para ayudarlo. Pasan muchos años cuidando al hijo de Rodrigo como una familia, hasta que Rodrigo se da cuenta que ama a su amigo y le pide matrimonio.
Radio Surco es una emisora de radio en Castilla La Macha que es conocida por el 65.9% de la población del área. En septiembre de 2015, la emisora fue seguida por 251,980 personas durante 34 minutos al día, obteniendo un 8.8% de share. El estudio encontró que la emisora alcanza a 53,144 personas simultáneamente durante 24 horas.
The summary describes the 9th annual Crunchies awards show that will take place on February 8, 2016 at the San Francisco Opera House. It recognizes the top startups, investors, leaders, and tech ventures of 2015. Thousands of influential people in tech attend, including founders from companies like Airbnb and Snapchat, as well as VCs. Brands can sponsor various aspects of the event to gain exposure and showcase their products and services. Sponsorship opportunities range from $25,000 to be a patron partner to $175,000 to be the exclusive event partner.
Shgco Awards Ceremony and Cultural Program 09292013, Paramaribo, SurinameHaimdat Sawh
On a relative cool afternoon, Sunday 29th September, 2013 the Suriname Hindu Guyanese Cultural Organization (SHGCO) hosted a historic Awards Ceremony / Cultural Program from 4:00 PM to 8:00 PM. A total 23 Certificates of Appreciation were given to Executive members of the SHGCO; other Societies, Mandirs and Organizations; founding members of the SHGCO and deceased leaders. Most recipients expressed heartfelt gratitude at the honor and gushed with praise of the SHGCO taking the time to do this significant and wonderful event for the Surinamese and Guyanese community.
The event was attended by over 325 men women and children. Seated on stage were Guruji Sammy, (Krishna Sammy Eliah) President of the Suriname Hindu Guyanese Cultural Organization and a contractor by profession; the Honorable Minister Bishop Juan Anthony Edghill, Minister of Finance from the Republic of Guyana; the Honorable Minister Ashwin Adhin, Minister of Education, Suriname; H.E. Ambassador Keith George of the Republic of Guyana and Pandit Nandhu Tiwaire, President of the Hindu Saba and a Civil Lawyer by profession. Also in attendance were Dr. Gregory Rusland, President of the National Party of Suriname (NPS) and President of the Board of Directors of the Suriname Institute of Management Studies (SIMS). (Even though NPS were celebrating their 67th Anniversary that same day Dr. Rusland took the time out of his busy schedule to come and congratulate the leadership in the SHGCO and the greater Surinamese and Guyanese community); Mr. and Mrs. Robert Watson from the Embassy of the United States and Judith Dijks, Commercial Assistant/ Education USA Advisor; ICCR President and other special invitees and guests.
Minache Sawh then brought the curtains down for the evening’s presentation with words of thanks and praise. With sincere thanks and appreciations she thanked the many sponsors, individuals and businesses without whom this the Awards Ceremony/ Culture Program would not have been possible. She thanked the all the culture groups and performers who did a magnificent job and thoroughly entertained each and every one. She thanked Minache & Haimdat Sawh for coordinating and organizing this event for the past few weeks. Last but not least she gave a special vote of thanks to the venerable “President Guruji Sammy for his love of the community and culture, he reminds us that with patience comes all good things and with love and blessing of God everything becomes perfect, thanks Guruji for all your advice and emotional support.
Un blog es un espacio en internet donde las personas pueden publicar ideas, opiniones y experiencias sobre diversos temas. Los blogs son populares porque permiten crear comunidades en torno a temas de interés y porque las publicaciones se ordenan de forma cronológica inversa. Existen diferentes tipos de blogs como personales, corporativos y educativos.
El estudio de audiencia realizado en septiembre de 2015 encontró que Canal 7 TeleValencia es conocida por el 44,3% de la población de la provincia de Valencia y fue seguida por 574,464 personas en el último mes, con un share del 2,5%. El tiempo medio de audiencia diario fue de 4,6 minutos por persona.
Este documento presenta los resultados de una encuesta realizada a más de 1,000 presos condenados en Argentina. Se examinan aspectos como las características sociodemográficas y contextos de socialización temprana de los encuestados, los patrones y tipos de delitos cometidos, el proceso judicial y las percepciones sobre la justicia, y las condiciones de vida dentro de la cárcel. Los resultados muestran que la mayoría de los encuestados cometieron delitos menores como robos para obtener recursos económicos, y provienen de ent
Raising visibility, awareness and reach for your online projectKDMC
The document provides tips for raising visibility and reach for online projects with limited resources. It recommends focusing on goals, setting a baseline of key metrics, and using four tools: search engine optimization to increase discoverability; distribution and syndication through content partnerships; social media to drive interaction and virality; and analyzing Google Analytics and Facebook Insights data to understand what strategies are most effective. The document contains specific best practices and examples for each tool to help nonprofits maximize their online impact with minimal staff.
