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  • Intel Naming Strategy--2

    http://en.wikipedia.org/wiki/Intel_Corporation#Naming_strategy

    Naming strategy[edit]

    In 2006, Intel expanded its promotion of open specification platforms beyond Centrino, to include the Viiv media center PC and the business desktop Intel vPro.

    In mid January 2006, Intel announced that they were dropping the long running Pentium name from their processors. The Pentium name was first used to refer to the P5 core Intel processors (Pent refers to the 5 in P5,) and was done to circumvent court rulings that prevent the trademarking of a string of numbers, so competitors could not just call their processor the same name, as had been done with the prior 386 and 486 processors (both of which had copies manufactured by IBM and AMD). They phased out the Pentium names from mobile processors first, when the new Yonah chips, branded Core Solo and Core Duo, were released. The desktop processors changed when the Core 2 line of processors were released. By 2009 Intel was using a good-better-best strategy with Celeron being good, Pentium better, and the Intel Core family representing the best the company has to offer.[179]

    According to spokesman Bill Calder, intel has maintained only the Celeron brand, the Atom brand for netbooks and the vPro lineup for businesses. Since late 2009, Intel's mainstream processors have been called Celeron, Pentium, Core i3, Core i5, and Core i7, in order of performance from lowest to highest. The first generation core products carry a 3 digit name, such as i5 750, and the second generation products carry a 4 digit name, such as the i5 2500. In both cases, a K at the end of it shows that it is an unlocked processor, enabling additional overclocking abilities (for instance, 2500K). vPro products will carry the Intel Core i7 vPro processor or the Intel Core i5 vPro processor name.[180] In October 2011, Intel started to sell its Core i7-2700K "Sandy Bridge" chip to customers worldwide.[181]

    Beginning in 2010 "Centrino" will only be applied to Intel's WiMAX and Wi-Fi technologies; it won't be a PC brand anymore. This will be an evolutionary process taking place over time, Intel acknowledges that multiple brands will be in the market including older ones throughout the transition.[180]

     http://en.wikipedia.org/wiki/Centrino

    Centrino

    From Wikipedia, the free encyclopedia
     
     
    Components of the Centrino platform. From right, clockwise: Intel PRO/Wireless networkadapter, Intel mobile processor, Intel mobilesouthbridge chipset, and Intel mobile northbridgechipset.

    The Centrino brand represents Intel Wi-Fi and WiMAX adapters. It was formerly a platform-marketing initiative from Intel until January 7, 2010.

    Previously, the brand covered a particular combination of mainboard chipset, mobile CPU and wireless networkinterface in the design of a laptop. Intel claims systems equipped with these technologies deliver better performance, longer battery life and broad wireless network interoperability.

    The new product line name for Intel wireless products is Intel Centrino Wireless.[1]

    Intel Centrino[edit]

    Wireless LAN Chipset Centrino Processor Codename Release Date Process Technology Microarchitecture
    Intel PRO/Wireless 2100 800 Series Carmel Intel Pentium M Banias 2003 130 nm Intel P6
    Intel PRO/Wireless 2200 Dothan 2004 90 nm
    Intel PRO/Wireless 2200 900 Series Sonoma 2005
    Intel PRO/Wireless 2915
    Intel PRO/Wireless 3945 Napa Intel Core Duo/Solo Yonah 2006 65 nm
    Intel PRO/Wireless 4965 Napa Refresh Intel Core 2 Duo/Solo Merom Intel Core
    Intel Wireless WiFi Link 4965 Santa Rosa Intel Core 2 Duo 2007
    Santa Rosa Refresh Penryn 2008 45 nm
    Intel WiFi Link 5100 4 Series Montevina
    Intel WiMAX/WiFi Link 5150
    Intel Ultimate N WiFi Link 5300
    Intel WiMAX/WiFi Link 5350
    Intel Centrino Wireless-N 1000 5 Series Calpella Intel Core i7/i7 Extreme Edition Clarksfield 2009 Intel Nehalem
    Intel Centrino Advanced-N 6200 Intel Core i3/i5/i7 Arrandale 2010 32 nm
    Intel Centrino Advanced-N + WiMAX 6250
    Intel Centrino Ultimate-N 6300
    Intel Centrino Wireless-N 1000 6 Series Huron River Intel Core i3/i5/i7/i7 Extreme Edition Sandy Bridge 2011 Intel Sandy Bridge
    Intel Centrino Wireless-N 1030
    Intel Centrino Advanced-N + WiMAX 6150
    Intel Centrino Advanced-N 6205
    Intel Centrino Advanced-N 6230
    Intel Centrino Advanced-N + WiMAX 6250
    Intel Centrino Ultimate-N 6300
    Intel Centrino Ultimate-N 6300 7 Series Chief River Intel Core i3/i5/i7/i7 Extreme Edition Ivy Bridge 2012 22 nm
    Intel Centrino Advanced-N 6235
    Intel Centrino Advanced-N 6205
    Intel Centrino Wireless-N 2230
    Intel Centrino Wireless-N 2200
    Intel Centrino Wireless-N 135
    Intel Centrino Wireless-N 105
    Intel Centrino 8 Series Shark Bay Intel Core i3/i5/i7/i7 Extreme Edition Haswell 2013 Intel Haswell
    Intel Centrino 9 Series ?   Broadwell 2014 14 nm

    Notebook implementations[edit]

    Carmel platform (2003)[edit]

    Intel used "Carmel" as the codename for the first-generation Centrino platform, introduced in March 2003.

