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Our Hands-On review series returns as we continue to evaluate the best mobile technology designed with the field service engineer in mind. In the first review of 2018, we’ve got our hands on Janam’s XT100 - the stablemate of the XT2 which we found to be an excellent unit when we reviewed it back in September 2016...

The launch of Janam’s new rugged mobile computer the XT100 looks set to continue on the path that the company began walking along when they launched the XT1, which introduced a more modern form factor to their product line up.

When Field Service News reviewed the XT2 back in September 2016 we concluded that “all in all the XT2 is a fantastic option for any field service technician, it is a lightweight device and the programmable buttons could greatly improve work-flow in some areas. However, the XT2 is especially suited for those field technicians working in an environment where a fully rugged device becomes essential.”

So 18 months on how does the latest iteration of the XT range shape up?

What the manufacturers say:

Power. Performance. Price Advantage.

While smartphones have grown more popular in the enterprise, organizations still struggle with their poor fit and high failure rates when deployed in demanding work environments. Today’s mobile worker requires a rugged, purpose-built device that is capable of reliably and securely running line-of-business applications in the palm of the hand.

Eliminating the pitfalls and hidden costs associated with deploying consumer-grade devices in the enterprise, Janam’s XT100 rugged touch computer delivers the best of both business and personal. With more features and functionality than any other device in its class, the XT100 delivers the latest technological advances to organizations of all sizes at an extremely attractive price point.

First impressions:

As alluded to above when we last reviewed a device from Janam we were indeed highly impressed.

The XT2 had built upon the solid foundation that Janam held in their other rugged mobile computing ranges (notably the XM and XP ranges) by introducing a device with high-end specs both in terms of its ruggedity and its processing power that was housed in a form factor which adopted much of the feel of a consumer device.

Janam were by no means the first rugged manufacturer to follow this route with Getac, Panasonic, and Xplore amongst others, all following the trend of producing devices that blurred the lines between rugged and consumer – certainly from an aesthetic perspective at least. Indeed, there are strong arguments behind the reasoning for this shift, which in the main centre around an uptake in adoption rates amongst engineers when the devices they use in their working lies are similar to those that they use in their day-to-day consumer lives.

That said, with such a trend emerging amongst rugged manufacturers the need for Janam (or any of their peers) to ensure that their new range didn’t just look and feel good, but that they also maintained their credentials both in terms of the rugged value of the device as well as it’s potential use within an enterprise sector that values long battery life, high performance and perhaps most important of all reliability in mobile computing devices, was of huge importance.

This was very much in our thoughts when we reviewed the XT2, and the device passed all of our benchmarks with flying colours and on initial glance the XT100 acts and feels very much in a similar vein.

For a rugged device the XT100 is light. Really light.The XT100 does have a smaller and lighter footprint than its stablemate (which itself was able to boast of being lightest in its class when we reviewed it at launch.)

Janam appear to prefer to avoid comparing their devices with smartphones, referring to the XT range as the rugged touch computers, so they may not thank me for this, but in terms of the device in hand, the difference between the XT2 and the XT100 is most easily described as the difference between a phablet such as the Galaxy Note or iPhone Plus compared to a regular sized smartphone - with the XT100 falling into the latter bracket.

For a rugged device the XT100 is light. Really light.

At just 7.5 ounces (213 grams) the XT100 is lighter than both the Gen2Wave RT1600 and the Ruggex Rhino 3 (despite having a bigger screen than the latter as well). The profile of the phone is certainly chunkier than a regular consumer device of course, which is largely due to the inclusion of a dedicated barcode scanner but also to mention being sturdy enough to survive multiple 1.2m drops – which we will explore a little later.

Having booted up the device for the first time the device was quick to launch and the menus responsive and quick to access as we would have anticipated based on the performance of the XT2 in the previous review.

So how did the device fare during our hands-on review?

Processing power:

In terms of processing power, the XT100 comes with 1.2 GHz Qualcomm Snapdragon™ 410 quad-core, which is pretty much in the same ballpark as the XT2’s MSM8916 CPU @1.2GHz. In terms of the market for similar devices as to the XT range these offer a fairly standard amount of processing power. It’s certainly true that this is still a wee bit short of devices such as Panasonic’s FZ-N1 (which runs a Qualcomm® MSM8974AB 2.3GHz Quad Core for example) but the XT100 should certainly be powerful enough to cope with the majority of field service related software that might be required for a service engineer’s day-to-day tasks.

The XT100 also comes with 2GB RAM and 16GB ROM as standard, unlike the XT2 where whilst these specs are available they are an upgrade option (from a 1GB/8GB standard option).

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, as with the XT2 the memory 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 firsttime fix could be of benefit.

Operating system:

The XT100 is currently running Android 6 (Marshmallow), which is a perfect option for industry, focused devices. Whilst the latest consumer devices are now running Android 8 (Oreo), 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.

Additionally, there were two important inclusions in the Marshmallow iteration of the Android OS which could provide important benefits for use by field service operatives which were not included within the previous version of Android (Lollipop).

This makes Marshmallow a strong platform for field service organisations where the need for a mobile device to last the duration of a service engineer’s often long working day is essential.The first of these is an improved battery management feature, which utilises two solutions to extend battery life. These are Doze - which automatically puts your phone to sleep when not being used and App Standby which reduces the amount of battery drain form seldom-used apps.

This makes Marshmallow a strong platform for field service organisations where the need for a mobile device to last the duration of a service engineer’s often long working day is essential.

The second development in Marshmallow of interest in the context of the field service engineers is the ability to migrate data and applications to a MicroSD card. As we referenced earlier the XT100 has MicroSD memory expansion options which can be useful for field service engineers working offline or who are required to record a lot of supplementary data, so improving the functionality of file management is another welcome introduction to the Android OS.

In addition to this Marshmallow also remains the most widely used Android OS in the world of consumer devices as well according to the Android developer community website (last updated February 2018) so there is also the added benefit of the interface being likely to be familiar to end users which will also have big benefits on user adoption rates.

The Ins & Outs:

As with the XT2, the XT100 doesn’t have a huge array of physical input options – but this can’t really be avoided in a device of such a size. However, in terms of the physical inputs, the key essentials are all included and there are a number of excellent inclusions in terms of data capture functionality that mark out the XT100 as a well thought out device designed to be fit-for-purpose.

To begin with the basics, there is a 3.5mm headphone jack, which is, of course, is a hugely important inclusion, especially as remote support or engineer to engineer communication, is becoming increasingly common. There is a micro USB 2.0 port, which is there for charging and data syncing although the XT100 is also capable of wireless charging as well.

One of the core USPs and strengths of the whole Janam range is that their devices are designed for the industry and with their end-users workflow in mind.There are also two cameras, which are additionally useful for both data collection and video conferencing. The rear camera is 13MP and the front-facing camera is 4MP – which whilst neither being particularly groundbreaking in terms of resolution, are both absolutely fit for purpose.

