25 Feb 2016
On show at this week’s MWC, Flir’s Lepton thermal microcamera module is embedded in rugged Cat Phone.Flir Systems has announced that Bullitt Group, a manufacturer of ruggedized smart phones, is to integrate Flir’s Lepton microcamera in the new Cat S60 phone, creating what the partners are calling “the world's first thermal imaging Smartphone".
The Cat S60 Smartphone, part of the range of ruggedized Cat Phones handsets, is the latest consumer product to feature Flir's thermal imaging technology and was unveiled this week at Mobile World Congress 2016 in Barcelona, Spain.
Leveraging Flir’s Lepton core, claimed to be the world's smallest and cheapest microbolometer-based thermal imaging camera, the Android-based Cat S60 Smartphone is said to expand the capabilities of a Smartphone. Flir says, “With the ability to visualize heat that is invisible to the naked eye, the Cat S60 allows users to measure surface temperature from a distance, detect heat loss around doors and windows, spot moisture and missing insulation, making it the ideal Smartphone for building professionals, electricians, and first responders.”
The Cat S60 also exploit’s Flir's patented MSX technology, which can emboss details from visible imagery onto thermal images, offering users more detailed and higher quality thermal imagery.
Peter Stephens, CEO Bullitt Group, a global licensee for Caterpillar, said, “We are excited for thermal technology to now be in the hands of Cat phones' customers, who have the opportunity to discover the myriad of daily time and efficiency use cases it will present for them.”
The partners say the Cat S60 is “ideal for builders, electricians, emergency services, utility workers, among others. Its thermal camera has applications in detecting heat loss around windows, spotting moisture and identifying overheating appliances, for example.”
The phone is a ruggedized Smartphone, featuring a Corning Gorilla Glass 4 touchscreen. It also exceeds military specifications and is designed to withstand drops onto concrete from up to 1.8m. It is also waterproof to depths of up to 5m for one hour, meaning it can be used as a reliable underwater camera.
Also appearing at this week’s Mobile World Congress in Barcelona, the Graphene Flagship, the EU’s largest research initiative has been hosting the inaugural Graphene Pavilion. This exhibit showcased the latest graphene-based innovations from both academia and industry with numerous prototypes and demonstrations.
These innovations included a wearable fitness sensor that collected heart beats from visitors (presented by ICFO), printable touch sensors (presented by the University of Cambridge and Novalia), a working graphene super-capacitor (presented by Manchester University), flexible displays (presented by FlexEnable), a supercapacitor charger for smartphones (presented by Zap&Go) and a number of different flexible NFC antennas, sensors and ultra-fast photo receivers.
A notable attraction on the Flagship stand was that delegates had the opportunity to make their own graphene sample, while visiting some of the leading players in the field. These included Aixtron, AMO, Avanzare, BGT Materials, FlexEnable, GNext, Graphenea, Libre SRL, nVision and Zap&Go, alongside academic institutes such as University of Cambridge, Chalmers University of Technology, University of Manchester, ICFO, Catalan Institute of Nanoscience and Nanotechnology, National Research Council, Institute of Electronic Materials Technology and the Italian Institute of Technology.
|II-VI Inc boosts power rating of laser cutting head to 15kW|
|Hera spacecraft takes Asteroid Framing Cameras to Didymos asteroids|
|CEA LETI announces next-gen photo-acoustic sensors for gas detection|
|Multi-wavelength additive manufacturing produces multi-material items|
|MIT imaging system spots tiny tumors|
|Laser scanning shows up hidden military tunnels on Alcatraz|