Tablet computer manufacturers are constantly constrained by cost, power consumption, weight, and battery life limits. Describe your ideal tablet computer. E.g: How huge is the screen going to be? Would you prefer a longer-lasting battery at the expense of a heavier unit? How much would be considered too heavy? Which would you prefer: cheap cost or high performance? Should the battery be replaced by the consumer

Tablet computer manufacturers are constantly constrained by cost, power consumption, weight, and battery life limits. Describe your ideal tablet computer. E.g: How huge is the screen going to be? Would you prefer a longer-lasting battery at the expense of a heavier unit? How much would be considered too heavy? Which would you prefer: cheap cost or high performance? Should the battery be replaced by the consumer

Fundamentals of Information Systems

9th Edition

ISBN:9781337097536

Author:Ralph Stair, George Reynolds

Publisher:Ralph Stair, George Reynolds

Chapter2: Hardware And Software

Section: Chapter Questions

Problem 1.1RQ

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Similar questions

Makers of tablet computers continually work within narrow constraints on cost, power consumption, weight, and battery life. Describe what you feel would be the perfect tablet computer. E.g: How large would the screen be? Would you rather have a longer-lasting battery, even if it means having a heavier unit? How heavy would be too heavy? Would you rather have low cost or fast performance? Should the battery be consumer replaceable?
Tablet computer designers must constantly balance cost, power usage, weight, and battery life. Describe your ideal tablet computer. E.g: How big is the screen? Do you prefer a longer-lasting battery over a heavier unit? How much is too much? Do you prefer cheap cost or high performance? Is the battery user replaceable?
Please explain in your own words how the main memory of mobile devices is different and how it is the same as that of traditional desktop computers.
How difficult is it to find a reasonable balance between the efficacy of the CPU, RAM, interface, and other devices?
Digital memory comes in a variety of forms, including cache memory, random access memory (RAM), solid state drives (SSD), and hard disk drives (HDD). Computers include every one of them. Is it preferable for consumers to have only one memory standard, such as the many SSD sizes, or is there a value to having several standards? Is having many standards advantageous? Would things be simpler and less expensive for consumers if there was just one standard to follow?
Digital memory may be implemented via a wide variety of storage media, including cache memory, hard disc drives (HDD), random access memory (RAM), and solid state drives (SSD). Using a computer, you can get any of these things. Considering the numerous different sizes of solid-state drives (SSDs), is there any benefit to having so many different standards, or would it be better for consumers if there was just one? Please elaborate on the benefits, if any, of having several standards. Does it beneficial to have several different standards to compare against? Would it make things simpler and cheaper for consumers if there was only one standard that had to be met?
For example, if you wish to compare the quality of two displays of different sizes (say, a mobile display and an LCD monitor), what resolution (800x600 pixels, 100 dots per inch, 100 pixels per inch, etc) would you use? Please provide an example.
Examine the differences between laptops and desktop computers.
The fundamental goal of businesses that make computers is to fulfill the requirements of customers for reasonably priced, high-quality computing devices that provide rapid processing speeds. How can you rapidly develop a machine that is of high quality while while minimizing the amount of money it costs?
Describe the different form factors of motherboards, such as ATX, microATX, and mini-ITX. How do these form factors affect the size and layout of a computer?
To what extent do modern laptops and tablets share features?
What are the best methods for reducing the energy consumption of computer hardware?