Lenovo ThinkPad X1 Carbon (2013) Developer (1992–2005) (2005–present) Type / Release date 1992 Units sold 100 million+ (c. 2017) ThinkPad is a line of and developed. The series was designed, developed, and sold by until Lenovo acquired the division and brand in 2005. ThinkPads are known for their minimalist, black and boxy design which was initially modeled in 1990 by industrial designer based on the concept of a traditional Japanese lunchbox revealing its nature only after being opened. According to later interviews with Sapper, he also characterized the simple ThinkPad form to be as elementary as a simple, black box and with similar proportions that offers a 'surprise' when opened. The line was first developed at the in Japan, led by Arimasa Naitoh, who is now dubbed the 'father' of ThinkPad.

NEW IN VERSION 4.4 SR3 (build 1206) [3-apr-2010] NO LONGER SUPPORTED Solved in this version The IBM™ (Lenovo™) ThinkPad® T61 fingerprint reader is no longer. View and Download ClearView N6 1U Series quick start manual online. N6 1U Series DVR pdf manual download.

The first ThinkPads were released in October 1992 and it became a large success for IBM in the decade as it was considered innovative. ThinkPads are especially popular with businesses.

Older models are revered by technology enthusiasts, collectors and due to their durable design, relatively high resale value, and abundance of aftermarket replacement parts. ThinkPads have received a somewhat and a small but loyal fanbase throughout the years. ThinkPad laptops have been used in space and, by 2003, were the only laptops certified for use on the. An original IBM THINK notepad (above), which inspired the laptop name, and the notepad refill information (below) The name 'ThinkPad' is a product of IBM's corporate history and culture., had first introduced as an IBM slogan in the 1920s.

With every minicomputer and mainframe IBM installed (almost all were leased - not sold), a blue plastic sign was placed atop the operator's console, with the 'Think' command on an aluminum plate. For decades, IBM distributed small notepads with the word 'THINK' emblazoned on a brown leatherette cover to customers and employees. The name 'ThinkPad' was suggested by IBM employee Denny Wainwright, who had a 'THINK' notepad in his pocket. The name was opposed by the IBM corporate naming committee as the names for IBM computers were all numeric at that time.

'ThinkPad' was kept due to praise from journalists and the public. Development [ ] ThinkPad was IBM's answer to and, which were both in the notebook market, as well as and. The task of making a notebook was given to the in Japan and it was led by Arimasa Naitoh, a Japanese man who joined IBM in the 1970s and is now dubbed the 'father' of ThinkPad. IBM was pushing the ThinkPad for its 1992 launch to keep the happy. Early models [ ].

Older ThinkPad logo used by IBM In April 1992, IBM announced the first ThinkPad tablet computer at a news conference. The first ThinkPad tablet, a -based device formally known as the IBM 2521 ThinkPad, was positioned as a developer's release. The ThinkPad tablet became available for purchase by the general public in October of the same year. In addition to giving it an innovative name, IBM marketed the ThinkPad through imaginative activities such as early customer pilot programs, numerous pre-launch announcements, and an extensive loaner program designed to showcase the product's strengths and weaknesses. IBM even worked with archaeologists excavating the ancient Egyptian city of Leontopolis to field test the ThinkPad. The device was loaned to the dig team for the summer. The resulting report documented the ThinkPad's excellent performance under difficult conditions.

The report said, 'The ThinkPad is an impressive machine, rugged enough to be used without special care in the worst conditions Egypt has to offer.' The first three ThinkPad notebook models were the 700, 700C, and 700T. They were publicly announced in October 1992. The bright red, a kind of embedded in the keyboard, enabled the notebook to be used without an external. The first ThinkPads were very successful, collecting more than 300 awards for design and quality.

ThinkPad 755C laptop computers were used as Payload and General Support Computers aboard the in the 1990s. The ThinkPad 760ED was also tested as part of the program in that same period.

The 760ED computer was used without modification. The model used by the space program contained an Intel 133 Mega Hertz Pentium Processor with 48 Megabytes of RAM, a four speed CD-ROM, a power supply unit, a 1.44 Megabyte floppy disk drive, two 1.2 Gigabyte hard drives, and accessories. While in use in space, the laptops were subject to radiation, which could cause errors, and the 760ED was noted as an improvement in this area over the 755C. Industrial design [ ]. The ThinkPad compact keyboard features a wired device, blue ThinkVantage button, TrackPoint pointer and with no trackpad. Traditionally black, ThinkPads have commonly featured magnesium, reinforced plastic or composite cases.

IBM ThinkPad 701 TrackWrite keyboard in mid fold (also known as the 'Butterfly' keyboard) The fold-out, which appeared in the ThinkPad 701 series designed by Sapper in collaboration with Sam Lucente and John Karidis, is widely considered a design masterpiece and is on display at the in New York City. The ThinkPad 760 series also included an unusual keyboard design; the keyboard was elevated by two arms riding on small rails on the side of the screen, tilting the keyboard to achieve a more ergonomic design.

Although almost all models feature a trackpoint, not all models have a touchpad; of those that do, not all have left and right buttons below, possibly making mouse clicks less ergonomic. The touchpads of the X220 double as regular mouse buttons, which is also the case with some newer models (as of December 2013). This can cause problems, such as accidental clicking if too much pressure is exerted during mouse movements. On the occasion of the 20th anniversary of ThinkPad's introduction, David Hill authored and designed a commemorative book about ThinkPad design.

Titled ThinkPad Design: Spirit & Essence, the book was revealed at an event held at the MoMA. Reviews and awards [ ]. The iconic classic 7-row keyboard that was replaced with a modern 'island' design in 2012 ThinkPads are especially popular with businesses. Older models are revered by technology enthusiasts, collectors and due to their durable design, relatively high resale value, and abundance of aftermarket replacement parts. ThinkPads have received a somewhat and a small but loyal fanbase throughout the years.