    CentrinoCarmel platform
    Mobile chipset an Intel Mobile 855 Express series chipset (codenamed Odem or Montara with Intel Extreme Graphics 2), including ICH4M southbridge.
    Mobile processor Processors - Socket 479
    Wireless network an Intel PRO/Wireless 2100B (codenamed Calexico) or later 2200BG mini-PCI Wi-Fi adapter (codenamed Calexico2).

    Industry-watchers initially criticized the Carmel platform for its lack of an IEEE 802.11g-solution, because many independent Wi-Fi chip-makers like Broadcomand Atheros had already started shipping 802.11g products. Intel responded that the IEEE had not finalized the 802.11g standard at the time of Carmel's launch, and that it only wanted to launch products based on a finalized standard. In early 2004, after the finalization of the 802.11g standard, Intel permitted an Intel PRO/Wireless 2200BG to substitute for the 2100. At the same time, they permitted the new Dothan Pentium M to substitute for the Banias Pentium M. Initially, Intel permitted only the 855GM chipset, which did not support external graphics. Later, Intel allowed the 855GME and 855PM chips, which did support external graphics, in Centrino laptops.

    Despite criticisms, the Carmel platform won quick acceptance among OEMs and consumers. Carmel could attain or exceed the performance of older Pentium 4-M platforms, while allowing for laptops to operate for 4 to 5 hours on a 48 W-h battery. Carmel also allowed laptop manufacturers to create thinner and lighter laptops because its components did not dissipate much heat, and thus did not require large cooling systems.

    Sonoma platform (2005)[edit]

    Intel used Sonoma as the codename for the second-generation Centrino platform, introduced in January 2005.

    CentrinoSonoma platform
    Mobile chipset an Intel Mobile 915 Express series chipset (codenamed Alviso with Intel GMA 900), including ICH6M southbridge.
    Mobile processor Processors - Socket 479
    Wireless network an Intel PRO/Wireless 2200BG or 2915ABG mini-PCI Wi-Fi adapter (both codenamed Calexico2).

    The Mobile 915 Express chipset, like its desktop version, supports many new features such as DDR2PCI ExpressIntel High Definition Audio, and SATA. Unfortunately, the introduction of PCI Express and faster Pentium M processors causes laptops built around the Sonoma platform to have a shorter battery-life than their Carmel counterparts; Sonoma laptops typically achieve between 3.5–4.6 hours of battery-life on a 53 W-h battery.

    Napa platform (2006)[edit]

    The codename Napa designates the third-generation Centrino platform, introduced in January 2006 at the Winter Consumer Electronics Show. The platform initially supported Intel Core Duo processors but the newer Core 2 Duo processors were launched and supported in this platform from July 27, 2006 onwards.

    CentrinoNapa platform
    Mobile chipset an Intel Mobile 945 Express series chipset (codenamed Calistoga with Intel GMA 950), including ICH7M southbridge.
    Mobile processor Processors - Socket M / Micro-FCBGA
    • an Intel Core Solo, Core Duo (codenamed Yonah) processor, or
    • an Intel Core 2 Duo (codenamed Merom) processor with a 667 MT/s FSB for Napa Refresh platform, or
    • an Intel Core 2 Solo (codenamed Merom) processor with 533 MT/s FSB for Napa Refresh platform (Sept 2007).
    Wireless network an Intel PRO/Wireless 3945ABG mini-PCIe Wi-Fi adapter (codenamed Golan).
    • Some newer models (as of 1st quarter 2007) of the Napa Refresh platform contain the newer 4965AGN (a/b/g/draft-n) wireless cards.

    Intel uses Centrino Duo branding for laptops with dual-core Core Duo processors and retains the Centrino name for laptops with single core (Core Solo) processors. Some of the initial Core Duo laptops are still labeled as Intel Centrino rather than Centrino Duo.

    Santa Rosa platform (2007)[edit]

    The codename Santa Rosa refers to the fourth-generation Centrino platform, which was released on Thursday May 10, 2007.

    CentrinoSanta Rosa platform
    Mobilechipset an Intel Mobile 965 Express series chipset (codenamed Crestline): GM965 with Intel GMA X3100 graphics technology or PM965 with discrete graphics, and ICH8M southbridge, 800 MT/s front side bus with Dynamic Front Side Bus Switching to save power during low utilization.
    • Intel Dynamic Acceleration (IDA), better Windows Vista Aero support.[2]
    • RAM supported for PC2-4200 (DDR2-533) and PC2-5300 (DDR2-667) SO-DIMM.[3] Runs DDR2-800 SO-DIMMs at 667 MHz even though an 800 MT/s front side bus is supported.[4]
    • EFI-compliant firmware, a successor to BIOS.
    • optional NAND flash-memory caching branded as Intel Turbo Memory (codenamed Robson).
    • Ethernet LAN controller 82562V (codenamed Ekron-N) or Gigabit Ethernet LAN controllers 82566MM and 82566MC (codenamed Nineveh).
    Mobile processor Processors - Socket P / Socket M / Micro-FCBGA
    • an Intel Core 2 Duo (codenamed Merom) second generation processor with 800 MT/s FSB, or
    • an Intel Core 2 Duo (codenamed Penryn) 45 nm processor with 800 MT/s FSB and SSE4.1, which will add 47 new instructions to SSSE3. It was scheduled for release in January 2008[5] for Santa Rosa Refresh platform.
    Wireless network an Intel WiFi Link 4965AGN (a/b/g/draft-n) mini-PCIe Wi-Fi adapter (codenamed Kedron).
    • Wireless-N technology boasts a 5X speed increase, along with a 2X greater coverage area, and supports 2.4 GHz and 5 GHz signal bands, with enough bandwidth for high definition audio and video streams.[6]