This document provides a shooting schedule for a media project with Tatiana Disu. It outlines the outfits, shot types, poses, and props planned for models Ella, Quendresa, Charlie, Alex, and Lazelle over the course of 40 minutes. Ella, Quendresa, and Charlie will be shot for 12 minutes each in leather jackets, trousers, and skirts in medium shots, close-ups, and full body poses sitting on or holding chairs. Alex and Lazelle will be shot for 8 minutes each with guitars, pretending to play, smash, and hit each other while sitting on or standing near chairs.
Los videojuegos se originaron en la década de 1940 cuando las potencias aliadas construyeron las primeras supercomputadoras después de la Segunda Guerra Mundial. Los videojuegos compiten principalmente con los computadores personales y ofrecen tanto beneficios como desventajas para los jugadores.
This document provides an overview of the SRX JUMP STATION, which is a collection of quick start guides for configuring Juniper SRX firewalls. The purpose is to help users with ScreenOS experience transition to using JUNOS-based SRX firewalls. It assumes some basic JUNOS knowledge and provides examples of commands for common tasks. Navigation links and chapter buttons guide users through topics like login, interfaces, routing, security policies, VPNs, clustering, and more. Additional documentation sources are also referenced for more in-depth information or training.
This document supplements a Dell Wireless WLAN Card user guide by providing additional information about InstallShield command line options for silently installing drivers and configuring wireless settings. It lists options for specifying an installation language, importing preferred networks, controlling the wireless service, and generating or using response files to enable silent and customized installations.
This document provides instructions for installing and uninstalling the LAN-Fax Driver (M8) for Microsoft Windows 2000/XP/Vista/7(x86) and Windows Server 2003/2003 R2/2008(x86). It gives steps for installing the driver from the provided CD-ROM and uninstalling it from the Printers folder. It also lists 12 known limitations and issues users may encounter with the driver, such as the LAN-Fax dialog box appearing multiple times in Excel or graphics not printing correctly from some applications.
Tuned is a tool that dynamically tunes Linux system settings for optimal performance based on usage profiles. It includes several predefined profiles for common workloads and use cases. New in Red Hat Enterprise Linux 7, Tuned is installed by default and automatically sets an initial profile. It provides improved maintainability, monitoring plugins for gathering system data, dynamic tuning capabilities, and a recommender system to select the best profile. Upcoming enhancements will add more configuration options, profile descriptions, and integration with udev.
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Readme
1. ************************************************************
* Product: Intel(R) Chipset Software Installation Utility
* Release: Production
* Version: 7.0.0.1025
* Target Chipset#: 945G
* Date: May 27 2005
************************************************************
NOTE:
For the list of supported chipsets, please refer to
the Release Notes
************************************************************
* CONTENTS OF THIS DOCUMENT
************************************************************
This document contains the following sections:
1.
2.
3.
4.
5.
6.
7.
8.
Overview
System Requirements
Contents of the Distribution Package
List of Available Command Line Flag Options
Contents of the Extracted Files
Installing the Software in Interactive Mode
Installing the Software in Silent Mode
Installing the INF Files Prior to OS Installation
8A. Installing the Windows* 2000 INF Files Prior
to OS Installation
8B. Installing the Windows* XP INF Files Prior
to OS Installation
8C. Installing the Windows Server* 2003 INF Files
Prior to OS Installation
9. Installing the INF Files After OS Installation
9A. Installing the Windows* 2000 INF Files After
OS Installation
9B. Installing the Windows* XP INF Files After
OS Installation
9C. Installing the Windows Server* 2003 INF Files
After OS Installation
10. Verifying Installation of the Software and
Identifying the Software Version Number
11. Troubleshooting
************************************************************
* 1. OVERVIEW
************************************************************
The Intel(R) Chipset Software Installation Utility installs
Windows* INF files to the target system. These files outline
to the operating system how to configure the Intel(R) chipset
components in order to ensure that the following features
function properly:
-
Core PCI and ISAPNP Services
PCIe Support
IDE/ATA33/ATA66/ATA100 Storage Support
SATA Storage Support
USB Support
Identification of Intel(R) Chipset Components in
the Device Manager
This software can be installed in three modes: Interactive,
Silent and Unattended Preload. Interactive Mode requires
user input during installation; Silent Mode and Unattended
Preload do not.
2. This software also offers a set of command line flags,
which provide additional installation choices. The command
line flags are not case sensitive. Refer to Section 4 for
detailed descriptions of these flags.
Important Note:
The Intel(R) Chipset Software Installation Utility is
distributed in two formats: self extracting .EXE files
(INFINST_AUTOL.EXE) or compressed .ZIP files (INFINST_AUTOL.ZIP).
