How 4G will change everything
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Presented at October's Berkshire Digital meet at South Hill Park Arts Centre, Bracknell.
My keynote address at the 2003 Spring VON conference, presented on April 1, 2003. I pointed to real 100/100 Mbps Internet connectivity (deployed in 1999-2000, in Ulmea Sweden) emphasizing this was only possible by getting control of local fiber away from the incumbent PTT.
Brough’s keynote address at the October 2010 4G Wireless Evolution Conference.
In it, he argues:
1. All key 4G technologies are pioneered by Wi-Fi (3-5 year lead!).
2. Wi-Fi will be the dominant solution for mobile data offload.
3. 4G technologies represent a wireless tipping point with the result they will revolutionize backhaul and eventually the first mile (via wireless ISPs).
He closes with two slides on his new wireless ISP, netBlazr.
My keynote address at the 2003 Spring VON conference, presented on April 1, 2003. I pointed to real 100/100 Mbps Internet connectivity (deployed in 1999-2000, in Ulmea Sweden) emphasizing this was only possible by getting control of local fiber away from the incumbent PTT.
Brough’s keynote address at the October 2010 4G Wireless Evolution Conference.
In it, he argues:
1. All key 4G technologies are pioneered by Wi-Fi (3-5 year lead!).
2. Wi-Fi will be the dominant solution for mobile data offload.
3. 4G technologies represent a wireless tipping point with the result they will revolutionize backhaul and eventually the first mile (via wireless ISPs).
He closes with two slides on his new wireless ISP, netBlazr.
As presented at the 4G Wireless Evolution conference in Miami, January 22, 2010.
WiFI has been at the heart of the change to OFDM and MIMO solutions. It is not suprising that WiFi is a hotbed of innovation in today’s marketplace. This discussion looks at the current and future opportunities associated with WIFI and the implications for new kinds of deployment and adaptation by the LTE and WiMAX community.
Bluetooth Low Energy, Beacons and Retail - A VeriFone White PaperVerifone
Announcements by Apple® and PayPal® have generated a frenzy and massive speculation within the industry about how they will change retail payments.
Both certainly have the potential for disruption and new applications, but the reality is more complex. This white paper explains the technology and some of the factors which will shape their use and determine their eventual success.
GSA’s Mobile HD Voice: Global Update reportMikhail
GSA’s Mobile HD Voice: Global Update report, published on October 3, 2011, confirms that almost half of EU member countries have commercially launched mobile HD Voice services, or are engaged in trials ahead of planned commercial introduction.
Backhaul Inside Out Webinar Slide Deck Oct 2011Wi-Fi 360
The evolution of mobile networks to 4G technologies, and primarily LTE, sets additional requirements and challenges for operator backhaul networks. The selection of flexible and future-proof microwave backhaul technologies is of paramount importance. Join this webinar to learn from Maravedis and Intracom wireless experts about critical trends in backhaul technologies and markets.
In this webinar you will learn:
•Specific benefits that different architecture types provide for 4G deployments, including ease of deployment, agility and resiliency.
•How the use of Point-to-Multipoint (PtMP) technology, which can perfectly complement Point-to-Point (PtP) microwave (MW), especially in urban and dense urban areas, can transform an operator\'s business model and generate a rapid ROI.
•How solutions that combine compact high-nodal PtP, multi-sector PtMP and full outdoor PtP/E-band variants offer unique network deployment benefits in high-density urban areas
Presentation at Femtocell World Summit 2010 in London with featured speaker: Manish Singh, Vice President PLM, Continuous Computing
When: Tuesday, June 22, 2010
Time: 3:50- 4:15 p.m.
Topic: LTE Femtocells and Edge Offload
The 4G technology is nothing less than ground breaking. The advancements that have been made from 3G to 4G alone are mind blowing. With the data processing speed being increased to at least 100 Mbit/sec the possibilities are limitless in the wireless communication world. The 4G technology has a great present and future scope and worth. It makes the average person really think about what is possible with wireless communication? If there ever is a 5G network, how powerful will it be and what will it possibly be able to do that the 4G doesn’t already do?