Laptop Magazine in 2006 called the ThinkPad the highest-quality laptop available. It was ranked first in reliability and support in PC Magazine's 2007 Survey. The Lenovo ThinkPad was the PC Magazine 2006 Reader's Choice for PC based laptops, and ranked number 1 in Support for PC based laptops.

The ThinkPad Series was the first product to receive PC World's Hall of Fame award. The Enderle Group's said that the constant thing about ThinkPad is that the 'brand stands for quality' and that 'they build the best keyboard in the business.' The ThinkPad X Tablet-series was PC Magazine Editor's Choice for tablet PCs. The 1.6 kg (3.5 lb) ThinkPad X60s was ranked number one in ultraportable laptops by PC World. It lasted 8 hours and 21 minutes on a single charge with its 8-cell battery. The Lenovo ThinkPad X60s Series is on PC World's Top 100 Products of 2006.

The 2005 Reliability and Service survey ranked ThinkPad products ahead of all other brands for reliability. In the 2004 survey, they were ranked second (behind ). Lenovo was named the most environment-friendly company in the electronics industry by in 2007 but has since dropped to place 14 of 17 as of October 2010. The Lenovo ThinkPad T60p received the Editor's Choice award for Mobile Graphic Workstation from PC Magazine. Lenovo ThinkPad X60 is the PC Magazine Editor's Choice among ultra-portable laptops. The Lenovo ThinkPad T400-Series was on PC World's Top 100 Products of 2009.

Use in space [ ]. A ThinkPad was used for the STS program Portable In-Flight Landing Operations Trainer (PILOT), shown here in operation in orbit aboard Space Shuttle Atlantis, May 2009. ThinkPad laptops, by 2003, were the only laptops certified for use on the. NASA purchased more than 500 ThinkPad 750 laptops for flight qualification, software development, and crew training. Astronaut Senator used ThinkPad laptops on his spaceflight mission in 1998. ThinkPad models used on Shuttle missions include: • ThinkPad 750 (first use in December 1993 supporting the Hubble repair mission) • ThinkPad 750C • ThinkPad 755C • ThinkPad 760ED • ThinkPad 760XD (ISS Portable Computing System) • ThinkPad 770 • ThinkPad A31p (ISS Portable Computing System) • ThinkPad T61p At least three ThinkPad 750C were left in the module of Mir when that module depressurized.

Laptops used aboard the space shuttle and feature safety and operational improvements for the weightless environment they must operate in. Modifications include velcro tape to attach to surfaces, upgrades to the CPU and video card cooling fans to accommodate for the lack of gravity (hotter air doesn't rise) and lower density of the cabin air, and an adapter to the station's 28 volt DC power. The ThinkPad 750 flew aboard the during a mission to repair the on December 2, 1993.

The ThinkPad 750C's task was to run a test program which determined if radiation inherent in the space environment causes memory anomalies in the 750C or generates other unexpected problems. The 755C was also used and the 760ED was tested as well as part of a test. ThinkPads were used in conjunction with a joystick for Portable In-Flight Landing Operations Trainer (PILOT).

Throughout 2006, a ThinkPad A31p was being used in the Service Module Central Post of the International Space Station and seven ThinkPad A31p laptops were in service in orbit aboard the. As of 2010, the Space Station was equipped with 68 ThinkPad A31 computers along with 32 new Lenovo ThinkPad T61p laptops plus a dedicated which also has limited video phone capabilities. Work incorporating those laptops into the station's continued into June 2011. All laptops aboard the ISS are connected to the station's LAN via and are connected to the ground at 3 Mbit/s up and 10 Mbit/s down, comparable to home connection speeds. Acquisition by Lenovo [ ]. The ThinkPad logo used by Lenovo since 2007 (left) and the original IBM ThinkPad logo (right) In 2005, Chinese technology company purchased the IBM personal computer business and the ThinkPad brand along with it.

Speaking of the purchase of IBM's personal computer division, said, 'We benefited in three ways from the IBM acquisition. We got the ThinkPad brand, IBM's more advanced PC manufacturing technology and the company's international resources, such as its global sales channels and operation teams. These three elements have shored up our sales revenue in the past several years.' Although Lenovo acquired the right to use the IBM brand name for five years after its acquisition of IBM's personal computer business, Lenovo only used it for three years. Manufacturing [ ] The ThinkPad Brand shares its headquarters with Lenovo in where Lenovo employs 3,500 workers. Each device made in the company's 240,000-square-foot Guilford County facility 'is packed in a box that sports a red-white-and-blue sticker proclaiming 'Whitsett, North Carolina.' In 2012, Lenovo partially moved production of its ThinkPad line of computers to Japan.

ThinkPads will be produced by NEC in. Akaemi Watanabe, president of Lenovo Japan, said, 'As a Japanese, I am glad to see the return to domestic production and the goal is to realize full-scale production as this will improve our image and make the products more acceptable to Japanese customers.' In 2014, although sales rose 5.6 percent from the previous year, Lenovo lost its position as the top commercial notebook maker. However, the company will be celebrating a milestone in 2015 with the shipment of the 100 millionth unit of its ThinkPad line. Batteries [ ] Some Lenovo laptops block third-party batteries. Lenovo calls this feature 'Battery Safeguard.'

It was first introduced on some models in May 2012. Laptops with this feature scan for security chips that only ThinkPad-branded batteries contain.

