ARCHIVE FOR THE ‘rugged-hardware’ CATEGORY

Captec, the designer and supplier of specialist computing platforms, has teamed up with market-leading rugged tablet manufacturers to provide 360-degree in-vehicle solutions.

The specialist tablets from Dell, Getac, Panasonic and Samsung are designed to accommodate the needs of demanding applications in industries including construction, utilities, and fire and rescue.

In the modern working environment, it is crucial for fleets to have the tools that allow them to work efficiently through improved communication and efficiency. By securing these strategic partnerships, Captec provides fleets with high-performance technology and the flexibility to achieve an optimal balance between performance and budget for their application.

With features including high ingress protection, ruggedisation, built-in GPS and barcode scanners, the tablets meet and exceed the needs of mobile workforces across multiple sectors.

Each tablet can be combined with a vehicle dock, specifically designed to accommodate it – sourced by Captec from its trusted vehicle docking partners, Gamber-Johnson and Havis.

To provide a true 360-degree solution, Captec offers a complete installation service including full vehicle audits, custom cabling, onsite installation performed by experienced engineers and tailored through life support.

For more complex applications demanding a high level of customisation such as additional ruggedisation for uninterrupted operation in hostile conditions, Captec offer bespoke engineering and technical services. From the initial design concept through to testing and validation, Captec can make any necessary modifications quickly and effectively at its dedicated in-house engineering facilities.

Ian Langton, Product Manager, Captec, said: “We have partnered with leading technology providers in complete confidence that, when combined with our installation service, we can address the performance, reliability and longevity needs of today’s mobile workforce. Our aim is to create a one-stop-shop for fleet managers looking to equip their vehicles with rugged and reliable mobile computing.”

In addition to offering models from suppliers through strategic partnerships, Captec has recently designed, developed and introduced a brand new rugged tablet of its own.

The VT-681 tablet is a fully rugged device, powered by Windows 10 IoT, making it ideal for fleets requiring a cost-effective solution, without compromising on performance or features from other well-known suppliers.

Find out more about Captec’s in-vehicle computing solutions @ www.captec-group.com/in-vehicle

 

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JLT Mobile Computers, a leading developer and manufacturer of reliable computers for demanding environments, sees an increasing demand for Android within many of its core segments, including warehouse logistics, transportation, ports, mining and agriculture markets.

Responding to this trend, in March 2018 JLT launched its latest generation JLT6012™ vehicle-mount computer with Android support and is now expanding its Android operating system product suite with three new fully rugged portable computers.

Being by far the most common mobile operating system for smartphones and other consumer devices, Android, with its familiarity, ease-of-use and flexibility is now growing in popularity also in the enterprise and vertical market space.

“No doubt, there is a lot of interest in Android on mobile devices for professional use within our core markets,” observes Per Holmberg, CEO of JLT Mobile Computers. “By providing Android alternatives for our vehicle-mount computers and now also our portable computers, we help customers save on cost and training, and simplify maintenance by running the same OS on all devices deployed in their operation.”

The three new products are the 5-inch MH1005A™ rugged handheld, the 7-inch MT1007A™ rugged tablet, and the 10.1-inch MT2010A™ rugged tablet. All are IP65 dustproof and water resistant, capable of operating in temperatures of -10 to +50°C (14 to +122°F), built to withstand even the most challenging working environments, and tested to applicable MIL-STD-810G requirements.

Powered by ARM® Cortex™-A53 octa-core 1.3 GHz processors, all come with bright sunlight viewable displays, capacitive multi-touch screen, front and rear integrated cameras, as well as data capturing functions including NFC reader and optional 1D/2D-barcode reader. For maximum productivity, all include Wi-Fi, Bluetooth, GPS, and mobile broadband and provide full-shift battery life or more.

The new rugged tablet and handheld units, which are available for immediate order, are offered with the same high level of support and services that JLT is renowned for. A wide range of accessories is available, including vehicle and desktop docks, high-capacity batteries, battery chargers, and hand and shoulder straps.

