OSx86

OSx86 (from OS X and x86) is a collaborative "hacking" project to run the Mac OS X computeroperating system on non-Applepersonal computers with x86 architecture and x86-64compatible processors. The effort started soon after the June 2005 Worldwide Developers Conference announcement that Apple would be transitioning its personal computers from PowerPC to Intelmicroprocessors.

A computer built to run this type of Mac OS X is also known as aHackintosh,^[1] a portmanteau of the word "hack" and the name of Apple's main brand of computers, Macintosh. Hackintoshed notebook computers are also referred to as "Hackbooks".

The Apple software license does not allow Mac OS X to be used on hardware that is not "Apple-branded".^[2] The legality of this form of tying is disputed by companies such as Psystar and PearC, who have attempted to release products using Mac OS on non Apple-machines. However, Apple claims the methods it uses to prevent Mac OS X from being installed on non-Apple hardware are protected by the DMCA, and in November 2009 won a summary judgement against Psystar on these grounds.^[3]

Contents  [hide] 1 Legal issues and Apple objections 2 Developer Transition Kit 3 Hacking approaches 3.1 Kernel hacks 3.1.1 Mac OS X 10.4.4 "Tiger" 3.1.2 XNU kernel patch 3.1.3 Mac OS X v10.5 "Leopard" 3.1.4 Mac OS X v10.6 "Snow Leopard" 3.2 Boot loaders and emulators 3.2.1 EFI emulation 3.2.2 Boot-132 3.2.3 Mac OS X v10.6 "Snow Leopard" 3.3 Live DVD 4 See also 5 Links 6 References

Instalación Mac OS X en PC "Hackintosh" y Dual Boot
Install Snow Leopard 10.6 on AMD PC Hackintosh

The projects like OSx86 were popular for installing Mac OS X Leopard, Snow Leopard on PC. Here few popular guides that we’ve written so far:

1. Install Mac OS X Leopard on PC [10.5.x]
2. How to Install Snow Leopard on PC Dual Boot [OSx86]
3. Install Snow Leopard on PC using USB Easily [Retail]
4. Install Snow Leopard on AMD PC, Laptop [Retail]
5. Install SnowOSX Universal 10.6.2 [Snow Leopard OSx86]
6. Install Snow Leopard on VMWare [Virtualized]
7. Install Snow Leopard on VirtualBox 10.6.2 [Retail, Virtualized]
8. Install Mac OS X in VirtualBox [Snow Leopard] 10.6.2 [Osx86, Virtualized]

Install Snow Leopard on intel hardware 

Before you start – You should have an existing OSx86 running. Follow the Guide Here: Install OSx86 Mac on PC to do that.

Update: We have 6 ways to Install Snow Leopard on PC.

If you are looking for Installation from USB: Install Snow Leopard on PC using USB, or virtualization: How to Install Snow Leopard on VMWare,Install Snow Leopard on VirtualBox

In the following tutorial we will show you how can you can Install the latest Snow Leopard (build 10A432 GM release, the Retail version) on your PC which has existing MAC OS X 10.x.x running.

Lot’s of sites have been consulted to prepare this guide. This guide might not be perfect yet (no guide is perfect, yet) but i`ll try my best to improve it within few days, meanwhile if you face any issues, leave your comments, I`ll try to solve any issues that you might come across.)UPDATE: Now, you can use a perfect guide that supports installations from Flash Drive too (8GB): Install Snow Leopard on PC using USB.

We need two disks. Why ? – Snow Leopard needs a Leopard Install — One HDD with Leopard already installed and Second hard disk for Snow Leopard.

Before you begin, download the pre-requisites

Chipset technologiies

Chipset

A typical north/southbridge layout

The northbridge has historically been one of the two chips in the core logic chipset on aPC motherboard, the other being the southbridge. Increasingly these functions have migrated to the CPU chip itself, beginning with memory and graphics controllers. In Intel "Sandy Bridge" CPU designs introduced in 2011, all of the functions of the northbridge reside on the chip itself.^[1] When the separate northbridge is employed in older Intel systems it is named memory controller hub (MCH) or integrated memory controller (IMCH) if equipped with an integrated VGA.

Separating the chipset into the northbridge and southbridge is common, although in some instances the northbridge and southbridge functions were combined onto one die when design complexity and fabrication processes permitted it.

Contents   1 Overview

The northbridge typically handles communications among the CPU, in some cases RAM, and PCI Express (or AGP) video cards, and the southbridge.^[2][3]Some northbridges also contain integrated video controllers, also known as aGraphics and Memory Controller Hub (GMCH) in Intel systems. Because different processors and RAM require different signaling, a northbridge will typically work with only one or two classes of CPUs and generally only one type of RAM.

=========================

The southbridge is one of the two chips in the core logic chipset on apersonal computer(PC) motherboard, the other being the northbridge. The southbridge typically implements the "slower" capabilities of the motherboard in a northbridge/southbridge chipset computer architecture. In Intel chipset systems the southbridge is named Input/Output Controller Hub (ICH).