    The Santa Rosa platform comes with dynamic acceleration technology, allowing single threaded applications to execute faster. When a single threaded application is running, the CPU can turn off one of its cores and overclock the active core. In this way the CPU maintains the same Thermal Profile as it would when both cores are active. Santa Rosa performs well as a mobile gaming platform due to its ability to switch between single threaded and multithreaded tasks.[7] Other power savings come from an Enhanced Sleep state where both the CPU cores and the chipset will power down.

    The wireless chipset update was originally intended to include WWAN Internet access via HSDPA (3.5G), (codenamed Windigo) co-developed with Nokia.[8][9] After announcing a working partnership, both later retracted the deal citing the lack of a clear business case for the technology. Support for WiMAX (802.16) was originally scheduled for inclusion in Santa Rosa but was later delayed until Montevina in 2008.[8]

    It is branded as "Centrino Pro" when combined with the enhanced security technologies Intel introduced with vPro and "Centrino Duo" when they are not used.[10]

    Montevina platform (2008)[edit]

    The codename Montevina refers to the fifth-generation Centrino platform, now formally named Centrino 2 to avoid confusion with previous Centrino platforms. It was scheduled for release at Computex Taipei 2008, which took place on June 3–7, 2008,[11] but was delayed until July 15, due to problems with integrated graphics and wireless certification.[12]

    CentrinoMontevina platform
    Mobilechipset an Intel Mobile Express series 4 chipset (codenamed Cantiga; GL40, GS45, GM45, PM45) with Intel GMA X4500 graphics technology and ICH9M southbridge, 1066 MT/s (667 MT/s for GL40) FSB. The GM45/GS45 graphics core is clocked at 533 MHz and 400 MHz for GL40, which contains ten unified shaders, up from the eight provided by GMA X3100.
    • RAM support for PC2-5300 (DDR2-667), PC2-6400 (DDR2-800), PC3-6400 (DDR3-800), PC3-8500 (DDR3-1066) SO-DIMM. (GL40 does not support DDR3-1066)
    • NAND flash-memory caching branded as Intel Turbo Memory (codenamed Robson 2).
    • Gigabit Ethernet LAN controllers 82567LM and 82567LF (codenamed Boazman).[13]
    • Main support for DisplayPort with an external connector attached to the motherboard along with full supplemental support of HDMI, DVI, and VGA standards.
    Mobile processor Processors - Socket P / Socket M / Micro-FCBGA
    • a second-generation Intel Core 2 Duo (codenamed Penryn45nm processor with 800-1066 MT/s FSB with clock speeds ranging from 2 GHz to 3.06 GHz, also featuring SSE4.1 support, which adds 47 new instructions to SSSE3. It was planned to consume no more than 29W, compared to Merom's and first-generation Penryn's 34W TDP. But after release only a few models (P series) have 25W TDP and the rest (T series) still have 35W TDP, besides the Q series (Quad core) TDP is 45W.
    Wireless network Wireless Modules
    • Intel WiMAX/WiFi Link 5350 mini-PCIe (codenamed Echo Peak-P) supporting both WiMAX and up to 450Mbit/s Wi-Fi, or
    • Intel Ultimate N WiFi Link 5300 mini-PCIe adapter (codenamed Shirley Peak 3x3) supporting up to 450Mbit/s, or
    • Intel WiMAX/WiFi Link 5150 mini-PCIe adapter (codenamed Echo Peak-V) supporting both WiMAX and up to 300Mbit/s Rx / 150Mbit/s Tx Wi-Fi, or
    • Intel WiFi Link 5100 mini-PCIe adapter (codenamed Shirley Peak 1x2) supporting up to 300Mbit/s Rx / 150Mbit/s Tx

    It is branded as Centrino 2 vPro when combined with built-in security and manageability features technologies.

    Calpella Platform (2009)[edit]

    The codename Calpella refers to the sixth-generation Centrino platform. Though originally scheduled to premiere in Q3 2009 with the second iteration of Nehalemprocessors,[14] Intel had stated that due to pressure from computer manufacturers, they would delay the release of the platform until at least October 2009 (Q4 2009) to allow OEM partners to clear excess inventory of existing chips. This was believed to be spurred by the lowered demand due to unfavorable economic conditions throughout 2009.[15]