Contact JLT Mobile Computers today for more information about the new Android-based rugged handheld and tablets, or visit www.jltmobile.com to learn more about JLT, its products and solutions.

 

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Captec, designer and supplier of specialist computer platforms, has announced the launch of a brand new fully rugged tablet, built specifically for mobile workforces.

The lightweight, 8-inch VT 681 provides smaller fleets with an affordable Windows-based tablet and has been developed by Captec to disrupt the market currently dominated by more expensive rugged hardware.

Ruggedisation features include IP-67 protection and drop-testing to 1.2 metres, enabling the tablet to comfortably withstand the stresses of challenging environments including rough treatment, dust and water ingress and shocks.

With built-in GPS and an optional barcode scanner, the VT-681 supports the application needs of today’s mobile workforce across sectors including construction, field services, utility fleets and emergency services.

The addition of an integrated hand strap delivers maximum comfort on-the-go, while the active stylus pen increases the functionality available to field service professionals, even in wet conditions.

 

"With built-in GPS and an optional barcode scanner, the VT-681 supports the application needs of today’s mobile workforce across sectors including construction, field services, utility fleets and emergency services..."

 

For mobile workforces requiring use in and out of vehicles, Captec has also developed the IVM-681 vehicle dock, designed to accommodate the VT-681 tablet.

The new Captec dock is robust, compact and quick and easy to use. It features USB and power pass through and has been constructed to offer hassle-free, one-handed cost-effective docking.

To meet the critical safety requirements of in-vehicle applications, the dock has been tested for its ability to endure shock and vibration – enabling tablets to stay securely mounted, even in the event of a collision.

Gerard Marlow, Sales Director, Captec, said:

“We’re excited to be able to introduce this new rugged tablet into our range. Our aim is to provide mobile workforces with flexible, powerful and cost-effective mobile computing solutions that make their jobs easier and provide peace of mind that they’re equipped to withstand all the rigours associated with fieldwork.”

As well as developing the new tablet and dock, Captec offers a complete installation service. By fully managing everything from vehicle audits and custom cable looms to installation and through-life support, Captec optimise in-vehicle applications for reliability, safety and longevity.

Find out more about the Captec VT-681 rugged tablet here - https://www.captec-group.com/product/captec-vt-681-fully-rugged-tablet/

 

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We recently gave Janam’s XT100 handheld computer a full Hands-On review and now we turn our attention to its sibling the XM75 which shares mostly the same specifications but comes in a different form factor...

In March earlier this year, Janam announced two new handheld computers to their range - the XT100 and the XM75. Inside the guts of both devices are almost identical but there are some slight differences and of course, the XM75 occupies a different form factor, more geared towards data input with a 24 key numeric keypad and also a purpose-built trigger handle available as well.

Having given the XT100 a rigorous hands-on review when it launched we thought we should also get it’s sibling into our offices to compare the two and to see which workflows each device would be more suited to.

 

What the manufacturers say:

Pocketable, Powerful Tough.

Janam’s XM75 rugged mobile computer makes it easy to capture business-critical information accurately and efficiently. As one of the only devices specially designed for input-intensive applications, the XM75’s compact form factor combined with larger keypad design delivers the ideal solution for organizations that want an easy-to-use keypad and large touchscreen in the same device.

 

The XM75 is sealed to IP67 standard against dust and immersion in up to 3 feet of water. It can withstand multiple 5’/1.5m drops to concrete per MIL-STD 810G across a wide temperature range...

 

Pocketable and powerful, the XM75 supports the enterprise-ready Android operating system with Google Mobile Services and meets all the requirements of the most demanding environments, including transportation, logistics, route accounting, direct store delivery and field service.

Weighing only 10.5 ounces, the XM75 is one of the lightest yet most rugged devices in its class and is packed with advanced features to boost productivity, streamline operations and improve the customer experience. Offering 4G LTE, Wi-Fi, GPS and Bluetooth, the XM75 provides lightning fast and reliable access to voice and data applications inside the enterprise and out in the field.

