Acpi Pnp0200 Driver Hp Version 6.0
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This article needs additional citations for. Unsourced material may be challenged and removed. (July 2010) () In a, the Advanced Configuration and Power Interface ( ACPI) provides an that can use to discover and configure components, to perform by (for example) putting unused components to sleep, and to perform status monitoring. First released in December 1996, ACPI aims to replace (APM), the, and the (PnP) Specification. ACPI brings the power management under the control of the operating system, as opposed to the previous BIOS-centric system that relied on platform-specific firmware to determine power management and configuration policies. The specification is central to the Operating System-directed configuration and Power Management ( OSPM) system, an implementation for ACPI which removes device management responsibilities from legacy firmware interfaces via a UI.
Internally, ACPI advertises the available components and their functions to the using instruction lists ('methods') provided through the system ( (UEFI) or ), which the kernel parses. ACPI then executes the desired operations (such as the initialization of hardware components) using an embedded minimal., and originally developed the standard, while, and also participated later. In October 2013 the original developers of the ACPI standard agreed to transfer all assets to the, in which all future development will take place. The UEFI Forum published the latest version of the standard, 'Revision 6.2 Errata A', in September 2017. Contents • • • • • • • • • • • • • • • • Architecture [ ] The firmware-level ACPI has three main components: the ACPI tables, the ACPI BIOS, and the ACPI registers. Unlike its predecessors, such as the APM or PnP BIOS, the ACPI implements little of its functionality in the ACPI BIOS code, whose main role is to load the ACPI tables in system memory.
Instead, most of the firmware ACPI functionality is provided in ACPI Machine Language (AML) stored in the ACPI tables. To make use of these tables, the operating system must have an for the AML bytecode. A reference AML interpreter implementation is provided by the ACPI Component Architecture (ACPICA). At the BIOS development time, AML bytecode is compiled from the ASL (ACPI Source Language) code. As ACPI also replaces PnP BIOS, it also provides a hardware enumerator, mostly implemented in the Differentiated System Description Table (DSDT) ACPI table. The advantage of a bytecode approach is that unlike PnP BIOS code (which was 16-bit), the ACPI bytecode may be used in any operating system, even in 64-bit.
Overall design decision was not without criticism. In November 2003, —author of the —described ACPI as 'a complete design disaster in every way'. In 2001, other senior Linux software developers like expressed concerns about the requirements that from an external source must be run by the kernel with full privileges, as well as the overall complexity of the ACPI specification. In 2014,, founder of the, compared ACPI with. ACPI Component Architecture (ACPICA) [ ] The ACPI Component Architecture ( ACPICA), mainly written by Intel's engineers, provides an platform-independent reference implementation of the operating system–related ACPI code. The ACPICA code is used by Linux, and FreeBSD, which supplement it with their operating-system specific code. Adobe Premiere Pro Cs6 Sequence Presets Download.
History [ ] The first revision of the ACPI specification was released in December 1996, supporting 16 and addressing spaces. It was not until August 2000 that ACPI received address support as well as support for multiprocessor workstations and servers with revision 2.0. In September 2004, revision 3.0 was released, bringing to the ACPI specification support for controllers, bus, support for more than 256 processors, and user-presence devices, as well as extending the thermal model beyond the previous processor-centric support. Released in June 2009, revision 4.0 of the ACPI specification added various new features to the design; most notable are the support, logical processor idling support, and support.