However, one of the core USPs and strengths of the whole Janam range is that their devices are designed for the industry and with their end-users workflow in mind.

The XT100 has two additional hard keys (three including the power key), which by default trigger the XT100’s built-in barcode scanner which is the Honeywell N6603 2D Imager – which in our tests responded extremely efficiently and reliably.

Another inclusion which is hugely beneficial specifically for the field service engineer is the inclusion of a NFC/RFID reader (which reads Reads ISO14443 Type A; ISO14443 Type B & ISO15693; MIFARE UltraLight; MIFARE UltraLight C; MIFARE 1k/4k/Plus; MIFARE DESFire;MIFARE DESFire EV1; NFC in the 13.56MHz range). Again, within our tests, we found the XT100 was able to identify and read tags with easily and we had a 100% success rate during our tests of this functionality, finding the reader to have a good sensitivity.

Both of these inclusions are important as amongst other benefits they can allow the field service engineer to easily log spare parts moving in and out of the van – and given that tracking parts inventory remains a considerable challenge for many field service organisations, all solutions that can improve efficiency in this area are of course highly desirable.

Finally, there is a Pogo Connector at the bottom of the device, which can be used for charging within a cradle such as a vehicle dock.

Connectivity:

When it comes to connectivity the XT100 supports the latest 802.11a/b/g/n/d/h/i/k/r/v protocols so accessing strong wi-fi connectivity speeds should be no issue and within our tests, the device was able to reach 50Mbps. The XT100 also supports EDGE/GPRS/GSM, WCDMA and LTE for 4G mobile internet and when tested with a moderate to strong 4G signal the device reached 18Mbps.

As one would expect with a device designed for the enterprise XT100 has robust security protocols (IEEE802.11; WEP; WPA/WPA2; PEAP/MSCHAPv2; EAP-TLS).

The XT100 also features Bluetooth 4.1 so can be paired with additional tools in the field including potentially Android Wear-based smartglasses, a keyboard for data input and of course Bluetooth headphones should the device be utilised for field service engineers receiving remote guidance.

Additionally, the device offers Qualcomm GPS which supports GLONASS so the device offers precise location tracking in the vast majority of locations across the globe, which can be invaluable to the field service organisation with regards to updating asset information as well as the adoption of geo-location functionalities within a field service technician’s workflow.

Ruggedity:

In terms of its ruggedity, the XT100 holds its head high with good rugged credentials albeit slightly less so than its sibling the XT2.

The XT100 is capable of withstanding multiple drops at 1.2m. The device also came with a clear hard plastic case to add additional protection from drops and knocks and survived our own drop testing with no issues.

The XT100’s IP rating is perhaps one area which is ever so slightly disappointing as having delivered the XT2 to an IP67 standard previously, Janam have opted to make the XT100 at the lower rating of IP65.

What this means, in reality, is the XT100 is impervious to dust ingress and largely resistant to water ingress although it is not fully submersible in water as an IP67 device would be. In reality, an IP65 rating should be sufficient for most field service environments although given the XT2’s more robust rating the difference should be noted and taken into account for those companies working in naturally wet environments such as perhaps certain waste management or water-based utilities sectors.

When it comes to operating temperature ranges the XT100 -20 to 60 degrees centigrade – which means that even in the most inhospitable environments the device should function effectively, and in terms of humidity it 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 XT100 comes with a 3000mAh 3.8v rechargeable Li-ion battery.

After an 8 hour day of reasonable to heavy usage the battery was at 14% so the device 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:

As with the XT2, the XT100 is, first of all, a fantastic looking device that feels great in hand and is sure to feel instantly familiar for end users.

The fact that it is so lightweight, easily one of the lightest (if not the lightest) rugged devices we’ve reviewed and comfortable in hand means it could easily pass for a consumer device at first glance and the fact that it runs on Android 6 is going to make that familiarity all the more prevalent, which as we’ve discussed above is an important factor in terms of user adoption and potentially a path to quicker return on investment.

For most tasks that a field service engineer would be likely to use on the device, the XT100 should have more than enough power under the hood to be up to the task.Whilst the XT100 doesn’t have quite the same protection against water ingress as the XT2 it should certainly be a rugged and robust enough device for most field service environments, with the possible exception of those engineers who will be working in potentially wet situations where the likelihood is that the device could be dropped and submersed into water.

In terms of processing power, the device is at a reasonable mid-range and performed well within our own tests, responding quickly with multiple apps open and offering strong connectivity to both Wi-Fi and 4G signals.

Whilst it is not at the very highest range of computational power within its category if your engineers are required to use an intensive CPU hungry app then one might question whether such a small form factor would be correct for your engineers anyway. However, for most tasks that a field service engineer would be likely to use on the device, the XT100 should have more than enough power under the hood to be up to the task.

As with other Janam products the XT100 is clearly designed with the end users workflow in mind and the rapid performance and ease of access of both the NFC/RFID readers and the barcode scanner make this a great option for those engineers who are moving a lot of parts stock in and out of the van each day.

By introducing the XT100, Janam have taken the blueprint of excellence that they have established with the XT range as a whole and created one of the smallest rugged devices suited for field service to date.

The XT100 is an excellent addition to the range and certainly worthy of consideration for any field service organisation looking to update the mobile computing options with a sleek, lightweight yet robust device – this holds especially true for organisations that are currently running an older Android solution as the transition should be fairly seamless.

As we’ve alluded to across the article the similarities with the XT2 are as one might expect wide-ranging and the XT2’s slightly better-rugged credentials might still make it the pick for those organisations hose engineers are working in the most testing of environments, but what Janam have done with the introduction of the XT100 is deliver a device of similar standard to the impressive XT2 with an even lighter footprint giving field service companies another excellent additional option to choose from.

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JLT Mobile Computers, a leading developer and manufacturer of reliable computers for demanding environments, launches the JLT6012™ logistics computer, the first product of a new generation of rugged vehicle-mount computers with innovative platform design...

The JLT6012 presents a major step change in rugged computing, as the new terminal not only delivers unparalleled productivity and better user acceptance today, but also constitutes a platform for building innovative mobile IT solutions, including hardware, software and services for the needs of tomorrow.

Featuring the industry’s most compact design, modern Windows, Android or Linux operating systems, and the user-friendly JLT PowerTouch™ PCT technology, the JLT6012 computer takes user productivity to new levels. It provides familiarity to all generations of users without compromising the ruggedness required to run uninterrupted for many years of tough handling in the most challenging environments.

Further, it provides features that make users’ workdays easier, such as quick and easy login and identification with RFID tags, high-brightness displays with adjustable auto-dimming for both indoor and outdoor usage, and easily accessed programmable function buttons that can be used to accelerate the most common user operations.

