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Rugged Tablets

Perfect for when you don't need a keyboard
(by Conrad H. Blickenstorfer)

Slates or tablets are computers without a physical keyboard. The entire computer is built into a slate-like enclosure that is as thin and handy as possible. Since they don't have a physical keyboard, slates use touch and often also passive or active pens for input. In early pen computers, the pen was used both to replace the mouse or joystick for navigation, and sometimes also to actually enter text.

Tablet computers may use a passive digitizer that can be operated with a stylus or even a finger. Active digitizers (which was required by Microsoft's Windows XP Tablet PC Edition) use an electromagnetic digitizer with a special pen. Some pen slates can automatically switch between passive and active digitizers. All pen slates have on-screen keyboards or you can, of course, connect a standard keyboard. And since the advent of the Apple iPhone and iPad, more and more rugged tablets use capacitive touch either by itself, or in conjuction with a stylus or pen..

Tablets are perfect for many field applications where low weight and maximum portability are crucial. Some ruggedized tablets weigh barely more than two pounds. Others are heavily sealed and ruggedized and can be used in almost any environment.

A variant of the "pure" tablet computer is the notebook "convertible." Convertibles are standard notebooks with displays that twist and then lay down flat on top of the keyboard/system unit, converting the notebook into a slate computer, albeit a relatively heavy one.

Today, with hundreds of millions of tablets sold, ruggedized tablets and Tablet PC convertibles are increasingly successful in many industries, in business, and even with consumers who need something tougher and more durable than mass market tablets.

A bit of tablet computer history

In the late 1980s, early pen computer systems generated a lot of excitement and there was a time when it was thought they might eventually replace conventional computers with keyboards. After all, everyone knows how to use a pen and pens are certainly less intimidating than keyboards.

Pen computers, as envisioned in the 1980s, were built around handwriting recognition. In the early 1980s, handwriting recognition was seen as an important future technology. Nobel prize winner Dr. Charles Elbaum started Nestor and developed the NestorWriter handwriting recognizer. Communication Intelligence Corporation created the Handwriter recognition system, and there were many others.

The pen computing hype of 1991/92

In 1991, the pen computing hype was at a peak. The pen was seen as a challenge to the mouse, and pen computers as a replacement for desktops. Microsoft, seeing slates as a potentially serious competition to Windows computers, announced Pen Extensions for Windows 3.1 and called them Windows for Pen Computing. Microsoft made some bold predictions about the advantages and success of pen systems that would take another ten years to even begin to materialize. In 1992, products arrived. GO Corporation released PenPoint. Lexicus released the Longhand handwriting recognition system. Microsoft released Windows for Pen Computing. Between 1992 and 1994, a number of companies introduced hardware to run Windows for Pen Computing or PenPoint. Among them were EO, NCR, Samsung (the picture to the right is a 1992 Samsung PenMaster), Dauphin, Fujitsu, TelePad, Compaq, Toshiba, and IBM. Few people remember that the original IBM ThinkPad was, as the name implies, slate computers. And few know that Samsung was a factor in tablets even back then.

The crash of 1993

The computer press was first very enthusiastic about tablet computers operated with a pen. But the media quickly became very critical when pen computers did not sell as well as anticipated. The press measured pen computers against desktop PCs with Windows software and most of them found pen tablets difficult to use. They also criticized handwriting recognition and said it did not work.

After that, pen computer companies failed. Momenta closed in 1992. They had used up US$40 million in venture capital. Samsung and NCR did not introduce new products. Pen pioneer GRiD was bought by AST for its manufacturing capacity. AST stopped all pen projects. Dauphin, which was started by a Korean businessman named Alan Yong, went bankrupt, owing IBM over $40 million. GO was taken over by AT&T, and AT&T closed the company in August 1994 (after the memorable "fax on the beach" TV commercials). GO had lost almost US$70 million in venture capital. Compaq, IBM, NEC, and Toshiba all stopped making consumer market pen products in 1994 and 1995.

