Smart Industry 1/2016
Smart Industry 1/2016 - The IoT Business Magazine - powered by Avnet Silica
Smart Industry 1/2016 - The IoT Business Magazine - powered by Avnet Silica
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News<br />
Manufacturing & Development<br />
Showroom<br />
Fraunhofer Institute FEP<br />
Making a thinner glass<br />
Photo ©: Fraunhofer FEP / Jürgen Lösel<br />
Researchers at the Fraunhofer Institute FEP are<br />
teaming up with Corning, an American manufacturer<br />
of glass and ceramics, to create ultrathin<br />
glass for sheet-to-sheet and roll-to-roll<br />
processes right through to application in organic<br />
electronics. Ultra-thin glass can be used as a<br />
substrate as well as for encapsulation in many<br />
smart products such as smartphones, curved<br />
displays, OLED light sources and photovoltaics.<br />
Especially appealing is to use ultra-thin glass in<br />
wearable electronics as well as in intelligent micro-optics<br />
and touch-sensors. Moreover, ultrathin<br />
glass has excellent surface properties that<br />
considerably exceed the ones of conventional<br />
plastic films.<br />
University of Illinois<br />
Revving up fiber networks<br />
temperatures is tricky Feng admits. Besides,<br />
cooling systems cost money. Latin<br />
America are squeezing out weaker<br />
players and reducing profit margins of<br />
those that remain.<br />
ases productivity by approximately 12<br />
percent, Liebherr claims. After all, an<br />
autonomous construction vehicle is not<br />
required to take occasional breaks and<br />
can’t call in sick to work. First public field<br />
trials are scheduled for 2018.<br />
Photo ©: L. Brian Stauffer<br />
A team from the University of Illinois<br />
has successfully transmitted errorfree<br />
data at a rate of 57 gigabits per<br />
second (Gbps) through a fiber cable,<br />
thus creating a fast lane on the information<br />
superhighway. According to<br />
professor Milton Feng, the new technology,<br />
which is based on a special<br />
semiconductor laser, can operate at<br />
temperatures of up to 85 degrees, eliminating<br />
the need for additional cooling<br />
in hi-speed fiber networks. As big<br />
data has gotten bigger, the need has<br />
grown for a high-speed data transmission<br />
infrastructure that can accommodate<br />
the ever-growing volume of bits<br />
transferred from one place to another.<br />
Computing components grow warm<br />
over extended operation, as anyone<br />
who has worked on an hot laptop<br />
knows. Achieving high speeds at high<br />
Need for speed<br />
Milton Feng (r.)<br />
and his team<br />
are pushing the<br />
envolpo for fibre<br />
cable<br />
Liebherr<br />
<strong>Smart</strong> Construction Trucks<br />
Forget self-driving cars: Liebherr, a manufacturer<br />
of heavy-duty construction<br />
vehicles, recently showed of a 320 ton<br />
hauling machine that comes equipped<br />
with sophisticated GPS gear and<br />
sensors that allow it to operate 24/7<br />
without a human in or near it. Instead<br />
they are operated from a control center<br />
which can be a thousand miles away.<br />
Some of the areas that mining companies<br />
have to work in are in hostile or extremely<br />
remote areas, making it difficult<br />
to find qualified professionals to fill the<br />
jobs. The self-driving system also incre-<br />
BigRep<br />
LWorld‘s largest FDM 3D printed<br />
drone<br />
The Berlin technology startup BigRep<br />
has printed the largest FDM 3D printed<br />
drone of the world: Duster. Reinforced<br />
with carbon threads, the two<br />
meter-wide he drone’s copter frame is<br />
designed to accommodate eight electric<br />
motors and carry payloads of up<br />
to 60 kg. Flight time can be between<br />
seven and 40 minutes, but BigRep is<br />
working on new battery technology<br />
that will enable flights of up to 70<br />
minutes. Duster was developed together<br />
with the drone specialists Robert<br />
Reichert of OiC Drones, a full-service<br />
drone provider, and is destined<br />
for use in the industrial sector and in<br />
agriculture.<br />
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