Depending on which distribution format is being executed, the
command-line syntax may differ. Refer to Section 4 for more
details.
************************************************************
* 2. SYSTEM REQUIREMENTS
************************************************************
1. Please refer to the Release Notes to view the list of
chipsets that the software included with this distribution
package is designed to operate with.
2.
One of the following operating systems must be
fully installed and running on the system
before installing this software:
Microsoft
Microsoft
Microsoft
Microsoft
Microsoft
Windows* Server 2003
Windows Server 2003 x64 Edition*
Windows XP Professional x64 Edition*
Windows XP
Windows 2000
This software is designed for the latest Service packs releases of
above operating systems.
To verify which operating system has been installed onto
the target system, follow the steps below:
a.
b.
c.
d.
e.
f.
Click on Start.
Select Settings.
Select Control Panel.
Double-click on the System icon.
Click on the General system properties tab.
Verify which OS has been installed by reading
the System information.
3.
It is recommended that the software be installed on
systems with at least 64MB of system memory when using
Windows* 2000, Windows* XP and Windows Server* 2003.
4.
It is recommended that there be a minimum of 5MB of hard
disk space on the system in order to install this software.
5.
The operating system must be fully installed and running on
the system before running this software.
6.
Close any running applications to avoid installation problems.
7.
It is recommended that the Intel(R) Chipset Software
Installation Utility be installed onto the target system
prior to the installation of other drivers.
Please check with the system provider to determine which
operating system and Intel(R) chipset are used in the system.
3. ************************************************************
* 3. CONTENTS OF THE DISTRIBUTION PACKAGE
************************************************************
The Intel(R) Chipset Software Installation Utility package
contains the following items:
File(s)
------INFINST_AUTOL.EXE -or- INFINST_AUTOL.ZIP
README.TXT, RELEASE_xxx.HTM
*** NOTE:
Only the files that reference the currently
detected devices are copied to the system.
If the -A option is exercised, the files are
not copied to the <Windows>INF directory.
Refer to Section 4 for more information.
************************************************************
* 4. LIST OF AVAILABLE COMMAND LINE FLAG OPTIONS
************************************************************
The Intel(R) Chipset Software Installation Utility supports
several command line flags for various installation options.
Due to the different distribution formats available for the
Intel(R) Chipset Software Installation Utility, the command
line flag syntax may vary:
1. Self-Extracting .EXE Distribution:
When installing this software using the .EXE
distribution, an extra '-A' must be appended to the
INFINST_AUTOL.EXE program call (i.e. INFINST_AUTOL.EXE -A)
in order to successfully pass command line flags.
NOTE:
The extra '-A' flag for the self-extracting .EXE
package is different from the '-A' command line flag
option described under Compressed .ZIP Distribution.
Example:
To extract INF files using the '-A' flag
described below, the installation program
should be invoked as follows:
INFINST_AUTOL.EXE -A -A (optional -P)
2. Compressed .ZIP Distribution:
When installing this software using the .ZIP distribution,
use the command line flags exactly as described below.
Example:
To extract INF files using the '-A' flag
described below, the installation program
should be invoked as follows:
SETUP.EXE -A (optional -P)
Below is a list of all the available command line flags that
may be used with the program call. Note that the '-L' and
the '-S' flags MUST be specified at the end of the command
4. line flag list.
Flag
----?
-A
Description
----------Displays the list of available command line
flags. This flag works in Interactive Mode only.
Extracts the INF files and Readme to either
"C:Program FilesIntelInfInst" or the
<Installation Path> directory specified using
the '-P' flag. The software will NOT install
these INF files to the system. This flag can
be combined only with the '-P' flag. All other
options will be ignored if the '-A' flag is
specified. This flag works in Interactive Mode
only.
-Aonly
Extracts the needed INF files to install on the
current system. If the install has been run once
successfully, '-Aonly' will not return any INFs
when used in conjunction with '-overall' switch,
all the needed INFs for the system will be
extracted.
-B
Automatically reboots the system after
installation. This flag is ignored if '-A' flag
is specified. This flag works in either Silent
Mode or Interactive Mode.
-f2<pathLogfile>
Specifies an alternate location and name
of the log file created by InstallShield Silent.
This option is used for silent installation from
a CD. 'Path' indicates the directory path where
installation status is logged in file 'Logfile'
-L<LangCode>
Forces the InstallShield* user interface to
display the specified language during setup.
Note that there should be NO space between
'-L' and the 4-digit language code (see below).
This flag must be placed at the end of the
command line flag list. This flag works in
Interactive Mode only.
-NOLIC
Does not display the license agreement dialog box during
installation. This parameter works in Interactive
Mode only.
-NOREAD
-NOWEL
-OVERALL
Does not display the Readme display during installation.
This flag works in Interactive Mode only.