The mid and late 1990s

By 1995, pen computing was dead in the consumer market. Microsoft made a half-hearted attempt at including "Pen Services" in Windows 95, but pen computing had gone away, at least in consumer markets. It lived on in vertical and industrial markets. Companies such as Fujitsu Personal Systems, Husky, Telxon, Microslate, Intermec, Symbol Technologies, Xplore, and WalkAbout made and sold many pen tablets and pen slates. A primary problem was that companies making pen computers had to create their own pen drivers for every new model. Compatibility was a big issue, as was the high cost of pen computers.

2002: Microsoft reinvents the pen computer

That was, however, not the end of pen computing. Bill Gates had always been a believer in the technology, and you can see slate computers in many of Microsoft's various "computing in the future" presentations over the years. Once Microsoft reintroduced pen computers as the "Tablet PC" in 2002, slates and notebook convertibles made a comeback, and new companies such as Motion Computing joined the core of vertical and industrial market slate computers specialists.

The primary reason why the Microsoft-specification Tablet PC is reasonably successful whereas earlier attempts were not has two reasons. First, the technology required for a pen slate simply wasn't there in the early 1990s. And second, the pen visionaries' idea of replacing keyboard input with handwriting (and voice) recognition turned out to be far more difficult than anticipated. There were actually some very good recognizers that are still being used today, but they all require training and a good degree of adaptation by the user. You can't just scribble on the screen and the computer magically understands everything. With the Tablet PC, Microsoft downplayed handwriting recognition in favor of "digital ink" as a new data type. This was a very wise decision.

2006 brings the "Ultra-Mobile PC"

During 2005 and even earlier, Microsoft had been hinting at tablets smaller and simpler than even the smallest Tablet PC slates. Such tablets were supposed to cost little, 500-700 dollars perhaps, and represent a "back to basics" move -- computing for everyone, everywhere.

In early 2006, a cleverly managed rumor campaign, led by a Flash site hinting at a mysterious little device called "Origami," was culminated by the release of the "Ultra-Mobile PC," or UMPC, at the CeBIT show in Hanover, Germany. The UMPC turned out to be a small tablet with a 7-inch screen, running the full XP Tablet PC Edition, but using a passive digitizer. To make that work, a set of special touch utilities are included. Not much hardware was shown, and none was initially available. See our intro to Origami and our much more detailed analysis of the Microsoft UMPC platform.

Around that time, Intel researchers, ever interested in exploring new markets for their chips, came up with what they called the "Mobile Clinical Assistant" reference platform, or simply MCA. This tablet design had an integrated carry handle and was first implemented by tablet pioneer Motion Computing.

2007: Vista, UMPCs, and MIDs

When Microsoft Windows Vista arrived in early 2007, Microsoft decided to include all pen functionality rather than offering a separate version as it had done with the Windows XP Tablet PC Edition. We've reviewed several slates with Vista and Microsoft did a good job seamlessly integrating all the pen options.

In the meantime, Microsoft had also introduced the Ultra-Mobile PC, or UMPC, platform in March of 2006. Microsoft's described the UMPC as "a device-like computer that is small, mobile, and runs the full Windows operating system. The UMPC goes anywhere and does anything that your current computer can do." The UMPC was initially conceived as a small, inexpensive slate with a touchscreen, but the concept didn't catch on due to low performance and higher than expected pricing.

In May of 2007, Microsoft loosened the design description to "any portable computer running full Windows with a screen size of 7 inches or smaller." Intel announced its own Intel Ultra Mobile Platform 2007 based on low-power Intel A100 and A110 processor designed to drive both UMPCs and yet another category, Mobile Internet Devices or MIDs. MIDs do not necessarily have to run standard Windows. Both the UMPC and the MID platforms are naturals for handheld rugged devices and we'll undoubtedly see many interesting designs.

2008: The return of touch

With the hugely successful iPhone, Apple once again changed everything. The iPhone's sleek and intuitive capacitive multi-touch interface redefined touch screens and what they can do, and all of a sudden everyone else is trying to follow suit. We're seeing touch screens in regular consumer notebooks again, and even in desktop machines. In rugged machines we're more and more seeing "dual touch" systems that can use both touch and an electromagnetic pen. The Tablet PC never really caught on, in part due to technological issues and in part due to Microsoft's inconsistent attention to the platform.

