Tag: wearables

  • Out in Front: My Heart in My Sleeve

    The next time I see Paris, I will be swinging down the boulevard in a brand new set of threads. An elegant, location-enabled set of threads that will take me by the sleeve and lead me through the City of Light.

    This wearable experiment goes by the name — of course it does — Navigate, a new line of city-specific, location-enhanced apparel. Either plug or Bluetooth the jacket (the press materials are not clear on this point) into your smartphone, download the appropriate city guide with walking tour, and start your adventure. Stash the phone in the pocket of the houndstooth jacket with red felt collar flips, no further need to look at it. Vibrations along left or right arm tell you when to turn; their frequency, intensity, and placement vary to indicate soft turn, merge, or hard turn.

    Oh, I love the colorful clothes she wears, and the way the sunlight plays upon her hair . . . I’m pickin’ up good vibrations, oom bop bop, she’s giving me excitations, oom bop bop. 

    Good, good, good, good vibrations. 

    “How we can ease the stress of navigating an unfamiliar path without interfering with the experience of discovering a new place?” asks Billie Whitehouse, design director of Wearable Experiments. “No longer do you need to hunch over a map or smartphone. Now you can experience fill-the-blank-here as a traveler rather than a tourist.” 

    Not interfering with the experience of discovering a new place: that caught my attention. In my misspent youth, I traversed the upper Amazon, the Andean highlands, and the Galapagos Islands unencumbered by a camera. To my lasting regret. I thought the device lifted to my eyes would interfere with my discovery and experience. Now I see my error. Instead of subtracting a layer of technology from my travel trunk, I should have added one. That GPS did not exist at that time, except as a gleam in young Col. Parkinson’s eye, perhaps absolves the fault in this case.

    “The skin is a vastly underutilized form of communication,” says Wear:Ex technical director Ben Moir. “Haptic vibrations are built into a full physical language, allowing the technology to communicate critical information. Technology doesn’t need to be invasive or obtrusive. It should be designed with the human at the center.”

    From signals in space to the surface of my skin. It doesn’t get much more human-centric than that. 

    Je me baladais sur l’avenue,

    Le coeur ouvert à l’inconnu.


    Also read GPS World’s December cover story on GNSS chip architecture for wearables, “The Fashion Demands of Always-On.”


  • OriginGPS Launches Nano Spider for Wearables, Watches

    OriginGPS Launches Nano Spider for Wearables, Watches

    The Nano Spider by OriginGPS. Photo: OriginGPS
    The Nano Spider by OriginGPS. Photo: OriginGPS

    OriginGPS has launched the Nano Spider, a tiny yet fully integrated GPS receiver. The Nano Spider module is designed to support ultra-compact applications where size is at a premium, such as smart watches, wearable devices, trackers and digital cameras.

    OriginGPS, which previously introduced the Micro Spider (5.6 x 5.6 mm) module, said the Nano Spider is 47 percent smaller than its previous solutions, measuring 4 x 4 x 2.1 mm. The Nano Spider’s proprietary structure is a multi-level circuit for surface mounting, built to reduce footprint size.

    “The wearable technology trend requires components that balance a small size with high-performance and best-in-class power consumption,” said Gal Jacobi, CEO of OriginGPS. “OriginGPS aims to continue to shrink the size of components, while increasing features to make adding location functionality possible for every device.”