As presented at the 4G Wireless Evolution conference in Miami, January 22, 2010.
WiFI has been at the heart of the change to OFDM and MIMO solutions. It is not suprising that WiFi is a hotbed of innovation in today’s marketplace. This discussion looks at the current and future opportunities associated with WIFI and the implications for new kinds of deployment and adaptation by the LTE and WiMAX community.
Bluetooth Low Energy, Beacons and Retail - A VeriFone White PaperVerifone
Announcements by Apple® and PayPal® have generated a frenzy and massive speculation within the industry about how they will change retail payments.
Both certainly have the potential for disruption and new applications, but the reality is more complex. This white paper explains the technology and some of the factors which will shape their use and determine their eventual success.
GSA’s Mobile HD Voice: Global Update reportMikhail
GSA’s Mobile HD Voice: Global Update report, published on October 3, 2011, confirms that almost half of EU member countries have commercially launched mobile HD Voice services, or are engaged in trials ahead of planned commercial introduction.
Backhaul Inside Out Webinar Slide Deck Oct 2011Wi-Fi 360
The evolution of mobile networks to 4G technologies, and primarily LTE, sets additional requirements and challenges for operator backhaul networks. The selection of flexible and future-proof microwave backhaul technologies is of paramount importance. Join this webinar to learn from Maravedis and Intracom wireless experts about critical trends in backhaul technologies and markets.
In this webinar you will learn:
•Specific benefits that different architecture types provide for 4G deployments, including ease of deployment, agility and resiliency.
•How the use of Point-to-Multipoint (PtMP) technology, which can perfectly complement Point-to-Point (PtP) microwave (MW), especially in urban and dense urban areas, can transform an operator\'s business model and generate a rapid ROI.
•How solutions that combine compact high-nodal PtP, multi-sector PtMP and full outdoor PtP/E-band variants offer unique network deployment benefits in high-density urban areas
Presentation at Femtocell World Summit 2010 in London with featured speaker: Manish Singh, Vice President PLM, Continuous Computing
When: Tuesday, June 22, 2010
Time: 3:50- 4:15 p.m.
Topic: LTE Femtocells and Edge Offload
The 4G technology is nothing less than ground breaking. The advancements that have been made from 3G to 4G alone are mind blowing. With the data processing speed being increased to at least 100 Mbit/sec the possibilities are limitless in the wireless communication world. The 4G technology has a great present and future scope and worth. It makes the average person really think about what is possible with wireless communication? If there ever is a 5G network, how powerful will it be and what will it possibly be able to do that the 4G doesn’t already do?
This is a report on 5 G mobile technology for B.Tech students for their seminar this is a new topic so it is very useful for B.Tech computer science students
This is a short presentation on 5G technology with images and GIFs. The contents include components of 5g, How is 5g used and is 5g Available in my city.
Now-a-days the goal of many customers is to have PC at one’s palm.
To support powerful systems we need long range, high speed wireless network called 4G.
It includes several types of broadband wireless communication system access including cellular telephone system.
4G networks are projected to provide speeds of 100 Mbps while moving and 1 Gbps while stationary
Similar to Digital Berkshire, October 2012: Emerging Mobile Trends (20)
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Digital Berkshire, October 2012: Emerging Mobile Trends
1. Emerging Mobile Trends:
What is 4G and will it change
everything?
and some other “stuff”
Steve Furminger
@furminger
2. WHAT IS THE HISTORY LEADING TO 4G?
(apologies for the acronyms)
3. 4G IS THE FOURTH
VERSION OF MOBILE
STANDARDS
G is simply “Generation”
We have experienced 1G, 2G, 2.5G, 3G, 3.5G and now 4G is here
LTE is the standard chosen in the UK it refers to “Long Term Evolution”
Nokia Siemens have a good intro video...
5. THE MOBILE EVOLUTION TIMELINE
1G - was the first generation of mobile
network created in the very early1980’s.
Data transfer was analogue at 4.6kbps
which allowed voice and text messaging.
Poor quality and service.