The XM75 is sealed to IP67 standard against dust and immersion in up to 3 feet of water. It can withstand multiple 5’/1.5m drops to concrete per MIL-STD 810G across a wide temperature range. A standard 2-year warranty provides customers with both peace of mind and the level of service they require, at no additional cost, with optional Comprehensive Service plans available to those that want to further extend their mobile computing investment.

 

First impressions:

The XM75 does pretty much what you would expect of it - for those that read our previous review of the XT100 for all intents and purposes, it is an XT100 with a keyboard instead of just the capacitive screen.

This does, of course, make the device’s footprint slightly larger (76.83mm x 166.01mm x 29.27mm for the XM75 vs 70mm x 136mm x 17.4mm) which subsequently, of course, adds additional weight to the device as well and it comes in at a full 3oz heavier than the XT100 making it about 30% heavier.

 

"The device is far from in heavy even when strapped into the trigger handle (which is itself surprisingly light) and both in and out of the trigger we found the device to be ergonomic and comfortable..."

 

That said the device is far from in heavy even when strapped into the trigger handle (which is itself surprisingly light) and both in and out of the trigger we found the device to be ergonomic and comfortable.

All in all the XM75 feels very much as it is intended to, a robust yet relatively lightweight handheld designed with the factory, warehouse or field worker in mind.

But ist there more to the differences between the XM75 and XT100 other than form factor?

 

Processing power:

In terms of processing power, the two devices are identical with bot the XM75 and the XT100 having a 1.2 GHz Qualcomm Snapdragon™ 410 quad-core. In terms of the market for similar devices as to the Janam offerings, these offer a fairly standard amount of processing power.

They both also come with 2GB RAM and 16GB ROM as standard. Again this sits pretty much in the middle of the pack in terms of similar devices and is definitely suitable for a number of field service applications.

Also, the memory in both devices is expandable via a user accessible Micro SD slot with SD and SDHC support – which can become a very useful option for engineers who need to record a lot of data, or even for those who work in offline environments regularly where locally storing asset maintenance information to aid a first time fix could be of benefit.

 

Operating system:

The XM75 is currently running Android 6 (Marshmallow) - which is a perfect option for industry, focused devices and as such is also on the XT100.

 

"The XM75 is currently running Android 6 (Marshmallow) - which is a perfect option for industry, focused devices and as such is also on the XT100..."

 

Whilst the latest consumer devices are now running Android 8 (Oreo) and some even beginning to see Android 9 (Pie) - in a world of enterprise the need for a robustly road-tested OS is hugely important. Marshmallow is currently the most advanced iteration of the OS that also has the stability required for enterprise-grade computing so a sensible option for both devices.

 

The Ins & Outs:

As with another of Janam’s handheld computers former flagship device the XT2, Neither the XM75 nor XT100 have a huge array of physical input options – but this can’t really be avoided in a device of such a size.

However, both devices benefit from good ergonomic design of in terms of the placement of hard keys are configurable but whose primary role would be most certainly be engaging the dedicated barcode scan engine (Honeywell N6603 2D Imager) which incidentally was both fast and effective in our tests of the XM75.

Of course, one of the major differences between the two is that the XM75 also has the optional trigger handle which offers yet another hard key and makes the device super easy for any role that requires a high volume of scanning.

The other significant difference between the devices then is also the 24 key numeric keypad which certainly appears to be well made, with the keypad having both a reassuring feel of durability to it as well as offering that important tactile feel that simply cannot be overlooked when a workflow involves inputting short text and numbers frequently within a workflow.

Another nice touch with regards to the keypad is that it is backlit. It is these little details that can make a huge difference if, for example, your field staff are working in a dark location - and it is the mark of a good manufacturer that doesn’t skip these small but important details.

 

Ruggedity:

When we reviewed the XT100 we pointed out that whilst the XT100 holds its head high with good rugged credentials albeit slightly less so than its sibling the XT2. The XM75 however, has the higher rugged credentials of its elder cousin.