    OriginGPS’ Nano Spider continuously tracks all GPS satellites in view and provides real-time positioning data in the standard industry format defined by the U.S. National Marine Electronics Association (NMEA). The Nano Spider offers a complete System in Package (SiP) that includes:

    • Fully integrated features – The Nano Spider includes a low noise amplifier (LNA), surface acoustic wave (SAW) filter, temperature controlled crystal oscillator (TCXO) and real-time clock (RTC) crystal, a power management unit, and radio frequency (RF) shielding.
    • Superior sensitivity and performance – The Nano Spider module offers accuracy of approximately one meter, and achieves a rapid time to first fix of less than one second and tracking sensitivity of -163 dBm.
    • Continuous connectivity with minimal power consumption – It achieves a state of near continuous availability by detecting changes in context, temperature and satellite signals by maintaining and opportunistically updating its internal fine time, frequency, and satellite data, while consuming microwatts of battery power.
    • Improving marginal signal conditions – It includes OriginGPS’ proprietary Noise Free Zone (NFZ) system to increase noise immunity even under marginal signal conditions, such as urban canyons, under dense foliage or a rapidly changing receiver position.

    To see a demo of the Nano Spider and Nano Hornet modules, visit OriginGPS’ booth (Hall A4 Booth 271) at Electronica 2014 in Munich, Germany.

  • Standalone Positioning Module by u-blox Designed for Cost-Effective Performance

     EVA‑M8M stand-alone positioning module. Photo: u-box
    EVA‑M8M stand-alone positioning module. Photo: u-box

    Swiss-based u‑blox has introduced the EVA‑M8M stand-alone positioning module. The EVA-M8M GNSS module brings concurrent multi-GNSS performance into the ultra-compact EVA footprint.

    Designed for cost- and space-sensitive applications, the highly integrated 7 x 7 x 1.1 mm LGA module comprises all necessary components, including crystal and passives. EVA-M8M only requires an external antenna to provide an accurate position without the need for host integration. Components have been selected for reliable operation in the field over the full operating temperature range. The module is also compatible with the EVA-7M GPS module, allowing for easy upgrading of existing designs at minimal cost, u-blox said.

    The module supports GPS, GLONASS, BeiDou, QZSS, and SBAS augmentation systems. Based on u‑blox M8 performance, the module achieves -164 dBm tracking sensitivity, fast acquisition time and low power consumption. EVA-M8M can track any two GNSS systems simultaneously and output a GNSS position up to 18 Hz.

    “The EVA-M8M sets a new industry benchmark for compact, stand-alone global positioning performance. The module has been designed for the absolute lowest eBOM costs and ease-of-manufacturing. It is a perfect solution for cost-sensitive industrial and wearable devices,” said Thomas Nigg, vice president of product strategy at u-blox.

    A UART, USB, SPI and I2C interface provide flexible connections to a host processor. EVA-M8M can also communicate directly with u‑blox’ SARA 2G, LISA 3G and TOBY 4G cellular modules to support advanced tracking and location-aware products.

    Detailed information about the EVA-M8M can be found on the u-blox website. Samples are available now. For existing designs using a NEO module, the C88-M8M adaptor board can be used for easy evaluation of the EVA-M8M in existing NEO-xM designs.

  • Rx Networks Enables Fast GNSS Positioning in Recon Jet Smart Glasses

    Rx Networks Enables Fast GNSS Positioning in Recon Jet Smart Glasses

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    Photo: Rx Networks, Inc

    Rx Networks, Inc., has licensed its GPStream PGPS GNSS assistance technology to Recon Instruments, a Canadian technology company that brings heads-up display products to the consumer market. GPStream PGPS will tightly integrate with the GPS chip inside of Recon’s upcoming Jet smart glasses, an advanced wearable computer planned for the first quarter of 2015.

    Through its location and GNSS assistance software and services, Rx Networks empowers fast positioning in more than a billion mobile devices every day, the company said. Its GPStream PGPS solution, licensed and deployed in more than 100 million smartphones and personal navigation devices, accurately predicts the future orbits of satellites for up to two weeks in advance. It then stands by, ready to deliver this assistance data into a GNSS chipset when it powers up. This not only speeds up initial time to first fix (TTFF) from 45 seconds down to less than 3 seconds, it also improves the receiver sensitivity and reduces power consumption. From a user perspective, this translates into longer battery life and faster initialization of apps that depend on location, even in difficult environments.