Does not display the welcome screen during installation.
This flag works in Interactive Mode only.
Updates ALL INF drivers on all available devices
5. even if third party drivers are currently installed.
This flag works in Interactive Mode only.
-OVERFWH
Updates the security drivers even if a third
party security driver is currently installed.
This flag works in Interactive Mode only.
-OVERIDE
Updates the storage drivers even if a third
party storage driver is currently installed.
This flag works in Interactive Mode only.
-OVERSMB
Updates the SMBus drivers even if third party SMBus
drivers are currently installed. This flag works
in Interactive Mode only.
-P<Installation Path>
Specifies the hard disk location to which the
INF program files are copied. If this flag is
not specified at the command line, the
<Installation Path> directory is as follows:
C:Program FilesIntelINFInst
If this flag is used without the '-A' option,
only the Readme will be copied to
<Installation Path>. The directory name can
include spaces, but then a pair of double quotes
(") must enclose the directory name. There should
not be any space between the switch '-p' and the
directory name. This flag works in either Silent
Mode or Interactive Mode.
-S
Runs the Installer in Silent Mode (no user
interface is displayed). This flag and the
'-L' flag must be placed at the end of the
command line flag list.
-SKIP<DevID>
Suppresses the installation of one or more
devices.This flag works in either Silent Mode
or Interactive Mode.
Below are the language codes used with the '-L' flag:
<LangCode>
-------0001
0804
0404
0005
0006
0013
0009
000B
040C
0007
0008
000D
000E
Language
---------Arabic (International)
Chinese (Simplified)
Chinese (Traditional)
Czech
Danish
Dutch
English (United States)
Finnish
French (International)
German
Greek
Hebrew
Hungarian
6. 0010
0011
0012
0014
0015
0416
0816
0019
000A
001D
001E
001F
Italian
Japanese
Korean
Norwegian
Polish
Portuguese (Brazil)
Portuguese (Standard)
Russian
Spanish (International)
Swedish
Thai
Turkish
************************************************************
* 5. CONTENTS OF THE EXTRACTED FILES
************************************************************
INF files are copied to the hard disk after running the Intel(R)
Chipset Software Installation Utility executable with an '-A'
flag (i.e., "INFINST_AUTOL.EXE -A -A" or "SETUP.EXE -A"). The
location of the INF files depends on whether a '-P' flag is
specified along with the '-A' flag:
1.
If a '-P' flag is not specified, then the INF files are
copied to the following directory:
"C:Program FilesIntelINFINST"
2.
If a '-P' flag is specified, then the INF files are copied
to the location listed immediately after the '-P' flag.
Refer to Section 4 for more information on flag usage.
After INF file extraction, the INF files and components are
copied to the <INF Extract Directory>. These files and
components are categorized according to the operating system.
The following table summarizes the locations of the
INF files by operating system:
NOTE:
"<INF Extract Directory>" is abbreviated "<IED>" in
the remainder of this section.
The directories are classified according to the operating
system that they are designed for:
Win2000
WinXP
Win2003
NOTE:
Contains INF files designed for
Windows* 2000 ONLY.
Contains INF files designed for
Windows* XP ONLY.
Contains INF files designed for
Windows Server* 2003 ONLY.
The sub directories (e.g. SP) contains special INFs.
NOTE:
INFAnswr.TXT makes a CUSTOM.INF template that installs
the INF files for Intel(R) chipsets during operating system
7. setup. OEMs can incorporate this file into the Setup directory
for the OEM Preload Kit. (Refer to Section 8 for more details.)
************************************************************
* 6. INSTALLING THE SOFTWARE IN INTERACTIVE MODE
************************************************************
1. Verify that all system requirements have been met as
described in Section 2 above.
2.
Run the InstallShield* installation program:
Self-extracting .EXE distribution: INFINST_AUTOL.EXE
Compressed .ZIP distribution: SETUP.EXE
3.
You will be prompted to agree to the license agreement.
If you do not agree, the installation program will exit
before extracting any files.
4.
Once the operating system reboots, follow the on-screen
instructions and accept default settings to complete the
setup.
************************************************************
* 7. INSTALLING THE SOFTWARE IN SILENT MODE
************************************************************
1. Verify that all system requirements have been met as
described in section 2.
2.
Run the InstallShield* installation program:
For silent install with auto-reboot:
Self-extracting .EXE distribution:
INFINST_AUTOL.EXE -a -b -s
Compressed .ZIP distribution:
SETUP.EXE -b -s
- or For silent install without auto-reboot:
Self-extracting .EXE distribution:
INFINST_AUTOL.EXE -a -s
Compressed .ZIP distribution: SETUP.EXE -s
3.
The utility will perform the necessary updates and
record the installation status in the following system
registry key:
HKEY_LOCAL_MACHINESoftwareIntelINFInst
4.
