Sandy Bridge - revision history

Dank: /* Sources */

2012-02-17T19:03:11Z

Sources

← Older revision		Revision as of 19:03, 17 February 2012
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	==Sources==		==Sources==
			* "[http://www.realworldtech.com/page.cfm?ArticleID=RWT080811195102 Intel's Sandy Bridge Graphics Architecture]", Real World Technologies, 2011-08-08
	* "[http://techreport.com/articles.x/20190 Introducing the P67 Express]", The Tech Report, 2011-01-04 (Geoff Gasior)		* "[http://techreport.com/articles.x/20190 Introducing the P67 Express]", The Tech Report, 2011-01-04 (Geoff Gasior)
	* "[http://www.pcper.com/article.php?aid=1057 Intel Core i7-2600K (and friends) Sandy Bridge Processor Review]", PC Perspective, 2011-01-02 (Ryan Shrout)		* "[http://www.pcper.com/article.php?aid=1057 Intel Core i7-2600K (and friends) Sandy Bridge Processor Review]", PC Perspective, 2011-01-02 (Ryan Shrout)

Dank at 04:29, 10 May 2011

2011-05-10T04:29:12Z

← Older revision		Revision as of 04:29, 10 May 2011
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	[[File:Sandybridge.jpg\|thumb\|right\|Sandy Bridge microarchitecture]]		[[File:Sandybridge.jpg\|thumb\|right\|Sandy Bridge microarchitecture]]
	[[File:Sandybridgedie.jpg\|thumb\|right\|Sandy Bridge die]]		[[File:Sandybridgedie.jpg\|thumb\|right\|Sandy Bridge die]]
	Intel released Sandy Bridge in January 2011 as a major revision of [[Nehalem]]. Core i7 and i5 models were released simultaneously; a 2011-02 drop will include i3's. All released and planned Sandy Bridge packages support on-die integrated [http://en.wikipedia.org/wiki/Intel_GMA GMA-HD2] graphics processors and make use of the new [http://en.wikipedia.org/wiki/LGA_1155 LGA 1155] ("H2") socket, a successor to [http://en.wikipedia.org/wiki/LGA_1156 LGA 1156] ("Socket H"). The P67, H67, Q67 and B65 chipsets ("Platform Controller Hub" or PCH in recent Intel terminology) have been released to support Sandy Bridge, and are compatible with all current variants. It uses the scalable ring-based bus designed for [[Larrabee]] (introduced on [[Nehalem\|Nehalem EX]]) and supports [[AVX]] and [[AES-NI]] instructions. Sandy Bridge processors (and their on-die IGPs) use a 32nm process ([[Ivy Bridge]], a planned minor successor to Sandy Bridge, will use 22nm process).		Intel released Sandy Bridge in January 2011 as a major revision of [[Nehalem]]. Core i7 and i5 models were released simultaneously; a 2011-02 drop will include i3's. All released and planned Sandy Bridge packages support on-die integrated [http://en.wikipedia.org/wiki/Intel_GMA GMA-HD2] graphics processors and make use of the new [http://en.wikipedia.org/wiki/LGA_1155 LGA 1155] ("H2") socket, a successor to [http://en.wikipedia.org/wiki/LGA_1156 LGA 1156] ("Socket H"). The "Cougar Point" line -- P67, H67, Z68, Q67 and B65 chipsets ("Platform Controller Hub" or PCH in recent Intel terminology) have been released to support Sandy Bridge, and are compatible with all current variants. It uses the scalable ring-based bus designed for [[Larrabee]] (introduced on [[Nehalem\|Nehalem EX]]) and supports [[AVX]] and [[AES-NI]] instructions. Sandy Bridge processors (and their on-die IGPs) use a 32nm process ([[Ivy Bridge]], a planned minor successor to Sandy Bridge, will use 22nm process).

