In: Categories » Computers and technology » Hardware » COMPUTER SALES
|
In 2000, according the IDC, approximately 101.4 million desktop PCs were shipped, generating $141 billion in revenues. Many new consumers were attracted by low prices, higher capabilities, and stylish colorful designs. During the same period, a total of 26 million notebook computers, valued at $57.7 billion, were shipped worldwide, based on IDC research. Additionally, most PC vendors support at least one wireless protocol and many offer services to facilitate the transition to a wireless computing environment. It is projected by many leading market research firms that within the next two to three years, the desktop PC market will decline in favor of wirelessenabled portable PCs, handheld Pocket PCs, and other devices. Wireless phones, PDAs, pagers, and modems are expected to surpass PCs as the most popular Internet access devices. Shipments of Wireless Internet devices will sustain doubleand triple-digit growth over the next few years. Mobile electronics sales may rise to $10.5 million in 2001, as consumers continue to enjoy the ease with which they can access information and entertainment and stay in touch with friends and family. Wireless phones maintain the largest share of that category, with sales forecast at $3.7 billion in 2001, a 16 percent increase over 2000, according to the Consumer Electronics Association (CEA). While the PDA market in the United States continue to be strong, the Yankee Group projects 13 million to be sold in 2001, growing to over 26 million in 2003. Approximately 11 percent of PDAs had Internet access, while Jupiter projects that the number of U.S. PDA users interacting with Web data and content will approach 14 million by 2005. Major consensus holds that within the next three to five years, the majority of devices that tap into the Internet for data will not be wired personal computers, but rather a mix of handheld devices—including cellular phones, PDAs, pagers, and Pocket PCs. Research firm IDC projects that the worldwide market for these devices will grow to over 67 million units sold and $18.1 billion in revenues by 2005. Many of these devices shall also offer to the consumer new and integrated features and functions such as cameras and music players, which will make it more convenient for consumers to carry only a single device. Many of these devices will take on new form factors— designs which look less like a phone. These new devices will be designed to make viewing and entering information easier. This same period will also witness the emergence of human-to-machine and (though still embryonic), machine-tomachine communications, provided by embedded wireless communication links for data exchange. This will improve work flow for the business user and create new opportunities for companies. This trend accelerated in Europe and Japan. Examples of human-to-machine communications via wireless networks already exist, allowing people to access content and applications from network servers. One example of machineto-machine communications is vending machines. A wireless device embedded in the machine communicates with a central computer that keeps track of how many soft drinks or other items are left; it lets suppliers know when the vending machine needs to be restocked. The device may also notify the central computer when the vending machine is in need of repairs. These devices can be attached to home appliances such as refrigerators, air conditioners, and security systems to control lights, activate alarms, and provide climate control. Other embedded devices will monitor environmental factors like carbon monoxide levels. In the vehicular environment, these devices will provide navigation aids and also work as security and theft-prevention devices. Referred to commonly as telematics, which is the blending of computing and wireless telecommunication systems, which creates useful applications for automobiles and trucks. Telematics systems often use global positions systems (GPS) or cell-based technologies to facilitate location-based services such as roadside assistance offered by companies such as GM’s OnStar. For telematics to become successful and widely accepted, car manufacturers have to agree on a standard for hardware and operating system, otherwise companies have to build specific versions of their applications for each auto manufacturer, resulting in a segmented industry. In the United States alone, there are over 210 million existing cars and sales of new cars are about 17 million per year. Worldwide annual sales of new cars are over 50 million. According to the Yankee Group, 50 percent of new cars and 90 percent of highend vehicles will have telematics to keep users connected while in the car in 2006, which equates to a market over $25 billion. Furthermore, on the enterprise side, there are over 40 million fleet vehicles in the United States alone, which includes trucking, delivery, and service vehicles. We believe that in the not-to-distant future, connectivity with the Internet for many consumers will be via wireless device and not home PC. The U.S. mobile phone market is expanding with an additional 11 percent of households expected to purchase a wireless handheld device in 2002, according to a survey conducted by Takar Nelson Sofres Intersearch. We find that over 40 percent of Nextel’s subscriber base has data-capable handsets and more than half of Sprint PCS subscribers have data phones. These run text-based microbrowsers that can only surf limited numbers of Web sites, but that number is growing. Using push technology, it will be possible for sites to alert users of downloadable content, based on customized settings. These early trailblazers will fundamentally change Internet usage patterns from one or two long sessions a day on an office or home PC to dozens of low-intensity sessions a day for specific Web clips or data points.
|
legal disclaimer
1) Our website is not responsible for the information contained by this article as well for any and all copyright infringements by authors and writers. E-articles is a free information resource. If you suspect this article for any copyright infringements, please read the Terms of service and contact us to investigate the problem.