    CentrinoCalpella platform
    Mobilechipset an Intel Mobile Express Series 5 chipset (PCHM codenamed Ibex Peak) with Intel HD Graphics technology that will allow for optimized decoding/encoding and editing/playback of H.264/MPEG-4 AVC video used in Blu-ray Discs and HD 1080p video, optimized for MPEG-2 (DVD) video playback and editing.
    • Integrated memory controller and integrated PCI express controller remove the need for a northbridge and the older FSB technology.
    • Direct connect to DisplayPort with DPCP as with its predecessor along with legacy support for HDMI (and HDCP), DVI, and VGA.
    • RAM supported for PC3-6400 (DDR3-800), PC3-8500 (DDR3-1066), PC3-10600 (DDR3-1333) and PC3-12800 (DDR3-1600) SO-DIMM.
    • Gigabit Ethernet LAN controllers 82577LM and 82577LF (codenamed Hanksville).
    • Solid-state drive or Hybrid hard drives support.
    Mobile processor Processors, based on Intel Nehalem microarchitecture[16]
    Wireless network Wireless Modules[17]
    • Intel Centrino Ultimate-N 6300 AGN mini-PCIe adapter (codenamed Puma Peak 3×3), or
    • Intel Centrino Advanced-N + WiMAX 6250 AGN mini-PCIe adapter (codenamed Kilmer Peak), or
    • Intel Centrino Advanced-N 6200 AGN mini-PCIe adapter (codenamed Puma Peak 2×2), or
    • Intel Centrino Wireless-N 1000 BGN mini-PCIe adapter (codenamed Condor Peak)

    Huron River platform (2011)[edit]

    The codename Huron River refers to the seventh-generation Centrino platform.

    CentrinoHuron River platform
    Mobile chipset an Intel Mobile Express Series 6 chipset (PCHM codenamed Cougar Point[18]).
    • Gigabit Ethernet LAN controllers 82579LM and 82579LF (codenamed Lewisville).
    Mobile processor Processors, based on Intel Sandy Bridge microarchitecture
    Wireless network Wireless Modules
    • Intel Centrino Ultimate-N 6300 AGN mini-PCIe adapter [19] (codenamed Puma Peak 3×3), or
    • Intel Centrino Advanced-N + WiMAX 6250 AGN mini-PCIe adapter [20] (codenamed Kilmer Peak 2x2), or
    • Intel Centrino Advanced-N 6205 AGN mini-PCIe adapter [21] (codenamed Taylor Peak 2×2), or
    • Intel Centrino Advanced-N 6230 AGN mini-PCIe adapter with Bluetooth [22] (codenamed Rainbow Peak 2×2), or
    • Intel Centrino Wireless-N + WiMAX 6150 BGN mini-PCIe adapter [23] (codenamed Kelsey Peak 2x1), or
    • Intel Centrino Wireless-N 1030 BGN mini-PCIe adapter with Bluetooth[24] (codenamed Rainbow Peak 2×1), or
    • Intel Centrino Wireless-N 1000 BGN mini-PCIe adapter [25] (codenamed Condor Peak 2×1)

    Chief River platform (2012)[edit]

    The codename Chief River refers to the eighth-generation Centrino platform.

    CentrinoChief River platform
    Mobile chipset an Intel Mobile Express Series 7 chipset (PCHM codenamed Panther Point )
    • Gigabit Ethernet LAN controllers ... (codenamed ...).
    Mobile processor Processors, based on Intel Ivy Bridge microarchitecture
    Wireless network Wireless Modules
    • Intel Centrino Ultimate-N 6300
    • Intel Centrino Advanced-N 6235
    • Intel Centrino Advanced-N 6205
    • Intel Centrino Wireless-N 2230 (codenamed Jackson Peak)
    • Intel Centrino Wireless-N 2200
    • Intel Centrino Wireless-N 135
    • Intel Centrino Wireless-N 105

    Shark Bay platform (2013)[edit]

    The codename Shark Bay refers to the ninth-generation Centrino platform.

    CentrinoShark Bay platform
    Mobile chipset an Intel Mobile Express Series 8 chipset (PCHM codenamed Lynx Point)
    • Gigabit Ethernet LAN controllers ... (codenamed Clarkville).
    Mobile processor Processors, based on Intel Haswell microarchitecture
    Wireless network Wireless Modules Wilkins Peak

    Mobile Internet Device[edit]

    Menlow platform (2008)[edit]

    On March 2, 2008, Intel introduced the Intel Atom processor brand[26] for a new family of low-power processor platforms. The components have thin, small designs and work together to "enable the best mobile computing and Internet experience" on mobile and low-power devices.

    Intel's second generation MID platform (codenamed Menlow) contains a 45 nm Intel Atom processor (codenamed Silverthorne) which can run up to 2.0 GHz and a System Controller Hub (codenamed Poulsbo) which includes Intel HD Audio (codenamed Azalia).

    CentrinoMenlow platform
    Mobile chipset an Intel SCH (codenamed Poulsbo) with integrated GMA 500 graphics (PowerVR SGX 535 based)
    Mobile processor 45 nm Intel Atom CPU (codenamed Silverthorne)
    Wireless network a wireless radio

    This platform was initially branded as Centrino Atom but the logo was dropped in August 2008; the logo had caused confusion between laptop and MID with previous marketing of Centrino stating only Intel chipsets are being used. Hence MIDs will be branded as Atom to allow integration with other OEM chipsets for the low-end market.[27][28]

    Intel Centrino Wireless[edit]

    Intel Centrino Wireless is the brand for Intel Wi-Fi and WiMAX adapters. The product line includes:

    • Intel Centrino Wireless-N 1000
    • Intel Centrino Advanced-N 6200
    • Intel Centrino Ultimate-N 6300
    • Intel Centrino Advanced-N + WiMAX 6250

    Centrino with Intel vPro technology[edit]

    Laptops with Intel vPro technology have hardware features that allow a system administrator to remotely access wired and wireless laptops for maintenance and servicing if the operating system is unresponsive or crashed and, when a laptop is connected to AC power (not on battery power), allow a sys-admin to remotely access the laptop when the system is asleep or laptop power is off. It is targeted more for businesses than consumers.[29]

    Security technologies[edit]

    Laptops with vPro have the typical dual-core or quad-core processor and wireless features of the Centrino family.