	==Architecture==		==Architecture==

Dank: z68 release notes

2011-04-05T15:18:01Z

z68 release notes

← Older revision		Revision as of 15:18, 5 April 2011
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	** The Intel H67 Express Chipset Platform Block Diagram does claim that GMA-HD will not be available on all processors		** The Intel H67 Express Chipset Platform Block Diagram does claim that GMA-HD will not be available on all processors
	** ...but none are currently planned for release.		** ...but none are currently planned for release.
			* The Z68 chipset, scheduled for release in Q2 2011, addresses these issues

	==Sources==		==Sources==

Dank at 02:40, 18 January 2011

2011-01-18T02:40:14Z

← Older revision		Revision as of 02:40, 18 January 2011
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	At the heart of Intel HD is an array of "Execution Units", unified SMT SIMD shaders with unified transcendental units. Fixed-function hardware covers clipping and setup/early-z, as well as decoding of vertex, pixel and geometry shaders (these last are fed by the "Command Streamer", which also feeds video processing, the 2d unit, and display hardware).		At the heart of Intel HD is an array of "Execution Units", unified SMT SIMD shaders with unified transcendental units. Fixed-function hardware covers clipping and setup/early-z, as well as decoding of vertex, pixel and geometry shaders (these last are fed by the "Command Streamer", which also feeds video processing, the 2d unit, and display hardware).

	===MFX===		====MFX====
	The Multi-Format Codec (MFX) engine is fixed functionality for high-performance, low-power transcoding. It features intensely parallel hardware.		The Multi-Format Codec (MFX) engine is fixed functionality for high-performance, low-power transcoding. It features intensely parallel hardware.

Dank: /* Intel HD Graphics Architecture */

2011-01-18T02:39:50Z

Intel HD Graphics Architecture

← Older revision		Revision as of 02:39, 18 January 2011
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	The IGP runs on its own voltage and frequency planes, and supports its own [[Turbo Boost]]. It supports [[HDMI]] 1.4.		The IGP runs on its own voltage and frequency planes, and supports its own [[Turbo Boost]]. It supports [[HDMI]] 1.4.
	<blockquote>Two key versions of graphics will be available, Intel® HD Graphics 2000 and Intel® HD Graphics 3000/3000+, with Intel® HD Graphics 2000 targeting lower voltage (lower power) applications and Intel® HD Graphics 3000 a more mainstream set of applications. -- [http://software.intel.com/en-us/articles/intel-graphics-developers-guides/ Intel Graphics Developer Guide]</blockquote>		<blockquote>Two key versions of graphics will be available, Intel® HD Graphics 2000 and Intel® HD Graphics 3000/3000+, with Intel® HD Graphics 2000 targeting lower voltage (lower power) applications and Intel® HD Graphics 3000 a more mainstream set of applications. -- [http://software.intel.com/en-us/articles/intel-graphics-developers-guides/ Intel Graphics Developer Guide]</blockquote>
	====Intel HD Graphics ~~Architecture~~====		====Intel HD Graphics====
	[[File:intelhdarch.png\|right\|thumb\|Intel HD architecture]]		[[File:intelhdarch.png\|right\|thumb\|Intel HD architecture]]
	At the heart of Intel HD is an array of "Execution Units", unified SMT SIMD shaders with unified transcendental units. Fixed-function hardware covers clipping and setup/early-z, as well as decoding of vertex, pixel and geometry shaders (these last are fed by the "Command Streamer", which also feeds video processing, the 2d unit, and display hardware).		At the heart of Intel HD is an array of "Execution Units", unified SMT SIMD shaders with unified transcendental units. Fixed-function hardware covers clipping and setup/early-z, as well as decoding of vertex, pixel and geometry shaders (these last are fed by the "Command Streamer", which also feeds video processing, the 2d unit, and display hardware).

Dank: /* Processor Support */

2011-01-18T02:39:28Z

Processor Support

← Older revision		Revision as of 02:39, 18 January 2011
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	===IGP===		===IGP===
	~~[[File:intelhdarch.png\|right\|thumb\|Intel HD architecture]]~~
	GMA HD2 improves transcendental math hardware over HD1, and expands the register file. The 2000-series IGP has 6 execution units, while the 3000 has 12. Currently, 3000-series IGP's are reserved for K-series processors (the P67 performance-oriented chipset cannot make use of the IGP, and requires a discrete graphics adapter). The IGP has limited locking on its clock -- the H67 chipset can control IGP multipliers.		GMA HD2 improves transcendental math hardware over HD1, and expands the register file. The 2000-series IGP has 6 execution units, while the 3000 has 12. Currently, 3000-series IGP's are reserved for K-series processors (the P67 performance-oriented chipset cannot make use of the IGP, and requires a discrete graphics adapter). The IGP has limited locking on its clock -- the H67 chipset can control IGP multipliers.

