Energy-efficient femtocell implementation

In an earlier post, we saw an idea on how to have energy efficient Femtocell. Here is a practical implementation from ALU on energy efficient Femtocell.

Energy-efficient femtocell: Practical implementation from Zahid Ghadialy

Top 15 blog posts from 2012

In Descending order:

1. Overview of LTE Handovers
2. Quick Introduction to LTE-Advanced
3. 3GPP Release-12 and beyond
4. Twitter et al. for Small Cell Planning
5. Tech Laws we should all know about 
6. Real Life Pictures of Small Cells Deployments in London
7. CSFB Performance
8. What is coming next after LTE and IMT-Advanced
9. LTE 'Antenna Ports' and their Physical mapping
10. Voice-Over-LTE (VoLTE) Signalling
11. 17 LTE Voice Modes
12. Cellular-Wi-Fi Integration - technology and standardization roadmap
13. On Signalling Storm... #LTEWS
14. What is nano-SIM card
15. R&S Whitepaper: LTE Transmission Modes and Beamforming

'Small Cells' Analyst Forecasts

Interesting discussion, courtesy of Think Small Cell



If you just want to view the slides quickly, available below:

Everything you ever wanted to know about M2M

Machine-to-Machine in Smart Grids & Smart Cities from Zahid Ghadialy

Related posts:

• Evolution of 'Internet of Things' to 'Internet of Everything'
• M2M-Related Standardization Bodies
• Standardisation on M2M at ETSI M2M platform
• Supporting M2M Services over LTE: Challenges & Solutions
• Evolution of Machine Type Communications (MTC)

Small Cells 'Terminology' and 'Comparison'

Here is AT&T's attempt in comparing the small cells. The above comparison is probably based on the assumption that LTE Small cells are not yet widely available. Once they are, then LTE can be put in for most columns in the Technology part.

See also:

• Small Cells: Comparison and Deployment Scenarios - NSN

Deploying Femtocells in Private Aircraft and Less Conventional Settings

Deploying Femtocells in Private Aircraft and Less Conventional Settings from Zahid Ghadialy

Future mobile technology with Graphene

Some days back I attended an interesting talk where the speaker showed how Graphene will revolutionise the future mobile devices. Here is what Graphene is:



Another version:



A concept phone video from Samsung



And a Nokia demo from the last MWC that uses Graphene as a sensor and also opens the possibility of using other gestures except for touch

Four Options for Traffic Offloading

Data v/s Signalling Traffic in Dongles and Phones

From a presentation by Peter Zidar in the Small Cells Global Congress 2012.

The above picture shows that even though the amount data traffic carried by dongles is much more than the amount of traffic carried by the mobile phones, the amount of signalling is far higher from the mobiles than that of dongles. This is mainly because the mobiles need to conserve the battery power and for this reason they disconnect from the network as soon as there is no need for exchange of data. Remember the Fast Dormancy issue in the smartphones? If not see this post.

Related posts:

• On Signalling Storm...
• A Twitter discussion on 'Data Tsunami' myth
• M2M and the 'Big Data'
• Understanding smartphone traffic

IMS Whitepapers from Spirent

Couple of old but interesting whitepapers from Spirent available, in case you are interesting in IMS. Available to download from here (registration required)

Related blog posts:

• IMS Release 10 Tutorial
• ETSI INT IMS/EPC Interoperability Standardisation: Motivation, Roadmap & First Results
• UICC and ISIM (IMS SIM)