Today is a very exciting day for us here at QuickLogic. We have been hinting recently at a brand name OEM wearable product that would be QuickLogic-enabled. Well, that Moment has arrived. As a gadget guy myself, I like the idea of a wearable that doesn’t need to be charged nightly, and can be worn […]
Tag: senseme
SenseMe — Our Platform or Yours…
Greetings! As we discussed briefly in the Q1 Earnings Call, yesterday we announced that our SenseMe™ sensor algorithm suite is now available for licensing. This allows QuickLogic to not only sell our ArcticLink 3 S2 silicon platform with SenseMe, but to also license SenseMe to customers who may have an existing sensor hub in their […]
SenseMe Transport Enables…
Thanks for checking back in with us! While we’ll be down at Linley this afternoon, I did want to pass along the latest in the series of SenseMe™ videos. In this case, we are showing what our transport algorithms, on the ArcticLink 3 S2 ultra-low power sensor hub, can enable. It’s only fair to note […]
QuickLogic on SemiWiki
SemiWiki covered our ArcticLink 3 S2 LP sensor hub today in an article called Sensing Without (much) Power. Among the highlights: “Quicklogic is the only solution provider with the power consumption of a custom ASIC, the flexibility of an MCU and the algorithm capabilities of a software company.” Enjoy! […]
And Because SenseMe Isn’t Just for Fitness….
A few days ago, we released a video of some of the fitness use cases that SenseMe™ can enable. While fitness is definitely one the leading (if not the leading) use cases for today’s wearables, we’d be neglectful in not talking about what else SenseMe offers. So, another video… SenseMe is ever-evolving. Our algorithms […]
SenseMe for Enhanced Fitness Applications
Check out the video embed below for examples on what our SenseMe™ sensor algorithm library can do to enable new fitness tracking and coaching abilities in smartphones and wearables. This video only scratches the surface of what SenseMe and the ArcticLink 3 S2 / S2 LP can do to enable the next generation of […]