If the utility was invoked with the "-b" flag, the
system will automatically reboot if the update was
successful.
NOTE: The system MUST be rebooted for all device
updates to take effect.
5.
To determine whether the install was successful, verify
the "install" value in the registry key specified in
Step 3.
6.
In Silent Mode the utility will not display the license
agreement. When using Silent Mode the license agreement,
license.txt, will be placed in the following folder:
Program Files/Intel/INFInst folder.
Please read this agreement.
The following describes the various parameters:
8. Name: "install"
Type: String
Data: "success"
The installation was successful.
Data: "fail"
The installation was not successful. No INF files
were copied to the system.
Name: "reboot"
Type: String
Data: "Yes"
A reboot is required to complete the installation.
Data: "No"
No reboot is required to complete the installation.
Name: "version"
Type: String
Data: <varies>
Current version number of the Intel(R) Chipset Software
Installation Utility
************************************************************
* 8. INSTALLING THE INF FILES PRIOR TO OS INSTALLATION
************************************************************
This procedure requires a minimum of 5MB of hard disk space.
It is important to make sure there is enough disk space
before beginning the copy process. Copy the operating system
installation files from the setup directory to a directory
on the hard disk. This can be done by opening 'My Computer',
right-clicking on the correct drive, and selecting 'Properties'.
The directories shall be referred to as follows:
Windows* 2000
: <WIN2000 Setup Directory>
Windows* XP : <WINXP Setup Directory>
Windows Server* 2003 : <WIN2003 Setup Directory>
************************************************************
* 8A. INSTALLING THE WINDOWS* 2000 INF FILES PRIOR TO
*
OS INSTALLATION
************************************************************
NOTE: The Windows* 2000 OEM Preload Kit distribution CD
contains a setup directory with all the base operating
system setup files and installation programs
(WINNT.EXE and WINNT32.EXE).
The name of the directory may vary depending on the
distribution CD (e.g., I386).
1.
Create the following directory structure under the
<WIN2000 Setup Directory>:
$OEM$$$INF
2.
Copy the Windows* 2000 INF files from
<INF Extract Directory>XXXXWin2000 to the directory
created in Step 1 above:
<WIN2000 Setup Directory>$OEM$$$INF
9. NOTE: XXXX is the directory name for the chipset of
interest. Refer to Section 8 for more details.
3.
Create the following directory structure under the
<WIN2000 Setup Directory>:
$OEM$$1driversIntelINF
4.
Copy the Windows* 2000 INF files and the catalog files
(.CAT) from <INF Extract Directory>XXXXWin2000 to the
directory created in Step 4 above:
<WIN2000 Setup Directory>$OEM$$1driversIntelINF
NOTE: XXXX is the directory name for the chipset of
interest. Refer to Section 8 for more details.
5.
Either modify the default Windows* 2000 installation
answer file, UNATTEND.TXT, located in <WIN2000 Setup
Directory>, or create a customized answer file. The
answer file must include the following information:
[Unattended]
OemPreinstall = Yes
OemPnPDriversPath="driversIntelINF"
A sample answer file for preloading the Intel(R) Chipset
Software Installation utility files is available at:
<INF Extract Directory>XXXXWin2000INFAnswr.TXT
For more information about Windows* 2000 answer files
and unattended installations, please refer to the
Microsoft* Windows* 2000 Guide to Unattended Setup.
If you are a computer manufacturer, refer to the
Microsoft Windows* 2000 OEM Preinstallation Kit (OPK)
User Guide for more information about the $OEM$ folder.
Otherwise, refer to the Microsoft Windows* 2000 Deployment
Guide.
6.
Run "WINNT.EXE /u:<answer file name> /s:<WIN2000 Setup
Directory>" to install Windows* 2000.
************************************************************
* 8B. INSTALLING THE WINDOWS* XP INF FILES PRIOR TO
*
OS INSTALLATION
************************************************************
NOTE: The Windows* XP OEM Preload Kit distribution CD contains
a setup directory with all the base operating system
setup files and installation programs (WINNT.EXE and
WINNT32.EXE).
The name of the directory may vary depending on the
distribution CD (e.g., I386).
1.
Create the following directory structure under the
<WINXP Setup Directory>:
$OEM$$$INF
2.
Copy the Windows* XP INF files from
<INF Extract Directory>XXXXWinXP to the directory
created in Step 1 above:
10. <WINXP Setup Directory>$OEM$$$INF
NOTE: XXXX is the directory name for the chipset of
interest. Refer to Section 8 for more details.
3.
Create the following directory structure under the
<WINXP Setup Directory>:
$OEM$$1driversIntelINF
4.
Copy the Windows* XP INF files AND the catalog files
(.CAT) from <INF Extract Directory>XXXXWinXP to the
directory created in Step 4 above:
<WINXP Setup Directory>$OEM$$1driversIntelINF
NOTE: XXXX is the directory name for the chipset of
interest. Refer to Section 8 for more details.