Some Lenovo laptops flash a message stating 'Genuine Lenovo Battery Not Attached' when third-party batteries are used. Lenovo's ThinkPad Yoga in tent mode. The is an Ultrabook-class convertible device that functions as both a laptop and tablet computer. The Yoga gets its name from the consumer-oriented IdeaPad Yoga line of computers with the same form factor. The ThinkPad Yoga has a backlit keyboard that flattens when flipped into tablet mode. This is accomplished with a platform surrounding the keys rises until level with the keyboard buttons, a locking mechanism that prevents key presses, and feet that pop out to prevent the keyboard from directly resting on flat surfaces.

Lenovo implemented this design in response to complaints about its earlier Yoga 13 and 11 models being awkward to use in tablet mode. A reinforced hinge was required to implement this design. Other than its convertible form factor, the ThinkPad Yoga is a rather standard ThinkPad device with a black magnesium-reinforced chassis, island keyboard, a red TrackPoint, and a large buttonless trackpad. Yoga 14 [ ] The Yoga 14 model reportedly 'strikes the middle ground between bulky workstations and flexible hybrids.'

The laptop's metal hinge makes it sturdy, flexible and durable but has a below-average battery life. Like other models, the display can bend a full 360 degrees and the keyboard can be folded in half to use as a stand. According to a review for Business News Daily, 'The ThinkPad Yoga 14 is a balancing act of diverse features. Thankfully, Lenovo pulled them all together into a satisfying work machine. The notebook features a high-quality build and an excellent keyboard and trackpad — all must-have features for serious productivity. And extras like the TrackPoint pointing stick are great for legacy ThinkPad users who prefer those options.' P40 Yoga [ ] The ThinkPad P40 Yoga, like other Yoga branded products, is a convertible device with 'laptop, stand, tent, and tablet' modes.

The P40 Yoga includes a 2560 by 1440 pixel touchscreen display, designed in cooperation with, using that company's Active ES technology which can sense 2,048 different pressure levels. The screen works with a stylus called the ThinkPad Pen Pro that has various pen tips designed to give varied forms of tactile feedback. Pc Pettersson Und Findus Download Yahoo on this page.

The P40 uses Intel Core i7 CPUs, can accommodate up to 16 gigabytes of RAM, has SSDs up to 512 gigabytes in size, and uses an Nvidia Quadro M500M GPU. Yoga 260 [ ] The Yoga 260 uses a lightweight carbon-fiber hybrid material on its lid and magnesium-plastic blend on its lower portion. Lenovo claims the Yoga 260 has been subject to extensive testing of its ability to survive extreme temperatures, vibrations, altitudes, and shocks.

Its keyboard is spill resistant. It has a 12.5-inch 1080p display. An active stylus, the ThinkPad Pen Pro, is included for drawing and text entry; it can be used with Lenovo's WRITEit hand-writing recognition application.

A large fingerprint reader is included for security. X1 Yoga [ ] The ThinkPad X1 Yoga is revamp of the ThinkPad X1 Carbon that includes the multi-mode flexibility of the Yoga line and a 14-inch display with optional OLED technology. The display has a resolution of 2560 by 1440 pixels. It weighs about 1.3 kg (2.8 pounds). ThinkPad Twist [ ] The is a laptop/tablet computer hybrid aimed at high-end users. The Twist gets its name from its screen's ability to twist in a manner that converts the device into a tablet. The Twist has a 12.5' screen and makes use of Intel's Core i7 processor and SSD technology in lieu of a hard drive.

In a review for Engadget Dana Wollman wrote, 'Lately, we feel like all of our reviews of Windows 8 convertibles end the same way. The ThinkPad Twist has plenty going for it: a bright IPS display, a good port selection, an affordable price and an unrivaled typing experience. Like ThinkPads past, it also offers some useful software features for businesses lacking dedicated IT departments. All good things, but what's a road warrior to do when the battery barely lasts four hours? Something tells us the Twist will still appeal to Lenovo loyalists, folks who trust ThinkPad's build quality and wouldn't be caught dead using any other keyboard.

If you're more brand-agnostic, though, there are other Windows 8 convertibles with comfortable keyboards – not to mention, sharper screens, faster performance and longer battery life.' ThinkPad Helix [ ]. The ThinkPad Helix on display in Hong Kong The Helix is a satisfying both tablet and conventional notebook users. It uses a 'rip and flip' design that allows the user to detach the display and then replace it facing in a different direction. It sports an 11.6' Full HD (1920 × 1080) display, with support for Windows 8 multi-touch. As all essential processing hardware is contained in the display assembly and it has multitouch capability, the detached monitor can be used as a standalone tablet computer. The Helix's high-end hardware and build quality, including, stylus-based input, and Intel vPro hardware-based security features, are designed to appeal to business users.

In a review published in Forbes Jason Evangelho wrote, 'The first laptop I owned was a ThinkPad T20, and the next one may very likely be the ThinkPad Helix which Lenovo unveiled at CES 2013. In a sea of touch-inspired Windows 8 hardware, it's the first ultrabook convertible with a form factor that gets everything right. The first batch of Windows 8 ultrabooks get high marks for their inspired designs, but aren’t quite flexible enough to truly be BYOD (Bring Your Own Device) solutions. Lenovo's own IdeaPad Yoga came close, but the sensation of feeling the keyboard underneath your fingers when transformed into tablet mode was slightly jarring.

Dell‘s XPS 12 solved that problem with its clever rotating hinge design, but I wanted the ability to remove the tablet display entirely from both of those products.' Tablets [ ] ThinkPad Tablet [ ]. Lenovo ThinkPad Tablet Released in August 2011, the ThinkPad Tablet is the first in Lenovo's line of business-oriented Tablets with the ThinkPad brand. The tablet has been described by Gadget Mix as a premium business tablet. Since the Tablet is primarily business-oriented, it includes features for security, such as anti-theft software, the ability to remotely disable the tablet, SD card encryption, layered data encryption, and Virtual Private Network (VPN).