6. THE MOBILE EVOLUTION TIMELINE
2G (GSM) launched early 1992
introduced digital modulation, converting
the analogue sound into digital and then
back again.
Better devices with cameras, music players
embedded.
* global system for mobile communications
7. THE MOBILE EVOLUTION TIMELINE
2.5G (GPRS) launched around1999
introduced packet switching technology
allowing data rates 56kbps-115kbps
Devices starting to become more than
phones - maps, MMS and WAP - not quite
“smart” but useful.
* general packet radio system
8. THE MOBILE EVOLUTION TIMELINE
2.75G (EDGE) launched around 2002
improved data rates further.
More of a “Bolt-On” to 2.5G but increased
data throughput to 384kbps
* enhanced data for gsm evolution
9. THE MOBILE EVOLUTION TIMELINE
And then came 3G... the BIG change to
the mobile ecosphere.
First offered in 2002 in S. Korea it very
slowly rolled out globally. (new frequencies
meant new towers and networks)
By 2007, the 200 millionth 3G subscriber
was connected cross only 190 networks in
40 countries.
10. THE MOBILE EVOLUTION TIMELINE
3G standard included:
Revolutionary new protocols - non
backwards compatible - UMTS based on
GSM standards and CDMA based on 2G
standards.
Evolved EDGE - based on original EDGE
networks with improved speed of up to
1Mbps
* universal mobile telecommunications system
code division multiple access
11. THE MOBILE EVOLUTION TIMELINE
However in the background things haven’t
stood still, networks have improved, new
and update standards have been
introduced.
12. THE MOBILE EVOLUTION TIMELINE
3.5G arrived quietly....
HSPA offered 14 Mbit/s downlink and
supported by 200 carriers in 80 countries.
Many HPSA rollouts were a simple
software upgrade to 3G networks
By 2010 over 1000 devices were available
supporting this standards.
* high speed packet access
13. THE MOBILE EVOLUTION TIMELINE
3.5G continued to improve
HSDPA provides up to 28 Mbit/s
HSPA+ (another evolution) provides an
updated HSPA standard allowing for data
rates of up to 42 Mbit/s down and with
5.4 Mbit/s uplink.
By Jan 2012 200 carriers had released or
announced plans to support HSPA+.
* high speed downlink packet access
14. THE MOBILE EVOLUTION TIMELINE
Is 3G dead in the medium term?
Doubtful as new standards are still being or are planned to be introduced
and all are based on 3G tech so require a smaller outlay.
Dual Cell HSDPA allows for 84 Mbit/s and increased call quality in poor
reception areas.
Dual Cell and MIMO will double that connectivity if adopted.
Further planned HSPA+ networks will provide 672 Mbit/s downstream.
16. THE NEXT EVOLUTION
4G is being released (although we should
actually be calling it 3.9G?)
Most networks acknowledge it is the
platform for the immediate future.
Lots of hype and marketing behind it but
in reality it is an evolution NOT a
revolution in mobile communication
standards.
It is part of the Long Term Evolution of
previous technologies.
17. SO WHAT IS 4G EXACTLY?
In March 2008, the ITU specified the
requirements for 4G setting peak speeds
at 100 Mbit/s for mobile and 1 Gbit/s for
stationary and low mobility use.
2 current standards brand as 4G, WiMAX
and LTE, although both fall short of the full
standards.
The ITU has since allowed much lower
specs to be referred to as 4G.
18. ONE QUICK SLIDE ON WIMAX
WiMAX - World Interoperability for Microwave Access
Designed to provide up to 1 Gbit/s data rates (with latest update).
“Wi-Fi on steroids” with large distances available - city wide in some
cases - a single connection you don’t drop out.
Due to frequencies in use, signals inside buildings are affected
Large initial uptake in USA, Malaysia and Indonesia.
In USA the mobile networks on WiMAX have announced LTE plans.
19. 4G LTE EXPLAINED
1st Release of LTE networks typically boast downstream connections
of 300 Mbit/s. In reality, this is nearer 10 - 20 Mbit/s.