Maintenance cost is kept to a minimum with the resilient JLT PowerTouch display technology that addresses today’s most common reason for computer breakageThe JLT6012 also reduces total cost of ownership by providing a wide-range 9-72 VDC isolated power supply with UPS functionality, making it suitable for installation in most types of vehicles, including electrical, gas and diesel-powered trucks, without expensive external hardware. Maintenance cost is kept to a minimum with the resilient JLT PowerTouch display technology that addresses today’s most common reason for computer breakage. Other wear and tear-prone components, such as batteries and boot media, can easily be serviced, and the computer software and firmware can be upgraded remotely – all to avoid taking the computer out of operation in the field.

“Our customers manage rapid globalization, complex logistics and fierce competition that puts extreme demands on operational productivity and efficiency,” explains Per Holmberg, CEO, JLT Mobile Computers. “Our new JLT6012 computer effectively addresses these demands today, and also becomes a rugged computing platform for new innovative solutions to tackle these demands in new ways, providing significant productivity gains and improved profitability.”

Built on JLT’s heritage of excellent design, high quality and outstanding performance, the new JLT6012 computer adds a new dimension to rugged mobile computing. It is the platform on which JLT, together with software developers and customers, will build high-value solutions to address customer requirements. With a programmable I/O port, RFID and NFC technology, and prepared with microelectromechanical systems (MEMS) such as gyro and accelerometer, the JLT6012 enables the development of new innovative solutions to optimize workflow efficiency, maximize computer uptime, improve safety and more.

The new platform concept is designed to take advantage of the latest computer technology for long-term protection of customers’ investments.

The new JLT6012 computer complements the current line of rugged mobile computers from JLT, providing options for a wide range of use models in the logistics and heavy-duty industry segments. It has been tested and successfully deployed by pilot customers and is now available for order with normal lead times.

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As we see consumer-grade devices becoming increasingly more ruggedised with many high-end devices now being IP68 certified is there any need for field service companies to continue to invest in more expensive equivalents offered by specialist rugged manufacturers?

As high-end consumer units become better rated (for example high-end Samsung phones have been IP68 for some time now) the question arises will rugged eventually die out as a category of mobile devices?

Tom Kost, Director of Product Marketing at Xplore Technologies is someone that firmly believes this won’t be the case.

As high-end consumer units become better rated the question arises will rugged eventually die out as a category of mobile devices?“Absolutely not,” he states. “There are dozens of companies offering what they call “rugged” devices and hope that those 6 letters will win the sale. Yet, a mobile device that claims to offer rugged protection via the addition of a Gorilla Glass screen or external rubber casing will never come close to offering the protection, power and performance of a device that’s engineered to be rugged to the core.”

“Simply making an otherwise fragile consumer device waterproof or dustproof (IP68-rated) does not make it a viable option for heavy field use, as “consumer rugged” brands want you to believe. Water and dust are not the only hazards threatening device reliability, data security or even worker safety, all of which matter to field service organizations. Deeming a tablet, laptop or handheld PC that will be used in professional environments as “rugged” using a single spec is not just risky, but irresponsible,” he asserts.

Jackson White, Business Development Director at Getac takes a slightly more measured approach to the relationship between consumer and rugged devices.

“Consumer and rugged device manufacturers are learning from each other and the categories certainly are converging,” he argues.

Consumer devices are becoming thinner, lighter and faster and industry is now demanding a more consumer-like experience with the aim of achieving better communication and productivity in the field.“Consumer devices are becoming thinner, lighter and faster and industry is now demanding a more consumer-like experience with the aim of achieving better communication and productivity in the field.”

However, he to feels that when it comes to professional use in the field rugged manufacturers still provide the better solutions.

“While everyday consumers would undoubtedly benefit from their devices being waterproof, off the shelf consumer devices would not survive the rigours of an eight hour plus shift for a three year period for field service professionals,” he comments.

“We’re seeing rapid innovation from rugged manufacturers where they’re focused on reducing size, weight (through the use of composite materials, for example) and power consumption, all while retaining rugged characteristics.”

“Rugged devices used by field workers not only have to withstand drops, shocks, vibrations, spillages and in some instances, chemicals, but they also need to provide data security and the power and battery life needed to ensure a reliable experience, allowing organizations who have digitized their processes to benefit from gains in efficiency and productivity.”

“Devices designed for mobile workers use batteries which are more powerful and can last eight to 10 hours. Connectivity is better with optimized antennas, so field service personnel can access and input data quicker, and more efficiently.

Touchscreen technology has dramatically improved, for example, Getac’s proprietary Lumibond® technology allows screens to be easily read in both very bright and dull environments, and used with finger, gloves and protective clothing, or stylus, even in the rain.”

Rugged accounts for 28% of enterprise device access, according to ‘CCS Insights IT Decision Maker Mobile Technology Survey, 2016’, and this number rises to 50% in industries such as construction, transportation and utilities.

These thoughts are also echoed by Robert Hurt, General Manager, EMEA with Janam.

Rugged on its own, is not enough in a real-world field service environment. True ruggedness is not just about IP ratings or rigorous testing “Rugged on its own, is not enough in a real-world field service environment. True ruggedness is not just about IP ratings or rigorous testing to ensure it can withstand frequent drops, tumbles and shocks across a wide temperature range. Rugged mobile computers offer features that enable the device to optimally perform well beyond the life expectancy of a consumer-grade device,” he adds.

“Features like reinforced displays to prevent breakages, large capacity and/or removable batteries and robust radios to provide secure and reliable connectivity and seamless roaming, have a positive impact on productivity and the bottom line.”

“If an organization requires data capture, a consumer device will not provide true barcode scanning technology. While a smartphone camera can scan a barcode, it doesn’t provide the same performance you receive from a scan engine, and certainly will disappoint when it comes to reading damaged or poorly printed barcodes.”

“Rugged smartphones have a short lifecycle and are not designed to last several years in a business environment. Purpose-built rugged mobile computers offer longer-term investment protection, backed-up by multi-year service plans to get you back up and running quickly if a unit does get damaged. At the end of the day, a rugged smartphone cannot replace a rugged mobile computer that was specially designed to run line-of-business applications in the enterprise.”

The point around device life expectancy is, of course, a valid one, especially when we consider the mission-critical importance of field service operations. However, with the price of consumer units, especially from regions like China, becoming so much lower than a rugged device – could a case be made for adopting an approach whereby organizations simply stock up on additional cheaper units as back up rather than fewer more reliable, but more expensive rugged units?

“First off, a “rugged” tablet that is far less expensive that its competition is most likely far less rugged,” comments Kost.

“Consider the resources it will require to replace knock-off “consumer rugged” devices when they fail (and they will) along with the downtime losses that will occur while that worker is offline. This isn’t just about the sticker price of the replacement device, either. You have to factor the cost of labour required to re-order, re-configure, re-secure and redeploy the new device, all while your field worker is “down” and customers aren’t serviced.”