2009/2010: Tablet hype

Multi-touch continues to gather momentum, with many manufacturers offering some sort of multi-touch capabilities in notebooks, tablets and even desktops. The newly released Windows 7 has integrated touch and multi-touch capabilities. Implementation is often clumsy, which shows the difficulty of scaling up the super-smooth operation of the Apple iPhone. Rumors abound of a new Apple slate device all year, and come to a fever pitch at the 2009 CES in Las Vegas where numerous tablets and tablet concepts are shown. Microsoft had been expected to make some sort of tablet announcement, but, apart from CEO Steve Ballmer briefly showing an HP concept, nothing happens.

A few days later, however, Apple announced the iPad, a sleek 1.5-pound slate intended to fit between an iPhone and a regular notebook computer. The device is clearly built from the iPhone up, and not from a notebook down, and so will primarily address the needs of those who have begun using their smartphones as notebook replacements but would like a larger screen. Microsoft, in the meantime, closes its Tablet PC blog and, for all practical purposes, their Tablet PC experiment is over.

2010, in the meantime, became the year of the Apple iPad. Three million were sold in the first 80 day of availability, and the platform sold at about two million units a month for most of 2010. Hewlett Packard bought Palm, and with it Palm's WebOS, a well-regarded OS suitable for potential competitors to the iPad. RIM announced tablet plans, Microsoft made noises about a new tablet platform, and the Google-pioneered and Linux-based Android smartphone OS was widely seen as the most likely platform to compete with Apple.

2011: Begin of the post-PC era?

With some 15 million Apple iPads sold in 2010, it is clear that the touch tablet platform has massive potential. Analysts predict huge media tablet sales, in part replacing netbooks, in part even standard notebooks. Despite the success of the Android OS in smartphones (where it became the leader in 2010), tablet competition to the iPad is slow in ramping up. Samsung launched their 7-inch Tab late 2010, RIM and HP announced tablets, but Motorola got the best press with their 10.1-inch Xoom Android tablet. The biggest problem seems that there is not much opportunity for vendors to a) differentiate themselves, and b) meet Apple's very low pricing.

By early 2011, Microsoft had still not reacted to the tablet boom, still referring to Windows 7. Motion Computing released the CL900, the first somewhat ruggedized media tablet, and Fujitsu followed with the similar Stylistic Q550. Panasonic pre-announced a 10.1-inch Android tablet. In September, Microsoft showed a developer demo of Windows 8 with a touch-oriented "Metro" front end and support for ARM processors, albeit not in "classic" Windows 7 mode. In October, Motorola Solutions, now separate from the Motorola "Mobility" phone business (acquired by Google in the summer of 2011), introduced a ruggedized 7-inch Android tablet, the ET1. And in November, Panasonic announced the Android-based Toughpad line of tablets.

2012: iPad continued to blaze the tablet trail

In early 2012, Apple introduced the 3rd generation iPad that set a new display resolution standard for tablets with a 2028 x 1536 pixel LCD. With tens of millions of media tablets sold, the iPad and its still struggling competition have clearly blazed the trail for the tablet form factor. The question in mid-2012 was whether it would be Android or Windows 8-based tablets that provide the primary iPad competition, and whether rugged vertical market tablets will be able to benefit from the iPad's popularity. In the Fall of 2012, Microsoft formally introduced Windows 8 and with it the Windows RT version of its Surface tablet. The Surface hardware was well accepted, the Windows RT software, written to run on ARM processors but curiously stunted, less so. For the most part, tablet makers held off on Windows 8, assuming a wait-and-see attitude.

2013: Tablets are taking over

After several years of almost complete iPad dominance, non-Apple tablets rapidly gained market share, helped by consumer and business market offerings by Amazon, Google, Samsung and others. Tablets and smartphones began to be seen as a fundamental shift, with those platforms taking over many functions previously done on desktops and laptops.

In vertical markets, tablet vendors continued to struggle deciding whether to stay with Microsoft Windows despite slow user acceptance of Windows 8 and Microsoft's own Surface tablet hardware, and taking the risk of switching to Android. Several began offering both Windows and Android versions. Traditional tablet vendors also suffered from an onslaught of inexpensive Windows-based tablet hardware.

