Today’s GPS technology is ubiquitous, but it’s not always completely accurate — we’ve all experienced annoying moments where the maps app on our smartphones hasn’t quite been able to determine where we are. Now, chip manufacturer Broadcom has announced that big improvements are inbound.
Broadcom took to the Institute of Navigation GNSS+ conference in Portland, Oregon, this week to announce that it is manufacturing the first mass-market chip that’s capable of working with a new form of highly precise global navigation signals, according to a report from IEEE Spectrum. While current devices can generally be located with a margin for error of around 5 meters, these new chips will be accurate to within 30 centimeters.
The chip, dubbed the BCM47755, brings about other improvements. It’s not as badly impacted by interference from skyscrapers and other concrete structures in urban areas, and it reportedly consumes just half as much power as today’s crop of chips.
All global navigation satellite systems that are currently in use utilize a signal known as L1 to communicate the satellite’s location, the time, and a signature pattern used as an identifier. The BCM47755 uses this signal to lock onto the satellite, but then takes advantage of a newer, more sophisticated signal called the L5 to home in on the device’s exact location.
L5 signals are already in use, but typically in industrial applications such as vehicles and equipment used to find gas and oil reserves. Broadcom’s BCM47755 marks the first time that this technology is being applied in a mass-market chip.
Up until now, there haven’t been a huge number of L5 satellites in orbit, so there hasn’t been any rush for Broadcom to dive into offering this kind of hardware. Smartphones haven’t been powerful enough to be compatible — something that the manufacturer managed to work around by implementing a power-efficient manufacturing process, a new radio architecture, and a power-saving dual-core sensor hub.
Broadcom’s chips are reportedly set to be utilized in several smartphones that are scheduled to hit the market in 2018, but the company hasn’t yet mentioned any particular manufacturers or models that will feature the BCM47755.
Did you think hitting delete on your AI chatbot conversation actually makes it disappear? Georgia Tech researchers just proved that's not entirely true. They have built a forensic tool called ORISA that can dig deleted conversations from your phone and even rebuild them into a working chatbot session you can keep talking to.
How can ORISA bring deleted AI conversations back?
Touchscreen laptops have been around for years. You can get them in all sizes and shapes. Just not from Apple. For years, the Cupertino giant has treated the idea of a touchscreen MacBook the way I treat a meeting that could have been an email: with open contempt. However, Wednesday looks like the day the company could finally change its mind.
The latest Apple invite puts the “Pro and Tell” showcase in Los Angeles at 10 a.m. PT (1 p.m. ET) on October 28, 2026. Instead of a regular live-streamed keynote, it is an invitation-only, hands-on event for a handful of press and creators (similar to what the company did for the MacBook Neo earlier this year).
Two residents of Chicago have filed a lawsuit in the US over claims that robots run by Coco Robotics and Serve Robotics captured their facial and hand measurements without consent, bringing renewed attention to the food delivery robots. The cases raise a troubling question: If a robot delivers food to your door, can it also be gathering sensitive information about you?
According to a report by The Associated Press, the proposed class-action lawsuits were filed in Cook County on Oct. 9 and allege violations of Illinois’ Biometric Information Privacy Act. The complaints claim that the robots’ cameras and LiDAR sensors captured information on customers’ faces and hands as they approached the machines to pick up their orders. Both have denied the allegations.