ARCHIVE FOR THE ‘rugged-tablets’ CATEGORY

Texas is home to two of the biggest names in rugged computing and earlier this year they came together when Xplore Technologies acquired Motion Computing. It's good news for field service companies, says Ian Davies, Country Manager, Northern Europe, for Motion, in this interview with  Field Service News Editor, Sharon Clancy.

SC: Where do the two product ranges sit in the rugged PC sector?
ID: Both companies sit at the top of the rugged PC sector. Xplore is the number one vendor in the ultra-rugged PC sector, while Motion claims second place in the rugged tablet space. Motion has a more mature and stronger presence outside the USA, with 50% of sales to European customers. The majority of Xplore's customers (80%) are in North America.

This give us plenty of opportunity to grow our customer base. The Motion brand will be retained, with the product being called Motion by Xplore.  Xplore has said it sees the acquisition of Motion as consistent with its goal to establish the best and broadest line of rugged tablets for the enterprise market and a one-stop shop for rugged devices.

As part of Xplore Technologies, Motion is in a stronger, more secure position financially.

SC: Will there be any rationalisation of the product ranges?
ID: In the long-term there might be some, but for the immediate future, no. In my working life, I've experienced several acquisitions and appreciate customers are naturally nervous about how long availability and support for existing products will continue. They have invested in devices that have a lifespan of at least five years, sometimes seven or even longer, and they're being used for mission-critical tasks. They want reassurance.

 

There's actually very little overlap in the product range because of the different sectors the two brands are focused on. Xplore is very active in large-scale deployments in sensitive sectors where security is a paramount: energy, public safety, telecoms and cables and the military. Motion has a broader customer base, active in utilities, healthcare, retail, construction and the emergency services.

There is some overlap is on the technology front, but we make no apologies for that: customers benefit from our using best-in-class components. Earlier this year, our processor supplier Intel, named Xplore as its Mobile Platform Partner of 2015.

SC: Both Xplore and Motion have adopted the indirect channel sales route. Will that continue?
ID: Yes. There should be no integration issues as far as channel partners are concerned.
Our partners have different strengths: some are hardware specialist, others are independent software vendors. What they have in common is a commitment to the customer. At this end of the market, buyers are interested ensuring tablets have the functionality for their workflows. It's why we work closely with IT departments and our channel partners: you are not just selling a piece of hardware but everything that goes with that. It will need customising for the workflow and configured for integration with back-office systems, for example.

Never underestimate the value of a great partner: our Motion Valued Partner eco system recognises the important role they play. Our partners need to be consistent and have integrity: they are our face to the customer and the first port of call for support. In return, we believe in long-term partners: we won't pull the run from under their feet and we won't change the rules down the line.

 

SC: Motion has stayed loyal to Microsoft Windows, even when the clamour for Google's Android OS was at its highest. Why was that?
ID: Continuity is important to us and our customers. We have been advocates of Windows because our enterprise customers prefer a back-office compatible OS and they want their mobile workers to be able to switch smoothly from the office and into the vehicle and field via their tablet PC, including for those advanced tasks that are proving a challenge on other mobile devices.

All Motion tablets currently ship with Windows 8 and are capable of supporting Windows 10. Windows 10 combines the best of Windows 7 and 8 and its arrival is good news for those companies who decided to skip Windows 8 and have been patiently waiting for the next incarnation.

 

However, there is now a big market for Android OS and it is on the technology roadmap for the Motion range.There is customer demand in some vertical industries with unique application and workflow needs, and we acknowledge that. Android OS gives them with greater flexibility and a wider access to more apps. Xplore's Ranger X tablet already ships with Android OS.

SC: Finally, will the trend for consumer tablets in field service impact on future sales for the group?
ID: I believe that field service companies recognise the value in enterprise-grade rugged tablets and understand Total-cost-of-ownership. There's little demand from enterprises or their workers for consumer devices. Companies understand the risks on mission-critical operations of breaking the tablet and losing data and the affect device reliability and that field workers who don't trust the device, won't use it as intended, will leave it in the vehicle, adding or retrieving data when they return, all of which has a direct affect on productivity.

One often overlooked aspect of the consumer v rugged debate is the critical role supporting peripherals accessories and additional modules play smoothing workflows.

Both Motion and Xplore understand that the ease of charging, mounting, carrying and storing tablets is key for user acceptance and that enterprises may need a variety of data capture and communications modules to maximise productivity - none of which is usually available on a consumer tablet.

 

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The Danish Ambulance service is to deploy almost 600 Motion C5 tablet computers as part of an innovative “Intelligent Ambulance” project that has been proven to save lives, Xplore Technologies Corporation has announced. The C5 units, which will be deployed across five regions, will enable ambulance teams to capture, accurately and quickly, all relevant patient data and transmit it to the hospital ahead of arrival.

