NEWS
I is for Indoors
With the rise of mobile data carried on 3G networks, indoor mobile coverage has become a thorny issue for operators.
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A-Z of Wireless
- A is for Aeroplanes
- B is for Bluetooth
- C is for Caio report
- D is for Dual-mode phones
- E is for 802.16e
- F is for FON
- G is for GPS
- H is for History
- I is for Indoors
- J is for Juice
- K is for Kip Meek
- L is for Location
- M is for Mesh networks
- N is for 802.11n
- O is for Oyster
- P is for Piggybacking
- Q is for Quality of service
- R is for RFID
- S is for Spectrum
- T is for Telemetry
- U is for Underground
- V is for Vulnerabilities
- W is for WiMax
- X is for X-ray
- Y is for Yikes
- Z is for ZigBee
People want to use their phones indoors for data - watching video, browsing the web, and so on - but in-building coverage for data can be patchy.
It's fundamentally a spectrum problem: 3G spectrum tends to occupy high frequency bands which are much worse at penetrating buildings than 2G (GSM) spectrum. (See S is for Spectrum).
Building out mobile networks to ensure high quality 3G coverage indoors would be an expensive business for operators.
However, there are alternatives: common or garden wi-fi has been picking up some of the indoor slack as more smartphones come with an embedded wi-fi radio (see D is for Dual mode). Using wi-fi where available can also be a faster way of consuming data on your mobile and reduces data download costs that can still be extortionate.
Indoor mobile base stations - aka femtocells - are also being looked at by mobile operators as a way of offloading 3G traffic by routing it onto a user's broadband connection - albeit ultimately a DSL line.
