Time-of-flight sensors, which typically use infrared lasers to detect depth, have been used in drones, automobiles, and gaming accessories.

A time of flight sensor clocks out photons and records how long it takes them to return at 299,792,458 meters per second. It’s less sensitive to noise, and if you can believe this SparkFun demo ...

Rise in utilization of drones and robots across various end-use industries for accurate and real-time spatial data is fueling the time of flight sensor market. Functional ability of indirect ...

What is a time-of-flight sensor? While a TOF sensor might get lumped in with the other camera lenses in a phone spec listing (“triple-lens” or “quad-lens” for example), it’s not the same ...

This is not the first Time of Flight distance sensor on the market; earlier this week we saw a project use a sensor called the TeraRanger One. This sensor costs €150.00.

TDK Corporation today announced the immediate availability of the Chirp SmartSonic™ platform family of ultrasonic sensor time-of-flight solutions. The SmartSonic platform is currently available ...

Smartphones are starting to see 3D Time of Flight (ToF) sensors being incorporated into smartphones and there's a lot of hype around them. Here's how they work and how they could make smartphone ...

Time of flight Figure 1 Pulse-echo measurement cycle (Image courtesy of Reference 1) Figure 1 shows a pulse-echo measurement cycle which begins with the TX burst signal, in this example it is a 200 ...

Combined with the use of visible or infrared LEDs to perform time-of-flight measurements, Leddar technology provides continuous, rapid and accurate detection and ranging, without any moving parts.

We already see Time of Flight camera or TOF camera on many flagship-level smartphones from Samsung, Huawei, LG and others. Some call them DepthVision or 3D sensor. Here is how they work.