Additionally, the ThinkPad Tablet is able to run software such as 's. The stylus could be used to write notes on the Tablet, which also included software to convert this handwritten content to text. Another feature on the Tablet was a drag-and-drop utility designed to take advantage of the Tablet's touch capabilities. This feature could be used to transfer data between USB devices, internal storage, or an SD card. Slashgear summarized the ThinkPad Tablet by saying, 'The stylus and the styling add up to a distinctive slate that doesn’t merely attempt to ape Apple's iPad.' ThinkPad Tablet 2 [ ].

ThinkPad Tablet 2 In order to celebrate the 20th anniversary of the ThinkPad, Lenovo held a large party in New York where it announced several products, including the Tablet 2. Lenovo says that the ThinkPad Tablet 2 will be available on 28 October 2012 when is released.

The ThinkPad Tablet 2 runs the Professional operating system. It will be able to run any desktop software compatible with this version of Windows. The Tablet 2 is based on the Clover Trail version of the processor that has been customized for tablets.

The Tablet 2 has 2 gigabytes of RAM and a 64-gigabyte SSD. The Tablet 2 has a 10.1-inch IPS display with a 16:9 aspect ratio and a resolution of 1,366 by 768. In a preview, wrote, 'Windows 8 looked readable and functional, both in Metro and standard Windows-based interfaces.'

A port is included for video output. An 8-megapixel rear camera and a 2-megapixel front camera are included along with a noise-canceling microphone in order to facilitate video conferencing. ThinkPad 8 [ ]. Main article: Announced in May 2014, Lenovo ThinkPad 10 is a successor to the and was scheduled to launch in the summer of 2014 along with accessories such as a docking station and external detachable magnetic keyboards. It used Windows 8.1 Pro as its operating system. It was available in 64 and 128 GB variants with 1.6 GHz quad-core Baytrail processor and 2 GB or 4 GB of RAM. It optionally supported both 3G and 4G (LTE).

Display resolution was announced to be 1920×1200, paired with a stylus pen. ThinkPad X1 Tablet [ ] The ThinkPad X1 Tablet is a fanless tablet powered by Core M CPUs. It's available with 4, 8 or 16 GB of LPDDR3 RAM and SATA or a PCIe NVMe SSDs with up to 1 TB.

It has a 2160x1440 IPS screen and supports touch and pen input. ThinkPad Yoga 11e [ ] The ThinkPad 11e is a that has a matte black chassis with reinforced hinges and corners, a sturdy lid, and a rubber bumper protecting its display in order to help it survive accidental dropping, spills, and general rough handling. It uses a quad-core Intel Celeron CPU, has 4 GB of RAM which can not be upgraded, an 11.6 inch screen, and 16GB or eMMC flash storage.

Reviewers claim it is somewhat heavier than a typical with a weight of 3.1 pounds. This is likely because of its ruggedized and reinforced chassis. It uses typical ThinkPad-style keyboard with customized Chrome OS keys. It does not have Trackpoint but only a touchpad.

The screen is matte with and anti-glare coating and has a resolution of 1,366 by 768 pixels. A 720p webcam is mounted above the screen.

It has media card reader, a USB 2.0 port, a USB 3.0 port, and HDMI 1.4 port and a headphone jack. Connectivity is provided by 802.11ac Wi-Fi and Bluetooth 4.0. The 11e fully support the flavor of the operating system. ThinkPad Yoga 11e (Windows version) [ ] Lenovo ThinkPad Yoga 11e (Windows Version) Also known as ThinkPad Yoga 11e (Windows) Manufacturer Type Media 500 GB, Memory 8GB max DDR3L 1600 MHz Display 11.6 in (29 cm), 1366px × 768px diagonal HD LED IPS display with touchscreen capabilities Graphics Intel HD Sound Dolby Advanced Audio v2 Input, Camera 720p HD webcam Connectivity input,, 1.4, reader, and a headphone/microphone port.

Dimensions W×H×D 11.8 in (30 cm) × 7.9 in (20 cm) × 0.826772 in (2.10000 cm) Weight 3.3 lb (1.5 kg) The Windows version has the same specs as the Chromebook, but comes with a 320GB hard drive for storage and also accepts SSDs. The memory can be upgraded, up to 8GB. The Windows model of the 11e is the more versatile of the two offerings from Lenovo, with upgradable hardware. It would also have the same processors but not at the same price. ThinkPad 13 [ ] The ThinkPad 13 is a 'budget' laptop computer with a 13-inch screen. Versions running Windows 10 and Google's Chrome OS are options. The most powerful configuration has a Skylake Core i5 processor and a 512-gigabyte SSD.

Connectivity includes HDMI, USB 3.0, OneLink+, USB Type-C, etc. It weights 2.3 pounds and measures about 10mm in width. As of 2017, a second generation Ultrabook model has been released with up to a Kaby Lake Core i7 processor and a FHD touchscreen available in certain countries. ThinkPad Stack [ ] The ThinkPad Stack line of products includes accessories designed for portability and interoperability. This line includes external hard drives, a wireless router, a power bank, and a Bluetooth 4.0 speaker.

Each Stack device includes rubber feet, magnets, and pogo-pin power connections that allow the use of a single cable. The combined weight of all the Stack devices is slightly less than two pounds. The Stack series was announced in January 2015 at the International CES. The Stack series of accessories was expanded at the 2016 International CES to include a 720p resolution projector with 150 lumens of brightness and a wireless charging station. The Stack has a 'blocky, black, and rectangular' look with the ThinkPad logo. It shares a common design language with ThinkPad laptop computers. A Series (2017) [ ] In September 2017 Lenovo have announced two ThinkPad models featuring AMD’s PRO chipset technology – the A275 and A475.