“Multiply that by 100 or 10,000 employees and you’ll see how hard it is to justify the few hundred dollars you may save per device up front on a “cheaper” device. Then factor the costs related to deploying the right workflow software, compatible accessories, and ultimately the security and maintenance of the entire mobility/IT solution for 3-5 years.”

It’s risky to do an upfront cost comparison for consumer and rugged mobile devices; rather businesses need to take a long-term view of total cost of ownership for a deviceWhite also concurs with this premise.

“It’s risky to do an upfront cost comparison for consumer and rugged mobile devices; rather businesses need to take a long-term view of total cost of ownership for a device,” he says.

“Despite generally being cheaper at the offset, consumer devices will quickly fail in environments outside of the office, which not only leads to higher replacement and service costs, but also to inefficiencies, disruptions in productivity, penalties from missed service level agreements but most importantly end-user frustration and loss of confidence in systems and process. While consumer devices tend to have a usable life of around 18 to 24 months, in testing field environments, this could be as short as a few weeks.”

“Rugged devices are built to last. For example, Getac devices are built from the ground up and components are assured for up to five years. In the unlikely event of damage, it offers a ‘bumper-to-bumper’ accidental damage warranty free of charge.”

“VDC recently reported that consumer devices are 3x more likely to fail within the first year,” adds Hurt.

“We’ve worked with many customers that initially deployed consumer-grade devices. After 6-12 months they came to us because the devices couldn’t survive – and the downtime and repair costs of the consumer device quickly ate up the initial savings associated with deploying a smartphone. Not only did these customers experience crippling downtime, but they couldn’t get the same level of service and support that comes with purchasing and deploying a rugged mobile computer.”

“Cheaper devices don’t offer all the features and functionality enterprises require, nor do consumer manufacturers offer the same range of optional accessories workers need to support various applications,” he adds.

You may pay a bit more in the short term for a purpose-built device, but you save in the long term when you take into consideration the costs associated with device downtime and frequent replacement costs“You may pay a bit more in the short term for a purpose-built device, but you save in the long term when you take into consideration the costs associated with device downtime and frequent replacement costs when the consumer device simply can’t survive the rigours of the enterprise.”

With this in mind, it would appear that whilst having hardware that is fit-for-purpose is an important factor in why field service organizations continue to turn to rugged manufacturers, the true value in working with an enterprise level hardware provider is as much about their understanding of your workflows and needs as it is about their hardware.

“Many technology resellers and OEMs are simply going to deliver a package to your door and walk away, leaving you to figure out the “solution”. That’s why you must partner with a true enterprise-level mobile solution provider that understands the specialized needs of your industry and business and knows how to overcome common pain points,” Kost comments.

“They can expertly identify which mobile components are compatible with your current IT environment. And, they are best-equipped to integrate the entire mobility solution in a way that bridges legacy and future systems without disrupting workers and workflows. For example, at Xplore, we think beyond the platform to ensure every component of our rugged mobility solutions – from the core of the rugged computer to the mounting hardware, connectivity, security, software and accessories – is compatible with customers’ other tech systems and complementary to workers’ existing business processes and the physical work environment.”

It is this ability to understand workflows that White believes is the key differentiator between consumer and specialist providers also.

“Rugged manufactures can add value by having a deep understanding of specific industry workflows practices and process. It’s also important for them to work closely with customers to understand individual requirements so devices can be customized accordingly,” he comments.

Hurt is also on the same page here as well. “Companies like Janam work closely with a broad range of customers, resellers and ISVs and understand the requirements to support workflows across industries. We specially design our devices to survive all day, everyday use in tough environments. We work closely with our customers to deliver a device that meets the specific needs of their organization, as we understand that the consumer “one size fits all” model doesn’t work for companies running demanding line-of-business applications.”

However, making the decision to opt for rugged devices over consumer is only the first step in identifying the devices right for your field engineers. The rugged sector, though niche, remains highly competitive. So what should a company look for in a rugged hardware provider?

“You need to choose a solution provider that not only has the technology, but the resources, agility and know-how to quickly solve your complex business problems,” explains Kost.

You need to choose a solution provider that not only has the technology, but the resources, agility and know-how to quickly solve your complex business problems“You should never feel as though the hardware provider is trying to shoehorn in a device, and be wary of those that push ‘one-size-fits-all’ mobile computers or mobility bundles. Also, confirm platform expandability. Ensure the device can support OS, storage and memory upgrades. This provides operational flexibility and extends the life of the current software, security, and back-office systems, lowering the cost of IT training/support.”

“Businesses should consider a number of factors when choosing a hardware provider to work with,” comments White.

“Sector knowledge and experience with the ecosystem associated with the device are key as is the ability to customize and tailor devices. Warranties and after sales care are also extremely important,” he explains.

“It’s also important to find a hardware provider that is interested in a long-term partnership – not a quick sale,” Hurt adds. “We find customers want to work with someone that picks up the phone and is there to help resolve issues in real-time. Downtime equals frustration and loss of revenue – so look for a supplier who will be on hand, with local service, for the quickest turnaround.”

“Lastly, look for a hardware provider that works exclusively with best-of-breed partners that share a commitment to integrity, flexibility and responsiveness, especially when so many providers have lost sight of these vital attributes,” he concludes.

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Varlink, the specialist Mobile Computing, Auto ID and EPOS Distributor, held its 2018 Meet the Manufacturer (MTM) event on 15th March at Whittlebury Hall, Northamptonshire, where partners had the opportunity to meet resellers and to demonstrate and display their latest products and services. Now in its 13th year, MTM has become a key date in the diary for resellers and suppliers alike.

This year the event was sponsored by Janam, a leading provider of rugged mobile computers. Janam unveiled two new products at MTM, including the XT100. The XT100 rugged touch computer eliminates the pitfalls associated with deploying consumer-grade devices and packs the power and performance of a rugged mobile computer in a slim smartphone design to meet the diverse needs of mobile workers across field service.  This device provides more features and functionality than any other device in its field.

Robert Hurt, Janam General Manager EMEA, said of the event: “This year’s MTM was especially successful for us. The event presented us with an excellent platform to debut two new rugged mobile computers to the reseller/ISV community. We value our partnership with Varlink and are thrilled with the opportunities MTM delivers each year.”

Gen2wave also showcased their new UHF RFID and Barcode Readers – the RPT50 and RPT100, which are now available from Varlink. Both products are compatible with various host devices, with a long-lasting battery and slim and lightweight feel.  The RPT100 is an ultra-rugged device with an IP68 rating and reading distance of up to 9m. With a stand-alone batch mode, up to 1000 RFID/barcode tags can be collected while off the network.

In addition to leading hardware vendors, MTM2018 also featured Varlink’s Alliance Partners who offer complementary products and services giving resellers the chance to enhance their overall solution.Also on show was the Zebra TC25 rugged smartphone, featuring a point-and-shoot scanner and all-day power with the snap on PowePack.  This device is built for work with a 4.3in Gorilla Glass display and an IP65 rating.

