Sometimes, if a family in a nearby home is using a monitor tuned to
the same radio band, you may find that you're actually listening to next door's baby!
Looking at the official specs, it's actually got
the same radio bands as the AT&T version — it comes without all that carrier app nonsense.
Not exact matches
Cell phone radiation falls into the
same band of nonionizing
radio frequency as microwaves used to heat or cook food.
It's called optical SETI, and its instruments are focused on a different
band of the light spectrum than
radio astronomy, looking instead at the
same waves our eyes take in, along with infrared frequencies, which are just a smidge longer.
It also includes Wi - Fi, ANT + connectivity, Bluetooth 3.0, NFC, a built - in FM
radio with NOAA weather and
SAME alerts, dual -
band GPS and GLONASS receivers, a 3 - axis compass with accelerometer and gyro, a UV sensor for monitoring the sun's intensity and a barometric altimeter, which can also report altitude and predict weather based on pressure shifts.
Two versions of the device will be available to support various 3G network frequency combinations (T - Mo, AT&T), but other than the
radio band differences it doesn't look like there are any spec changes between the two versions (pheww...
same speedy processor, big 1500 mAh battery, etc.).
Today's wireless networks have run into a problem: More people and devices are consuming more data than ever before, but it remains crammed on the
same bands of the
radio - frequency spectrum that mobile providers have always used.
Both are dual -
band 802.11 ac mesh Wi - Fi routers with SmartThings hubs and Z - Wave, ZigBee, and Bluetooth
radios integrated into the
same enclosure.
Other countries have specific frequencies that Z - Wave is regulated to use and all this is important because Z - Wave can use the
same radio frequency
bands as consumer cordless telephones.
It might have different
radio bands, but
same hardware specs.