Typically, a patient in an ambulance has hand-written notes that are passed on at admission into the hospital. As a process this is deeply flawed: the notes can be illegible and the risk of loss is substantial. Even if complete, perfectly readable notes are delivered to the hospital immediately on arrival, there is an inevitable delay as the information is actioned. This delay can increase if specialist doctors, teams or equipment are needed. Furthermore, with handwritten notes, there is typically only one perspective given – that of the ambulance personnel that has taken the details from the patient.

By comparison, the Intelligent Ambulance, equipped with the C5, can transmit vital observations direct to the hospital while the patient is en-route. Details on blood pressure, heart rate, temperature and oxygen saturation can be updated in near real-time. This information creates the Pre-Hospital Patient Journal (PPJ) that is used to determine a ‘trauma score’ that defines aspects of the care set up for the patient.

The C5 was chosen ahead of competitive units on the basis of improved screen quality and robustness. The camera captures and transmits high-resolution images of injuries, whilst the barcode enables consistent and reliable classification of patient data. Transmission of the data is secure and robust with the C5’s WWAN support. The C5 Mobile Dock which secures the tablet in place in the ambulance is a critical component of the solution, designed and tested to exceed crash impact test standards and enabling the workflow that transmits the PPJ to the hospital, ahead of arrival.

 

Because of the forms within the software, the information is always accurate, understandable and critically arrives at the hospital before the patient, so facilities can be set up in advance, reducing the delays at admission. As the PPJ is shared across all responding and relevant personnel, teams can collaborate to deliver the best levels of patient care and specialist requirements can be sorted before ambulance arrives at the hospital.

The project was co-ordinated by CSC Scandihealth and Atea, with software developed by Judex, hardware supplied by Lexit and installation carried out by Radiocom.

Ian Davies, Sales Director, Northern Europe, Xplore Technologies said: “This project is a clear validation of the improvements that mobile computing can bring to clinical care and strong evidence that the tablet form factor is better suited to the emergency services, compared to ruggedized laptops. The ability to capture and transmit, better quality information, faster is the bedrock of patient care improvements. The Intelligent Ambulance project is set to make a real difference across the Danish Ambulance Service and the C5 will be a critical part of that success.”

 

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The debate around which devices are best suited to a field service engineer is a long, complex and ever changing one...

Arguments can be made for rugged devices or for consumer devices. Equally arguments can be made the various different form factors that are on offer. Is a tablet, smart phone or a laptop best suited to your aiding your engineers workflow? Then there is the growing trends of convertibles (part laptop, part tablet) to consider or even the next evolution of this idea:  the detachable.

Of course there is no hard and fast rule here: each case is different and different devices are suited to different companies and applications. However, in what is becoming an increasingly competitive market it is important to understand the strengths of both various form factors and also of individual manufacturers and devices.

To help you navigate your way to finding the device that is right for your field workers, Field Service News is launching a news series that will give you a closer look at some of the options available to you as we see just how the devices stand up to the manufacturers' claims.

In the first instalment of this we take a look at the Motion F5m rugged tablet.

What the manufacturer says:

Motion describe the F5m as being “built for demanding environments that require robust enterprise software compatibility” and claim the tablet offers “the durability and functionality you need to seamlessly go from the office, to the vehicle, to the field – all while staying connected and secure.”
Motion has also given the F5m series a significant upgrade on its predecessors that delivers high-end, lasting processing power.

The addition of the 5th Gen Intel Core processors, including the highest performing Intel i7 vPro processor, provides the power to quickly move through computation-intensive applications, while increasing overall power efficiency.The tablet also comes with options for ultra-fast 4G XLTE mobile broadband connectivity that should make light work of sharing large files and images easy. Also with the promise of over eight hours of battery life and a hot-swap battery feature, the F5m should be able to last throughout your field engineers shift with ease.

First impressions

The first thing that strikes you when viewing the F5m is that this is very much a tablet designed for industry. With it’s  handle  built-in and moulded into the actual design of the casing,  Motion  demonstrates it is not shying away from this device's intended market nor its heritage - it's evolved from its cousin the C5 which was aimed exclusively at the medical sector.[quote float="left"]The practicality of the handle soon becomes apparent and a much welcome additional feature.

 

With other rugged manufacturers such as Panasonic and Getac and and even other offerings from Motion such as the R12 moving towards a more consumerised appearance for rugged tablets, the handle does give the F5m a slightly dated look, but lets be honest: when it comes to selecting a device for  field engineers a modern aesthetic look  should be quite low down on the list of desirables.

And actually whilst it might seem a touch ungainly , even cumbersome at first, in reality within a very short time of carrying the tablet around the practicality of the handle soon becomes apparent and a much welcome additional feature. It's one which would certainly be appreciated by many an engineer using the device.