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	The IGP runs on its own voltage and frequency planes, and supports its own [[Turbo Boost]]. It supports [[HDMI]] 1.4.		The IGP runs on its own voltage and frequency planes, and supports its own [[Turbo Boost]]. It supports [[HDMI]] 1.4.
	<blockquote>Two key versions of graphics will be available, Intel® HD Graphics 2000 and Intel® HD Graphics 3000/3000+, with Intel® HD Graphics 2000 targeting lower voltage (lower power) applications and Intel® HD Graphics 3000 a more mainstream set of applications. -- [http://software.intel.com/en-us/articles/intel-graphics-developers-guides/ Intel Graphics Developer Guide]</blockquote>		<blockquote>Two key versions of graphics will be available, Intel® HD Graphics 2000 and Intel® HD Graphics 3000/3000+, with Intel® HD Graphics 2000 targeting lower voltage (lower power) applications and Intel® HD Graphics 3000 a more mainstream set of applications. -- [http://software.intel.com/en-us/articles/intel-graphics-developers-guides/ Intel Graphics Developer Guide]</blockquote>
	===Intel HD Graphics Architecture===		====Intel HD Graphics Architecture====
			[[File:intelhdarch.png\|right\|thumb\|Intel HD architecture]]
	At the heart of Intel HD is an array of "Execution Units", unified SMT SIMD shaders with unified transcendental units. Fixed-function hardware covers clipping and setup/early-z, as well as decoding of vertex, pixel and geometry shaders (these last are fed by the "Command Streamer", which also feeds video processing, the 2d unit, and display hardware).		At the heart of Intel HD is an array of "Execution Units", unified SMT SIMD shaders with unified transcendental units. Fixed-function hardware covers clipping and setup/early-z, as well as decoding of vertex, pixel and geometry shaders (these last are fed by the "Command Streamer", which also feeds video processing, the 2d unit, and display hardware).

Dank: /* IGP */

2011-01-18T02:38:02Z

IGP

← Older revision		Revision as of 02:38, 18 January 2011
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	GMA HD2 improves transcendental math hardware over HD1, and expands the register file. The 2000-series IGP has 6 execution units, while the 3000 has 12. Currently, 3000-series IGP's are reserved for K-series processors (the P67 performance-oriented chipset cannot make use of the IGP, and requires a discrete graphics adapter). The IGP has limited locking on its clock -- the H67 chipset can control IGP multipliers.		GMA HD2 improves transcendental math hardware over HD1, and expands the register file. The 2000-series IGP has 6 execution units, while the 3000 has 12. Currently, 3000-series IGP's are reserved for K-series processors (the P67 performance-oriented chipset cannot make use of the IGP, and requires a discrete graphics adapter). The IGP has limited locking on its clock -- the H67 chipset can control IGP multipliers.

	Unlike [[Larrabee]]'s fully programmable shaders (suitable for [[GPGPU]]), Sandy Bridge IGP ~~makes extensive use of~~ fixed-function components. The instruction set is said to closely parallel the DirectX 10 API. There are a fixed 120 registers per thread, as opposed to the dynamically partitionable register file of previous Intel HD Graphics.		Unlike [[Larrabee]]'s fully programmable shaders (suitable for [[GPGPU]]), Sandy Bridge IGP devotes significant space to fixed-function components. The instruction set is said to closely parallel the DirectX 10 API. There are a fixed 120 registers per thread, as opposed to the dynamically partitionable register file of previous Intel HD Graphics. Intel HD is a valid [[OpenCL]] target.