5.
Either modify the default Windows* XP installation
answer file, UNATTEND.TXT, located in <WINXP Setup
Directory>, or create a customized answer file. The
answer file must include the following information:
[Unattended]
OemPreinstall = Yes
OemPnPDriversPath="driversIntelINF"
A sample answer file for preloading the Intel(R) Chipset
Software Installation utility files is available:
<INF Extract Directory>XXXXWinXPINFAnswr.TXT
If you are a computer manufacturer, refer to the Microsoft*
Windows* XP Guide to Unattended Setup for more information
about Windows* XP answer files and unattended installations.
For more information about the $OEM$ folder, refer to the
Microsoft Windows* XP OEM Preinstallation Kit (OPK)
User Guide. If you are not a manufacturer, refer to the Microsoft
Windows* XP Deployment Guide.
6.
Run "WINNT.EXE /u:<answer file name> /s:<WINXP Setup
Directory>" to install Windows* XP.
************************************************************
* 8C. INSTALLING THE WINDOWS SERVER* 2003 INF FILES PRIOR
*
TO OS INSTALLATION
************************************************************
NOTE: The Windows Server* 2003 OEM Preload Kit distribution
CD contains a setup directory with all the base operating
system setup files and installation programs (WINNT.EXE
and WINNT32.EXE).
The name of the directory may vary depending on the
distribution CD (e.g., I386).
1.
Create the following directory structure under the
<WIN2003 Setup Directory>:
$OEM$$$INF
2.
Copy the Windows Server* 2003 INF files from
<INF Extract Directory>XXXXWin2003 to the directory
created in Step 1 above:
11. <WIN2003 Setup Directory>$OEM$$$INF
NOTE: XXXX is the directory name for the chipset of
interest. Refer to Section 8 for more details.
3.
Create the following directory structure under the
<WIN2003 Setup Directory>:
$OEM$$1driversIntelINF
4.
Copy the Windows Server* 2003 INF files and the catalog
files (.CAT) from <INF Extract Directory>XXXXWin2003
to the directory created in Step 3 above:
<WIN2003 Setup Directory>$OEM$$1driversIntelINF
NOTE: XXXX is the directory name for the chipset of
interest. Refer to Section 8 for more details.
5.
Either modify the default Windows Server* 2003 installation
answer file, UNATTEND.TXT, located in <WIN2000 Setup
Directory>, or create a customized answer file. The
answer file must include the following information:
[Unattended]
OemPreinstall = Yes
OemPnPDriversPath="driversIntelINF"
A sample answer file for preloading the Intel(R) Chipset
Software Installation utility files is available:
<INF Extract Directory>XXXXWin2003INFAnswr.TXT
For more information about Windows Server* 2003 answer
files and unattended installations, please refer to the
Microsoft Windows Server* 2003 Guide to Unattended Setup.
If you are a computer manufacturer, refer to the Microsoft
Windows Server* 2003 OEM Preinstallation Kit (OPK) User
Guide for more information about the $OEM$ folder.
Otherwise, refer to the Microsoft Windows Server* 2003
Deployment Guide.
6.
Run "WINNT.EXE /u:<answer file name> /s:<WIN2003 Setup
Directory>" to install Windows* 2000.
************************************************************
* 9. INSTALLING THE INF FILES AFTER OS INSTALLATION
************************************************************
************************************************************
* 9A. INSTALLING THE WINDOWS* 2000 INF FILES AFTER OS
*
INSTALLATION
************************************************************
Some Intel(R) chipset platforms already are supported by
Windows* 2000, so it may not be necessary to use the INF
files provided by this software to update Windows* 2000.
The following steps describe the installation process of
the Windows* 2000 INF files. You may need to repeat these
steps to update all Intel(R) chipset devices not supported
by Windows* 2000.
12. 1.
Copy the contents of the
<INF Extract Directory>XXXXWin2000
directory to the root directory of the floppy disk (A:).
NOTE:
XXXX is the directory name for the chipset of
interest. Refer to Section 8 for more details.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Close all programs currently running on the system.
Click on Start.
Select Settings.
Select Control Panel.
Double-click on the System icon.
Click on the Hardware tab.
Click on the Device Manager button.
Select "Devices by connection" under the View menu.
Click on MPS Uniprocessor PC -OR- MPS
Multiprocessor PC.
NOTE:
Only one of the above items will be
displayed for a given system.
11. Click on PCI bus.
12. Right-click on the line containing the description
PCI standard host CPU bridge
-orPCI standard ISA bridge
-orPCI standard PCI-to-PCI bridge
-orPCI System Management Bus
-orStandard Dual PCI IDE Controller
-orStandard Universal PCI to USB Host Controller
(This line will be selected.)
