Until now, the typical receiver of the GLONASS navigation signal was also allowed a small, but nevertheless, a printed circuit board, the typical size of which was several centimeters:
![SPIRIT DuoStar-2000 [SPIRIT DuoStar-2000]](https://habrastorage.org/getpro/habr/post_images/bcf/d65/c80/bcfd65c80b3eda2202098d7d2f01a1f7.jpg)
However, four days ago the media reported that now such receivers will be produced in the form of a thin, light, small, cheap
chip - even smaller than that of a ruble coin:
![NAVIS NV08C [NAVIS NV08C]](https://habrastorage.org/getpro/habr/post_images/f05/8ea/f7d/f058eaf7d5ca427a72f793ce8041cbb8.jpg)
Therefore, we can expect to embed them
in mobile phones - for example, as part of the hardware support for augmented reality.
')
This is a welcome breakthrough. Now things
will be different - not like before. It is clear that the GPS + GLONASS receiver (which this chip is) sees in the skies
significantly more satellites than a
simple GPS.![[AA batteries]](https://habrastorage.org/getpro/habr/post_images/6de/bac/22a/6debac22ac911126092cb81304e456a2.jpg)
In addition to the size, the equipment was also noticeably reduced. Even from one household fifteen-year-old battery (
standard AA ,
see photo on the right), the receiver with a hundred milliwatt consumption can operate for 150,000 seconds, which is just over forty hours.