    According to IDC, the wearable devices market is expected to grow from 19.2M units in 2014 to 111.9M units in 2018. Most form factors today rely on the presence of a smartphone as a hub for core functions like Internet access or location. “We are seeing an exciting new trend in the mobile location market,” said Guylain Roy-MacHabée, CEO of Rx Networks Inc. “From smartwatches to smart glasses, we are helping OEMs optimally implement satellite navigation and other means of positioning directly in this new class of smart wearables devices.”

  • New Broadcom Chip Provides Always-On Location and Sensing for Mobile Applications

    Broadcom Corporation today announced the industry’s first low-power GNSS and sensor hub combo chip to deliver new always-on location applications for a full range of mobile devices.

    The Broadcom BCM4773 minimizes battery drain and adds a new layer of intelligence to location technology on mobile devices by integrating the GNSS chip and sensor hub into a single combo chip. Broadcom’s architecture enables information from Wi-Fi, Bluetooth Low Energy (BLE), GPS and micro electro-mechanical systems (MEMS) to be calculated on a single system-on-chip (SoC) instead of the application processor (AP). This design drives more than 80 percent power savings by offloading from the AP and lowers cost by reducing board area by 34 percent.

    “Broadcom today extends its leadership by announcing the industry’s first combo chip that brings GNSS and sensor hub technology together to revolutionize mobile apps in areas such as health, fitness and lifelogging,” said Mohamed Awad, Broadcom director, Wireless Connectivity. “We are proud to make all mobile platforms even smarter by enabling them to dynamically predict and react to consumers’ needs.”

    Additionally, Broadcom brings more intelligence to context awareness by integrating GNSS and providing a direct connection to the Wi-Fi combo chip. This allows a mobile device to know where a user is and what the user is doing to further personalize the experience. For example, a BCM4773-based smartphone can use information from Wi-Fi, BLE, GPS and MEMS to recognize when a runner is outdoors versus inside on a treadmill and dynamically manage these technologies to save battery life and optimize the user experience, all without involving the main AP.

    Key Features:

    • Optimized for hardware offload of sensor fusion, on-chip positioning, geofencing and location batching
    • More than 80 percent power savings compared to standard GNSS receivers
    • 34 percent board area reduction by integrating GNSS receiver and sensor hub
    • Standalone microcontroller offloads fusing of sensor data from the AP to maximize power savings
    • Concurrent support for five different satellite systems, including GPS, GLONASS, SBAS, QZSS and BeiDou
    • Ultra-low power on-chip positioning for background and foreground location using GNSS
    • On-chip Wi-Fi positioning using a direct connect communication protocol to the Wi-Fi SoC
    • Batching support for all devices connected to the Location Hub, including Wi-Fi, MEMS and GNSS

     The Broadcom BCM4773 is currently in production.

  • Samsung Offers Gear S Smart Watch with GPS + GLONASS

    Samsung Offers Gear S Smart Watch with GPS + GLONASS

    RNG_SamsungGearS_three-view-O
    Photo: Samsung

    Samsung Electronics has unveiled its next-generation smart wearable device, the Samsung Gear S watch. The Gear S has assisted GPS+GLONASS, as well as 3G connectivity, allowing users to be active while always being able to access their smartphone information.

    Designed with a  two-inch curved Super AMOLED display and flexible band, the Samsung Gear S is also equipped with an accelerometer, a gyroscope, a compass, a heart rate monitor, and a barometer. The AMOLED display has an easy-to-use interface that allows users to read messages and notifications in a single glance with features such as conversation view and condensed font.

    Connected to 3G networks, people can receive notifications from social networks, calendars and applications, even when away from their phones. Users can instantly receive incoming messages and easily reply to SMS using the onscreen keyboard or enhanced S voice functionality. The Samsung Gear S also lets users make and receive calls directly from their wrist as well as getting calls forwarded from a smartphone. The device lets users enjoy seamless communication by freely switching between connections, automatically connecting and synchronizing information once it is paired to a smartphone.

