Smart sensors can ensure that every device in your home is connected, compliant and top-performing. Semtech's David Wong further elaborates for RFID Journal. Read more
Semtech's David Wong speaks to the value of smart sensors for smartphones for improved connectivity, smarter gesture control and for SAR compliance. Read more
How many of you checked your smartphone before reading this article? According to Bankmycell.com, more than 80% of the world’s population own a smartphone—so I’d guess you snuck a peek at any incoming messages. Additionally, how many of you are tracking your steps on a wearable? With the recent uptick in consumer demand for fitness trackers and health-based wearables, the market is expected to reach 344.9 million shipments worldwide this year. If you don’t have a wearable device yet, you’ll likely own one soon. Semtech's David Wong, s. director of consumer sensing products, speaks to why the PerSe product line of sensors can help balance consumer demands with regulatory compliance. Read more
Today’s global society relies heavily on technology and the access it delivers. Whether for personal consumption or for work, wearable and wireless devices such as smartphones, tablets and laptops are used daily. Therefore, it is imperative that devices provide robust connectivity while maintaining safety compliance. Read more
PerSe sensors detect human presence near mobile devices and other consumer electronics and enable advanced Radio Frequency (RF) control when the user is close. Its smart human sensing feature, ultra-low power, and tiny footprint also make it suitable for a range of wearable applications such as gesture control and automation. Read more
Integrating smart sensors into all future designs is essential to ensuring the optimal combination of performance and safety that consumers demand. Read more
Analog and mixed-signal semiconductor supplier Semtech has announced a line of sensors targeted for the personal connected consumer device market that can differentiate between humans and inanimate objects. Read more