In particular,  the placement of buttons just to the side of the handle that act as triggers for either the optional Barcode scanner or RFID reader means the inclusion of the handle adds to functionality by making the use of these features far more accessible than the more traditional tablet form factor.

Also the handle doesn’t actual add to much weight to the tablet. Weighing in at 3.3 lbs the Motion device comes in just a shade lighter than Getac’s 10.1 inch rugged tablet the E110 which is 3.5lbs although it is some way off the 2.2 lbs of either Panasonic’s Toughpad FZ-G1 or Xplore’s Ranger X both of which offer similar screen real estate despite their slimmer physique.

Processing power

Where the F5m is truly impressive though is the processing power it has under the bonnet.

The highly configurable device has three options when it comes to processors all of which involve the fifth generation of Intel Core processors with options for the I3, I5 or I7 available.

The review unit we tested had an I5 processor with 2.2 GHz 5200U plus a Turbo Boost to 2.7 GHz (3MB of L3 cache, 2 Cores/4 Threads) and alongside the base configuration of 4GB the tablet ran the Microsoft 8.1 operating system plus a number of commonly used programs without any significant issues at all.

However, if your engineers are using software which is particularly demanding then the top spec available of an Intel Core i7 vPro processor which boasts 2.6 GHz 5600U with Turbo Boost to 3.2 GHz (4MB of L3 cache, 2 Cores/4 Threads) alongside 16GB DDR3L 1600MHz SDRAM memory should be able to handle most things you throw at it with ease and compares favourably to other rugged devices such as those mentioned above.

For the operating system the tablet comes with an option of the 64 Bit Professional version of either Windows 7 or Windows 8.1.

Given Motion’s intent for the tablet to be moved seamlessly from office to vehicle to field, on the surface this seems to be a sensible choice and,  given the meaty processing power the F5m has,  it sits much more comfortably in the category of laptop replacement than many other tablets are capable of.[quote float="right"]If you take the time to learn some of its tips and tricks, Windows 8.1 can actually be a very effective and useable interface indeed.

 

However, whilst improvements between Windows 8 to Windows 8.1 have improved the interface there are still plenty of critics of the Microsoft OS. In their desire to meet the demands of both the PC and tablet market Microsoft many believe they have not quite mastered either

The regular need to move from the mobile- oriented tile interface to the more traditional desktop format is one issue often sited as being a particular frustration of the user experience, and the simplicity and fluidity of  Android and IoS, the other leading tablet operating systems, appears to be somewhat lacking.

However, I use the phrase ‘appears to be’ carefully there because in fact if you take the time to learn some of its tips and tricks, Windows 8.1 can actually be a very effective and useable interface indeed.

That said perhaps the one of the most effective tricks of Windows 8.1, especially for business users, seems to be missing from the help files. That is a function called Snap which provides the option to split screens a la Windows 7 (perhaps why it’s not included in the help files?). Although with the touchscreen interface it’s not obvious unless you know it’s there.

For those Windows 8.1 users who aren’t aware of this feature you need to keep your finger on the screen when dragging an app in and then hold the app and hover either slightly to the left or right of the screen until a black line appears in the centre and the second app will then ‘snap’ into place.

The ability to have two separate apps accessible without having to swap between them is certainly very useful when working with a limited amount of screen real estate and in a field working environment could significantly improve productivity.

 

The fact this feature is hidden away perhaps sums up Windows 8.1 as a whole.

On first glance it may not be the most intuitive of operating systems, particularly in the tablet sector, however if you spend a little time learning learning it’s secrets, it has a lot of features that can massively enrich the user experience.

The pen is mightier than a digital keyboard

Of course one of the key benefits of having a Windows operating system is the ability to work with familiar applications. However,  for those applications that require anything more than light data input, the lack of a dedicated companion keyboard for the F5m can make life that much harder.

Unlike sister devices the R12 or the CL920, Motion offer no companion keyboard for the F5m. This leaves the user with two options, either using the on-screen keyboard or the included digital pen.

As with almost all on screen keyboards text input can often be inaccurate and when entering a mix of words and texts it can be frustrating switching between the various input modes of the keyboard, so this isn’t really a great option for anything other than brief input and form completion.[quote float="right"]The user has two input options: the on-screen keyboard or s digital pen.

 

As for the pen, the handwriting-recognition algorithm was able to make sense even of my spindly handwriting and would certainly be a better option than the on-screen keyboard. However, the requirement to hit the insert button after every few words can soon become a tiresome task and, again, I would see writing a maintenance report of any length a frustrating experience.

