Answer:
Second-generation computers were developed during the 1950s to the early 1960s. This period marked a significant advancement in computer technology compared to the first-generation computers.
Key characteristics of second-generation computers include:
1. Transistors: The major innovation in second-generation computers was the replacement of vacuum tubes with transistors. Transistors were smaller, more reliable, and consumed less power than vacuum tubes. They allowed for faster and more efficient data processing.
2. Magnetic Core Memory: Second-generation computers utilized magnetic core memory for data storage. Magnetic cores were small rings of magnetic material that could be magnetized or demagnetized to represent binary data. This form of memory was faster, more reliable, and had higher storage capacity than the mercury delay line memory used in first-generation computers.
3. Assembly Language and High-Level Languages: Second-generation computers saw the emergence of assembly language and high-level programming languages. Assembly language allowed programmers to write instructions using mnemonic codes that were easier to understand than machine language. High-level languages, such as COBOL and FORTRAN, provided even greater abstraction and ease of programming.
4. Batch Processing and Operating Systems: Second-generation computers introduced batch processing, where multiple jobs or tasks were collected and processed together in a sequence. This improved overall system efficiency. Additionally, operating systems were developed to manage and control the execution of programs, memory allocation, and input/output operations.
5. Decreased Size and Increased Reliability: Second-generation computers were smaller, more compact, and more reliable compared to their first-generation counterparts. The use of transistors and improved manufacturing techniques allowed for miniaturization and enhanced overall system reliability.
Prominent examples of second-generation computers include IBM 1401, IBM 7090, and UNIVAC 1107. These computers were faster, more powerful, and more accessible than their predecessors, and they played a significant role in the widespread adoption of computing technology in various industries and sectors.
Second-generation computers were developed during the 1950s to the early 1960s. This period marked a significant advancement in computer technology compared to the first-generation computers.
Key characteristics of second-generation computers include:
1. Transistors: The major innovation in second-generation computers was the replacement of vacuum tubes with transistors. Transistors were smaller, more reliable, and consumed less power than vacuum tubes. They allowed for faster and more efficient data processing.
2. Magnetic Core Memory: Second-generation computers utilized magnetic core memory for data storage. Magnetic cores were small rings of magnetic material that could be magnetized or demagnetized to represent binary data. This form of memory was faster, more reliable, and had higher storage capacity than the mercury delay line memory used in first-generation computers.
3. Assembly Language and High-Level Languages: Second-generation computers saw the emergence of assembly language and high-level programming languages. Assembly language allowed programmers to write instructions using mnemonic codes that were easier to understand than machine language. High-level languages, such as COBOL and FORTRAN, provided even greater abstraction and ease of programming.
4. Batch Processing and Operating Systems: Second-generation computers introduced batch processing, where multiple jobs or tasks were collected and processed together in a sequence. This improved overall system efficiency. Additionally, operating systems were developed to manage and control the execution of programs, memory allocation, and input/output operations.
5. Decreased Size and Increased Reliability: Second-generation computers were smaller, more compact, and more reliable compared to their first-generation counterparts. The use of transistors and improved manufacturing techniques allowed for miniaturization and enhanced overall system reliability.
Prominent examples of second-generation computers include IBM 1401, IBM 7090, and UNIVAC 1107. These computers were faster, more powerful, and more accessible than their predecessors, and they played a significant role in the widespread adoption of computing technology in various industries and sectors.
You may be interested in:
Computer Basics MCQs