In addition to leading hardware vendors, MTM2018 also featured Varlink’s Alliance Partners who offer complementary products and services giving resellers the chance to enhance their overall solution.

It was a bumper year, featuring 25 exhibitors and a record number of delegates in attendance.  Honeywell’s UKI Distribution Manager, Erin Townsend, commented: “MTM is always a successful and well-run event. MTM presents great opportunities to meet new partners, catch up with existing partners, and showcase our latest exciting devices to the channel.”

While Datalogic’s Channel Manager, Johnathan Brown said: “We thought it was a great event that everyone at Varlink should be very proud of.  We had an excellent experience and thought it was most worthwhile.”

This year’s event was organised by Varlink’s newly established marketing team, led by Head of Marketing, Lorien Lightfoot. The team is uniquely structured; each member of the team has a wealth of experience in graphic design, email marketing and digital marketing, allowing them to focus their efforts on specific verticals, and develop expert knowledge of each industry’s needs.

Customers are at the heart of Varlink’s Marketing operations and the development of industry specialists within the team allows them to better support their resellers in their own marketing efforts, providing branded materials, email campaign support and even advice on social media marketing, not to mention the comprehensive Product Reference Guide, which has just been released for 2018.

All in all, MTM18 was a huge success with exhibitors from long-standing Varlink brands, such as Zebra and Honeywell, to newcomers who made their MTM debut, like Labelmate, SBV and IntelliTrack. The business outlook for 2018 looks rosy for all Varlink’s partners, says CEO Mike Pullon:

“MTM is a testament to how much we value our relationship with both manufacturers and resellers and is always an indicator of how well Varlink will perform across the year.  2018 is set to be a record year for Varlink. With significantly increased stock holding and new products launching from some of our key brands, the company is making huge strides towards a year of significant growth.

Are you a Reseller?

To join Varlink’s reseller community please click here.

Are you a Field Service Executive? 

If you are interested in any of the products mentioned in this article for your own business, please click here to be put in touch with a Varlink solutions provider.

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Janam has recently announced the launch of its XT100 series of rugged touch computers. Packed with business-critical features that enterprise organizations require, the XT100 surpasses its competition by delivering the latest enterprise-grade technologies in a stunning package, all at an extremely attractive price point.

The new XT100 eliminates the pitfalls and hidden costs associated with deploying consumer-grade devices in the enterprise and provides more features and functionality than any other device in its class. 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.

Key features include:

• Sleek smartphone design
• Android operating system
• 1.2 GHz Qualcomm Snapdragon™ 410 quad-core processor
• Brilliant 4.3" touchscreen with Gorilla Glass 3
• Superior 2D barcode scanning
• Integrated RFID and NFC
• 1.2m drops to concrete
• Sealed to IP65 standard
• Lightning-fast 4G LTE voice and data
• Wi-Fi and Bluetooth
• Removable and rechargeable battery
• Wireless charging with optional accessory

The XT100 datasheet can be found here and our own Editor-in-Chief, Kris Oldland is currently road testing the XT100 so look out for our HandsOn review coming soon!

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In the latest of our Field Service News webinars, FSN Editor-in-Chief, Kris Oldland was joined by Sandy MCaskie, Sales Director EMAC for Xplore and Bob Ashenbrenner,President Durable Mobility Technologies as they gave an excellent session as they gave us the benefit of the insight they've gained from years of experience and hundreds of mobility implementations - to help field service organisations get the most from their mobility projects.

 

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The full Webinar PLUS an accompanying eBook are available to Field Service News subscribers - if you are a field service professional you may well qualify for our complimentary industry practitioner subscription. Click the following link to apply for your subscription and we will send you links to the webinar and the eBook instantly whilst we process your application!

 

Field Service Professional? Click here to apply for a complimentary industry subscription to Field Service News and get the white paper "Preparing for the Connected Customer" sent directly to your inbox now

 

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The webinar itself covered a range of important topics within the strategy development and planning process for delivering a successful mobility project including:

 

• How to get the green light for your mobility project
• Why buying for the enterprise differs from buying consumer devices
• Exploring the common drivers for mobility projects
• The importance of form factors amongst rugged mobile options
• Understanding how to get your mobility projects approved
• Getting the right stakeholders invested in your mobility project
• Why and how you should build a strong project team across operations and IT for your mobility project
• Putting together the RFP for your mobility project
• Testing and piloting your RFP
• The importance of Total Cost of Ownership (TCO) for your enterprise mobility solution[/unordered_list]

In this excerpt taken from Oldland's Q&A session at the three discuss the importance of approaching enterprise mobility in a holistic and integrated manner that taes into account both your hardware and software requirements simultaneously.

"For those companies out there - and there are an awful lot of them still, that are approaching this process [developing a mobility strategy for their field service operation] for the first time, how much should the decision in what tools to use in an ecosystem be intertwined - or should the decisions around software an hardware be treated separately?" Oldland asked.

"From my perspective I think companies tend to look at the software applications way before they look at the hardware question and I think that's a big mistake" McCaskie replied.

"I think they should be look at the software and hardware options at the same time and also get those two external partners working together as well so the software team are developing for the right platform, but it is invariably mainly the software that is looked at first."

 

"If it's the first time around they've implemented an IT mobile solution, they tend to look to port over their old paper based processes onto the new system. What that results is that whatever software they go for, there tends to be a certain amount of rewriting and bespoke development for themselves. When that happens all of a sudden you've got costs down the road when it comes to updating the software."

'This is why working with a hardware supplier such as Xplore can mitigate that because when the later phases of implementation are rolled out some eighteen or twenty four months later, the device is going to be the same - they don't have to think about getting their bespoke software rewritten - you can't say that about consumer grade devices."

"You really don't want to let the tail wag the dog, you don't want to let your device limit your software options" added Ashenbrenner.

"When you look at both of these together, you want to be picking devices that are the easiest to use relative to software - because the software is your process. The software really controls your order of work and you don't want to pick a device that becomes a straight jacket."

"And there is then the other piece to this which you mentioned earlier in the session Kris and Sandy has picked up here as well which is by getting a device that has been designed to operate for the next three to five years you save yourself an awful lot of churn and change. Xplore has tablets that work in vehicle docks that haven't changed in five or seven or even more years and that is by design."

"If you'd been buying consumer devices, and you were buying over a period of two or three years you'd have to be buying different devices at the time you deployed, you'd be buying different cases that aren't interchageable, different vehicle docks and so on."

"So you absolutely need to look at the whole solution, and make sure neither hardware nor software is pinning you into a corner."

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The full Webinar PLUS an accompanying eBook are available to Field Service News subscribers - if you are a field service professional you may well qualify for our complimentary industry practitioner subscription. Click the following link to apply for your subscription and we will send you links to the webinar and the eBook instantly whilst we process your application!