    • The vPro technology built into the chipset adds management, security, and remote-deployment features for: monitoring laptops (protected event logs, access toBIOS settings, out-of-band alerting, protected data storage), maintaining and updating systems (access to protected system information, remote power up, console redirection), repairing systems (remote boot, console redirection, preboot access to BIOS settings, protected events logs), and securing systems (remote power up, hardware filters for network traffic, agent presence checks/triggers, out-of-band alerting).
    • The 45 nm Centrino 2 package is based on the Penryn microprocessor and Q47/Q45 chipset. It includes a better graphics engine (integrated) than Centrino, and three key additional features: Transport Layer Security (TLS) secured communications over an open local area network (LAN) for wired laptops outside the corporate firewall (not supported for wireless states), support for Microsoft Network Access Protection (NAP), and support for out-of-band management and security features in Sx (all sleep states) when the laptop is inside the corporate firewall.

    http://baike.baidu.com/link?url=ewigamE4R0K0cZyy9Fqorrg7YXVZCwfEqawHtgvf6SWqsmxHvumyzZ8jvOsf2Nrel1JP4uNZP-zlWUH8SjQws_

    如何区分第几代讯驰:
    第一代的标志和第二代的标志一样,都没有“duo”三个字母。
    第三代加上了duo,有红蓝两色的蝴蝶翅膀。
    第四代有duo,没有蝴蝶翅膀。
    第五代centrino字样和LOGO右下角都是红色的,采用上一代Merom处理器的Montevina为新Centrino Duo,而Penryn处理器的Montevina平台则是Centrino 2。定位商务的迅驰5代在红色的centrino字样下有蓝色的vPro字样。
    随着英特尔产品线的日益丰富,各种各样的处理器标识也让人眼花缭乱,从2008年1月1日起开始实施的新的平台品牌标识将有效的解决这一问题。简化后的品牌将只有针对于消费类客户的Centrino inside以及针对企业类客户的Centrino vPro。
    原本的Centrino Duo和Centrino都改成了Centrino Inside,专业版的Centrino Pro也变成Centrino vPro Inside。另外,单纯处理器的Logo也有变化,从Core 2 Duo和Core 2 Quad改变成Core 2 Inside。综合来看,英特尔的Logo有两个主要变化,一是不再强调双核或四核,二是统一专业商用平台vPro的称谓到移动平台上。显然,“轻核”而“重平台”将成为英特尔在2008年的工作重点。
     
     

    发展

    2009年起,英特尔将整合移动计算平台,芯片组不再授权其他厂家制造,并大力推广旗舰品牌“酷睿”(Core),原“Centrino”(迅驰)将逐步退出PC平台直至消失,并过渡为支持WiFi和WiMAX无线技术的产品。根据英特尔官方声明,迅驰品牌简化的原因在于公司拥有太多的平台品牌、产品名称和产品品牌,造成品牌结构太复杂,给消费者和IT购买者造成很多困惑。[1]
     
     
    Sonoma是英特尔第二代迅驰平台,2005年推出,使用奔腾M处理器。但是,迅驰2又是另一个不同的平台,是不同于迅驰的迅驰2平台,是在2008年推出的,使用酷睿2处理器。因名称混乱,英特尔已经决定不制作迅驰3,不再将迅驰作为平台名,以后只作为无线网卡产品品牌。
     
     
     

    品牌发展

    Intel宣布放弃这一品牌,改为统一用Atom涵盖整个产品线。Intel新加坡发言人Nick Jacobs表示:“基本上,我们对Atom进行了简化和整合,使其作为互联网设备的单一品牌。”Centrino Atom的品牌定位让很多业界人士和消费者感到困惑不已。我们知道,Centrino是Intel的笔记本品牌,但Centrino Atom是专用于MID平台的,而同样采用Atom处理器、只是芯片组采用传统南北桥形式的低价笔记本Netbook却不允许使用Centrino Atom品牌。Intel已经就此通知了硬件厂商,今后的MID设备上只需打上Atom的标签,不再使用Centrino Atom。[1]
     
     
     

    List of Intel codenames

    From Wikipedia, the free encyclopedia
     
     

    Intel has historically named integrated circuit (IC) development projects after geographical names of towns, rivers or mountains near the location of the Intel facility responsible for the IC. Many of these are in the American West, particularly in Oregon (where most of Intel's CPU projects are designed; see famous codenames). As Intel's development activities have expanded, this nomenclature has expanded to Israel and India. Some older codenames refer to celestial bodies. There is a pattern with recent desktop processors. Since Core 2 all quad-core desktop processors tend to end in "field" (e.g. Kentsfield, Bloomfield, Lynnfield) and most desktop dual-cores end in "dale" (e.g. Wolfdale, Allendale, Clarkdale), with the exception of Arrandale, a mobile processor codename for the mobile i3/i5/i7s. Platforms consisting of a CPU plus a Southbridge end in "trail" (e.g. Bone Trail, Skull Trail, Pine Trail). Server processors for two sockets now end in "town" (e.g. Harpertown, Gainestown, Gulftown, Jaketown), while server processors for four or more sockets end in "ton" (Tigerton, Dunnington, Beckton).