 

"The XM75 also boasts of a higher IP rating than the XT100 with a rating of IP67 meaning that it is even less susceptible to water ingress than the IP65 rated XT100..."

 

Whilst the  XT100 is capable of withstanding multiple drops at a respectable 1.2m the XM75 has been tested at the higher drop height of 1.5m and in our testing, it survived such drops without a scratch. In fact, we even tested it in and out of the trigger handle and throughout our entire series of tests it only ever came out of the handle once - a good sign is given that the XM75 will almost invariably be used primarily within the handle.

The XM75 also boasts of a higher IP rating than the XT100 with a rating of IP67 meaning that it is even less susceptible to water ingress than the IP65 rated XT100.

When it comes to operating temperature ranges both the XM75 and the XT100 operate within a range of -20 to 60 degrees centigrade – which means that even in the most inhospitable environments the device should function effectively, and in terms of humidity they are both is non-condensing up to 95%. Finally, the capacitive touchscreen boasts toughened Corning Gorilla Glass 3 to further add to the devices robust credentials.

 

Battery Life:

In terms of battery life the SM75 again just edges out the XT100 with its 4100mAh rechargeable Li-ion battery compared to the XT100’s 3000mAh 3.8v rechargeable Li-ion battery.

 

"Both devices should be capable of seeing out most field service engineers working days, especially if the device is placed in an in-vehicle charging cradle in between jobs..."

 

This is of course, likely to be the result of Janam taking advantage of the slightly larger form factor, but it certainly does make a difference. We found that the XM75 held battery life across an 8 hour day of reasonable to heavy usage considerably better than the XT100. When we reviewed the XT100 and ran it through our tests the battery was finished the day on 14%. The same tests for the XM75 saw the battery level at the end of the day at 27% so this is certainly a factor to be considered if your field workers tend to work longer hours on occasion.

That said, both devices should be capable of seeing out most field service engineers working days, especially if the device is placed in an in-vehicle charging cradle in between jobs.  However, for those engineers who are required to spend long days in one location, a four-slot battery charger is an optional accessory.

 

Conclusion:

When we reviewed the XT100 a few months back we praised it as a solid mid,-market handheld computer that was particularly elegant and comfortable in hand and was remarkably light for a rugged device.

Similar things could be said for the XM75 although when it comes to roles where there is a large amount of scanning or field completion then the XM75 becomes the choice between the two. Similarly, if your field staff are in slightly more rugged environments, the XM75 just edges its close sibling with slightly better-rugged credentials.

However, both are a solid choice for field service organisations looking to empower their field workers with handheld mobile computers powerful enough for the job, rugged to survive yet with a light footprint.

 

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Welcome to the third part of this series in which Field Service News Editor-in-Chief Kris Oldland takes a look at some of the key trends set to have an impact in 2016.

In part one he looked at way the business trend of servitization is set to become more commonplace this year and in part two he looked at the impact IoT and AR might have.

Now in part three Smart Glasses and Rugged Computing take centre stage…

Smart Glasses will be reinvented from novelty consumer gadget to essential industrial tools

Lets be honest, when we think of Smart Glasses, nine times out of ten we think of Google’s ultimately ill-fated Glass product, which after emerging in a blaze of PR activity eventually limped out of a public beta trial amidst growing negative publicity, and the unfortunate nickname of Glasshole being afforded to those who had paid £1,500 for the privilege of beta testing the devices.

However, whilst the consumer world clearly wasn’t quite ready for advent of smart glasses, the world of enterprise and in particular field service has been waiting in the wings, ready to adopt the technology.

Indeed the rumours being discretely leaked from Google HQ is that the next iteration of Glass will be firmly focused on the more lucrative (and sensible) market of industry and enterprise.

 

However, the Californian computing giant shouldn’t bide their time too much in releasing Glass 2.0 (although it is heavily rumoured for a 2016 launch) as they are far removed from having a monopoly on the smart glasses market.