13. Select Properties from the pull-down menu.
14. Click on the Driver tab.
15. Click on the Update Driver button.
16. Windows* 2000 will launch the Upgrade Device Driver
Wizard. Select Next.
17. Ensure that the following choice is selected:
Search for a suitable driver for my device
(recommended)
18. Insert the floppy containing the Windows* 2000 INF
files into the floppy drive.
19. Select Next.
20. Windows* 2000 will list locations from where the
updated driver file can be found. Ensure that the
following choice is selected: Floppy disk drives
21. Select Next.
22. Windows* 2000 should report that a driver has been
found: (The detected device name will be displayed.)
Select Next.
23. Select Finish.
24. Reboot the system when prompted to do so.
************************************************************
* 9B. INSTALLING THE WINDOWS* XP INF FILES AFTER OS
*
INSTALLATION
************************************************************
Some Intel(R) chipset platforms already are supported by
Windows* XP so it may not be necessary to use the INF
13. files provided by this software to update Windows* XP.
The following steps describe the installation process of
the Windows* XP INF files. You may need to repeat these
steps to update all Intel(R) chipset devices not supported
by Windows* XP.
1.
Copy the contents of the
<INF Extract Directory>XXXXWinXP
directory to the root directory of the floppy disk (A:).
NOTE:
XXXX is the directory name for the chipset
of interest. Refer to Section 8 for more details.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Close all programs currently running on the system.
Click on Start.
Select Settings.
Select the Control Panel.
Double-click on the System icon.
Click on the Hardware tab.
Click on the Device Manager button.
Select "Devices by connection" under the View menu.
Click on MPS Uniprocessor PC -OR- MPS
Multiprocessor PC.
NOTE:
Only one of the above items will be
displayed for a given system.
11. Click on PCI bus.
12. Right-click on the line containing the description
PCI standard host CPU bridge
-orPCI standard ISA bridge
-orPCI standard PCI-to-PCI bridge
-orPCI System Management Bus
-orStandard Dual PCI IDE Controller
-orStandard Universal PCI to USB Host Controller
(This line will be selected.)
13. Select Properties from the pull-down menu.
14. Click on the Driver tab.
15. Click on the Update Driver button.
16. Windows* XP will launch the Upgrade Device Driver
Wizard. Select Next.
17. Ensure that the following choice is selected:
Search for a suitable driver for my device
(recommended)
18. Insert the floppy containing the Windows* XP INF
files into the floppy drive.
19. Select Next.
20. Windows* XP will list locations from where the
updated driver file can be found. Ensure that the
following choice is selected: Floppy disk drives
21. Select Next.
22. Windows* XP should report that a driver has been
found: (The detected device name will be displayed.)
Select Next.
23. Select Finish.
24. Reboot the system when prompted to do so.
14. ************************************************************
* 9C. INSTALLING THE WINDOWS SERVER* 2003 INF FILES AFTER
*
OS INSTALLATION
************************************************************
Some Intel(R) chipset platforms already are supported by
Windows Server* 2003 so it may not be necessary to use the INF
files provided by this software to update Windows Server* 2003.
The following steps describe the installation process of
the Windows* XP INF files. You may need to repeat these
steps to update all Intel(R) chipset devices not supported
by Windows Server* 2003.
1.
Copy the contents of the
<INF Extract Directory>XXXXWin2003
directory to the root directory of the floppy disk (A:).
NOTE:
XXXX is the directory name for the chipset
of interest. Refer to Section 8 for more details.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Close all programs currently running on the system.
Click on Start.
Select Settings.
Select the Control Panel.
Double-click on the System icon.
Click on the Hardware tab.
Click on the Device Manager button.
Select "Devices by connection" under the View menu.
Click on MPS Uniprocessor PC -OR- MPS
Multiprocessor PC.
NOTE:
Only one of the above items will be
displayed for a given system.
11. Click on PCI bus.
12. Right-click on the line containing the description
PCI standard host CPU bridge
-orPCI standard ISA bridge
-orPCI standard PCI-to-PCI bridge
-orPCI System Management Bus
-orStandard Dual PCI IDE Controller
-orStandard Universal PCI to USB Host Controller
(This line will be selected.)
13. Select Properties from the pull-down menu.
14. Click on the Driver tab.
15. Click on the Update Driver button.
16. Windows Server* 2003 will launch the Upgrade Device
Driver Wizard. Select Next.
17. Ensure that the following choice is selected: Search
for a suitable driver for my device (recommended)
18. Insert the floppy containing the Windows Server* 2003
INF files into the floppy drive.
19. Select Next.
20. Windows Server* 2003 will list locations from where the
updated driver file can be found. Ensure that the
15. following choice is selected: Floppy disk drives
21. Select Next.
22. Windows Server* 2003 should report that a driver has
been found: (The detected device name will be displayed.)
