Today's core language
According to DIGITIMES Research, although the chip design and production are ready, but the software-related adjustment is not yet mature, the Intel SoFIA 4G product line will be delayed until the beginning of 2016, and only by SoFIA 3G in 2015. /3G-R to support the overall situation, I am afraid to miss the fast-growing 4G market opportunities in the second half of the year, and in 2016, it will fall into the SoFIA product line overlap and chaos. For more information on technology, please pay attention to the daily electronic core morning newspaper.
First, the semiconductor
1, Intel's 28nm process SoFIA 4G program launch time delay. According to DIGITIMES Research, although the chip design and production are ready, but the software-related adjustment is not yet mature, the Intel SoFIA 4G product line will be delayed until the beginning of 2016, and only by SoFIA 3G in 2015. /3G-R to support the overall situation, I am afraid to miss the fast-growing 4G market opportunities in the second half of the year, and in 2016, it will fall into the SoFIA product line overlap and chaos.
2. The Qualcomm Snapdragon 810 Lumia 940XL processor has been identified. Perhaps the Win10 mobile phone flagship is getting closer and closer to us, or maybe Microsoft is unwilling to increase the exposure. In short, the news about the Win10 mobile phone flagship has increased. Just yesterday, the relevant parameters of the big screen Win10 mobile phone flagship Lumia 940XL have been exposed by GFXBench. The basic confirmed configuration includes Qualcomm Snapdragon 810 processor, as well as screen related parameters that have been verified before.
Second, battery technology
1. Samsung develops new battery technology: double the capacity. On the morning of June 29, news from foreign media engadget said that Samsung has developed a new battery technology that can double the current battery capacity. The battery is the weakest link in the current electronic products. Compared with the processor or the screen, the battery technology has not been developed in essence for many years, and “one-day charging†has become the norm. Samsung's researchers used silicon nanoparticles on graphene materials, which allowed silicon nanoparticles to have enough room for movement when needed. Graphene has excellent electrochemical performance, which can make a battery with energy density 1.5 to 1.8 times that of current mobile phone batteries, which means that the current mobile phone battery has doubled in the same volume.
2, LG developed a hexagonal battery, but the square Apple Watch is not used. On the morning of June 29, according to Korean media, LG Chem recently developed a hexagonal smart watch battery to improve the current life of smart wearable devices. LG designed the battery to make full use of the interior space of the smart watch. The company's recently launched smartwatch is round, and most of the current batteries are rectangular. Compared to a rectangular battery, this hexagonal battery adds 4 hours of heavy time to the watch. According to sources, it was developed by LG in cooperation with another technology company, and the company is not Apple.
Third, automotive electronics
1. Google's driverless car California road test, with a top speed of only 40 kilometers per hour. Google Inc. today announced that its driverless car, which looks like a panda, is currently on the streets of Mountain View, California. This website was the first to report in March this year, and Google is likely to start testing driverless cars during the year. The car's top speed is only 25 miles (about 40 kilometers). For safety reasons, the driver is sitting in the car throughout the test. The driverless car team posted on Google’s social networking site Google+ that the car has a “removable steering wheel, accelerator pedal and brake pedal for manual takeover when neededâ€.
2. Jaguar Land Rover abandoned driverless and focused on developing assistive technologies. The current unmanned technology has become a hot topic among major automakers, but Jaguar Land Rover has not joined the ranks. They have taken a different approach and do not want to deprive people of driving pleasure. A few days ago, Netcom learned from the world carfans of the fans world that Jaguar Land Rover R&D and technical director Dr. Wolfgang Epple said: "Jaguar Land Rover will not make the car a robot that transports the driver from point A to point B like goods. "It can be seen that Jaguar Land Rover will not develop driverless technology. It is understood that Jaguar Land Rover will focus on driving assistance technology.
Fourth, intelligent hardware
1, the Nokia Android phone by Foxconn OEM, imitation tablet mode. Nokia CEO Suri has told the media that Nokia will return to the smartphone market through partners. Recently, the network rumored that Foxconn Group will be a partner that Nokia is looking for. Foxconn will manufacture smart phones for Nokia and launch OEM cooperation. Suri said that Nokia will only design smartphones and then license the design and Nokia's trademark rights to external partners. The implication is that Nokia will return to the mobile phone industry in a light asset manner, instead of being responsible for the design, manufacturing, sales and service of the company.
2, the world's first wearable drone, can be summoned with gestures. A wearable quadrotor drone designed by researchers at Stanford University can be worn on the wrist. The drone is called "Nixie" and folds into a wristband, making it the world's first wearable drone. In the wearable device design competition "Make It Wearable" by chip giant Intel, the Nixie research team won the throne of the tube and won a $500,000 prize.
Nixie drone
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