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new products
68 l New-Tech Magazine
ecosystems.
ON Semiconductor
Showcases its Advances in
IoT Technology at Embedded
World 2016
ON
Semiconductor
(Nasdaq:
ON), driving energy efficiency
innovations, will be exhibiting
highlights from its expansive range
of solutions relating to the Internet of
Things (IoT) at the Embedded World
conference (held in Nuremberg
Messe between 23rd and 25th
February). Visitors may experience
interactive and informative demos
at the company’s booth (5.178).
ON Semiconductor will demonstrate
the new NB3H63143G small
form factor, low power, low cost
one-time programmable (OTP)
clock generator, a member of the
OmniClock family of devices that
support any output frequency from
8 kHz to 200 MHz in addition to
offering a rich feature set and utmost
operational flexibility. OmniClock
generators have three single-ended
clock outputs (LVCMOS/LVTTL),
two of which can be combined into a
differential output (LVPECL/LVDS/
HCSL/CML), allowing designers
to replace multiple crystals and/or
oscillators, reducing overall system
cost. The devices are available in
a 3x3mm QFN 16 package which
integrates three individual output
enable (OE) pins as well as three
individual output voltage (VDDO)
pins and a smaller 2x2mm DFN 8
package for applications with little
available board space.
“The OmniClock family offers the
most features and flexibility of
any programmable clock devices
available in the market today,”
said Prescott Sakai, director of ON
Semiconductor’s timing products
business unit. “They enable
customers to meet their system’s
low power requirements while at the
same time substantially simplifying
board design and the overall system
bill-of-materials.”
During Embedded World, one
demonstration will present the
NB3H63143GOmniClock generator
providing a 19.2 MHz clock to the
AR1820HS 18 megapixel image
sensor, a 48 MHz clock to the
AP1302 imaging co-processor, and
a 19.2MHz clock to a USB controller.
Another demonstration will show
how the OmniClock generator can
change the output frequency and
the spread spectrum modulation on
the output frequency in real-time.
Introduced in order to facilitate
greater use of video in IoT
systems, the MatrixCam™ video
development kit (VDK) will also be
on display. The compact, low power,
1080p camera solution is capable
of streaming video over Wi-Fi or
Ethernet connections. It supports
smart operation, with wake-up
initiated via either Bluetooth Low
Energy (BLE) or motion detection
through its built-in PIR sensor.
Tosupport theconnectivity thatwill be
vital to next generation applications
like IoT, ON Semiconductor
will also be displaying its latest
wireless devices. TheNCS36510
is highly integrated system-on-
chip (SoC) for the implementation
of secure wireless networks
with the minimum of external
components. It incorporates a 2.4
GHz IEEE 802.15.4-2006 compliant
transceiver, a 32-bit ARM®
Cortex®-M3 microprocessor, a true
random number generator, plus
RAM and Flash memory resources.
The AX5043 narrowband, ultra-
low power RF transceiver supports
frequency-shift keying (FSK) and
amplitude-shift
keying
(ASK)
modulation. It delivers 16 decibels-
milliwatt (dBm) of output power and
-136 dBm sensitivity at 100 bits per
second (bps) FSK.
Other demonstrations will include
smart passive sensors, Sigfox™
functionality, BLDC motor control
and touch level sensing.
“There are many possibilities for
IoT and so far the industry has
just started to fully explore them,”
explains Ryan Cameron, vice
president, industrial and timing
products at ON Semiconductor.
“By offering a wealth of hardware
for IoT implementation, including
microcontrollers, RF transceivers,
camera systems and clock
generators, we are enabling design
engineers to take their ideas on IoT
systems from the concept phase
and make them a reality.”