Qualcomm aims to woo robotics developers with new chips, tools
Technology

Qualcomm aims to woo robotics developers with new chips, tools

Qualcomm aims to woo robotics developers with new chips, tools

– Building robots and automatons is untidy: Developers must arrange sensors to be the eyes and ears, chips for the minds and engines to make the gadget move, integrating them all with a few sorts of programming.

Qualcomm aims to woo robotics developers with new chips, tools

San Diego-based chip provider Qualcomm Inc (QCOM.O) on Wednesday reported another push to attempt to make creating robots simpler. The organization has joined its processor chips and programming in associations with many organizations that make sensors and other key apply autonomy components to make what it calls its RB5 improvement unit.

Better known for providing cell phone processors to most Android gadgets, Qualcomm has been taking a shot at apply autonomy chips for a long time. Its chips are found in some of iRobot Corp’s (IRBT.O) vacuums.

With the RB5 chips and apparatuses, Qualcomm expects to accomplish the fundamental work of weaving together pieces and bits of mechanical autonomy frameworks. This implies producers of automatons and robots can invest more energy chipping away at the capacity of the machine, for example, performing work in distribution centers or processing plants, said Dev Singh, ranking executive of business improvement and head of self-ruling mechanical technology, drones and clever machines.

The Qualcomm framework, for instance, works with profundity detecting cameras from Intel Corp (INTC.O) and movement sensors and engine control equipment from TDK Corp (6762.T).

“We comprehend the torment focuses,” Singh said in a meeting. For robot producers “attempting to cobble everything together, the improvement cycle and the R&D would be huge to do it every last bit of it without anyone else.”

 

Read More:

Qualcomm aims to woo robotics developers with new chips, tools
Click to comment

Leave a Reply

Your email address will not be published.

Most Popular

To Top