 

Field Service Professional? Click here to apply for a complimentary industry subscription to Field Service News and get the white paper "Preparing for the Connected Customer" sent directly to your inbox now

 

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Ahead of an upcoming webinar with Field Service News, Xplore’s John Graff takes a look at why ultimately so many mobility projects fail to deliver the return on investment they promise...

A couple months ago, former mobile solutions architect and current Xplore consultant Bob Ashenbrenner noted that “many companies are struggling to figure out how and when to invest in not just mobile technologies, but the right mobility solutions.”

A similar sentiment is being shared by SOTI CEO and founder Carl Rodrigues after reviewing the results of a recent study conducted by Arlington Research on his company’s behalf:

“Many organisations are using mobility for the basics, but do not know how to implement the next level of mobile integration to transform their workforce…” he noted before adding that this hurdle ‘…is leaving businesses with a “piecemeal approach” to their mobile operations – a disconnected set of point solutions required to perform business critical operations.’

Though there is a consensus among organisations worldwide that more mobility tools are needed in the workplace (for many reasons), there is also a consensus that shopping for effective mobility solutions can be complex.

That is precisely why we’ve brought Bob together with our EMEA Sales Director Sandy McCasky on November 8 for a upcoming “coffee break” webinar with Field Service News.

They will have a very open and honest conversation about why so many executives are hesitant to buy into more advanced mobile technology implementations given the business process improvements that have been repeatedly credited to increased utilisation of mobile devices.

They will also explore the reasons why so many employees (49%) are fearful of – and frustrated by – mobility downtime.

 

In my opinion, both of these issues boil down to one underlying challenge: Too many companies don’t have a well-planned buying process for mobility solutions.

Often, they have many good ideas for possible uses of mobility, yet they may skip steps in the buying and evaluation process to meet an accelerated timeline, or they may fail to take certain actions early enough in the process to ensure success.

For example, they know they need X, Y and Z capabilities, but spend months scouring the web, chugging through sales meetings and churning through testing cycles without ever securing executive sponsorship or proving the business case.

There’s a tendency by many managers to gravitate towards mobile device brands that they are familiar with from their personal lives; consumer brands that aren’t suited for professional environments.

And, while your mobile device decision alone can’t make or break the success of your organisation’s mobility project, device failures are a leading cause of worker downtime.

Picking incompatible device-software-accessory combinations because it was hard to make an apples-to-apples “solution” comparison online or forgetting to consider the true durability requirements beyond a “ruggedized case”, often leads to project failure in the eyes of workers and executives.

Thus the reason why Xplore is working with partners such as Intel to create a templatised action plan that every company can reference when buying mobile technologies.

A roadmap that gives you turn-by-turn guidelines on how to get from point A (your problem) to point B (your solution) without any costly detours along the way.

 

I’m confident that if we – collectively with our customers and partners – help simplify the “shopping” process from day one, organsations will be able to make more informed technology purchasing decisions and secure executive support for full-scale implementations.

They will also realise the benefits of improved worker productivity and more cost-effective workflow execution.

In short, a single shift in your mobile buying strategy and process can put your organisation in a position to more expeditiously advance its business goals and take advantage of new revenue-generating opportunities.

If you want to move your mobility project forward quickly – and move your company closer to productivity and growth goals via mobility – then join us for this webinar.

You’ll walk away with the know-how and resources to choose a mobile solution that’s capable of improving business process efficiency and, therefore, your operational performance and profitability levels.

Register for the webinar @ http://fs-ne.ws/TWDr30fM4Sc

 

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Xplore Technologies Corp. and Intel Corporation have announced that the fastest rugged tablet available today, the Windows®-powered XSLATE R12, is gaining another significant boost in speed, power and storage capacity as Xplore becomes the first rugged tablet manufacturer to integrate Intel® PCIe Solid State Drives (SSD) into its portfolio.

The performance-accelerating Intel PCIe SSDs are now shipping as a standard feature on all XSLATE R12 Intel Core® Series i7 models, including a new 1TB configuration option. The new drives deliver over 2X improvement in disk performance, and when combined with the i7 vPro processor, a 48% improvement in overall system performance*.

“Xplore is deeply committed to bringing the latest technology and innovation to our rugged mobile customers, and that is demonstrated once again with our new enhancements to the XSLATE R12,” explained John Graff, vice president of marketing at Xplore. “Our long-standing technology collaboration with Intel is delivering improved productivity and performance to applications that require significant data storage and/or data processing, especially those used by manufacturers, utilities, first responders and field service organisations.”

 

Some of the mobile workers who will immediately benefit from the Intel PCIe SSD-equipped XSLATE R12 include those who:

• Opt not to store data in the cloud, either due to security concerns or application design, and instead need to store locally on the rugged tablet;
• Frequently rely on data- and graphics-intensive applications, such as those used to generate 3D CAD drawings or GIS location intelligence; or
• Have historically been forced to delete files to make room for the large amount of inspection, investigation or quality control photos and videos captured in a day’s work.

“The Xplore XSLATE R12 with an Intel Core i7-7600U processor and an Intel 600p Series PCIe-based SSD is, by far, the fastest rugged tablet we have ever tested,” noted Conrad H. Blickenstorfer, editor, RuggedPCReview.com. “It's amazing how Xplore's proactive adoption of leading edge technology is boosting rugged tablet performance to levels thought impossible just a short time ago."

*According to Passmark testing conducted in July 2017.

 

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Check out our own Hands On Review of the XSLATE R12 here 

 

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We return to our ever popular hardware review series as Kris Oldland runs the rule over the newly beefed-up XSLATE R12 from Xplore Technologies...

What the manufacturers say...

Think you need a desktop, laptop, and rugged tablet to excel at the tasks you complete in the office, in-vehicle, and in the field? You don’t...anymore. You just need the highly mobile, extremely flexible and always resilient Xplore XSLATE® R12 tablet PC.

The transformational 2 in 1 device gives you all the high performance capabilities and complete computing functions you need in a single platform.

You’ll have the right connectivity and ergonomics for a quick transition from the field to a full desktop computing experience – and the most conveniently stored Companion Keyboard on the market. It's fast to deploy when you want a notebook, and even easier to store when you don't. This makes the XSLATE R12 rugged tablet much more evolved than traditional detachable tablets, improving upon its own award-winning R12-series predecessor.

First impressions...

OK I'll open with full and honest disclosure.

When Xplore acquired Motion and took on their product range some time ago now, the device I was most keen to see harness the benefit of two expert teams of rugged R&D specialists was the R12. It was always my favourite of the old Motion line up, looking as close at the time as a consumer unit a rugged device could get and packing a decent punch in terms of power.

Similarly, I'd always liked the aesthetics of the Xplore range, and their heritage as an ultra-rugged manufacturer meant that their devices were as tough as you could get. 'When the Xplore team start chipping in with the next gen R12 it'll be a pretty impressive machine' was one of my first thoughts when I heard about the acquisition.

So needless to say when the demo unit arrived here at Field Service News Towers expectations were high.