That’s not to dismiss the benefits of the pen itself which is a comfortable in hand and feels very much like a real pen, especially when compared to something like Samsung’s S-Pen which accompanies their consumer-focused Note series of tablets and smart phones. One complaint would be that the pen’s sensitivity isn’t as good as others such as the aforementioned S-Pen or Wacom products - but that is not going to have much impact on the average field engineer's working day.

Where the pen could really be of use is when combined with the F5m’s camera powered by Motion’s own photography software Snapworks (which is designed to be optimised for annotation with the pen or touch) and has a very simple yet effective sharing mechanism. Such a tool can make a big difference when it comes to encouraging a collaborative nature amongst field engineers as well as improving an engineers efficiency when it comes to reporting.

A picture is worth a thousand words…

The primary camera on the tablet is a rear facing 8 megapixel camera which is at the higher end of the spectrum when compared to the specifications of other rugged tablets and is more than capable of taking images clear enough for reporting purposes.

There is also a second front facing camera which is 2 megapixels which provides a good quality image for making Internet calls – again aiding collaboration between workers. When we made a test Skype call both the picture quality and audio were of good quality.

However, the test call was in a quiet location and the lack of a headphone jack could cause potential problems for making such a call in a louder environment.

A minimalist approach to I/O options

This leads us to one of the potential drawbacks of the F5m: the lack of input and output ports.With one solitary USB port (albeit a USB3 port for faster data transfer) you can’t help but think there could have been additional I/O options included.

When placed alongside some competitor models it does seem a bit sparse, especially given Motion’s claim that the device is designed to move from office to vehicle to field. Sure, we may not need that many inputs when we are in the field but what about when we are in the office?

 

An extra USB port could come in very handy, as could an external storage option such as a SD card reader or even a HDMI port should our engineer be required to give a presentation.In their defence,  Motion do offer a number of accessories including an Ethernet connector with a USB 2.0 port, a long range RFID reader and a magnetic stripe reader which all connect via the device’s docking connector, so the functionality is available. However, you can’t help but feel that some of these solutions could have been worked into the actual device itself without adding further to the tablet's footprint.

The longest day

Of course one of the most important factors of a device to be used in the field is the reliability of the battery life and here we found the F5m to be excellent. The device was fully charged within just an hour and a half and comfortably lasted an eight hour day when we tested it with a reasonable amount of use (i.e. the same we would use a laptop for in a full working day away from the office).

On top of this the tablet also boasts hot swappable batteries, so should your field workers face extra long days they are able to extend the performance time without hassle.

School of hard knocks

The F5m certainly passes the criteria for a rugged tablet. It looks robust enough and has been independently certified as meeting MIL-STD 801G, it is capable of surviving a fair few bumps. In fact the drop test for meeting this standard requires the device survives no less than 26 separate drops at differering angles from a height of 4ft (1.2 metres).

This durability is largely due to three factors: the tablet is rubberised for shock dampening, features a magnesium-alloy internal frame and a durable Gorilla Glass screen which comes either with a standard screen or the option of upgrading to Motion’s proprietary ViewAnywhere display technology, which is designed for working in the sort of brightly-lit and outdoor environments that can play havoc with readability of standard screens.

The MIL-STD 801G certification also means the device is also capable of operating in temperatures ranging from -10°C to 55°C and storage temperatures from -51°C to 71°C which should cover most working scenarios!

The other certification that the F5m boasts is IP54. The IP rating is defined by two separate criteria each identified by the two numbers. The first number denotes solid particle protection and in this instance the rating five (the second highest rating) means that the F5m is protected to a level where whilst the ingress of dust is not entirely prevented, dust must not enter in satisfactory operation of the device, i.e. the tablet is dust proof.

The second number refers to the liquid ingress protection. In this instance the rating of four denotes that the device is resistant to water splashing against the enclosure from any direction so it will have no harmful effect. In effect this means that the device should be able to function in the rain, for example,  but is not suitable for an environment where it could be fully immersed in water.

The conclusion?

In real life terms these certifications mean that the F5m is capable of dealing with all but the most extreme of environments.[quote float="right"]The F5m is a tablet that is designed for the field

 

However, the lack of a dedicated companion keyboard and only one USB port as standard does limit the device's capability to be used in an office enviroment for tasks such as writing more detailed reports or giving presentations etc. If we go back to Motion’s claim of the F5m offering the ability to go seamlessly go from the office, to the vehicle, to the field then this is a touch disappointing.

However whilst the F5m may not be the perfect device for the office, it does excel in other environments. The device is rugged,  bring powerful computing into almost any environment and when it comes to vehicles Motion also offer a very comprehensive range of in-vehicle docking solutions including dedicated vehicle mounting kits for a range of vehicles.

Essentially the F5m is a tablet that is designed for the field and,  when we consider the type of workflows it will generally be used in,  it is most certainly a good bit of kit for your field workers.

