Wap website adaptation to mobile phone screen width
Source: Shangpin China |
Type: website encyclopedia |
Time: November 28, 2011
Wap website adaptation to mobile phone screen width
1、 Current mainstream mobile phone screen width list: 128, 176, 240, 320, 360, 480, 640 2、 Subjects: Nokia, Samsung, Sony Ericsson, Motorola, Blackberry, Lenovo, Tianyu, Apple 3、 Proportion of screen width of each brand:
|
Screen width
|
one hundred and twenty-eight
|
one hundred and seventy-six
|
two hundred and forty
|
three hundred and twenty
|
three hundred and sixty
|
four hundred and eighty
|
six hundred and forty
|
|
NOKIA
|
10%
|
|
50%
|
5%
|
25%
|
5%
|
|
|
Samsung
|
7%
|
6%
|
75%
|
|
|
17%
|
|
|
Sony Ericsson
|
|
|
80%
|
7%
|
6%
|
7%
|
3%
|
|
Motorola
|
16%
|
|
50%
|
8%
|
|
17%
|
3%
|
|
blackberry
|
|
|
25%
|
15%
|
25%
|
35%
|
|
|
association
|
7%
|
13%
|
75%
|
|
|
5%
|
|
|
Heavenly language
|
12%
|
13%
|
75%
|
|
|
2%
|
|
|
Apple
|
|
|
|
48%
|
|
|
48%
|
|
Total proportion
|
9.9%
|
7.8%
|
59%
|
3.9%
|
8.4%
|
9.3%
|
1.7%
|
4、 Conclusion: From the above table, we can conclude that: 1. The screen width of mainstream mobile phones in the main market is 240px, accounting for 59% of the overall market. Needless to say, mobile phones must be our main source of customers. 2. The mobile phone with a screen width of 480px is the development trend, accounting for 9.3% of the overall market. Although this model has a small market share, all major brands are involved, and there will only be an increasing trend, which will certainly replace the dominant position with a screen width of 240px in the future. 3. Mobile phones with 320px and 360px screens are transitional models during the development of large screen mobile phones, and the share of mobile phones with 360px screens in the overall market is significantly higher than that of 320px phones. 4. Mobile phones with 128px screen width account for 9.9% of the market, which are generally early models, and most do not support wap2.0 pages. 5. The super large screen mobile phones with 640px screen width account for about 1.7% of the market share, which are generally multimedia and high-end phones. According to the market situation, the super large screen mobile phones are more and more popular with users, so in the near future, this type of mobile phones will certainly have a place.
5、 Suggestion: 1. Discard mobile phones with 128px and 176px screen width, wap Beijing website production It can cover 83.3% of the market. Reason: Such users generally have low income and are unlikely to become service objects. 2. In view of the fact that there is no unified standard for setting the screen width of mobile phones in the market, and there are various mobile phone screens, and the gap between the screen widths of mobile phones is large, in order to prevent serious deformation of the display on the page of large screen mobile phone users, it is recommended to make 240 px as the standard for upward compatibility with 320 px or 360 px as the standard for upward compatibility.
2、 The difference between wap1.0 and wap2.0 The limitation is the problem of the mobile phone itself. The size of each mobile phone's picture ringtones, java programs and other files has different limits, regardless of the wap version. The main difference between the WAP application version 1.0 and 2.0 on mobile phones is the compatibility of application functions. 1.0 has many limitations. Now almost all mobile phones are WAP2.0 browsers. If it is a 1.0 browser, many WAP functions cannot be used. The limit of downloading files mainly depends on the mobile phone itself, and the version problem is mainly reflected in browsing the higher version wap with the lower version browser High end website construction Some functions cannot be realized. It seems that wap2.0 has not solved the problem of full downward compatibility. WAP1.0, the first version of WAP, was approved in the summer of 1998. This version introduces the core content of WAP, i.e. WAP protocol terms, WML, WMLScript, etc WAP1.1 was launched in the summer of 1999. This is an improved version of version 1.0. It is the result of induction and feedback on previous versions. Version 1.1 is the first commercial version. The main change in this version is still to use XHTML to organize WML to get the detailed description of W3C. This version supports image operations in WBMP format, thus improving the wireless telephony application (WTA) - specification and all WML marks. Now it has replaced upper case with lower case. WAP1.2 has been approved. This version adopts WAP promotion architecture, user agent architecture (UAPROF), WDP channel, improved wireless telephony application (WTA) specifications, and support for additional user network technologies. Now the latest is wap2.0 WAP2.0 is designed to enhance the practicability of WAP, meet the needs of the market, and adapt to the latest industry development trends such as higher bandwidth, faster data transmission speed, stronger access capability, and different screen sizes. Using advanced networks and new service functions, terminals supporting WAP2.0 will be able to access various Internet based content, applications and services. We can also regard this as a very valuable extension from PC. WAP2.0 uses a completely common protocol with the Internet, which allows you to directly log on to the Internet through your mobile phone, while WAP1.2 based technology can only log on to the WAP portal. At the same time, WAP2.0's unique direct HTTP communication, mobile friendly technology, markup language XHTMLMP and full backward compatibility with WML1.0 also enable WAP2.0 to have better graphics presentation and control capabilities; It is easier to make corresponding content optimization for different terminals; It can transmit streaming media wirelessly; With cache, business processing speed is faster; Large files can be downloaded more quickly. WAP2.0 will truly realize the seamless connection between the mobile phone and the Internet, making the mobile phone a microcomputer terminal. WAP2.0 adopts various new technologies to enhance service performance, including data synchronization, multimedia messaging service (MMS), persistent storage interface, provisioning, and Pictograms. In addition, WAP2.0 has further improved the wireless telephone application (WTA), push, and user agent profile (UAPROF) on the basis of previous versions. For data synchronization, WAP2.0 uses the SyncML protocol to ensure a common solution framework for a variety of devices. The wireless session protocol WSP and HTTP/1.1 both support SyncML language. The persistent storage interface provides a set of storage services and fully defined interfaces, allowing users to organize, access, store, and extract data on wireless devices or other connected memory devices. The provisioning feature allows network operators to manage devices on their networks using a common toolkit. At the same time, this service provides a standard method to provide WAP customers with the information they need to operate in the wireless network (such as the IP address of the WAP gateway, etc.). The Pictograms feature allows users to use tiny images, such as. Such graphics can be used to express meaning more succinctly and enable users to communicate more effectively In addition to WBMP images, vCards and vCalenders. These contents have been standardized in WAP1.2. In WAP2.0, some new features are added: WML2 is the basic markup language used in WAP2.0, which is written based on the basic outline of XHTML defined by W3C. WAE further improves the extensibility of WML1 by defining additional markup features for enhanced functionality and forward compatibility with WML1. WML2 uses XHTML modularity, allowing adding language elements as needed. Moreover, documents written in XHTML core basic language can run in WML2 browser. WAP2.0 also supports style sheet to enhance the content display capability. WAP also supports inline and external style sheets that are currently supported by most Internet browsers. WAP2.0 includes a transformation mechanism using eXtensible Stylesheet Language Transformation (XSLT), which allows WML1 documents to be transformed into WML2 codes, so that WML1 documents can be run in WML2 browsers. These changes allow customers to access XHTML content written for other Internet customers and applications, as well as content specially written using extended WML features.
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