The global wireless platforms market is expected to grow over the forecast period driven by technological advancement, and adoption of application platforms. Wireless networks include local area, personal area, and cellular network which allows effective communication without depending on available cables or wires. The edge less connection has stimulated by the development and adoption of application platforms with wireless infrastructure which offers accessibility on numerous devices.
The edge less connection platforms are anticipated to witness an exponential effect from business and enterprises as they require innovative operating system on wireless network infrastructure and end user devices. When personal computer shifted computing power on mainframes to desktop, laptops been replaced by wireless devices in order to give customer a significant end user device that are connected and offer information integration with business data systems. The number of off the shelf systems and tools for customized solutions is expected a steady growth. The initial operations include email, edge less messaging, contact management, and synchronized calendars which could be initially installed on smart devices, these functional applications would gradually increase over the next few years as companies find innovative and new ways their most productive workforce by providing universal access to activity information.
The computing platforms and edge less devices act as trendsetters in the industry and an essential element among the power of information to users. The edge less platform are classified into categories such as, PDAs incorporated with edge less cellular, Wi-Fi or both, and smart phones which acquire the operating systems entirely and operates applications to enterprise. The WAP is considered as a significant solution for mobile operators as well as smart devices. They are capable for offering a WAP personalized portal, rake in the cost data associated with navigation, and direct their subscribers content they wanted to provide. The WAP platforms that brace numerous operating systems, to provide significantly incorporated and solutions offering an optimal complete combination of mobile broadband, connectivity to the intense energy efficiency, multimedia, and mobile processing performance.
Unlike traditional web bowers, WAP bowers were designed to run within the memory and bandwidth constraints of the devices. The edge less application protocol standard emerged to address these concerns. WAP was a stripped down version of HTTP, which is the backbone protocol of the internet. The WAP portal enabled the network operator to regulate the number of sites customer could browse and to channel subscribers to the operator’s approved content providers and prohibit competing sites. This approach deprecates third party developers, dealing with fabricating applications. The mobile operators who provided the WAP portal often restricted which sites were accessible.
Currently, the offer of mobile devices, the based band solution is obtained from a mixture of DSP and central processing unit type devices. Commercializing WAP applications was difficult, there was no built in billing mechanism. The advancement of edge less platforms include reviews of component access via edge less solutions such as based band, protocol stacks, and IF / RF front end. WAP fell short of commercial expectations. In markets, such as Japan, it flourished; markets in the U.S. failed to take off. In markets offering copper / fiber or cable infrastructures are either outdated or saturated, BWA technology (broadband wireless access) fills the gap significantly, offering cost effective as well as prominently ingress service for a large number of subscribers in the developed markets. Governments globally are starting to prioritize broadband as a key political objective for all citizens to overcome the ‘broadband gap’ also known as the ‘digital divide’.
The BWA industry is growing at a rapid pace regardless of WiMAX. With the advent of WiMAX, broadband edge less access is undergoing a dramatic change. The 802.16 standard is set to revolutionize the broadband edge less market with most of the broadband edge less equipment supporting this standard. Current broadband edge less deployments are based on proprietary solutions in which each broadband edge less access vendor custom builds their solution, which adds time and cost to the process. While the overall number of subscriber lines is quite small relative to other forms, the size of the market and revenue associated with it is growing to the point where even major carriers are beginning to pay more close attention.
The global wireless platforms market is segmented into edge less sensors, power management IC (integrated circuit), wireless processors, wireless broadband, and wireless based band. The list of venders that offer edge less application servers is in a constant state of change. Some of the prominent players in the industry are Aether, Air2Web, AvantGo, Broadbeam, Covigo, Everypath, Extended Systems, iAnywhere Solutions, and IBM.
This report studies Wireless Platforms in Global market, especially in North America, Europe, China, Japan, Korea and Taiwan, focuses on top manufacturers in global market, with capacity, production, price, revenue and market share for each manufacturer, covering
• Arm Holdings
• Broadcom Corporation
• Freescale Semiconductor
• Infineon Technologies
• Marvell Technology Group
• Mips Technologies
• Nvidia Corporation
• Renesas Electronics
Market Segment by Regions, this report splits Global into several key Regions, with production, consumption, revenue, market share and growth rate of Wireless Platforms in these regions, from 2012 to 2022 (forecast), like
• North America
Split by product type, with production, revenue, price, market share and growth rate of each type, can be divided into
• Wireless Baseband
• Wireless Broadband
• Wireless Processors
• Wireless Power Management
• Wireless Telecommunication
• Wireless Sensors
Split by application, this report focuses on consumption, market share and growth rate of Wireless Platforms in each application, can be divided into
• Data Processing
• Consumer Electronics
Research Support Specialist, USA