The barcode and RFID options make it a perfect rugged device for cataloguing and inventory tasks in a warehouse environment for example. Also the high quality camera, the Snapworks software and digital pen could also make life easier for field engineers who are required to include photographic evidence.

All in all the F5m is a robust and powerful tablet device. Whilst it is not the most elegant looking rugged tablet on the market, the integrated handle does actually add a lot of practicality and the F5m is both an easy device to carry around and far less likely to suffer accidental drops because of it.

The F5m is light enough to highly portable, durable enough to be put to task in challenging environments, has the computing power to be able to handle most programs expected to be run on it and a battery life that should keep engineers working through even the longest of days.

If your engineers need a reliable device, with good processing power, out of the office enviroment the F5m is definitely worth a closer look.

 

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The Scottish Ambulance Service has signed a deal with leading ICT supplier Terrafix to use Getac’s T800 fully rugged thin and light Windows 8.1 tablets within its fleet of emergency vehicles.

Under the framework contract, Terrafix will supply 1,200 of the 8.1” Windows tablets from Getac, the global designer and manufacturer of rugged mobile technology.

Each ambulance will be equipped with two tablets - one for use in the front of the vehicle for mobilisation and routing, and the other positioned in the rear of the vehicle, but remaining portable to be used as a method of recording Electronic Patient Report Forms. Paramedics benefit from high-speed processing power and an 8.1” display for accessing critical patient information, while also providing full ruggedisation designed for critical field performance, ensuring focus on patient care.

The device complements the Terrafix Aggregator (T.AGG), a vehicle-based communications management hub with integrated GPS that streams data to the T800 tablets. The complete system is the first step in Scottish Ambulance Service’s Telehealth programme and their strategic framework, Towards 2020: Taking Care to the Patient.

Liam Coughlan, Programme Manager, Scottish Ambulance Service, says: “We needed a device that could survive every environmental condition, because device failure can be the difference between life and death. With the Getac T800, we have a device that can handle drops, shocks and performs in all weathers, while still being extremely portable and easy to use. It gives us reliability and therefore, peace of mind.”

 

The T800's 8.1” screen allows patient data to be read even in direct sunlight and new information to be entered easily thanks to Getac’s proprietary Lumibond® screen technology. With ruggedisation to military standards (MIL-STD-810G) the T800 can survive a drop of 6 feet and with an ingress protection rating of IP65 and operating temperatures between -21°C to 50°C, the T800 is designed for all weather.

Running Windows 8.1, the T800 incorporates BitLocker disk encryption which provides government-level data security.

The T800 incorporates the latest communication interface technology for unparalleled connectivity. The unit plugged into the docking station makes use of the ambulance’s in-built connectivity, while the mobile field-use terminal can connect to data networks via 4G, Bluetooth and 802.11ac WiFi. Weighing just 880g, the T800 is one of the thinnest and lightest devices of its class, making it perfect for both portable and fixed use.

Chris Green, Terrafix Managing Director, says: “Utilising the Getac T800 alongside the Terrafix T.AGG provided us with the opportunity to put forward a bid-winning system. The Scottish Ambulance Service’s vision of mobile consultation, coupled with reducing the need to travel to receive healthcare, can now start to become a reality. The Getac T800’s reliability and extended support proved the best choice for this mission-critical system.”

 

Peter Molyneux, President, Getac UK, says: “The T800, with its unparalleled connectivity, ruggedisation and portability, fits perfectly into the Terrafix solution. We are very pleased our hardware can perform a critical role in the complete technology solution, which is helping Scottish Ambulance Service to protect life and health for people across Scotland.”

The first tablets will be rolled out to the ambulance fleet this summer, giving Scottish Ambulance Service a complete tablet and resilient communication solution that will provide a leading patient care service.

 

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Xplore Technologies Corp manufacturer of ultra and fully-rugged tablets, announced earlier this month that they have received an additional order for approximately 1,500 RangerX Pro fully-rugged Android tablets that will be used by a major U.S. telecommunications provider’s field technicians in its construction division.

“We believe that the RangerX Pro fully-rugged Android tablet is the best Android solution in the market today. It is the perfect solution for our customers’ technicians in the field” said Mark Holleran, president and chief operating officer for Xplore Technologies. “This order is a follow on order from an existing telecommunication’s customer and we are pleased to see this key relationship expanding.”

The telecommunications provider selected the fully-rugged RangerX Pro because it increases mobility for its field technicians with battery life of up to 10 hours to maximize time in the field, boosting productivity.

“This order reaffirms Xplore’s decision to expand its product line of ultra-rugged tablets to include fully-rugged products,” said Philip S. Sassower, chairman and chief executive officer for Xplore Technologies. “The RangerX Pro was chosen for its fully-rugged IP65 rating, and at 2.2 pounds field service workers have a versatile device built with Xplore’s proven rugged performance.”