    The following table lists known Intel codenames along with a brief explanation of their meaning and their likely namesake, and the year of their earliest known public appearance.

    External links[edit]

     http://en.wikipedia.org/wiki/Intel_vPro

    Intel vPro

    From Wikipedia, the free encyclopedia
     
     

    Intel vPro technology is an umbrella marketing term used by Intel for a collection of computer hardware technologies that enable management features such as remote access to the PC (including monitoring, maintenance, and management) – independent of the state of the operating system (OS) or power state of the PC – and security features.[1][2]

    vPro features[edit]

    Intel vPro is a brand name for a set of PC hardware features. PCs with vPro have the following main elements: 1) vPro Enabled Processor 2) vPro Enabled Chip set 3)vPro Enabled BIOS.[1][2][3][4][5][6][7]

    A vPro PC includes:

    • Multi-core, multi-threaded Intel Core i5 or Intel Core i7[8]
    • Intel Active Management Technology (Intel AMT), a set of hardware-based features targeted at businesses. / allow remote access to the PC for management and security tasks, when an OS is down or PC power is off.[1][4] Note that AMT is not the same as Intel vPro; AMT is only one element of a vPro PC.
    • Remote configuration technology for AMT, with certificate-based security. Remote configuration can be performed on "bare-bones" systems, before the OS and/or software management agents are installed.[1][4][9]
    • Wired and wireless (laptop) network connection.[1]
    • Intel Trusted Execution Technology (Intel TXT),[1][10][11][12] which verifies a launch environment and establishes the root of trust, which in turn allows software to build a chain of trust for virtualized environments. Intel TXT also protects secrets during power transitions for both orderly and disorderly shutdowns (a traditionally vulnerable period for security credentials).
    • Support for IEEE 802.1xCisco Self Defending Network (SDN), and Microsoft Network Access Protection (NAP) in laptops, and support for 802.1x and Cisco SDN in desktop PCs.[13][14] Support for these security technologies allows Intel vPro to store the security posture of a PC so that the network can authenticate the system before the OS and applications load, and before the PC is allowed access to the network.[10]
    • Intel Virtualization Technology, including Intel VT for memory, CPU, and Directed I/O, to support virtualized environments. Intel VT is hardware-based technology, not software-based virtualization. Intel VT lets you run multiple OSs (traditional virtualization) on the same PC or run a specialized or critical application in a separate space—a virtual PC on the physical system—in order to help protect the application or privacy of sensitive information.[10][15]
    • Execute Disable Bit that, when supported by the OS, can help prevent some types of buffer overflow attacks.[16]
    • Support for Microsoft Windows Vista, including Microsoft Windows Vista BitLocker with a Trusted Platform Module version 1.2 and Intel graphics support for Windows Vista Aero graphical user interface.[17][18]

    Remote management[edit]

    Intel AMT is the set of management and security features built into vPro PCs that makes it easier for a sys-admin to monitor, maintain, secure, and service PCs.[1] Intel AMT (the management technology) is sometimes mistaken for being the same as Intel vPro (the PC "platform"), because AMT is one of the most visible technologies of an Intel vPro-based PC.

    Intel AMT includes:

    Hardware-based management has been available in the past, but it has been limited to auto-configuration (of computers that request it) using DHCP or BOOTP fordynamic IP address allocation and diskless workstations, as well as wake-on-LAN for remotely powering on systems.[19]

    VNC-based KVM remote control[edit]

    Starting with vPro with AMT 6.0, PCs with i5 or i7 processors and embedded Intel graphics, now contains an Intel proprietary embeded VNC Server. You can connect out-of-band using dedicated VNC-compatible Viewer technology, and have full KVM (Keyboard, Video, Mouse) capability throughout the power cycle – including uninterrupted control of the desktop when an operating system loads. Clients such as VNC Viewer Plus from RealVNC also provide additional functionality that might make it easier to perform (and watch) certain Intel AMT operations, such as powering the computer off and on, configuring the BIOS, and mounting a remote image (IDER).

    Note: Not all i5 & i7 Processors with vPro may support KVM capability. This depends on the OEM's BIOS settings as well as if a discreet graphics card is present. Only Intel Integrated HD graphics support KVM ability.

    Wireless communication[edit]

    Intel vPro supports encrypted wired and wireless LAN wireless communication for all remote management features for PCs inside the corporate firewall.[1] Intel vPro supports encrypted communication for some remote management features for wired and wireless LAN PCs outside the corporate firewall.[1][20]

    vPro laptop wireless communication[edit]

    Laptops with vPro include a gigabit network connection and support IEEE 802.11 a/g/n wireless protocols.[1][20][21]

    AMT wireless communication[edit]

    Intel vPro PCs support wireless communication to the AMT features.[1][21]

    For wireless laptops on battery power, communication with AMT features can occur when the system is awake and connected to the corporate network. This communication is available if the OS is down or management agents are missing.[1][20]

    AMT out-of-band communication and some AMT features are available for wireless or wired laptops connected to the corporate network over a host OS-based virtual private network (VPN) when laptops are awake and working properly.[1]

    A wireless connection operates at two levels: the wireless network interface (WLAN) and the interface driver executing on the platform host. The network interface manages the RF communications connection.

