Over time, there have been notable breakthroughs made in the field of computer processors, enabling quicker and more effective computing.
The idea of generations of computer offers a framework for comprehending the gradual advancement of computing technology over time.
Each generation, from the 1st generation’s vacuum tubes to the 13th generation’s U-series mobile processors, has resulted in considerable improvements in processing power, storage capacity, networking, and user experience.
We have covered the 1st to 5th generations of computer earlier. In this article, we shall explore each of the 6th and 7th generations of computer with real-world examples and how they affect many facets of our life.
Table of Contents
Generations of Computer
Earlier, we discussed how the fifth-generation computers were the era of artificial intelligence (AI) and quantum computing. We also discussed that it brought about the era of parallel processing and computing technology which are not clearly defined.
After the 5th generation, advancement in technology has led to the invention of highly capacitated machines, especially in the area of microprocessors. As a result, we can differentiate between these 6th and 9th generations of computer.
Let’s look at how these machines differ from one another in the next sections.
6th Generation of computer – semiconductors
The sixth generation of computers represents the pinnacle of computer development. In terms of size, speed, and the jobs it can complete, it differs from previous generations of computer.
Intelligent computers based on artificial intelligence or artificial brains are the term used to describe the sixth generation of computers. The raw ingredient for its processors is semiconductors.
Due to Ultra-reliable low latency communication (URLLC) technology, which allowed microprocessor chips with up to ten million pieces, the sixth generation of computers claimed higher speeds, more power, and increased efficiency.
Period of invention
The 6th generation processors were invented between the periods of late 1990s till early 2000s. The periods vary depending on the advancement made on each processor.
There was a substantial boost in the processing capacity of 6th-generation computers. Using advanced integrated circuits, these computers could perform calculations and execute tasks at significantly faster rates compared to previous generations. The clock speeds of central processing units (CPUs) increased, up to 3.8 GHz leading to improved overall performance.
The following are the notable features of the 6th generations of computer, and how to identify them.
Microprocessors: The introduction of microprocessors revolutionized the 6th generation computers. These computers have a key feature called Ultra-reliable Extremely Low Quiescence Dispatches (URLLC) that makes data transport faster and more effective. Integrated circuits combined multiple electronic components onto a single chip, enabling faster processing and reduced power consumption.
Increased memory capacity: The memory capacity of computers in the sixth generation has increased. Larger amounts of data can now be stored and retrieved because of the increased capacity of storage devices like solid-state drives and hard disk drives.
Semiconductors: The sixth generation of CPUs make use of semiconductors. The latest 3D transistor technology and other improvements that boost performance and efficiency were incorporated into the 6th Gen Intel Core and Intel Xeon processors from the ground up. High clock speeds, improved instruction sets, cutting-edge semiconductor technology, and expanded multimedia capabilities are some of its features.
Graphical User Interface (GUI): GUI became more common in computers of the sixth generation, improving user-interface interaction. GUIs made use of windows, menus, and icons to improve user experience and make navigating easier.
Networking capabilities: Users were able to link their computers to local area networks (LANs) and eventually the internet; thanks to the 6th generation PCs’ broad use of networking. Communication, data sharing, and access to internet resources have all been changed by connection.
Examples of Computers:
During the 6th generation, a number of important computers were developed, including:
IBM ThinkPad: Since its 1992 release, the line of excellent laptops known as the IBM ThinkPad series has enjoyed tremendous success. These devices were renowned for their dependable operation, sturdy construction, and cutting-edge functionality.
Dell Dimension: During the sixth generation of personal computers, Dell Dimension desktop PCs, which were first introduced in the late 1990s, were quite popular. They provided a harmony of price, performance, and expandability.
Apple iMac G3: The eye-catching iMac G3, which was introduced in 1998, helped Apple re-enter the mainstream. It had a modern appearance, a compact form factor, and an easy-to-use user interface.
Impact on everyday life and business
Home computing: It made personal computing available to a wider audience. People could buy and own desktops /laptops for personal use. This enabled the performance of tasks such as word processing, web browsing, multimedia playback, and gaming.