The thin and light RangerX Pro, purchased by the telecommunications company, has optional integrated HDMI-In and Gigabit Ethernet ports enabling the technicians to replace multiple devices previously required to perform daily tasks.

In part one of this exclusive interview with rugged specialist manufacturer Getac's UK president Peter Molyneux we looked at how long we can expect a rugged device to last as well as whether Microsoft could return to power in the mobile arena. Now in the concluding part we look at how the rise of tablets has changed the landscape for rugged devices, whether there is still a future for rugged laptops and why Molyneux thinks that BYOD just won't work...

One of the major changes in mobile computing across the last decade has been the rise of tablets themselves. This has led to a number of Getac’s competitors, perhaps most notably Panasonic appearing to shift focus away from their traditional fare of rugged notebooks and laptops. However, this isn’t the case for Getac.

When pushed on whether there is still a market for the rugged laptops Molyneux reacted with a clear belief that there is still plenty of space in the market for laptops, tablets and of course their lovechild the convertible.

“We are very committed to continue to develop our fully rugged notebook range” he states effusively “The B110, B100 and the X500 all fully rugged and we are continuing to push them”

“We have just won a couple of large projects (with rugged laptops) in Europe but we’re finding that our main competitor are not doing the same. Now that may mean they are focussing on tablets as their primary offering from here on but we are continuing to develop our Android platforms, we will continue to develop our windows 7 and 8 platforms and we will continue to develop our Laptop platforms so we can keep that broadness open.”

“The question may be will we continue to support Win Mobile and ther I’d say probably. But certainly rugged notebooks and rugged tablets of all form factors and both OS’s we will continue to develop” Molyneux added

In fact Field Service News ran a feature earlier this year asking if we were seeing the Death of the Rugged Laptop and our conclusion was that whilst rugged tablets may well become the form of choice, there is still very much a need for rugged laptops especially when large amounts of data input is required. Molyneux echoed these sentiments alos.

“Although you are right to say there is still very much a market for rugged notebooks, tablets have certainly taken some of the fully rugged notebook market. However, the main impact will be on the 3.5” win mobile market. Even in transport logistics they’re thinking of tablets now. Frankly the performance and cost of tablets is much better compared to the older 3.5 inch mobile computer.”

Having touched earlier on the consumerisation of mobile workforce and now discussing perhaps the end of line of the handheld computer the conversation began to lead inevitably to Bring Your Own Device (BYOD) which has been a topic of conversation for a number of years but has failed to materialise into the major trend it was anticipated to be.

 

“Openly speaking I have seen the subject around for the last three years.” opens Molyneux  “Maybe it’s because I’m slightly separate from that community but I have yet to come across an actual BYOD project. I do think it is an opportunity but in my mind the reliability, the replacement cycle, the insurance, the security risk I still think there is a lot of unanswered questions.”

He stops for a moment as if confirming his thought process before continuing “When you are looking at mainstream IT in the field, I think there could be a need for something in perhaps the lower demand area, something running on a  HTML5 basis where someone just needs to see something…” he says as he ponders the concept a moment before reaffirming his initial thoughts “…but in a critical working environment like delivering gas, water, electricity or delivering facilities management in a nuclear production plant I can’t see how BYOD can fit.”

“I’m open to be told I’m wrong,” he continues  “But I’ve seen this approach being presented and reviewed and a full BYOD deployment is a very tough call for an IT infrastructure.” He adds.

However, whilst BYOD might not be something Molyneux sees happening on a major scale anytime school there is a related trend that he does think we may see.

“Coming from the other side, we are hearing from a customer perspective, especially from local government that they are looking to roll out devices to their workforce that can be used for both business and pleasure.”

“There are many benefits to this…” he continues  “To cite an old statistic I heard when Blackberry first released launched, you would see an increase in 25% in productivity per user beause they takes the device home and work. It’s true and we all fell for that one! Have a Blackberry and work more and now it’s common practice to be at home working tapping away whether it’s on your iPhone or a rugged computer. Look at the way Microsoft are marketing their devices now – we all do it these days we all take our work home”

“Also of course another additional soft benefit is that is that the device is yours so you look after it more. Which is another major positive for businesses and one which I don’t think would be particularly hard to map in terms of seeing a tangible return on investment.”

So whilst Molyeux doesn’t see a future for BYOD he does see an exciting prospect in a similar concept but in reverse.

“Absolutely – reverse BYOD is definitely on the cards” he agrees “we just need to put our heads together to think of a decent new acronym now"

Following on from the launch of a 7inch Android tablet last year, Getac have now launched a fully rugged 8 inch tablet that runs Windows 8.1. Field Service News spoke exclusively with Peter Molyneux about the new launch and Getac’s approach to creating the new device. 