This sees the revival of the A Series nameplate not seen since the early 2000s when ThinkPads were under IBM's ownership, however it is likely the 'A' moniker emphasised that it uses AMD technology rather than comparative product segment (workstation class) of the previous line. While this isn’t the first time Lenovo had offered an AMD derived ThinkPad, it is the first to be released as an alternative premium offering to the established T Series and X Series ThinkPads where it uses Intel chipsets instead. A275 [ ] The A275 is a 12.5' ultraportable based off the Intel derived X270 model. Weighing in at 2.9 pounds (1.31 kg) this model features AMD Bristol Ridge APU’s, AMD Radeon R7 graphics and AMD DASH (Desktop and mobile Architecture for System Hardware) for enterprise computing. A475 [ ] The A475 is a 14' mainstream portable computer based off the Intel derived T470 model. Weighing at 3.48 pounds (1.57 kg), like the A275 it features AMD Bristol Ridge APU’s, AMD Radeon R7 graphics and AMD DASH (Desktop and mobile Architecture for System Hardware) for enterprise computing.

E Series [ ]. Main article: The E Series line of laptops replaced Lenovo's Edge Series. The E Series is designed for engineers, architects, animators, etc. Main article: The T Series historically had high-end features, such as magnesium alloy rollcages, high-density IPS screens known as FlexView (discontinued after the T60 series), 7-row keyboards, screen latches, the, and.

Models included both 14.1-inch and 15.4-inch displays available in 4:3 and 16:10 aspect ratios. Since 2012 the entire ThinkPad line was given a complete overhaul, with modifications such as the removal of separate buttons for use with the TrackPoint (reintroduced 2015), removal of separate audio control buttons, removal of screen latch, and the removal of LED indicator lights. Some of new ultra-portable models, such as T430u and T431s, have non-replaceable batteries; newer models have a combination of built-in and replaceable battery, enabling the user to switch the replaceable without putting the computer into hibernation. Also, non-widescreen displays are no longer available, with 16:9 aspect ratio as the only remaining choice.

W Series [ ]. Main article: The W Series was introduced in 2008 to replace the p-suffixed performance T Series (e.g. T61p), and are geared towards CAD users, photographers, power users, and others, who need a high-performance system for demanding tasks. The W530 was released in June 2012.

Minimum specifications include an Intel Core i5 (or i7) CPU, 15.6' HD screen, K1000M and four DIMM slots capable of accepting up to a maximum of 32 GB of RAM. Previously available were the W7xx series (17' widescreen model), the W500 (15.4' 16:10 ratio model), the W510 (15.6' 16:9 ratio model), and W520 (15.6' 16:9 ratio model). The W700DS and the W701DS both had two displays: a 17' main LCD and a 10' slide-out secondary LCD. The W7xx series were also available with a Wacom digitizer built into the palm rest.

These high-performance workstation models offer better screens and faster components, such as quad core CPUs and higher-end workstation graphics compared to the T-series, and are the most powerful ThinkPad laptops available. These retain the ThinkLight, UltraBay, roll cage, and lid latch found on the T-series. The W7xx line has been discontinued. X Series [ ]. Two X60 units running The X Series is the main ultraportable ThinkPad line, offering a lightweight, highly portable laptop with moderate performance. The 12' X200-series carries all the high-end ThinkPad features like a ThinkLight, 7-row keyboard, and rollcage.

The 11.6' X100e and X120e though are all plastic, lacking both the latch and the, and using a variant of the island keyboard (known as ) found on the Edge series. The X100e was also offered in red in addition to blue, and white in some countries. Those were more like high-end netbooks, whereas the X200 series were more like full ultraportables, featuring Intel i series CPUs rather than AMD netbook CPUs. The 12.5' X220 features a roll cage, Thinklight, 7-row keyboard, and an optional premium IPS display, the first IPS display on a ThinkPad since the T60p. However, it lacks lid latch (which the previous X201 and X200 had).

A 13.3' thin and light line was offered (the X300/X301), though it has been discontinued. A slim 12' line (X201s) with low voltage CPUs and high resolution displays was also offered, though they were also discontinued. The X Series tablet is a variant of the 12' X Series models, with low voltage CPUs and a flip-screen tablet screen. These include the traditional ThinkPad features, and have been noted for using a higher quality AFFS-type screen with better viewing angles compared to the screens used on other ThinkPads. A 12.5' X220T model is available.

L Series [ ]. Main article: The L Series replaced the former R Series, and is positioned as a mid-range ThinkPad offering with second generation Core i3/i5/i7 CPUs. The L Series as launched had two models, the 14' L412 and the 15.6' L512. In March 2011, Lenovo revamped the series to launch the 14' L420/L421 and the 15' L520/L521. S Series [ ] The S Series is positioned as a mid-range ThinkPad offering, containing ultrabooks derived from the Edge Series. As of August 2013, the S Series includes S531 and S440 models; their cases are made of aluminum and magnesium alloy, available in silver and gunmetal colors.

Edge Series [ ]. Main article: The Edge Series was released early in 2010 as small business and consumer-end machines. The design was a radical departure compared to the traditional black boxy ThinkPad design, with glossy surfaces (optional matte finish on later models), rounded corners, and silver trim. They were also offered in red, a first for the traditionally black ThinkPads. Like the SL, this series was targeted towards small businesses and consumers, and lack the roll cage, UltraBay, lid latch, and ThinkLight of traditional ThinkPads (though the 2011 E220s and E420s had ThinkLights). This also introduced an with a significantly different layout. Models included 12.5'(E220, E220s) 13.3' (Edge 13), 14'(Edge 14, E420, E420s), and 15.6' (Edge 15, E520, E545 ) sizes.