2) The E-articles directory team is not responsible for inaccuracies, falsehoods, or any other types of misinformation this tutorial may contain and will not be liable for any loss or damage suffered by a user through the user's reliance on the information gained here. Please read the Terms of service
Useful tools and features
related articles
In this article, when you see the term system resource, I would like you to think of a setting assigned to a device that allows the device to work with the computer. A device is anything that you can install on the computer—for example, a network card, a modem, or a sound card. The three major system resources that can be assigned to different devices are I/O addresses, IRQ addresses, and DMA addresses. A fourth system resource, called a memory address, can sometimes be assigned to devices a...
2. Types of Memory
Read-only memory Read-only memory (ROM) is a type of memory that cannot be written to. Information is written to ROM chips by the manufacturer, and this information cannot be changed. In the past, if ROM information needed to be updated, you had to remove the original chip and replace it with an updated ROM chip. Software written to ROM chips is called firmware. One of the major uses for ROM is to store the system BIOS, which contains Power- On Self-Test (POST) routines and other routines that ini...
3. Some Information about the Most Common Computer Ports
When connecting devices to your computer, you should first look at the different types of ports that can be found on it. You may already be familiar with some of the common ones, such as serial, parallel, and USB. This section will discuss IEEE-1394 ports as well, which are often called FireWire. Serial versus parallel Two of the most common ports on the back of your computer are the serial ports and the parallel ports. Most computers have one parallel port and two serial ports. They are used to co...
4. Small Computer System Interface (SCSI) ~ How to Install SCSI Host Adapter in Windows 2000
This article discusses a type of hard disk that is more popular in high-end machines (servers) than in personal desktop computers. First, I will discuss SCSI and some of its benefits. Then I will take a look at the steps involved in configuring SCSI devices. SCSI overview SCSI is an acronym for Small Computer System Interface. The important part of this term is “small computer.” SCSI environments use a SCSI controller that is responsible for managing all SCSI devices and ...
DRAM is the most popular type of memory used in systems today. It is also the most popular type of memory that computer users are adding to their computers for the purpose of upgrading memory. Therefore, you must understand the different types of DRAM and what types of DRAM outperform others. Standard DRAM Memory is organized into rows and columns like a spreadsheet. The information is stored in the different cells or blocks that make up these rows and columns. With standard RAM, the CPU reques...
6. An Overview of IDE Devices ~ IDE versus EIDE devices ~ The Master Slave Concept
In this article, you will learn to install and troubleshoot IDE devices. First, you’ll be given an overview of IDE devices and some of their features, and then you’ll be shown a number of different configurations for installing IDE devices into a computer system. IDE overview The hard drive controller is responsible for converting signals made by the system CPU to signals that the hard disk can understand. These signals include instructions on where to find data and how to...
7. How Does a Printer Work ~ The printing process ~ Types of Printers
Although many different manufacturers make printers, you’re likely to encounter only three real categories of printers (so far). The three types of printers discussed in this article are: Laser Printers Inkjet Printers Dot-matrix Printers The exam touches base on each of these, but the wise technician should focus on laser printers, not only for the exam’s sake, but because these printers are the most common type in today’s computing environm...
8. Pocket PC Installation
Installing Pocket PC programs is fairly straightforward. Palmtop computers use an interface with a hosting laptop or desktop computer. The handheld is updated and installed through this interface. This interface also provides a means to install third-party programs onto the iPAQ. The procedure typically is as follows: The program is downloaded to the desktop. The user installs program from desktop, just like any other program. ...
9. General Bus Architectures
On the system board are a number of expansion slots that are used to expand on the computer’s capabilities. When it is first purchased, a computer only has so many capabilities—the nice thing is that you can expand on those capabilities. Expansion slots expand on what the computer can do. The problem is that there are different types of expansion slots in the system, so when you go to purchase that sound card or network card, you have to make sure that you purchase the right type. In the following sections...