“Up until now Windows fully rugged tablets have been larger in size 10 inches plus” comments Peter Molyneux, President of Getac UK.

However, his company have just set a new precedent with the launch of their new tablet. The Getac T800 is slim, lightweight and a nicely compact 8.1 inches, making it small enough to fit into a pocket.  However, it is also fully ruggedized to military standards meeting both MIL-STD 810G and IP65 standards.

With tablet devices now very much in the mainstream thanks in large to the rise in popularity of firstly Apple’s iPad and then more recently a raft of Android based devices from numerous manufacturers, the consumerisation of technology is now a major factor for the field service industry. This is not lost on Getac.

“There is a strong influence to our design on the consumerisation of the markets…” says Molyneux “…the demand from the market is that they want a tablet computer that has really got the performance and interface they have gotten used to in the consumer market place.” He adds.

In fact the speed at which we as consumers have embraced tablet computing is often forgotten, so quickly have tablets become a staple part of life. Similarly the speed at which devices are developed can also seem breathtakingly fast.

“If you start from the beginning and move to mass production taking a rugged tablet to market will take about 15 to 18 months – you can do it faster, but that is a sensible timeframe” Molyneux states.

Keeping pace with the latest technology trends

Of course, such rapid development of technology does mean that yesterday’s cutting edge is looking outdated today. Something that Molyneux and his colleagues at Getac fully understand.

“We could put our V100 magnesium alloy tablet on the table and the customers would say that’s old tech, the perception is ‘we want something new’”

In fact the switch away from magnesium alloy to a plastic compound is one of the big factors in the T800’s more consumeresque feel. This in itself presents a challenge to manufacturers of rugged devices.

“When we brought our new products to market we had to change the material, magnesium alloy is very good for thermal management and is a very rugged material but we have had to change to a plastic compound. This means all the manufacturing processes have to change, the machines have to change, the tooling is different etc” Molyneux explains

Getac's competitive advantage

However, this is in fact where Getac have a particular advantage over their competitors.

“We are very fortunate as a company that within the Getac Corporation we have companies that specialise in designing and manufacturing enclosures of all material types, magnesium alloys, plastics etc. So because we have companies within our group that are experts in each field, we are able to design and bring the latest technologies and trends to our computer design” he continues.

Yet it doesn’t matter how robust a device is, if its performance levels are not sufficient, then there is little point in having the device at all.  Again the mass consumerisation of technology leads to greater expectations, and again this is something Getac factor highly into their thinking when developing a new product.

Molyneux points to the fact that perhaps five years ago rugged technology was generally behind consumer in terms of processing power by a couple of years at least. However, today, lower powered processors (Molyneux cites Intel in particular) have meant that rugged tablets and netbooks have been able to move forward to equal most systems, whilst also allowing for more slimline designs for fully rugged devices such as the T800

Indeed such advances in chip-ware have allowed Getac to build rugged devices that operate at the very top of the technology scale. Align this to the fact that the company manufactures all components itself, from motherboard to chassis (a holistic approach which enables them to factor ruggedity at each stage of the design) and you have a company capable of producing something as sophisticated, sleek and durable as the T800.

In fact it is part of Getac’s ethos to constantly deliver their customers with devices that are cutting edge technology.

“We are staying very much with the latest tech.” Molyneux enthuses “For the longest life and the best performance.  We have the opportunity to take new technology to the customers and we are quite unique in what we do in that we offer the very latest spec without compromising on offering full military standard ruggedity”

If you want to know more about the Getac's latest fully rugged tablet you can read our overview of the device here 

Getac will also be appearing at this year’s Service Management Expo and will be giving a presentation in the Field Service Solutions Theatre at the event which is hosted by Field Service News.

To get your free of charge, three day pass to this years Service Management Expo held in Excel London, simply click this link and enter the promotion code 'Field Service News'

 

 

Global designer and manufacturer of rugged computing technology, Getac, is launching a new tablet designed specifically to boost productivity for mobile workers, the 8.1" Windows 8 Getac T800.

The thin and light Windows OS device has been designed based on demands from mobile workers from Utilities, Field Services and Public Safety sectors. Getac has responded to those demands by developing a device that offers all the power, performance and usability of a high-quality consumer device, without compromising on the tablet’s full ruggedisation.

With its 8.1" screen, the optimal screen size for Windows 8, a thickness of 24mm and weighing just 0.88kg, the innovative T800 is small enough to fit in a pocket or your hand, but still offers all the power and performance a remote worker needs.

Getac’s unique SnapBack expansion system allows users to add expansions to the T800 such as an extra battery, increasing the operation use to greater than 16 hours. An additional SnapBack expansion is a 2-in-1 RFID and Smart Card Reader. Mobile workers will also benefit from the fully rugged design which has MIL-STD 810G and IP65 ratings, meaning the device can handle shock, drops and vibration to military grades while also being sealed against dust and water.