An 11.6' Edge 11 model was offered, but not available in the United States. Discontinued models [ ] ThinkPad Reserve Edition [ ] This model was initially known inside of Lenovo as the 'Scout.' This was the name of the horse ridden by, the sidekick from the 1950s television series The Lone Ranger. Lenovo envisioned the Scout as a very high-end ThinkPad that would be analogous to a luxury car.

Each unit was covered in fine leather embossed with its owners initials. Extensive market research was conducted on how consumers would perceive this form factor. It was determined that they appreciated that it emphasised warmth, nature, and human relations over technology.

The Scout was soon renamed the ThinkPad Reserve Edition. It came bundled with premium services including a dedicated 24-hour technical support hotline that would be answered immediately. It was released in 2007 and sold for $5,000 in the United States. ThinkPad 235 [ ] The Japan-only ThinkPad 235 (or Type 2607), was the progeny of the IBM/Ricoh RIOS project. Also known as Clavius or Chandra2, it contains unusual features like the presence of three PCMCIA slots and the use of dual camcorder batteries as a source of power.

Features an 233 MHz CPU, support for up to 160 MB of EDO memory, and a built-in 2.5 in (64 mm) hard drive with UDMA support. Marketed Chandra2 as the Prius Note 210.

ThinkPad 240 [ ] The ultraportable ThinkPad (X, Z) started with an Intel processor and went up to the 600 MHz Intel. In models using the chipset, the RAM was expandable to 320 MB max with a BIOS update. With a 10.4 in (260 mm) screen and an 18 mm (0.71 in) key pitch (a standard key pitch is 19 mm (0.75 in)). They were also one of the first ThinkPad series to contain a built-in card slot (form factor 3b). The 240s have no optical disc drives and an external floppy drive. An optional extended battery sticks out the bottom like a bar and props up the back of the laptop. Weighing in at 2.9 lb (1.3 kg), these were the smallest and lightest ThinkPads ever made.

300 Series [ ] The 300-series (300,, 340, 350, 360, 365,, 385, 390 (all with various sub-series)) was a long-running value series starting at the 386SL/25 processor, all the way to the Pentium III 450. The 300 series was offered as a slightly lower-price alternative from the 700 series, with a few exceptions. The ThinkPad 360PE was a unique model in the series in that it could be used as a regular laptop, or transform into a tablet by flipping the monitor on top of itself. Retailing for $3,699 in 1995, the 360PE featured a touch sensitive monitor that operated with the stylus; the machine could run operating systems that supported the touch screen such as PenDOS 2.2.

Back view of an IBM ThinkPad 390, showing the PS/2, DB15, DB9, VGA and charger ports 500 Series [ ] The 500-series (500, 510, 560 (E, X, Z), 570 (E)) were the main line of the ultraportable ThinkPads. Starting with the 486SLC2-50 Blue Lightning to the Pentium III 500, these machines had only a hard disk on board. Any other drives were external (or in the 570's case in the UltraBase). They weighed in at around 4 lb (1.8 kg). 600 Series [ ] The -series (600, 600E, and 600X) are the direct predecessors of the T series. The 600-series packed a 12.1 in (310 mm) SVGA or a 13.3 in (340 mm) XGA TFT LCD, Pentium MMX, Pentium II or III processor, full-sized keyboard, and optical bay into a package weighing roughly 5 lb (2.3 kg).

IBM was able to create this light, fully featured machine by using lightweight but strong carbon fiber composite plastics. The battery shipped with some 600-series models had a manufacturing defect that left it vulnerable to and resulted in poor battery life, but this problem can be avoided by use of a third-party battery. 700 Series [ ] The 700 Series (700, 701, 720, 730 (tablet), 750, 755,, 765, with various sub-models) were once considered cutting-edge Intel-based ThinkPads. They featured the best screens, largest hard drives and fastest processors available at the time.

This was the first successful ThinkPad introduced in 1992 (the first ThinkPad was a without a keyboard and a mouse). 800 Series [ ] The ThinkPad 800 Series (800/820/821/822/823/850/851/860) were unique as they were based on the architecture rather than the Intel architecture. Most of the 800 Series laptops used the CPU, at speeds of 100 MHz, or 166 MHz in the 860 model, although the earliest 800 (Type 6020), the direct ancestor of the 850, used a 603 and was apparently only offered to developers.

All units used -2 instead of IDE hard disks, and the ID of every SCSI device on the system could be configured in the cursor driven GUI-based BIOS. Another unusual aspect of the series is their unique startup chime, reminiscent of Apple computers of the time. The PowerPC ThinkPad line was considerably more expensive than the standard x86 ThinkPads—even a modestly configured 850 cost upwards of $12,000. On the other hand, the 800, 850 and 851 (and later the 860 and 861) were capable of supporting an optional web camera, one of the first commercially available webcams available on a laptop. These units could also record PAL and NTSC signals with onboard composite connectors, and the batteries contained internal processors to regulate power usage for optimized battery longevity. All of the PowerPC ThinkPads could run 3.5 and 4.0, Warp Connect PowerPC Edition, 4.1.x, and Desktop 2.5.1 PowerPC Edition. Many of these PowerPC operating systems and the corresponding compilers are very scarce and hard to find.

However, it is also possible to run certain PowerPC versions of Linux on the 800 Series. 800 820 821/822/823 850 851 860 System Type 6020 6040 7247 6042 7249 7249 Announced 1994//////10/08 Withdrawn??? 1996/////01/30 CPU 603 @ 66 MHz 603e @ 100 MHz 603e @ 100 MHz 603e @ 100 MHz 603e @ 100 MHz 603e @ 166 MHz GPU GT10 GT10 GT10 GT10 GT10 GT20 Memory Bus 32-bit 32-bit 32-bit 64-bit 64-bit 64-bit Maximum Memory 80 MB 48 MB 48 MB 96 MB 96 MB 96 MB LCD and Resolution 10.4' @ 640x480 10.4' @ 640x480 or 800x600 10.4' @ 640x480 or 800x600 10.4' @ 640x480 or 800x600 10.4' @ 640x480 or 800x600 12.1' @ 1024x768 Video Capture built-in optional optional built-in built-in built-in •. The PowerPC ThinkPad logo as found on the 850 carrying case; similar to Lenovo's redesigned logo with the red dotted i Z Series [ ] The Z series was released as a high-end multimedia laptop; as a result this was the first ThinkPad to feature a widescreen (16:10 aspect ratio) display. The Z-Series was also unique in that certain models featured an (optional) titanium lid. Integrated WWAN and a webcam were also found on some configurations.