Select Next.
23. Select Finish.
24. Reboot the system when prompted to do so.
************************************************************
* 10. IDENTIFYING THE SOFTWARE VERSION NUMBER
************************************************************
The version numbers displayed by Device Manager for a given
device may not be the same as the Intel(R) Chipset Software
Installation Utility version.
The correct version number is shown at the top of this file.
************************************************************
* 11. TROUBLESHOOTING
************************************************************
It is assumed that the system requirements in Section 2 above
have been satisfied.
Issue:
At the end of executing the Chipset Software
Installation Utility, the USB keyboard and mouse
will stop functioning. This problem only occurs
when using Windows XP with SP1 or Windows 2000 Server
with SP4 on a system configured with a USB keyboard
and/or mouse. This condition is temporary until a
system reset.
Solution1:
A recommended fix has been provided by Microsoft
in Knowledge Base article(822603). For additional
information, please refer to the KB article located at
http://support.microsoft.com/default.aspx?scid=kb;[LN];822603
Please use the following installation procedures:
- Windows XP installed with SP1
- QFE (822603) installed
- Latest Chipset Utility Software installed.
Solution2:
The command line flag "-Skip <DevID>" can be used
with the Intel(R) Chipset Software Installation
Utility program to cause the USB2 driver not to be
installed. The DevID's for ICH4/ICH5 are 24CD/24DD.
This will cause the USB2 controller to have a yellow
exclamation point in Device Manager (Usually located
under Other Devices and identified as "Universal
Serial Bus (USB) Controller"). To install the USB2
driver right-click this entry, select update driver,
and allow the system to install automatically. When
completed, nothing more should be required.
Issue:
System locks up during Device Manager Remove or
during restart.
Solution:
System lockup can occur during reboot as a
16. result of several possible system issues. In
the event of system lockup, reboot the machine
and view Device Manager. If devices are listed
properly and the system experiences no further
problems, then the .INF file restore process was
successful. If devices are not configured
correctly, try re-running the procedures
outlined in Section 3.
If this does not fix the issue or further issues
are experienced, reinstall the operating system.
Issue:
After running the setup program and rebooting
the machine, Windows reports that it cannot find
one of the following files: ESDI_506.pdr
Solution:
Click Browse in the dialog box where this issue
occurs, locate the <Windows>SystemIOSubsys
directory. Click OK. The system should be able to
locate this file in this directory and continue
re-enumerating for the new devices.
Issue:
After running the setup program and rebooting
the machine, Windows reports that it cannot find
one of the following files:
UHCD.SYS
USBD.SYS
USBHUB.SYS
Solution:
Click Browse in the dialog box where this issue
occurs and locate the following directory:
<Winnt>System32drivers
Click OK. The system should be able to locate the
files in this directory and continue re-enumerating
for the new devices.
Issue:
After running the setup program and rebooting
the machine, Windows reports that it cannot find
the following file: ISAPNP.VXD
Solution:
Click Browse in the dialog box where this issue
occurs and locate the <Winnt>System directory.
Click OK. The system should be able to locate this
file in this directory and continue re-enumerating
for the new devices.
Issue:
After performing the silent install, the
HKLMSoftwareIntelInfInst key was not created
or the data of the value "install" is not
"success".
Solution:
This is caused by one of the following
scenarios:
17. - The current system does not contain a
supported operating system, or
-or- The current system does not contain a
supported chipset.
Verify that the System Requirements are met as
outlined in Section 2.
************************************************************
* DISCLAIMER
************************************************************
Intel is making no claims of usability, efficacy or warranty.
The Intel(R) SOFTWARE LICENSE AGREEMENT
(OEM / IHV / ISV Distribution & Single User)
completely defines the licensed use of this software.
************************************************************
Information in this document is provided in connection with
Intel(R) products. No license, express or implied, by estoppel
or otherwise, to any intellectual property rights is granted
by this document. Intel assumes no liability whatsoever,
and Intel disclaims any express or implied warranty relating
to sale and/or use of Intel(R) products, including liability
or warranties relating to fitness for a particular purpose,
merchantability or infringement of any patent, copyright or
other intellectual property right. Intel(R) products are
not intended for use in medical, life saving, or
life-sustaining applications.
************************************************************
Intel Corporation disclaims all warranties and liabilities
for the use of this document and the information contained
herein, and assumes no responsibility for any errors which
may appear in this document, nor does Intel make a
commitment to update the information contained herein.
Intel reserves the right to make changes to this document at
any time, without notice.
************************************************************
************************************************************
* Intel is a trademark or registered trademark of Intel Corporation
or its subsidiaries in the United States and other countries.
* Other brands and names are the property of their
respective owners.
Copyright (c) Intel Corporation, 1997-2005