Best practice for digital content acceleration
Where to find tools to identify your own website's performance
The available solutions for web acceleration
How front-end acceleration can speed up websi
20. www.limelight.com
ISPISP
ISP
Browser
Origin
Web server
Browser
Origin
Web server
LLNW edgeLimelight
Unoptimised TCP
High #HTTP requests and #RT
High latency and packet loss compared
to LLNW private network
Slow page render time
Increase abandonment
Decrease in revenue
Rapid time to action
Decrease in
abandonment
Increase in revenue
Cacheable content
Delivered from edgeTCP/IP tuning techniques
results in the reduction in #RT
and #HTTP requests running
over LLNW private network
Non optimised TCP
Between origin and
LLNW proxy
Transparent
Limelight
Acceleration proxy
Employs TCP and
HTML optimisation
techniques.
Highly optimised
and prioritised
accelerated
delivery over the
last mile
Visible
Elements
Invisible
Elements
ISP
21. www.limelight.com
ISPISP
ISP
Browser
Origin
Web server
Browser
Origin
Web server
LLNW edgeLimelight
Unoptimised TCP
High #HTTP requests and #RT
High latency and packet loss compared
to LLNW private network
Slow page render time
Increase abandonment
Decrease in revenue
Rapid time to action
Decrease in
abandonment
Increase in revenue
Cacheable content
Delivered from edgeTCP/IP tuning techniques
results in the reduction in #RT
and #HTTP requests running
over LLNW private network
Non optimised TCP
Between origin and
LLNW proxy
Transparent
Limelight
Acceleration proxy
Employs TCP and
HTML optimisation
techniques.
Highly optimised
and prioritised
accelerated
delivery over the
last mile
Visible
Elements
Invisible
Elements
Limelight private IP
XXVIII
XXIX
CDN
private IP networks
--
30. www.limelight.com
I
E-Commerce Page Speed & Website Performance – Strangeloop Networks 2012
II
Jackson, W. www.williejackson.com
III
Linden, 2006
IV
Farber, 2006
V
Kohavi & Longbotham, 2007
VI
Aberdeen Group – The performance of Web Applications: Customers are won or lost in
one second, November 2008
VII
Jackson, W. www.williejackson.com
VIII
Nielsen, J. useit.com Alertbox June 21, 2010
IX
Ecommerce Page Speed Survey – TagMan (www.tagman.com) July 18, 2011
X
Beheshti, H – Strangeloop, July 1, 2010
XI
E-Commerce Page Speed & Website Performance – Strangeloop Networks 2012
XII
Customers are Won or Lost in One Second – Simic, B – Aberdeen Group, November 2008
XIII
Kohavi, R & Longbotham, R – Online Experiments: Lessons Learned. September 2007
XIV
Strangeloop Networks website blog - 2012
XV
Alexa.com analysis of website load speeds
XVI
NVT, 2008
XVII
Nextslt.org
XVIII
Internetnews, 1993
XIX
Gartner, 2003
XX
http://www.istockanalyist.com/finance/story/5654129/tablet-pc-growth-a-death-knell-
for-desktop-pc
XXI
from WebPerformanceToday.com
XXII
How Loading Time Affects Your Bottom Line – Infographic from KISSmetrics.com
XXIII
JupiterResearch presented by Akamai, 2006
XXIV
Nah, F – A Study On Tolerable Waiting Time: How Long Are Web Users Willing To Wait?,
2004. From Web Optimization – 30 May 2008
XXV
Fogg, B.J., et al. – What Makes Websites Credible? A Report On A Large Quantitative
Study. From Web Optimization – 30 May 2008
XXVI
Bouch, A., Kuchinskey, A., and Bhatti, N – Quality s in the Eye of the Beholder: Meeting
Users’ Requirements for Internet Quality. From Web Optimization – 30 May 2008
XXVII
Akamai – Boosting Online Commerce Profitability…” 2007
XXVIII
Wikipedia - http://en.wikipedia.org/wiki/Middle_mile
XXIX
About.com Broadband - http://broadband.about.com/od/glossary/g/Middle-Mile.htm
XXX
http://www.websiteoptimization.com/speed/tweak/
XXXI
http://www.techterms.com
XXXII
http://searchcloudcomputing.techtarget.com
XXXIII
http://whatis.techtarget.com
XXXIV
http://www.thesitedoctor.com
XXXV
http://www.linfo.org
XXXVI
http://www.webopedia.com