The 8.1" screen is built with LumibondTM, Getac’s proprietary screen technology that offers excellent touch control and sunlight readability, without compromising battery performance.

Peter Molyneux, Getac UK President says: “The T800 gives the best performance of any fully rugged Windows 8 tablet in the market today. Our customers have given us tremendous feedback on the T800’s thin and light design, while offering high levels of integration and field performance. We always target to give our customers the latest in fully rugged computer technology with no compromise on performance, and again we feel confident we have achieved this in the T800.”

Powered by the latest quad-core Intel N3530 2.16 GHz processor, the T800 also provides unparalleled connectivity and can be configured with 4G LTE cellular data with an auto tunable 8-band antenna capable of quickly switching between bands. It also includes the latest 802.11ac WiFi for data transfer speeds up to 3 times faster than 802.11n products. The T800’s optional SiRFstarIV GPS offers double search capacity, faster location positioning and improved accuracy.

Key features:

• 16 GHz processor,
• Windows 7, Windows 8.1 OS
• Tablet size: 227 x 151 x 24mm; 8.1" screen
• Weight: 880g
• Multi-touch display
• 64 GB / 128 GB SSD
• SiRFstarIV™ GPS
• Fully Rugged
• MIL-STD 810G, IP65
• Ultrafast Wifi Connection: 802.11 ac
• Strong Connectivity
• in-house patented 3D antenna design
• SnapBack expandability: 2-in-1 Smart Card Reader & RFID, or second Battery
• Battery life: 8 hours / 16 hours with SnapBack Battery
• Tri RF pass-through (WWAN & WLAN & GPS)

Look out for our exclusive interview with Getac's Peter Molyneux discussing this exciting new launch and rugged technology as a whole coming very soon... 

Ian Davies, UK Country Manager for Motion Computing looks at the importance of GIS to the utilities field and what we need to consider if we are going to get it right...

The utility worker today

Within the UK, approximately 473,000 people are employed in energy and utilities and approximately 30% of them are mobile workers.  This is hardly surprising given that there are over 13,000 energy and utility locations.  But what is less widely known is that these employees, both in the office and out in the field, deliver some of the greatest added value to the UK economy, often far in excess of other sectors.

Consequently geospatial and GIS data is indispensable to utilities.  From the back office the data provides essential views and information about the service territory on which critical value-added decisions are made. Leveraging that data out to the field provides even greater benefits like streamlined regulatory compliance, operations and maintenance.  There is no real argument on whether or not to empower utility field crews with GIS – the question is how to empower them.

Technology has a key role to play in answering this question within the UK.  The energy and utilities sector is very capital intensive industry and much future success depends on its ability to adapt to new requirements through the introduction of new technologies. This is creating demand for skills at the intermediate level in terms of operation and maintenance - those roles most typically found “out in the field”.

The right tools for the job

So from a technological perspective, the right hardware and software will make a big difference on getting the most of utility field crews.  In order to select the right hardware and software, businesses must start by taking a look at how the utility worker performs his work.

For hardware, this is critical.  Mobile workflows vary greatly - what environment is the worker primarily in?   How remote are employees?  Can they rely on “an always connected” application, or do you need “store and forward”?  Do they need a higher amount of power, specific carrying case or a vehicle mount?  Is a barcode scanner or camera needed?  What operating system is needed to run all the software systems? Can data entered more easily with a keyboard, a stylus or by touch? How sensitive is the work being performed and what level of security is needed?

Among all these variables, there are some characteristics to a “typical” mobile workflow - the requirement of a mobile device that can be easily docked and undocked in a vehicle, easy to carry and use, but rugged enough for the field environment.     In addition, utility workers regularly use bar code scanners, RFID readers and magnetic stripe readers to complete their work.  Hardware will also need to include external battery chargers and wireless connectivity as well as run an operating system that supports the software.

That software also needs rigorous assessment.  It can have a huge impact on how the field worker actually works.  What features will truly enable field teams to get the most out of the GIS?  Is it intuitive, quick and simple to handle? Does it need large, frequent updates? Is it based on real world experience?  In addition to being easy to use on the front line, the application should provide automated data replication, have a seamless interface and deliver both high performance and configurability for the teams back at base.

Getting GIS right

Applied to GIS, this means better maintenance of assets that have a rapid and profound effect upon the bottom line of utility companies and can improve customer service quickly.  Utility assets are often very expensive and GIS can substantially increase the return on this investment.  As part of the business case to justify GIS - and secure these benefits - the right mobile tools are a powerful part of the optimal solution.

 Find out more about Motion Computing in the Field Service NEws Directory, Including product videos, news & features features.