2014: Android still slow to take hold in rugged tablets

Consumer tablets are everywhere and are selling by the tens and hundreds of millions. The iPad remains a major player, but its dominance is over as Android is repeating its success and dominant position the platform reached in smartphones. Yet, just like with handhelds where Windows Mobile and Windows CE continue to dominate in vertical/industrial markets long after they vanished from the consumer space, the same is happening in vertical/industrial tablets.

While there are several fairly high profile Android ruggedized tablets, the majority remain Windows-based. And that despite Microsoft's own limited success with its Surface tablets, and despite the mixed reception of Windows 8/8.1. Some vendors offer both platforms. Other started with Android, but have now added Windows tablets.

In mid-2014, we saw the first commercially available tablets with advanced capactive touch controllers that allowed the use of (passive) capacitive pens with tips no larger than that of a ballpoint pen. This could be a game changer.

2015: The Empire strikes back

The Windows empire, that is. While the smartphone and most of the consumer tablet markets are completely dominated by Android and Apple's iOS, Android failed to take over the industrial, enterprise and vertical tablet markets as well. Most providers of tablets in those markets offer both Windows and Android-based versions, but the momentum is on the Windows side.

The Windows momentum was helped by Microsoft's increasingly successful entry into the tablet hardware market where its Surface and Surface Pro tablets quietly racked up sales in the several US$ billions, which is massive considering that the entire rugged mobile computing market (tablets, handhelds and laptops) only amounted to about US$4 billion in 2015.

2016: Tablet saturation

Six years after the launch of the iPad, the tablet market shows signs of saturation and maturity. Everyone who wants/needs a tablet has one, and there's very little innovation as it's quite difficult to truly differentiate a tablet in looks, functionality and technology. Microsoft continues to show strength with their Surface tablets. There's no money in generic white-box tablets, and the market looks at high-end "Pro" versions.

Rugged tablets, by and large, have not been able to truly cash in on the massive popularity of the tablet form factor. Primary obstacles are the higher price of rugged tablets, OS fragmentation, slow progress in outdoor usability of touch, and stagnation in achieving true sunlight viewability. One bright spot is 2-in-1 hybrids, tablets with detachable tablets specifically designed to work with a particular device, and thus providing both tablet and laptop functionality.

2017: Rise of the hybrids

Tablets have become part of life, for consumers and on the job alike. Microsoft declares its latest Surface tablet a "laptop," most tablet vendors are paying much more attention to detachable/complementary keyboards that really work with a tablet.

An ongoing problem is Windows' marginal suitability for use on tablets on the one side, and Android's clear emphasis on smartphones on the other side. As a result, Microsoft is doing surprisingly well on larger tablets (where Windows checkbox, scrollers and pulldowns are a bit easier to operate than on handhelds), while Android isn't nearly as dominant on tablets than on handhelds.