Dedicated Smart Glass manufacturers such as Pivothead and Vuzix have already stolen a march on them within the enterprise whilst there are interesting products from the likes of Sony in the market also.

So why does field service make for such an obvious target market for Smart Glasses?

Well the argument is essentially two-fold, firstly there is the same argument that we have just explored for AR.

Namely that by delivering a ‘see-what-i-see’ communication channel, field service companies are able to utilise Smart Glasses to replace the need for sending their expert engineers half way around the world.

As with AR Smart Glasses provide an effective means of delivering expertise to a less experienced on-site engineer digitally potentially reducing costs quite significantly.

Secondly there is the fact that Smart Glasses can enable an engineer to receive updates and access information via a truly hands free platform. This is of course beneficial for any field engineer, but for those engineers working in hazardous environments such as scaffolding for example, a potentially crucial breakthrough in health and safety terms.

And whilst as mentioned a number of companies have taken advantage of Google’s closure of the initial Glass beta program in gaining both market share and brand awareness, the fact remains that when Glass2.0 finally arrives it will shift the spotlight firmly back onto the potential of Smart Glasses once more.

Rugged computing will once again become the ‘go-to’ option for field service companies...

The impact of consumerisation on enterprise technology was probably not felt more keenly than by those companies specialising in the manufacture of ruggedised computers.

In field service in particular the arrival of firstly the iPhone followed quickly by the wider adoption of the Android had huge ramifications for the sales of rugged PDAs and handhelds computers.

Seemingly overnight the devices our engineers had relied on became aesthetically at least, that much more antiquated.

 

The arrival of the iPad and other consumer grade tablets had a similar effect on the industrial laptop sector as well.

With intuitive interfaces, powerful processing power (relatively speaking) and perhaps most importantly of all a high gloss ‘sexiness’ factor consumer devices were permeating many corners of field service in recent years.

However, the tide it seems is turning back in favour of devices fit for the more demanding rigours of industry.

Firstly, there are the horror stories beginning to emerge of significant challenges evolving from the deployment of consumer devices within the workplace.

One such example being of a major UK high street retailer who had deployed Apple devices to 3,000 of their front of house staff in an attempt to mobilise the sales workforce.

Whilst an effective deployment initially, all of the good work was soon undone when Apple rolled out an update to IoS, which resulted in a core app the retailer relied upon becoming non-functional.

In the end a patch was introduced to rectify the issue, however each of the 3,000 devices needed to be flashed - not the simplest of projects to organise in a hurry logistically and an issue that would have been unlikely to occur on the more business centred Windows platform perhaps.

 

Then there is the fact that the rugged manufacturers themselves have cottoned onto the growing importance of consumerisation to their market (and indeed upon their clients buying decisions).

As a result of doing so have most major players in the space have firstly embraced the Android platform to enable those companies that wish to harness the familiarity of the OS to speed up adoption rates to do so and also secondly taken a more aesthetically pleasing approach to form factor for rugged devices.

Tablets such as the T800 by Getac or the R12 by Xplore for example are both elegant devices that could pass for a consumer unit despite maintaining high rugged specifications.

Add to this the fact that whilst Total-cost-of-ownership (TCO) remains one of the rugged manufacturers key arguments in favour of selecting a rugged device over it’s consumer counterpart, our own research revealed that of those companies that do opt for rugged devices do so for reliability reasons rather than cost, then there is a pretty compelling argument to be had with TCO becoming just a very nice bonus in the equation.

Very simply, across the whole life span of a unit deployed in the fiel, a rugged device will often cost a company less, and deliver far greater reliability in the field.

When we consider just how mission critical field service is both in terms of minimising the costs of adhering to SLAs as well as perhaps more importantly

retaining customers (studies show that it is six times more costly to win business than it is to retain it also) then for many field service companies, the option to invest in consumer technology over fit-for-purpose rugged equivalents just isn’t valid anymore.

 

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Look out for the fourth part of this feature when we turn our attention to why optimised scheduling is more important than ever, why UI is becoming increasingly important and how the connected vehicle is changing telematics…

 

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