    Samsung Gear S smart watch face detail. Photo: Samsung
    Samsung Gear S smart watch face detail. Photo: Samsung

    It also provides standalone features such as turn-by-turn pedestrian navigation provided by HERE. Health and fitness features include enhanced multi-sensors, built-in GPS, robust S Health features and applications like Nike+ Running so users can track their runs while leaving their smartphone at home.

    “Samsung is leading the exciting and rapidly developing wearable category with continuous innovation that aims to enhance the lives of technology fans,” said Ines van Gennip, marketing director, IT & Mobile Division, Samsung UK & Ireland. “The Samsung Gear S is set to redefine the idea of the smart wearable device and the culture of mobile communication, enabling people to live a truly connected life anywhere, anytime.”

    The smart watch will be available in October.

  • Vibrating GPS Shoes Help Lead the Way

     

    An Indian high-tech start-up is offering a GPS-enabled smart sports shoe that vibrates to give the wearer directions, according to an article in gulfnews.com.

    The red sneakers count the number of steps taken, the distance traveled, and calories burned. The shoes go on sale this month under the name LeChal, which means “take me along” in Hindi.

    The shoes come with a detachable Bluetooth transceiver that links to a Lechal smartphone app to direct the wearer using Google Maps, sending a vibrating signal to indicate a left or right turn.

    They are the brainchild of 30-year-old Krispian Lawrence and Anirudh Sharma, 28, two engineers who founded their tech start-up Ducere in a small apartment in 2011 and now employ 50 people. They say they have 25,000 advance orders for the shoes, which will retail at between $100 and $150.

    Lechal_app_screen
    The Lechal app works with Google Maps. Photo: Lechal
  • AT&T to Host Hackathon, Demonstrate Connected Platforms at CTIA

    AT&T will be a major participant during CTIA’s Super Mobility Week in Las Vegas next week. Connected car, connected home and wearables will all be on display throughout AT&T’s activities:

    • The first AT&T Hackathon to take place at CTIA will give developers access to new APIs for the car and home.
    • A 60-foot x 40-foot booth showcasing the latest Connected Life products.
    • A keynote address delivered by AT&T Mobile and Business Solutions President and CEO Ralph de la Vega and AT&T Mobility President and CEO Glenn Lurie, in which they will host a panel on the Future of Connected Car.

    AT&T Hackathon at CTIA 

    AT&T is kicking off the week’s events with its very first CTIA Hackathon, Code for Car and the Home, which will match developers with companies, tools and services to innovate in the connected car and automated home marketplace.  Developers will turn ideas into apps using APIs and other technology resources from 30-plus industry sponsors. More than 300 developers are expected to compete in the two-day Hackathon which begins at 10 a.m. PT on Saturday, September 6, in the Chelsea Theater at the Cosmopolitan Hotel. More than $100,000 in cash and prizes are available.

    Connected Life Booth

    When the Super Mobility Week show floor opens at 11 a.m. PT on Tuesday, September 9, AT&T will showcase the latest in wearables, connected cars and homes. Volvo and Audi will demo their connected car experiences and a simulator will be on-site to showcase AT&T Drive, the company’s connected car platform. AT&T Drive is a modular, global solution that allows automakers to pick and choose what services and capabilities are important to them in order to differentiate their solutions in the marketplace.

    Attendees can also explore how to stay connected to the home by visiting the AT&T Digital Life station. Digital Life is an all-digital, all-wireless automation and home security platform that equips customers with control of their homes from virtually anywhere.  On-site activations will include demos such as augmented reality so visitors can learn about the Digital Life service and products, an interactive wall to experience the simple, easy to use Digital Life app and a hologram home to showcase how Digital Life integrates everything you need in one place, to help make your life safer and easier, and provide you with more freedom to live your life.