Tablet PC/pen slate reviews
  • TABLET COMPARISON TABLE
  • 2T N4
  • Aaeon RTC-1000A
  • Advantech MARS-3100S
  • Advantech MARS-3100R
  • Advantech MICA-101
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  • Advantech PWS-770
  • Advantech TREK-510/303L
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  • Amrel DB6-M
  • Amrel DT6
  • Amrel ROCKY DT10
  • Amrel ROCKY DK10
  • Amrel ROCKY DR10
  • Amrel ROCKY DS11
  • Amrel Flexpedient AT80
  • Arbor Gladius 5
  • Arbor Gladius GT500
  • Arbor Gladius 8
  • Arbor Gladius G0975
  • Arbor Gladius 10
  • Arbor Gladius G0820
  • Arbor Gladius G0830
  • Arbor Gladius G1050
  • Arbor Gladius G1052C
  • Arbor Gladius G1056
  • Arbor M1040 MCA
  • Black Diamond SwitchBack
  • BDA MTS
  • Cedar CT7
  • Cybernet CyberWeb T10
  • DAP Technologies M7000
  • DAP Technologies M9010
  • DAP Technologies M9020
  • DAP Technologies M9700
  • DAP Technologies MT1010
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  • Dell Latitude 12 Rugged Extreme Tablet
  • Dell Latitude 12 Rugged Extreme
  • Dell New Latitude 12 Rugged Extreme
  • DLI 7200
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  • DLI 8400
  • DLI 8500
  • DLI 8800
  • DLI 8
  • DLI 10
  • DLI 9200
  • DLoG MPC 5
  • DLoG MPC 6
  • DLoG X 7
  • DRS Hammerhead
  • DRS Hammerhead Xtreme *
  • DRS MRT
  • DRS Scorpion RVT
  • DRS Scorpion HTU-EK
  • DRS V3 UCC
  • DT Research DT301S
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  • DT Research DT311
  • DT Research DT311H
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  • DT Research DT315CT
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  • DT Research DT327CR
  • DT Research DT362
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  • DT Research DT390
  • DT Research DT395
  • DT Research DT395CR
  • DT Research DT395GS
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  • DT Research DT398H
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  • GammaTech Durabook CA10 full
  • GammaTech Durabook TA10
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  • GETAC F110 G3
  • GETAC RX10/RX10H
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  • Getac V110 (full)
  • Getac V110 G3
  • Getac Z710
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  • HABEY R8
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  • Handheld Group Algiz RT7
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  • Juniper Mesa (full)
  • Juniper Mesa 2
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  • MobileDemand Flex 10A
  • MobileDemand T1200
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  • MobileDemand T1600
  • MobileDemand T7200 *
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  • MobileDemand xMount
  • Motorola Solutions ET1
  • NEXCOM 2100 Series
  • NEXCOM MRC 2300
  • NORCO PPC-3308
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  • Panasonic Toughpad FZ-B2
  • Panasonic Toughpad FZ-E1
  • Panasonic Toughpad FZ-F1
  • Panasonic Toughpad G1 capsule
  • Panasonic Toughpad G1 full
  • Panasonic Toughpad FZ-M1 capsule
  • Panasonic Toughpad FZ-M1 full
  • Panasonic Toughpad FZ-N1
  • Panasonic Toughpad FZ-Q1
  • Panasonic Toughpad FZ-Q2
  • Panasonic Toughpad FZ-R1
  • Panasonic Toughpad FZ-X1
  • Panasonic Toughbook CF-XZ6
  • RuggON PA-501
  • RuggON PX-501/501B
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  • TabletKiosk NetSlate a525
  • Talla-Tech Tacter-31M
  • Teguar_TRT-5180
  • Toshiba Portege M750
  • Toshiba Portege M780
  • Toshiba Portege R400 *
  • Trimble Tablet
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  • Trimble Yuma
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  • Twinhead DigiHeal T10Y
  • Two Technologies N4
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  • VT Miltope RHTU-1
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  • Winmate G570Z (5.7")
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  • Winmate 9.7" Compact Tablet PC
  • Winmate M101B (10.1")
  • Winmate 10.4" Patient Service Tablet PC
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  • Winmate Tablet PC I980
  • Winmate Tablet PC IA80
  • Xplore iX104 XC6 *
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  • Xplore Motion CL920
  • Xplore Motion F5m
  • Xplore Motion R12
  • Xplore xSlate R12 PCIe (2017)
  • Zebra ET50/55

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  • Advantech MICA-101
  • Arbor M1255
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  • Cybernet CyberWeb T10
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  • Motion Computing C5 *
  • Panasonic Toughbook H1
  • RUGGEDBOOK MCA9
  • TabletKiosk i1040XT
  • Winmate 10.4" Patient Service Tablet PC