	The IGP runs on its own voltage and frequency planes, and supports its own [[Turbo Boost]]. It supports [[HDMI]] 1.4.		The IGP runs on its own voltage and frequency planes, and supports its own [[Turbo Boost]]. It supports [[HDMI]] 1.4.
	<blockquote>Two key versions of graphics will be available, Intel® HD Graphics 2000 and Intel® HD Graphics 3000/3000+, with Intel® HD Graphics 2000 targeting lower voltage (lower power) applications and Intel® HD Graphics 3000 a more mainstream set of applications. -- [http://software.intel.com/en-us/articles/intel-graphics-developers-guides/ Intel Graphics Developer Guide]</blockquote>		<blockquote>Two key versions of graphics will be available, Intel® HD Graphics 2000 and Intel® HD Graphics 3000/3000+, with Intel® HD Graphics 2000 targeting lower voltage (lower power) applications and Intel® HD Graphics 3000 a more mainstream set of applications. -- [http://software.intel.com/en-us/articles/intel-graphics-developers-guides/ Intel Graphics Developer Guide]</blockquote>
			===Intel HD Graphics Architecture===
			At the heart of Intel HD is an array of "Execution Units", unified SMT SIMD shaders with unified transcendental units. Fixed-function hardware covers clipping and setup/early-z, as well as decoding of vertex, pixel and geometry shaders (these last are fed by the "Command Streamer", which also feeds video processing, the 2d unit, and display hardware).

	===MFX===		===MFX===

Dank: /* Processor Support */

2011-01-18T02:27:29Z

Processor Support

← Older revision		Revision as of 02:27, 18 January 2011
Line 86:		Line 86:

	===IGP===		===IGP===
			[[File:intelhdarch.png\|right\|thumb\|Intel HD architecture]]
	GMA HD2 improves transcendental math hardware over HD1, and expands the register file. The 2000-series IGP has 6 execution units, while the 3000 has 12. Currently, 3000-series IGP's are reserved for K-series processors (the P67 performance-oriented chipset cannot make use of the IGP, and requires a discrete graphics adapter). The IGP has limited locking on its clock -- the H67 chipset can control IGP multipliers.		GMA HD2 improves transcendental math hardware over HD1, and expands the register file. The 2000-series IGP has 6 execution units, while the 3000 has 12. Currently, 3000-series IGP's are reserved for K-series processors (the P67 performance-oriented chipset cannot make use of the IGP, and requires a discrete graphics adapter). The IGP has limited locking on its clock -- the H67 chipset can control IGP multipliers.

Dank: /* Sources */

2011-01-18T02:24:32Z

Sources

← Older revision		Revision as of 02:24, 18 January 2011
Line 113:		Line 113:
	* "[http://ark.intel.com/MySearch.aspx?TBT=true&CodeNameText=Sandy%20Bridge Sandy Bridge Products]" at http://www.intel.com		* "[http://ark.intel.com/MySearch.aspx?TBT=true&CodeNameText=Sandy%20Bridge Sandy Bridge Products]" at http://www.intel.com
	* "[http://www.realworldtech.com/page.cfm?ArticleID=RWT091810191937 Intel's Sandy Bridge Microarchitecture]" at Real World Technologies, 2010-09-25 (David Kanter)		* "[http://www.realworldtech.com/page.cfm?ArticleID=RWT091810191937 Intel's Sandy Bridge Microarchitecture]" at Real World Technologies, 2010-09-25 (David Kanter)
			* "[http://software.intel.com/en-us/articles/intel-graphics-developers-guides/ Intel Graphics Developer Guide]", 321671-005US, 2011-01
	[[CATEGORY: x86]]		[[CATEGORY: x86]]
	[[CATEGORY: Hardware]]		[[CATEGORY: Hardware]]

Dank: /* IGP */

2011-01-18T02:23:37Z

IGP

← Older revision		Revision as of 02:23, 18 January 2011
Line 91:		Line 91:

	The IGP runs on its own voltage and frequency planes, and supports its own [[Turbo Boost]]. It supports [[HDMI]] 1.4.		The IGP runs on its own voltage and frequency planes, and supports its own [[Turbo Boost]]. It supports [[HDMI]] 1.4.
	<blockquote>Two key versions of graphics will be available, Intel® HD Graphics 2000 and Intel® HD Graphics 3000/3000+, with Intel® HD Graphics 2000 targeting lower voltage (lower power) applications and Intel® HD Graphics 3000 a more mainstream set of applications. -- Intel Graphics Developer Guide</blockquote>		<blockquote>Two key versions of graphics will be available, Intel® HD Graphics 2000 and Intel® HD Graphics 3000/3000+, with Intel® HD Graphics 2000 targeting lower voltage (lower power) applications and Intel® HD Graphics 3000 a more mainstream set of applications. -- [http://software.intel.com/en-us/articles/intel-graphics-developers-guides/ Intel Graphics Developer Guide]</blockquote>

	===MFX===		===MFX===