    AT&T is the leader in emerging devices and will showcase the latest wearables from Fitbit, Jawbone, LG, Martian and Pebble. Additionally, Timex, the first authentic watch brand to enter the smartwatch space, will be on-site showcasing the new Timex Ironman One GPS+. The new smartwatch is the first GPS-connected fitness watch to connect to the mobile internet wirelessly, transmitting performance data, location, messages and more.

    Also on display will be the AT&T EverThere and FiLIP safety devices.  AT&T EverThere is a small wearable device that can detect falls and quickly identify location, automatically connecting the user to a 24/7 call center for response and support. FiLIP is a smart locater for kids that keeps parents and kids in touch at the push of a button.

    The  booth, number 4423, will be in the Connected Life section of the show floor at the Sands Expo and Convention Center. Visitors can locate the booth by using the interactive floor plan.

    Connected Car Keynote

    On Wednesday, Sept.10, Ralph de la Vega, president and CEO, AT&T Mobile and Business Solutions and Glenn Lurie, president and CEO, AT&T Mobility, will wrap up the show when they take the stage to discuss the Future of Connected Car.

    The following guest panelists will join them on stage to discuss this rapidly growing landscape:

    • Mary Chan, President, Global Connected Consumer, General Motors
    • Arun Bhikshesvaran, CMO, Ericsson
    • Mike Kennewick, Co-Founder and CEO, VoiceBox
    • Diarmuid O’Connell, VP, Business Development, Tesla Motors

    The keynote will kick off at 9 a.m. PT.

  • CSR, Maestro Offer High-Performance GNSS Module

    CSR, Maestro Offer High-Performance GNSS Module

    maestro-a5100-a-W

    Hong Kong-based Maestro Wireless Solutions, a manufacturer of location receivers, and CSR plc, a global provider of silicon and software solutions for location-aware applications, announce the immediate availability of the A5100-A, a next-generation SiRFstarV GNSS positioning module that combines high-performance GPS and GLONASS receiver technology in a small 10 x 15 mm package.

    The A5100-A is designed for a wide range of applications including wearable devices, cameras and automotive trackers.

    The A5100-A is the first release within Maestro’s new line of GNSS receivers. It achieves high accuracy with quad-constellation support, up to 30 percent faster time-to-first-fix (TTFF), and up to 20 percent lower power consumption using CSR’s TricklePower and Push-to-Fix (PtF) modes. The module also accelerates customer time to market and reduces development risks by integrating a number of features, including TCXO, SAW filter, RTC, antenna-control mechanism, and flash memory for future-proof upgrades, as well as offering a drop-in replacement capability for Maestro’s previous SiRFstar4 generation modules. The castellated-edge form factor also enables simpler manufacturing and reduces assembly cost, the companies said.

    Supporting all currently deployed GNSS, the A5100-A acquires and tracks all visible GPS, GLONASS, QZSS, and SBAS satellites. Concurrent GNSS performance enables the A5100-A to choose the best satellites from different constellations and deliver optimal location information. Immediate benefits are better coverage, enhanced stability, and accuracy in difficult environments, such as urban canyons, and stronger resilience to multipath and signal jamming. This ensures consumers maintain a position fix whether they’re in the middle of a busy city or in a remote rural location, the companies said.

    The A5100-A offers a range of other features including:

    • Direct to Battery connectivity: Connects directly to a rechargeable 1.8V-3.6V Lithium battery enabling system cost reduction and increased power efficiency.
    • Low Power technology: Optimized for power consumption by incorporating CSR’s PtF technology.  PtF rapidly establishes a valid position fix enabling the module to hibernate for longer periods of time, and adaptively changes power depending on the operating environment and motion conditions. Advanced algorithms and a powerful on-chip DSP processor maintain high accuracy (QoS) while achieving the lowest power level possible for the given environmental and motion conditions.
    • InstantFix Extended Ephemeris (EE): Accelerates TTFF for devices without internet connectivity such as cameras and wearable devices, by autonomously predicting EE for as long as three days and up to 31 days when connected to a network that supports SiRFInstantFix server generated extended ephemeris data (SGEE).

