• About Us
  • Blog
  • Basket
  • Account
  • Sign In
  •  

Blog

Published on Monday, April 23, 2012

Poor mobile web design will flatten your smartphone battery

If you don’t have a web site designed for mobile phones, you don’t just risk frustrating your customers when they visit you online. You’re also likely to drain their smartphone batteries. That’s the message from a research team based at California’s Stanford University.

The researchers published a paper entitled “Who Killed My Battery: Analyzing Mobile Browser Energy Consumption” at the World Wide Web 2012 conference last week. They used an Android handset to browse a variety of popular web sites, measuring the phone’s energy consumption as it loaded and rendered web pages. As well as analysing each page, the team also measured the energy needed to render individual web elements such as images, JavaScript, and CSS.

Although simpler text-based pages with very little JavaScript and no large images were generally more energy-efficient, different ways of coding a page could make a dramatic difference - even though the page seen by the customer would appear identical.

A set of guidelines for building ‘energy efficient’ web pages has now been produced as part of the team’s findings.

[Who Killed My Battery (pdf)]

Comments (0)

Author: Products Team

Categories: News

Tags: Performance , Mobile , Android , Web

James Rosewell
>

Products Team

Other posts by Products Team
Contact author

Name:
Email:
Subject:
Message:
x

Tags

.NET 2013 2014 4G 51Degrees 5G A.C.Roma A7 ABI Acer Affiliate Marketing Alcatel Amazon AMP Analysis Analytics Android Android 5.0 Lollipop Android Kitkat Android Lollipop Android Media Stick Apache API Apple Apple TV Archos Asha Asian Market ASP.NET Asus Australia Big Data Black Friday Blackberry Blink Browser C C# Case Study CeBIT CES Chrome Cloud CMS combinations Comparison Competition CoolPad COTW Cron CSS3 Data Data Blog Data File Data Model Daydream Denver Design Desire Eye Desktop Detection Developers Device Device Data Device Detection Device Intelligence Device Popularity Device property Device Types Device Use Display DoCoMo Doogee DotNetNuke Download Drupal Email EReader E-Reader Ericsson Evaluation Event Examples EXPLAY Rio Facebook feature Firefox Firefox OS Fly Foundation Framework France Galaxy S3 Galaxy S5 Galaxy Tab A Galaxy Tab A 8.0 Galaxy Tab A 9.7 Germany git repositories Global Google Google Daydream GSMA HAProxy Hardware Hisense HTC HTC ONE MAX HTC OS HTML5 HTTP Huawei HUAWEI. UPDATE HUDL Huwaei IBC Icemobile Prime 4.0 IE IFA IIS Image Optimiser Image Optimizer India Infographic Ingeniux Internet usage iOS iOS 7 iOS 8 ipad iPhone iPhone 6 IsEmailBrowser IsWebApp Italy Japan Java Javascript Jolla Kentico Keynote Kindle Kindle Fire Kindle Fire HD Leagoo Lenovo LG Location Log File Analysis LTE Lumia Map Memory Meta Data Mi 4S Micromax Microsoft Miia Style Mobile Mobile Analysis Mobile Analytics Mobile Devices Mobile Marketing Mixer Module Motorola MVC4 MWC MWC 2017 MWC16 MyPhone Native Native Apps NET New Release News News Letter Nexus Nexus 6 Nexus 9 NFC NGINX Nokia Non-Mobile NVIDIA Omate On7 OnePlus 5 Opera Opera Mini Operating System Optimisation OS OSX 10.10 OTA Panasonic Patent PC Pebble Performance phablet phone PHP Poland Presentation Press Release Price Band PRIV PS4 Python QMobile QR Codes Redirection Research Reseller Responsive Images RESS Review reviews RIM Ringmark RWD Samsung Scala Screen Screen resolution Screen Size SEO Server Set Box Set Top Box Sharepoint Shark 1 SHIFT phones Sitecore SLUSH Smart TV Smartphone Smartphones Smartwatches Snapdragon Sony Sony Xperia Spain Swedish Beers Symbian Tablet Tablets Tesco Testing Tips Top 5 TOTW TV UDS UK Umbraco Update updates US User Agent UserAgent User-Agent Vendors Version 3 VoLTE VR Wearable Web Web Apps WebKit WebMatrix White Paper Widgets Widnows WiFi Wiko Wileyfox Windows Windows Phone Xbox XBox One Xiaomi Xperia Xperia z Yosemite Z10 ZenFon 2 ZOPO ZTE