The southbridge can usually be distinguished from the northbridge by not being directly connected to the CPU. Rather, the northbridge ties the southbridge to the CPU. Through the use of controller integrated channel circuitry, the northbridge can directly link signals from the I/O units to the CPU for data control and access.

Functionality

Diagram of a modern motherboard, which supports many on-board peripheral functions as well as several expansion slots.

The functionality found in a contemporary southbridge includes:

• PCI bus. The PCI bus support includes the traditional PCI specification, but may also include support forPCI-X and PCI Express.
• ISA bus or LPC Bridge. Though the ISA support is rarely utilized, it has interestingly managed to remain an integrated part of the modern southbridge. The LPC Bridge provides a data and control path to theSuper I/O (the normal attachment for the keyboard, mouse, parallel port, serial port,IR port, and floppy controller) and FWH (firmware hub which provides access to BIOS flash storage).
• SPI bus. The SPI bus is a simple serial bus mostly used for firmware (e.g.,BIOS) flash storage access.
• SMBus. The SMBus is used to communicate with other devices on the motherboard (e.g., system temperature sensors, fan controllers).
• DMA controller. The DMA controller allows ISA or LPC devices direct access to main memory without needing help from the CPU.
• Interrupt controllers such as 8259A and/or I/O APIC. The interrupt controller provides a mechanism for attached devices to get attention from the CPU.
• Mass storage controllers such as PATA and/or SATA. This typically allows direct attachment of system hard drives.
• Real-time clock. The real time clock provides a persistent time account.
• Power management (APM and ACPI). The APM or ACPI functions provide methods and signaling to allow the computer to sleep or shut down to save power.
• Nonvolatile BIOS memory. The system CMOS, assisted by battery supplemental power, creates a limited non-volatile storage area for system configuration data.
• AC'97 or Intel High Definition Audio sound interface.
• Out-of-band management controller such as a BMC or HECI.

Optionally, a southbridge also includes support for Ethernet, RAID, USB, audio codec, and FireWire. Rarely, a southbridge may also include support for the keyboard, mouse, and serial ports, but normally these devices are attached through another device referred to as the Super I/O.

Intel Processors and Technologies

Intel Core
Intel Core i7
Core (microarchitecture).
List of Intel Core microprocessors
List of Intel Core 2 microprocessors
List of Intel Core i3 microprocessors
List of Intel Core i5 microprocessors
List of Intel Core i7 microprocessors
List of future Intel microprocessors
The Intel QuickPath Interconnect (QuickPath, QPI)^[1][2][3] is a point-to-point processor interconnect developed by Intel which replaces the Front Side Bus (FSB) in Xeon, Itanium, and certain desktop platforms. It was designed to compete with HyperTransport. Intel first delivered it in November 2008 on theIntel Core i7-9xx desktop processors and X58 chipset. Intel developed QPI at its Massachusetts Microprocessor Design Center (MMDC) by members of what had been DEC's Alpha Development Group, which Intel acquired from Compaq and HP. Prior to the name's announcement, Intel referred to it asCommon System Interface (CSI). Earlier incarnations were known as YAP(Yet Another Protocol) and YAP+.

Contents 1 Implementation 2 QuickPath Interconnect frequency specifications 3 Protocol layers 3.1 Physical layer 3.2 Link layer 3.3 Routing layer 3.4 Transport layer 3.5 Protocol layer 4 See also 5 Notes 6 References 7 External links

====================
FDI or Flexible Display Interface is an interconnect created by Intel in order to allow the communication of the HD Graphics integrated GPU found on supported CPUs with the PCH southbridge where display connectors are attached. It provides a path between an Intel processor and an Intel southbridge on a computer motherboard which carries display data from the graphics controller (North Display) of the Intel processor package to the display connectors attached at some PCH (South Display) versions. It is based on DisplayPort standard. Currently it supports 2 independent 4-bit fixed frequency links/channels/pipes at 2.7GT/s data rate. It was first used with the 2010 Core i3, i5 processors and H55, H57, Q57, 3450 southbridges released in 2010. FDI enabled processors require FDI enabled southbridge in order to utilize the graphics controller capability thus P55 and PM55 based boards will not be able to take advantage of the graphics controller present on later processors. An FDI capable southbridge and CPU pair is not usable without the existence of the appropriate video connectors on the mainboard.
====================

The Direct Media Interface (DMI) is the link between an Intel northbridge and an Intel southbridge on a computer motherboard. It was first used between the 9xx chipsets and the ICH6, released in 2004. Previous chipsets had used the Hub Interface to perform the same function. Server chipsets use a similar interface called Enterprise Southbridge Interface (ESI). Some CPUs integrate the northbridge into the CPU and use a DMI interface to the southbridge.

DMI shares many characteristics with PCI-E, using multiple lanes and differential signalling to form a point-to-point link. Most implementations use a x4 link, while some mobile systems (eg. 915GMS, 945GMS/GSE/GU and theAtom N450) use a x2 link, halving the bandwidth. The original implementation provides 10Gb/s each direction (using a x4 link). DMI 2.0 (introduced in 2011) doubles the transfer rate to 20Gb/s with a x4 link.