    “Maestro Wireless has worked closely with CSR for many years to design and commercialize highly accurate and reliable location products,” said Anthony Murray, senior vice president, Business Group at CSR. “But to win in today’s highly competitive consumer electronics market performance isn’t enough. That’s why we’ve worked with Maestro Wireless to develop a solution that excels in a range of performance metrics but also offers the small form factor essential for today’s compact devices and is highly integrated to help them get to market fast.”

    “The A5100-A is perfect for customers designing highly integrated products that need uncompromising performance but are pressured by the speed required to go-to market and lack of development resources,” said Olivier Bernard, EVP of Business Development at Maestro. “By combining low power consumption with high sensitivity, high jamming immunity and concurrent GNSS operation, and with its drop in upgrade path to the A2200-A, the A5100-A creates a fast and convenient route to the latest GNSS offering in the marketplace, to meet these needs quickly.”

     

     

  • CSR, OriginGPS Accelerate Adoption of Wearables with Tiny GNSS Modules

    CSR plc and OriginGPS have announced a series of high- performance GNSS modules using CSR’s SiRFstarIV and SiRFstarV product lines.

    The new modules are 70% smaller than current solutions and deliver a 30% reduction in Time To First Fix (TTFF), making them ideal for health and fitness trackers, sports watches, medical devices, wearable action cameras, and digital still cameras. All modules, including the newly released 7 x 7 millimeter Multi Spider (ORG4572) solution, integrate the LNA, SAW filter, TCXO, RTC crystal and RF shield.

    “To accelerate market adoption of location technologies in wearable devices and cameras, manufacturers must minimize the embedded GNSS module size without compromising on performance, sensitivity, or power consumption,” said Anthony Murray, senior VP, Business Group at CSR. “By leveraging CSR’s industry-leading GNSS solutions and collaborating with OriginGPS on module development, we have achieved this objective.”

    The OriginGPS modules offer high sensitivity resulting in shorter autonomous and aided TTFF, better navigation stability, and higher accuracy in harsh environmental conditions. In real-life testing of the module in camera applications, TTFF performance improves by over 30 percent compared to other solutions. The module also delivers TTFF results in less than one minute over 90% of the time (cold starts).

    In addition to its small footprint, the GNSS module’s ultra-fast geotagging capability dramatically improves the consumer experience. The GNSS antenna module’s outstanding sensitivity and OriginGPS’ proprietary Noise Free Zone (NFZ) technology for faster position fix and navigation stability provides geo-tagging availability even under challenging satellite signal conditions such as low signal areas, under dense foliage, in urban canyons, and during motion-based activities. Battery life is considerably extended as a result of CSR’s breakthrough low power Push-to-Fix (PtF) technology, which rapidly establishes a valid position fix enabling the module to hibernate for longer periods of time. Push-to-Fix is an intelligent periodic low power mode that adaptively changes power depending on the operating environment and motion conditions. Advanced algorithms and a powerful on-chip DSP processor maintain high accuracy (QoS) while achieving the lowest power level possible for the given environmental and motion conditions.

    “As the wearable technology and action camera markets continue to grow, we must ensure that our solution meets the market’s need for high performance and small form factor GNSS modules,” says Gal Jacobi, CEO of OriginGPS. “It is our privilege to partner with CSR and its excellent engineering team to meet the market’s need. CSR’s leading multifunction semiconductor platforms and OriginGPS’ miniaturized high performance modules create a unique value proposition for customers in these markets.”

    OriginGPS modules are currently in mass production, and additional information can be found at www.origingps.com.