    If the user turns off the wireless transmitter/receiver using either a hardware or software switch, Intel AMT cannot use the wireless interface under any conditions until the user turns on the wireless transmitter/receiver.

    Intel AMT Release 2.5/2.6 can send and receive management traffic via the WLAN only when the platform in the S0 power state. It does not receive wireless traffic when the host is asleep or off. If the power state permits it, Intel AMT Release 2.5/2.6 can continue to send and receive out-of-band traffic when the platform is in an Sx state, but only via a wired LAN connection, if one exists.

    Release 4.0 and later releases support wireless out-of-band manageability in Sx states, depending on the power setting and other configuration parameters.

    Release 7.0 supports wireless manageability on desktop platforms.

    When a wireless connection is established on a host platform, it is based on a wireless profile that sets up names, passwords and other security elements used to authenticate the platform to the wireless Access Point. The user or the IT organization defines one or more profiles using a tool such as Intel PROSet/Wireless Software. In release 2.5/6, Intel AMT must have a corresponding wireless profile to receive out-of-band traffic over the same wireless link. The network interface API allows defining one or more wireless profiles using the same parameters as the Intel PROSet/Wireless Software. See Wireless Profile Parameters. On power-up of the host, Intel AMT communicates with the wireless LAN driver on the host. When the driver and Intel AMT find matching profiles, the driver routes traffic addressed to the Intel AMT device for manageability processing. With certain limitations, Intel AMT Release 4.0/1 can send and receive out-of-band traffic without an Intel AMT configured wireless profile, as long as the host driver is active and the platform is inside the enterprise.

    In release 4.2, and on release 6.0 wireless platforms, the WLAN is enabled by default both before and after configuration. That means that it is possible to configure Intel AMT over the WLAN, as long as the host WLAN driver has an active connection. Intel AMT synchronizes to the active host profile. It assumes that a configuration server configures a wireless profile that Intel AMT uses in power states other than S0.

    When there is a problem with the wireless driver and the host is still powered up (in an S0 power state only), Intel AMT can continue to receive out-of-band manageability traffic directly from the wireless network interface.

    For Intel AMT to work with a wireless LAN, it must share IP addresses with the host. This requires the presence of a DHCP server to allocate IP addresses and Intel AMT must be configured to use DHCP.

    Encrypted communication while roaming[edit]

    Intel vPro PCs support encrypted communication while roaming.[1][21][22]

    vPro PCs version 4.0 or higher support security for mobile communications by establishing a secure tunnel for encrypted AMT communication with the managed service provider when roaming (operating on an open, wired LAN outside the corporate firewall).[1] Secure communication with AMT can be established if the laptop is powered down or the OS is disabled.[1] The AMT encrypted communication tunnel is designed to allow sys-admins to access a laptop or desktop PC at satellite offices where there is no on-site proxy server or management server appliance.

    Secure communications outside the corporate firewall depend on adding a new element—a management presence server (Intel calls this a "vPro-enabled gateway")—to the network infrastructure.[1] This requires integration with network switch manufacturers, firewall vendors, and vendors who design management consoles to create infrastructure that supports encrypted roaming communication. So although encrypted roaming communication is enabled as a feature in vPro PCs version 4.0 and higher, the feature will not be fully usable until the infrastructure is in place and functional.

    vPro security[edit]

    vPro security technologies and methodologies are designed into the PC's chipset and other system hardware. Because the vPro security technologies are designed into system hardware instead of software, they are less vulnerable to hackerscomputer virusescomputer worms[citation needed], and other threats that typically affect an OS or software applications installed at the OS level (such as virus scanantispyware, inventory, and other security or management applications).[1]

    For example, during deployment of vPro PCs, security credentials, keys, and other critical information are stored in protected memory (not on the hard disk drive), and erased when no longer needed.

    Security and privacy concerns[edit]

    According to Intel, it is possible to disable AMT through the BIOS settings, however, there is apparently no way for most users to detect outside access to their PC via the vPro hardware-based technology.[23] Moreover, Sandy Bridge and most likely future chips will have, "...the ability to remotely kill and restore a lost or stolen PC via 3G."[24]

    Security features[edit]

    Intel vPro supports industry-standard methodologies and protocols, as well as other vendors' security features:[1][4][10][25]

    Technologies and methodologies[edit]

    Intel vPro uses several industry-standard security technologies and methodologies to secure the remote vPro communication channel. These technologies and methodologies also improve security for accessing the PC's critical system data, BIOS settings, Intel AMT management features, and other sensitive features or data; and protect security credentials and other critical information during deployment (setup and configuration of Intel AMT) and vPro use.[1][26]

    vPro hardware requirements[edit]

    The first release of Intel vPro was built with an Intel Core 2 Duo processor.[4] The current versions of Intel vPro are built into systems with 22 nm Intel 4th Generation Core i5 & i7 processors.