The series has only ever included the Z60 ( and Z60t) and Z61 (Z61m, Z61t and Z61p); the latter of which is the first Z-Series ThinkPad with Intel ' Dual Core Technology. The processor supports; this is disabled in the BIOS but can be turned on with a BIOS update. Running fully virtualised via or is therefore possible. Despite the Z61 carrying the same number as the T61, the hardware of the Z61 is closer to a T60 (and likewise the Z60 being closer to a T43). The ThinkPad Z61t opened showing the internal keyboard SL Series [ ] The SL Series was launched in 2008 as a low-end ThinkPad targeted mainly geared toward small businesses. These lacked several traditional ThinkPad features, such as the ThinkLight, magnesium alloy roll cage, UltraBay, and lid latch, and use a 6-row keyboard with a different layout than the traditional 7-row ThinkPad keyboard. Models offered included 14' (SL400 and SL410) and 15.6' (SL500 and SL510).

A 13.3' model (SL300) was previously offered, but discontinued. A Series [ ] The A-series was developed as an all-around productivity machine, equipped with hardware powerful enough to make it a desktop replacement.

Hence it was the biggest and heaviest ThinkPad series of its time, but also had features not even found in a T-series of the same age. The A-series was dropped in favor of the G-series and R-series. The A31 was released in 2002 as a desktop replacement system equipped with: A Pentium 4-M processor clocked at 1.6, 1.8, 1.9, or 2.0 GHz (max supported is a 2.6 GHz), An ATI Mobility Radeon 7500, 128 or 256 MB of PC2100 RAM (officially upgradable to 1 GB but can be unofficially upgraded to 2 GB), IBM High Rate Wireless (PRISM 2.5 Based, can be modified to support WPA-TKIP) and equipped with a 20, 30, or 40 GB hard disk drive. G Series [ ] The G-series consisted of only three models, the G40, G41 and G50. Being large and heavy machines, equipped with powerful desktop processors, this line of ThinkPads consequently served mainly as replacements for desktop computers. R Series [ ] The R Series was a budget line, beginning with the R30 in 2001 and ending with the R500 in 2008. IBM ThinkPad R32 i Series [ ] The ThinkPad i Series was introduced by IBM in 1999 and was geared towards a multimedia focus with many models featuring independent integrated CD players and multimedia access buttons.

The 1400 and 1500 models were designed by Acer for IBM under contract and featured similar hardware found in Acer laptops (including ALi chipsets, three way audio jacks and the internal plastics painted with a copper paint). Some of the i Series ThinkPads, particularly the Acer developed models, are prone to broken hinges and stress damage on the chassis. One notable ThinkPad in the i Series lineup are the S3x (S30/S31) models: featuring a unique keyboard and lid design allowing a standard size keyboard to fit in a chassis that otherwise wouldn't be able to support the protruding keyboard. These models were largely only available in Asia Pacific. IBM offered an optional piano black lid on these models (designed by the Yamato Design lab). This is the only ThinkPad since the 701C to feature a special design to accommodate a keyboard that's physically larger than the laptop and also the only ThinkPad (aside from the Z61) to deviate away from the standard matte lid.

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Hi All We are currently starting to deploy Windows 7 Enterprise Service Pack 1 onto exisiting Computer Accounts that have Windows XP Professional with Service Pack 3 in our environment. For deploying we are using ConfigMgr 2007 R3 in conjunction with MDT 2010 Update 1 using a Task Sequence that Captures User State and then restores at the end of the build. At present everything is fine with deploying to Desktop Computers but we have a issue with deploying to Laptop Computers. Currently on our Laptop Computers we have Full Disk Encryption installed using Sophos SafeGuard 5.6. The problem that we are facing is that because of the Full Drive Encryption, the Task Sequence returns an error when rebooting into WinPE, saying 'Unable to read task sequence configuration disk.

For more information, please contact your system administrator or helpdesk operator.' Hi After some further research I will need to try the following: Also a bit of information from Sophos: As per our conversation,this article describes how to take a system that is encrypted with SGN 5.50 and re-image it via SCCM to a point where either Windows XP or Windows 7 is reinstalled and ready to be encrypted again.

This process will include backing up user data. This article assumes that you already have your own Windows Image file, and just need to make the necessary changes. NOTE: SCCM uses PE 3.0. Since the Windows PE 3.0 (WIM) image is applied to the encrypted hard drive (while the existing OS is up and running), when the machine reboots and attempts to boot into PE this process will fail. To work around this issue, you must insert the SGN filter drivers into your PE WIM image.

What to do • Copy the appropriate SCCM Windows PE WIM file to your system. • Install SGN on to a system that has the Windows Automate Installation Kit 2.0 already installed. • Click start >Programs >Microsoft Windows AIK >Windows PE Tools Command Prompt. (Run as administrator) • In the command prompt type: copype.cmd x86 c: winpe_x86 (or a directory of your choosing) this directory will be created automatically. • Copy ADDSGN2WINPE.CMD (c: program files sophos b safeguard enterprise BaseEncryption ) and IMAGEX to this directory • Copy the PE WIM file to be used by SCCM into this directory.