     

     

  • Broadcom Location Chip for Wearables Uses Less Power

    Broadcom Location Chip for Wearables Uses Less Power

    Broadcom-Wearables-W

    Broadcom Corporation today introduced a GNSS system-on-chip (SoC) that will enable wearable location devices to operate with less power and more accuracy, Broadcom said. The Broadcom BCM4771 GNSS SoC is designed for low-power, mass-market wearable devices such as fitness trackers and smart watches. Broadcom will showcase its mobile innovations at Mobile World Congress in Barcelona, February 24-27.

    The Broadcom BCM4771 GNSS SoC with on-chip sensor hub enables consumers to more accurately track and manage their health and well-being by delivering precision activity tracking and location data while consuming less power than traditional architectures. This enables location intelligence and the extended battery life needed by the growing wearable market.

    Wearable wireless device revenues are projected to exceed $6 billion in 2018 with sports, fitness and wellness as the largest segment with 50 percent share of all device shipments1.

    “Today’s wearables like fitness trackers have surged in popularity, but often miscalculate speed and distance,” said Mohamed Awad, Broadcom director of the Marketing, Mobile and Wireless Group. “As the largest supplier of discrete GNSS solutions, Broadcom brings its location expertise to deliver more precise fitness and health measurements to the accelerating wearable market.”

    Broadcom’s new chip constantly monitors user activity levels and location history to improve accuracy while adding advanced features such as location batching. In addition, Broadcom’s BCM4771 significantly reduces power consumption and board area by combining its location capabilities with an integrated sensor hub, contextual awareness, and GNSS. The SoC is complimented by Broadcom’s Wireless Internet Connectivity for Embedded Devices (WICED) Smart and WICED Direct software development kits (SDKs) to provide additional wireless connectivity to the platform.

    Key Features. Designed in 40 nanometer (nm) process technology, the BCM4771 GNSS SoC includes a sensor hub that integrates sensor inputs for its on-chip algorithms to detect the user’s context, accurately compute speed and distance traveled, and provide fitness applications with the GNSS track. Power savings and advanced accuracy are achieved by intelligently leveraging context detection through the tight coupling of sensor inputs and GNSS on a single SoC. Broadcom’s BCM4771 also realizes a lower overall bill of materials (BOM) cost through the integration of a multipurpose sensor hub, the company said.

    The BCM4771 will be sampling by the end of Q1 2014.

  • $2.6 Billion GPS Fitness Device Market Overshadowed by Smart Devices and Wearables

    ​Despite major GPS fitness device OEMs announcing new fitness products at January’s International Consumer Electronics Show in Las Vegas, it looks like an increasingly difficult battle between smart devices and wearables, according to analysts at ABI Research.

    Garmin launched its Vivofit fitness band and Vivoki/Vivahub corporate wellness solution. Magallen is one of the few companies in the GPS device OEM space that continues to show flashes of innovation, opening up its Echo watch platform to a range of third-party smartphone application developers.

    At the high-end of the GPS fitness watch market, Polar has launched a new multi-sport watch, which features a barometric pressure sensor, support for new features such as a cycling power pedal. TomTom has launched an iOS application that links its current GPS watch range to an iPhone via Bluetooth.

    In ABI Research’s quarterly GPS/GNSS Device tracker, the impact of these new device categories on dedicated GPS fitness device growth can be fully seen. Senior analyst Patrick Connolly comments, “Our forecasts for the overall GPS-enabled fitness area remain strong, hitting $2.6 Billion in 2018, but as was the case with turn-by-turn navigation, converged devices and wearables will take an increasing part of the available market. The adage of keeping what we have is important here, retaining a firm eye on growth in professional users, with hardware and in particular eyewear, a major distinguisher.”

    Practice director Dominique Bonte adds, “Of the announcements, Garmin’s move into corporate wellness was the most striking. We are about to see a huge technological shift in the corporate/business sector, around BYOD, BYOW, wellness, security, and efficiency. What is interesting is that Garmin does not include a location element, which will be a core enabler in this sea change.”

    The findings are part of ABI Research’s Location Devices Research Service.