    PCs with Intel vPro require specific chipsets. Intel vPro releases are usually identified by their AMT version.[1][4]

    Laptop PC requirements[edit]

    Laptops with Intel vPro require:

    • For Intel AMT release 9.0 (4th Generation Intel Core i5 and Core i7):
      • 22 nm Intel 4th Generation Core i7 Mobile Processors.[30]
      • 22 nm Intel 4th Generation Core i5 Mobile Processors.[31]
      • Mobile QM87 Chipsets [32]
    • For Intel AMT release 8.0 (3rd Generation Intel Core i5 and Core i7):
      • 32 & 45 nm Intel 3rd Generation Core i7 Mobile Processors.[33]
      • 32 & 45 nm Intel 3rd Generation Core i5 Mobile Processors.[34]
      • Mobile QM77 & Q77 Chipsets [32]
    • For Intel AMT release 4.1 (Intel Centrino 2 with vPro technology):[35]
      • 45 nm Intel Core2 Duo processor T, P sequence 8400, 8600, 9400, 9500, 9600; small form factor P, L, U sequence 9300 and 9400, and Quad processor Q9100.
      • Mobile 45 nm Intel GS45, GM47, GM45 and PM45 Express Chipsets (Montevina with Intel Anti-Theft Technology) with 1066 FSB, 6 MB L2 cache, ICH10M-enhanced.
    • For Intel AMT release 4.0 (Intel Centrino 2 with vPro technology):[1][5]
      • 45 nm Intel Core2 Duo processor T, P sequence 8400, 8600, 9400, 9500, 9600; small form factor P, L, U sequence 9300 and 9400, and Quad processor Q9100.
      • Mobile 45 nm Intel GS45, GM47, GM45 and PM45 Express Chipsets (Montevina) with 1066 FSB, 6 MB L2 cache, ICH9M-enhanced.
    • For Intel AMT release 2.5 and 2.6 (Intel Centrino with vPro technology):[4][6][36]
      • Intel Core2 Duo processor T, L, and U 7000 sequence3, 45 nm Intel Core2 Duo processor T8000 and T9000
      • Mobile Intel 965 (Broadwater-Q) Express Chipset with ICH8M-enhanced.

    Note that AMT release 2.5 for wired/wireless laptops and AMT release 3.0 for desktop PCs are concurrent releases.

    Desktop PC requirements[edit]

    Desktop PCs with vPro (called "Intel Core 2 with vPro technology") require:

    • For AMT release 5.0:[37]
      • Intel Core2 Duo processor E8600, E8500, and E8400 ; 45 nm Intel Core2 Quad processor Q9650, Q9550, and Q9400.
      • Intel Q45 (Eaglelake-Q) Express Chipset with ICH10DO.
    • For AMT release 3.0, 3.1, and 3.2:[1][4][5]
      • Intel Core2 Duo processor E6550, E6750, and E6850; 45 nm Intel Core2 Duo processor E8500, E8400, E8300 and E8200; 45 nm Intel Core2 Quad processor Q9550, Q9450 and Q9300.
      • Intel Q35 (Bearlake-Q) Express Chipset with ICH9DO.

    Note that AMT release 2.5 for wired/wireless laptops and AMT release 3.0 for desktop PCs are concurrent releases.

    • For AMT release 2.0, 2.1 and 2.2:[4][6][36]
      • Intel Core 2 Duo processor E6300, E6400, E6600, and E6700.
      • Intel Q965 (Averill) Express Chipset with ICH8DO.

    vPro, AMT, Core i relationships[edit]

    There are numerous Intel brands. However, the key differences between vPro (an umbrella marketing term), AMT (a technology under the vPro brand), Intel Core i5 and Intel Core i7 (a branding of a package of technologies), and Core i5 and Core i7 (a processor) are as follows:

    The Core i7, the first model of the i series was launched in 2008, and the less-powerful i5 and i3 models were introduced in 2009 and 2010, respectively. The microarchitecture of the Core i series was code-named Nehalem, and the second generation of the line was code-named Sandy Bridge.

    Intel Centrino 2 was a branding of a package of technologies that included Wi-Fi and, originally, the Intel Core 2 Duo.[3] The Intel Centrino 2 brand was applied to mobile PCs, such as laptops and other small devices. Core 2 and Centrino 2 have evolved to use Intel's latest 45-nm manufacturing processes, havemulti-core processing, and are designed for multithreading.

    Intel vPro is a brand name for a set of Intel technology features that can be built into the hardware of the laptop or desktop PC.[1] The set of technologies are targeted at businesses, not consumers. A PC with the vPro brand often includes Intel AMT, Intel Virtualization Technology (Intel VT), Intel Trusted Execution Technology (Intel TXT), a gigabit network connection, and so on. There may be a PC with a Core 2 processor, without vPro features built in. However, vPro features require a PC with at least a Core 2 processor. The technologies of current versions of vPro are built into PCs with Core 2 Duo or Core 2 Quad processors and more recently some versions of Core i5 and Core i7 processors.

    Intel AMT is part of the Intel Management Engine that is built into PCs with the Intel vPro brand. Intel AMT is a set of remote management and security hardware features that let a sys-admin with AMT security privileges access system information and perform specific remote operations on the PC.[4] These operations include remote power up/down (via wake on LAN), remote / redirected boot (via integrated device electronics redirect, or IDE-R), console redirection (via serial over LAN), and other remote management and security features.

    http://www.intel.com/content/www/us/en/architecture-and-technology/vpro/vpro-technology-general.html?wapkw=intel+vpro+technology

    Intel® vPro™ Technology

    Built-in security for greater protection

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  • 原文地址:https://www.cnblogs.com/baiyw/p/3418679.html
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