Would the new XSLATE R12 live up to those admittedly high expectations, or would it be a missed trick?

 

In terms of first impressions it is in fact exactly what I envisioned it to be.

The heritage of the original Motion R12 is still there, it's a sleek looking tablet by any standards, yet it now undeniably looks like an Xplore tablet at the same time. I can't quite put my finger on why, but it is instantly recognisable as such even from the front where there are no obvious logos or markings.

Xplore's claims for this tablet is that it is a 'transformational 2-1 device' and i'm not 100% sure if that is accurate (more on that later) but what they are referring to here is the fact that the tablet has a rather lovely optional attachment to the back that not only acts as a kick stand but also houses and charges a decent size (about 4/5 the size of standard) bluetooth keyboard which even has a track pad within it.

Of course a tablet on a kickstand, using a keyboard and trackpad doesn't mean this is still necessarily going to deliver a laptop experience - as anyone who has used either an Android tablet or iPad in such as way will attest, there is more to using a laptop than setup - namely the ability to run 'proper' applications - which of course all depends on the processors.

The Microsoft Surface was arguably the first device that could genuinely claim to have finally cracked the 'tablet that could replace a laptop' category, although the Panasonic ToughBook20 (another device i'm a fan of) does things the other way around (i.e. a laptop with a screen that can be detached and act as a tablet) but essentially offers a different take on the same concept in a fully rugged form factor.

 

So perhaps the first question we need to ask is how does the XSLATE R12 stack up when it comes to CPU?

Processing power

In fact it does pretty darn well.

One of the key points raised in the XSLATE R12's marketing blurb is that the device comes in a number of flavours in terms of processors.

In fact there are four options:

• Intel® Core™ i7 vPro™ 7600U up to 3.9 GHz, 4 MB SmartCache
• Intel® Core™ i7-7500U up to 3.5 GHz, 4 MB SmartCache
• Intel® Core™ i5-6200U up to 2.8 GHz, 3MB SmartCache
• Intel® Celeron® 3865U 1.8 GHz, 2MB SmartCache

Now, if we are to compare this to the Panasonic ToughBook20 - which is perhaps the easiest device for comparison, the Celeron configuration is less powerful, the Core i5 is pretty much on a par (albeit with a smaller cache) but the two Core i7 configurations are both superior in terms of processing power.

 

Indeed, at the top end with the i7 vPro configuration, the XSLATE R12 even sits well alongside the top end of consumer devices including the Microsoft Surface 4. From a hands on perspective I used the XSLATE R12 for a number of my day to day tasks many of which require fairly demanding applications such as video, audio and image editing and the tablet accounted for itself well, with no issues and similar response levels as the MacBook Pro I generally use when I'm on the road.

Operating system

The XSLATE R12 is available primarily on Windows 10 64 bit which is to be expected given the fact that Microsoft put out an end of life announcement for Windows 7, 8 and 8.1 in the last quarter of 2016.

The good news is that whilst they may have taken their time to get there and made a few mistakes along the way, almost all of Windows 8 for example felt rushed and ill thought out (hence the quick reworking that became Windows 8.1), Windows 10 is a genuinely intuitive and powerful OS.

Of course, being on a Window's system in the field may be helpful for the many, many organisations that are using such systems in the office as well in terms of mobile device management and cyber-security etc. Also for those who have yet to migrate to Windows 10 the XSLATE R12 does come with downgrade options to either Windows 7 or Windows 8.1 which will be available until October this year.

The Ins & Outs

Data input options: Bluetooth Keyboard

Let's start off with the area that Xplore themselves have highlighted as a key USP for the XSLATE R12, namely the way they have approached the 2-in-1 category. My initial thoughts on this, as alluded to above, is that just adding a kickstand and a bluetooth keyboard doesn't necessarily mean that we are getting a true laptop experience.

However, perhaps the biggest obstacle for a tablet to replace a laptop is the processing power and as we have seen above the processing power of the XSLATE R12 is certainly in the laptop replacing category. In the terms of being considered a 2-in-1, the approach taken by Xplore (i.e. integrating a kickstand that can also act as a holder and charger for the bluetooth keyboard) is a innovative and slick approach to the form factor.

 

The keyboard itself connected through the bluetooth easily, quickly and with no issues at all and was of a decent enough size to be more than comfortable for typing anything of length and the trackpad was also equally responsive and a useful inclusion. Indeed the experience of using the XSLATE R12 with the keyboard is very much that of using a laptop, also from my experience using the device, the lack of the physical connection between the screen and the keyboard actually lends itself to more flexible, and thus more comfortable use.

Finally, it should be highlighted that the entire kickstand mechanism including the keyboard is able to be detached very easily (it is attached magnetically) at which point the XSLATE R12 becomes a powerful tablet. It is certainly a heavy duty device weighing in at fairly hefty 2.9 lbs. To put that into context that is almost twice as heavy as the 12.9 inch iPad Pro - a good comparable device in terms of screen size. However, perhaps a more even comparison would be with the Dell Latitude Rugged 12 as consumer devices are of course lighter than their rugged counterparts and in this instance the XSLATE R12 is indeed around 20% lighter of the two.

Date input options: Pen input: 

As you would expect of a professional grade 2-in-1 device the XSLATE R12 comes with a pen stylus for written input. The tablet has a neat built-in holder for the pen, which would be very familiar to anyone who has ever used a Samsung Galaxy Note tablet or smart phone, and the stylus itself has a similar level of variance in stroke pressure to that of a Wacom stylus and comes with a standard, but still highly useful, button that can be set up for a number of uses (personally I find it useful as a right mouse click replacement.)

Data input options: Cameras

The camera options for the XSLATE R12 are sufficient if not groundbreaking.

There are two cameras on the device a front facing camera which has become an absolute necessity for field service work as the concept of remote assistance via video calls becomes a very standard approach amongst field service organisations. Given the primary function of this front camera the 2.0 Megapixel spec is more than sufficient - anything more than that would just get wasted in compression codecs used for video streaming - particularly over 3G internet signals.

On the rear of the tablet there is an 8 Megapixel camera which also has a LED flash.

Whilst of course this is adequate for most of the tasks required of it - which are for documentation purposes rather than taking award winning landscapes, in dark corners (where field assets can often reside) capturing clear photographs was slightly less straightforward.

However, this is a minor gripe, and for the most part the rear camera fared well in our test scenarios.

Data input: additional options

The tablet is also capable of including additional data input options which come in the form of Xplore's proprietary add-on system called slate mate.

Additional options for the XSLATE R12 include a 13.56 MHz HF RFID with reader with write capability and a Barcode reader that works with both 1D and 2D barcodes. Both of these inclusions are optional extras.

I/Os:

In terms of it's inputs the XSLATE R12 is not particularly rich in options that come as standard. There is only 1 USB port (which is USB 3.0) although there is a HDMI port. I flagged this up as a benefit when reviewing the XSLATE R12's sister device the XSLATE B10 as it is certainly something useful for those working in telco/pay TV sector - which I understand is where the original request for inclusion of HDMI in came from.