LTE is a redesign of 3G architecture so that all data and voice is now
transferred via IP, this makes things simpler than 3G’s distinct voice and
data channels.
In the US HSPA+ is also badged as 4G although it is slower than LTE.
However, 4G needs new towers and with the delayed UK auction, the
timescales for release in the UK have been slow.
23. THE MOBILE DEVICES THEMSELVES
As with all new technologies, the roll
out of hardware is initially expensive
and most are high end phones
EE has launched with 8 4G phones
LTE is now infamous for its battery
drain
The Samsung Galaxy Nexus in the US
Slightly bigger than their 3G variants
24. AND JUST TO MIX THINGS UP
The UK 4G spectrum isn’t the same as the US and other European countries.
The iPhone 5 wont work on O2 and Vodafone 4G networks next year as it currently
stands as uses different frequencies.
We may be back to the days of a device will only be launched on one UK network due
to the hardware.
Apple had to withdraw the 4G reference from the iPad 3 in the UK as it doesn’t support
the UK 4G frequencies.
25. SO WHAT WILL CAN WE DO WITH 4G?
As you would expect, most
potential applications lend
themselves towards video and
cloud computing. Faster speeds
will improve experiences with
these platforms.
Online gaming will experience
benefits due to lower latency
times and overall network
responsiveness.
26. HD VIDEO STREAMING
Watching video on a smartphone with 3G service often means tolerating pixelation, jerky
movement, and even screen freezes
3G service cannot establish a large enough data pipe to the end device to deliver a high
number of video data packets fast enough to create high definition on the small screen
27. VIDEOCONFERENCING
Real time low latency bi-directional video streaming really is suited to the faster 4G
networks.
Like HD Video streaming it requires a certain downstream and upstream connections, 4G
should cater for this as of its first release.
Videoconferencing on mobile devices (a decent quality Skype call) should work
28. MOBILE AND ONLINE GAMING
Finally the pale gamer types have no excuse to stay indoors.
4G has introduced the first generation of real time mobile games that operate over
mobile networks.
The high throughput allows for gamers positions and HD video assets to be delivered
29. LIVE TV
Existing LiveTV applications such as Sky Go will automatically become a better experience
and provide the same journey and quality as if the user were on wi-fi.
31. IT WONT BE THIS JUST YET
This will be another 4-6 years before LTE Advanced is rolled out providing a much bigger
speed gain. Then it will be true 4G!!
32. IT DOESN’T STOP AT
4G
Korea is already investing heavily in potential new standards so as to push the boundaries
of mobile connectivity. Universities in the UK have had £25million initial funding into 5G
technologies.
The new standards are currently with the ITU and others for agreement, but note each
major upgrade to mobile networks has been 10 years apart since the 1982 and the 1st
generation networks so we should see 4.5G in 2016 and 5G in 2022.
34. IPAD MINI RELEASE NEXT WEEK?
The iPhone 5 rumours were spot on
so....
7.85” inch screen
A5 processor as in iPad 2
£179 and up?
Front and Rear cameras
Usual 8GB, 16GB, 32GB and 64GB
Retina display?
35. SAMSUNG GALAXY S3 MINI
A smaller brother to the popular S3, but still
same size as iPhone 5
4”screen
5 megapixel rear camera
4G LTE compatible
1GHz processor
4.1.1 Android Jellybean
36. ASUS PADFONE 2 RELEASE Q1 2013
is it a phone or it a tablet?
Its BOTH!
37. MOBILE PHONE INSIDE MAGAZINE
CW Television is
promoting its new
autumn line up with a live
twitter feed display inside
the latest Entertainment
Weekly magazine.
Using the mobile display
it shows the latest 6
tweets in a loop.
Theres only 1000 of these special version being printed in NY and LA
Phone is a custom made Android device from China.
38. LASTLY...... MICROSOFT SURFACE RT
Windows 8 new touchscreen tablet
Available now for pre-order from £399
new Metro interface as used in Windows Phone 7+
10.6” screen
1920x1080p full HD screen
more expensive Pro version due in the new year
ships next week for arrival on the 30th October