  • Reviews of replaced and/or discontinued tablets
  • Acer TravelMate C110
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  • AMREL HBS-2
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  • CATCHER CCAP
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  • Dell Latitude XT2 XFR
  • DT Research WebDT 310
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  • Electrovaya SC-800
  • Electrovaya SC2000 *
  • Electrovaya SC-2200
  • Electrovaya SC-3100 *
  • Fujitsu Esprimo MA
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  • Fujitsu LifeBook U820
  • Fujitsu LifeBook P1610
  • Fujitsu LifeBook P1620
  • Fujitsu LifeBook P1630
  • Fujitsu Lifebook T580
  • Fujitsu LifeBook T1010
  • Fujitsu LifeBook T2010
  • Fujitsu LifeBook T2020
  • Fujitsu LifeBook T4000
  • Fujitsu LifeBook T4220
  • Fujitsu LifeBook T4410
  • Fujitsu Stylistic Q550
  • Fujitsu Stylistic ST5000
  • Fujitsu Stylistic ST5000 *
  • Fujitsu LifeBook T5010
  • Fujitsu Stylistic ST5100
  • Fujitsu Stylistic ST6012
  • Fujitsu Stylistic Q572
  • Gateway C-141
  • Gateway C-143
  • Gateway M275X
  • Gateway CX200
  • GD-Itronix Duo-Touch II *
  • GD-Itronix GD3015
  • GD-Itronix GD3080
  • GETAC CA27
  • GETAC E100
  • GETAC E110
  • Getac V100 (original)
  • Getac V100
  • Getac V200 (capsule)
  • Getac V200 (full)
  • Handheld Algiz 8
  • Handheld Algiz 10 (2009)
  • Handheld Algiz 10X (2015)
  • HP Compaq Tablet PC tc4200
  • HP Compaq Tablet PC tc4200 *
  • HP Elitebook 2730p
  • HP Elitebook 2740p
  • HP Elitebook 2760p
  • Itronix Duo-Touch *
  • Handheld Group Algiz 10
  • Hitachi VisionPlate
  • HP Compaq Tablet PC tc1000
  • HP Rugged Tablet PC tr3000
  • Kontron ReVolution
  • Lenovo ThinkPad X61
  • Lenovo ThinkPad X200t
  • Lenovo ThinkPad X220t
  • LG Xnote LT20
  • LG C1 Express Dual
  • MobileDemand Flex 10
  • MobileDemand C1200
  • MobileDemand C1300
  • MobileDemand T7000 *
  • MobileDemand T8400 *
  • MobileDemand T8600 *
  • MobileDemand T8600 update *
  • MobileDemand T8700 *
  • Logic Instrument FieldBook A1
  • Motion CL900
  • Motion CL900 (full)
  • Motion CL910
  • Motion F5 *
  • Motion C5 (full)
  • Motion F5 (2009)*
  • Motion F5v (full)
  • Motion F5t (full)
  • Motion F5te
  • Motion J3400
  • Motion J3500 (full)
  • Motion LE1600 *
  • Motion LE1700
  • Motion LE1700 2008
  • Motion LS800 *
  • Motion M1400 *
  • Panasonic Toughbook 18
  • Panasonic Toughbook 19
  • Panasonic C1
  • Panasonic Toughpad A1
  • Panasonic Toughpad B1
  • Panasonic Toughbook H1 (short)
  • Panasonic Toughbook H1 Health
  • Panasonic Toughbook H1 Field
  • Panasonic Toughbook H2
  • Panasonic Toughbook U1
  • Panasonic Toughbook U1 Ultra
  • RMT Duros 8404
  • RMT Duros 1214
  • RuggON PA-301
  • RuggON PM-501
  • Samwell RUGGEDBOOK SR659
  • Samwell RUGGEDBOOK 750
  • Samwell RUGGEDBOOK 751
  • Samwell RUGGEDBOOK SR820
  • TabletKiosk Sahara i310XT
  • TabletKiosk Sahara i213
  • TabletKiosk eo v7112XT
  • Toshiba Portege M200
  • Toshiba Portege M205 *
  • Toshiba Portege M400 *
  • Toshiba Tecra M4 *
  • Toshiba Tecra M7 *
  • Toshiba Satellite R10/R15
  • Trimble Yuma
  • Trimble Kenai
  • Ubiqconn uTablet T70C
  • Ubiqconn uTablet T10C
  • ViewSonic Tablet PC V1100
  • ViewSonic Tablet PC V1100 *
  • ViewSonic Tablet PC V1250
  • Winmate Tablet PC V280
  • Xplore iX104 *
  • Xplore iX104C2 *
  • Xplore iX104C3
  • Xplore iX104C4 *
  • Xplore iX104C4M
  • Xplore iX104C5 *
  • Historic tablet info
  • 2011 Media Tablets
  • The UMPC Platform (2006)
  • UMPC Update (2006)
  • Tablet PC Q&A
  • How to select a 2nd gen TPC
  • Tablet PC Q&A (2002)
  • Slate taxonomy (2002)
  • Tablet PC Magazine (2002)
  • The Microsoft Tablet PC (2001)
  • Pen Computing History (2001)
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