However, the XSLATE B10 comes with an extra USB port making it less of a trade off.

For the R12, especially given that it seems to be aiming for a wider market - trying to step into not just field workers but the wider arena of enterprise mobility perhaps, then I felt that perhaps this bit of real estate on the tablet could have been better served as a second USB.

The team at Xplore I am sure would argue that the XSLATE R12's docking station is designed to overcome exactly this issue offering not only an additional four USB ports but a whole plethora of other I/Os (including another HDMI port plus also an ethernet port and a serial port both of which are only available on the tablet itself as additional upgrades which incorporate a slightly clumsy sounding dongle based solution.

 

Indeed, on reflection I guess they would have a point.

Realistically, given the fact that the keyboard is bluetooth and the screen is touch sensitive, then the requirements for a second USB port in the field may be fairly limited, and the docking station really does open the R12 up into desktop level experiences and for many organisations could be a hugely beneficial addition. However, if i'm being hyper critical I still think if given the choice between an additional USB port or a HDMI port many field workers would opt for the former. Perhaps a choice between the two could be integrated into future iterations of the device?

In terms of connectivity, the XSLATE has space for a SIM card to provide mobile internet coverage, and comes with three internal options for configuration of LTE networks depending on region and requirements - which is of course an essential inclusion for field workers. This is acts as a compliment to the Intel® Dual Band Wireless-AC 8260 Wi-Fi which picked up good speeds on our wireless network.

For storage there is a MicroSD slot to expand the XSLATE R12's internal capacity which ranges from 64GB up to 512GB.

Finally, the XSLATE R12 has a standard 3mm audio jack plus 2 integrated speakers and 3 microphones (2 front facing and one rear facing). The XSLATE R12 also features RealTek noise reduction which worked very well when we made a test call from outdoors in what was a very windy environment.

Battery Life:

It is slowly become a bit of a moot point in the world of industry level devices at least to discuss battery life and for the XSLATE R12 that is almost certainly the case. Essentially, the device is capable of running forever via hot swappable batteries - which can be purchased as additional accessories.

Even for those who don't have a second battery the stated life time of the device is over 9 hours. However, it should be mentioned that we found this to be slightly lower (closer to 6 or 7) and looking at the fine print Xplore do state that 9+ hours is based upon the Core i5 configuration.

However, we also found that in our tests batteries were charging close to full within a little over 2 hours - which again is pretty much in line with Xplore's stated claim of 2.5 hours.

Ruggedity:

I mentioned earlier in the review that the XSLATE R12 seems to be aimed at a slightly different market to where Xplore have played in traditionally. Indeed, I recall Mark Holleran, COO of Xplore telling me that he saw the Motion range more in the semi-rugged space compared to the original Xplore tablets and when the XSLATE R12 was launched John Graff, VP of marketing at Xplore was quoted as saying “No one sits still anymore at work”.

Which is very much true, but is this an indication that the XSLATE R12 is not being targeted only at field workers, but at the wider (and much bigger) market of mobile workers, i.e. those who are essentially based primarily in an office but work on the road as much as they do at HQ?

 

Maybe I am reading between the lines here but the rugged specs for the XSLATE R12 would appear to back up this assumption.

Whilst the device is certainly robust - the fact that it is tested to MIL-STD-810G standards means it is capable of taking more than it's fair share of knocks and drops, it's relatively low IP rating of IP54 means that this is not a device particularly suited to the outdoor life.

For reference a rating of IP54 means that the device is neither protected against dust ingress nor anything more than splash proof. In a world where many top-end consumer smartphones are now rated IP67 or even as is the case with Samsung's last three flagship devices IP68 (meaning completely closed off to dust ingress and submergible in water for up to 30 minutes) it is a surprise that the XSLATE R12 scores so lowly in this regard.

Yet, whilst the XSLATE wouldn't be too happy getting dropped in a muddy puddle, on the flip side it's screen brightness rating of 800 NITS means you would be able to see the screen clearly even in bright sun if you did take it outside - so just be careful where you put it down.

Finally, the XSLATE R12 is also C1D2 certified for hazardous locations, an important inclusion for those working in such environments.

Conclusion:

There is so much good to write about the XSLATE R12. It is comfortable as both a laptop and a tablet which makes it a good option for those companies whose engineers are currently still using multiple devices.

It has plenty of power for more CPU intensive tasks such as CAD based design work and for a rugged 12inch tablet it is a sleek looking and not to cumbersome to carry around, and as mentioned it is certainly capable of surviving a fair few knocks and drops.

However, there is a certain element of Jeckyl and Hyde in the XSLATE R12 that I just can't get my head around.

It's low IP rating certainly surprised me when I looked through the specs and based on it's rating of IP54 I certainly wouldn't recommend it to an organisation whose engineers work outdoors on anything near even a semi-regular basis. In the world today our field engineer's mobility tools are critical to his role, and no matter how good those tools are, they are useless if they are broken.

I'm sure that the team at Xplore would quite rightly point out the fact that they offer other tablets which are "fully rugged" as they term it - such as the XSLATE B10 which is IP67 rated for field technicians working in such environments, but what confuses me is that the XSLATE B10 has a significantly lower (although admittedly perfectly acceptable) screen brightness compared to the XSLATE R12 - so in very bright sunlight the XSLATE R12 would be easier to view than it's more rugged cousin the XSLATE B10.

But as mentioned the XSLATE R12 isn't really suited to outdoor environments where it could get dusty or wet - so why bother giving it a NIT rating of 800 in the first place? It is this kind of lack of connection in reasoning that makes me think that even the R&D team at Xplore may not truly know exactly which vertical this device is aimed at.

However, this doesn't mean that the XSLATE R12 is not an excellent tablet and could be a perfect tool for some field technicians. The inclusion of HDMI as mentioned does make it an excellent choice for field service technicians working in the installation and maintenance of PayTV systems for example and of course such indoor environments would mean less exposure to wet or dusty environments - so for telcos the XSLATE R12 could be a great choice.

 

Indeed, with the application of this same logic the XSLATE R12 would be a good fit any sector whose field workers were largely based either within homes or offices.

Although, again when we look at these sectors we need to ask whether consumer devices within rugged casing may be suitable alternatives and similarly whether simpler tablets can be deployed in cases where the impressive processing power of the XSLATE R12 is simply going to waste?

The XSLATE R12 is undoubtedly a very, very good device and if your field service company is one of the many whose engineers are currently using both a tablet and a laptop then this could certainly be a device worth exploring. In this regard it certainly could potentially find a much bigger home outside of field service in the hands of the general mobile worker.

However, if your field service engineers do work in more challenging environments than homes and offices then regardless of the XSLATE R12's many impressive facets, you are probably best looking at alternatives such as the XSLATE B10 or the Panasonic Toughbook20.

 

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