• From the command line run ADDSGN2WINPE2.wim. This command will then mount the.wim file and copy the filter drivers to the windows system32 drivers directory. It will also update the registry. • Copy fltdonothing.exe to the WIM file. • Mount the WIM: • Type IMAGEX /mountrw 1 • Change to the directory WIM is mounted to, e.g. Cd c: SGNTest Temp windows system32 • Copy fltdonothing.exe to this directory, e.g. Copy c: SGNFiles fltdonothing.exe.

• Commit and save the.WIM. Type ImageX /unmount /Commit. • The WIM file may now be uploaded and staged in the appropriate directory within your SCCM infrastructure. Overview of re-imaging process Preliminary steps: • In the SGN management console, enable the WOL policy for the client to be reimaged.

• Targeted SGN clients synchronize with the SGN server to download new policy. Within the SCCM task sequence, when reimaging a machine the following takes place: • C: windows system32 sgmcmdintn.exe -wolstart is run on the target computer. This disables POA allowing the system to reboot several times without requiring an authentication. • SCCM pushes PE WIM to targeted system and reconfigures the boot configuration data to boot into PE upon reboot • Target machine reboots, • Auto-login via POA • Loads PE WIM (which receives keys for filter drivers from POA) • SCCM backs up user data (via USMT to a State Migration Point) • X: windows system32 fltdonothing.exe 1 is executed. This disables the SGN Filter drivers. • SCCM repartitions HD • SCCM lays down new OS • Applies hardware drivers • Sets-up OS and installs the SCCM Client • Install Updates/ Patches • Installs additional applications (if necessary) • Restores user state (via USMT from the State Migration Point) • Target system reboots • On reboot the system no longer goes via POA.

All data is now stored on the disk in clear. • System joins domain. • SGN installed. • Drive encrypts. Hopefully this will work.

I'm not using Sophos, but we are connecting to our MBAM server in Winpe and pulling the recovery key from the SQL db and unlocking the drive if it's encrypted, the links below might give you some ideas of doing something similar with Sophos Customising Windows 7 deployments - part 5. On Dell computers [Jul 2011] How can I determine if theres a TPM chip on my Dell system for BitLocker? [Aug 2011] Is the TPM Chip Enabled or Disabled in the Bios on my system? To find out [Aug 2011] How can I determine if the drive is Encrypted (Protected) or not during a BitLocker task sequence in WinPE? Using the [Aug 2011]? How can I determine if there's a TPM chip on my Lenovo system for BitLocker? Easy [Sep 2011] How can I retrieve my BitLocker Recovery Key from MBAM in WinPE Connecting to [Sep 2011] My Step by Step ConfigMgr I'm on Twitter.

Hi After some further research I will need to try the following: Also a bit of information from Sophos: As per our conversation,this article describes how to take a system that is encrypted with SGN 5.50 and re-image it via SCCM to a point where either Windows XP or Windows 7 is reinstalled and ready to be encrypted again. This process will include backing up user data.

This article assumes that you already have your own Windows Image file, and just need to make the necessary changes. NOTE: SCCM uses PE 3.0. Since the Windows PE 3.0 (WIM) image is applied to the encrypted hard drive (while the existing OS is up and running), when the machine reboots and attempts to boot into PE this process will fail. To work around this issue, you must insert the SGN filter drivers into your PE WIM image. What to do • Copy the appropriate SCCM Windows PE WIM file to your system. • Install SGN on to a system that has the Windows Automate Installation Kit 2.0 already installed.

• Click start >Programs >Microsoft Windows AIK >Windows PE Tools Command Prompt. (Run as administrator) • In the command prompt type: copype.cmd x86 c: winpe_x86 (or a directory of your choosing) this directory will be created automatically. • Copy ADDSGN2WINPE.CMD (c: program files sophos b safeguard enterprise BaseEncryption ) and IMAGEX to this directory • Copy the PE WIM file to be used by SCCM into this directory. • From the command line run ADDSGN2WINPE2.wim. This command will then mount the.wim file and copy the filter drivers to the windows system32 drivers directory. It will also update the registry.

• Copy fltdonothing.exe to the WIM file. • Mount the WIM: • Type IMAGEX /mountrw 1 • Change to the directory WIM is mounted to, e.g. Cd c: SGNTest Temp windows system32 • Copy fltdonothing.exe to this directory, e.g. Copy c: SGNFiles fltdonothing.exe.

• Commit and save the.WIM. Type ImageX /unmount /Commit. • The WIM file may now be uploaded and staged in the appropriate directory within your SCCM infrastructure. Overview of re-imaging process Preliminary steps: • In the SGN management console, enable the WOL policy for the client to be reimaged. • Targeted SGN clients synchronize with the SGN server to download new policy. Within the SCCM task sequence, when reimaging a machine the following takes place: • C: windows system32 sgmcmdintn.exe -wolstart is run on the target computer. This disables POA allowing the system to reboot several times without requiring an authentication.

• SCCM pushes PE WIM to targeted system and reconfigures the boot configuration data to boot into PE upon reboot • Target machine reboots, • Auto-login via POA • Loads PE WIM (which receives keys for filter drivers from POA) • SCCM backs up user data (via USMT to a State Migration Point) • X: windows system32 fltdonothing.exe 1 is executed. Torrent James Morrison Broken Strings Versuri on this page. This disables the SGN Filter drivers. • SCCM repartitions HD • SCCM lays down new OS • Applies hardware drivers • Sets-up OS and installs the SCCM Client • Install Updates/ Patches • Installs additional applications (if necessary) • Restores user state (via USMT from the State Migration Point) • Target system reboots • On reboot the system no longer goes via POA. All data is now stored on the disk in clear. • System joins domain. • SGN installed.

• Drive encrypts. Hopefully this will work.