Until the 1990s scaling up was almost always a more cost-effective strategy to increase available computer power because communication between computers was xteremely slow compared with communications between a single computer's components.

A. True

B. False

Question

Guest

Computers & Technology

29 July, 06:33

Until the 1990s scaling up was almost always a more cost-effective strategy to increase available computer power because communication between computers was xteremely slow compared with communications between a single computer's components.

A. True

B. False

+4

Answers (1)

Know the Answer?

Cotton · Answer 1

The answer is "Option A"

Explanation:

A single computer component also known as a single-board computer, it is a total machine, which is built on a single silicon chip with functional devices like microcontroller, (I / O), and storage.

It normally uses a device, which has a fanless, small-power computation system, and small-profile design. This model provides very slow communication between the components of single computers, that's why the given statement is true.

Until the 1990s scaling up was almost always a more cost-effective strategy to increase available computer power because communication between computers was xteremely slow compared with communications between a single computer's components.A. TrueB. False

Until the 1990s scaling up was almost always a more cost-effective strategy to increase available computer power because communication between computers was xteremely slow compared with communications between a single computer's components.

A. True

B. False