While the interface has been called DMI since the ICH6, Intel specifies the specific combinations of devices that interwork, so the presence of a DMI interface does not itself guarantee that a particular northbridge is compatible with a particular southbridge.

Contents  [hide] 1 Protocol 2 Implementations 3 See also 4 References

http://www.open-mag.com/features/Vol_64/HP_ML350/HP_ML350.html

HP’s entry-level system for the realm of enterprise servers is dubbed the ProLiant ML350 G3—for 3rd generation. The server comes in both tower and rack-mountable configurations. OpenBench Labs tested the 5U rack-mount version of the HP ML350 G3, which was configured with two 2.4GHz Intel Xeon processors with Hyper-Threading Technology (HTT) sporting 512KB L2 caches and 533MHz system bus interfaces. All of this CPU fire power resides on a motherboard built upon the ServerWorks Grand Champion LE chipset.

For high availability, the memory subsystem of the HP motherboard utilizes a multi-bit memory ECC algorithm, memory scrubbing, Chipkill technology, and supports hot-spare memory configurations to make failures invisible. This, however, is only the start.

HP ProLiant servers have an optional hardware and software module that is called the Remote Insight Lights-Out Edition. This option provides an embedded hardware-based graphical remote console, which is OS-independent. With this option installed, systems administrators can take full control of a remote server to shut it down, start it up, or perform any other OS function via a remote display, keyboard, and mouse. To make this scheme work, the Remote Insight Lights-Out Edition board has its own processor, an onboard Fast Ethernet chip, and its own independent Web Server that provides HTML pages to any browser over a Secure Sockets Layer (SSL) connection.

Yet even without this option installed, the HP ProLiant ML350 G3 has a number of standard features to help monitor server health. For example, the activity LEDs on the front panel of the server do double duty: They change color from green to yellow when a problem develops in the subsystem that they are used to monitor. There is also a unique blue LED that is used to indicate whether the Lights-Out module is activated.

53c1030 PCI X Fusion MPT Dual Ultra320 SCSI ProLiant ML 350. frontiercomputercorp.com/SUNMICROSYSTEMS/SunSpareParts/HostBusAdaptersHBAs/

FileMaker

buscar.taringa.net/posts?q=filemaker
FileMaker Pro es una aplicación multiplataforma (Windows y Mac) de base de datos relacional de FileMaker Inc. (una subsidiaria de Apple Inc.). FileMaker integra el motor de la base de datos con la interfaz, lo que permite a los usuarios modificar la base de datos al arrastrar elementos (campos, pestañas, botones...) a las pantallas o formas que provee la interfaz.
FileMaker evolucionó de una aplicación de MS-DOS, que se desarrolló primariamente para Apple Macintosh. Desde 1992 está disponible para Microsoft Windows y se puede utilizar como un ambiente heterogéneo. FileMaker está disponible para desktop, servidor y configuraciones web.
FileMaker comenzó como un producto basado en DOS llamado Nutshell, desarrollado por Nashoba Systems de Concord, Massachusetts, entre 1982 y 1983.1 Nutshell era distribuido por Leading Edge, una compañia de electrónica que justo empezaba a vender ordenadores y programas compatibles con PC.
Con la introducción de Macintosh, Nashoba combinó el motor de la base de datos con un GUI, dando como resultado un programa muy fácil de usar. A Leading Edge no le interesaba el producto, prefería mantenerse como un vendedor de productos DOS y quedarse con el nombre Nutshell. Nahoba encontró a un distribuidor, Forethought Inc., y lo introdujeron al mercado de la Mac como FileMaker. Al debutar la Macintosh Plus, la próxima versión de FileMaker se llamó FileMaker Plus para reflejar el nombre de la computadora.
La característica que define a FileMaker es que el motor de la base de datos está integrado con las vistas (pantallas, reportes, etc.) que se utilizan para acceder a él. La mayoría de las bases de datos separan estos elementos y se concentran primariamente en la organización y almacenamiento de datos.

FileMaker Pro 8.5 Advance
36F34 69C76 E4934 8BF70 0A54A 8FDD3 A6C11
FileMaker Pro 9
3E344 56534 422AB 0DB3F 5308D 7B587 43311

DRIVER_POWER_STATE_FAILURE

Source
Los archivos siguientes pueden descargarse desde el Centro de descarga de Microsoft:

Contraer esta imagenAmpliar esta imagen

Descargue ahora el paquete de actualización para Windows Vista (KB931671). (http://www.microsoft.com/downloads/details.aspx?displaylang=es&FamilyID=5754c17d-91a0-4dca-ab86-16e09a5c717b)

Contraer esta imagenAmpliar esta imagen

Descargue ahora el paquete de la actualización de Windows Vista para versiones de 64 bits (KB931671). (http://www.microsoft.com/downloads/details.aspx?displaylang=es&FamilyID=f7e230f0-51d1-4b47-a0f1-be39961e39b5)  vistax64.com/vista-hardware-devices/119698-driver_power_state_failure.html