Use of the Internet: The spread of the Internet during this era transformed communication and access to information. The 6th generation of computers enabled online activities such as emailing, web browsing, online shopping, and research.
Basic business applications: This generation of computer enhanced business operations in different organizations. Businesses could efficiently run complex software applications, manage large databases, and streamline business operations.
Multimedia and entertainment: The 6th generation computers brought about the creation and consumption of multimedia. Users could enjoy interactive multimedia content.
In summary, the 6th generation of computers, introduced semiconductors, compact designs, and increased processing power. We had computers that were smaller, faster, and more user-friendly. They made life easy at home and in offices, enabling the use of Internet, business applications, and multimedia. Notable examples include the IBM ThinkPad, Dell Dimension, and Apple iMac G3.
7th Generation of computer – advanced semiconductor
Advanced semiconductor technology was used in the design of the 7th generation of computer processors. Compared to its predecessors, it offers faster clock speeds, more energy-efficient operation, and better graphics processing.
The seventh generation of computers delivers better performance and productivity along with more effective online usage. The utilization of slimmer and lighter devices, LCD flat panels, and access to UHD 4K video are also features of the seventh generation of computers.
Performance and power efficiency were significantly improved with the 7th-generation processors. These CPUs, also known as Kaby Lake, have increased clock rates, improved integrated graphics, and compatibility with cutting-edge technologies including Thunderbolt 3 and USB-C.
They were constructed using a 14nm manufacturing technology. The Intel Celeron G3930TE, Core i3-7101TE, Core i5-7500T, and i7-7700T are examples of 7th-generation processors. They outperformed their predecessors significantly.
Period of invention
The seventh generation of computers first appeared in the late 2010s and has since developed and improved. The development of these potent computing systems has been aided by improvements in essential technologies and the introduction of new architectures.
Depending on their use and application, computers of the seventh generation can have a wide range of sizes. They range from small, lightweight gadgets like high-performance laptops and tablets to bigger, more complex systems like server clusters and supercomputers. These computers’ sizes are frequently designed to strike a compromise between performance and usability.
The high processing speed of 7th-generation computers is well known. They include cutting-edge multi-core processors, fast memory, and effective data transfer technologies. They can handle large datasets and intricate calculations in real time because to these technologies. These computers process billions or even trillions of calculations per second, or gigaflops or teraflops, respectively.
Advanced processors: 7th generation computers use potent processors built on cutting-edge architectures, like multi-core CPUs and GPUs (Graphics Processing Units). These processors are capable of parallel processing, which enables them to carry out several tasks at once and boost system performance.
Large amounts of high-speed memory, such as DDR3L or DDR4 RAM (Random Access Memory), are present in these systems. These memory units allow for rapid data retrieval and manipulation. For effective data access, they may also include quick solid-state drives (SSDs) or incredibly quick NVMe (Non-Volatile Memory Express) storage.
Connectivity: To enable smooth data transfer and networking, 7th generation PCs come with cutting-edge connectivity choices. They often support wireless technologies like Wi-Fi 6 or Wi-Fi 6E in addition to high-speed wired connections like Ethernet and Thunderbolt, enabling quick and dependable communication between devices.
Cutting-edge graphics: Thanks to dedicated GPUs or integrated graphics processors, these PCs frequently have cutting-edge graphics capabilities. Because of this, they can easily perform graphically demanding jobs like gaming, multimedia editing, and virtual reality applications.
Examples of computers
High-end desktop workstations, gaming PCs, supercomputers, server clusters, and even some mobile devices like potent laptops or tablets are some examples. The Dell Precision line, HP Z Workstations, Apple iMac Pro, and NVIDIA DGX computers are a few famous examples.
Impact on life and business
Scientific research: By enabling sophisticated simulations, data modeling, and analysis, 7th generation computers are essential to scientific research. They handle enormous volumes of data and execute complex simulations in disciplines like physics, chemistry, biology, and climate science, assisting in ground-breaking discoveries and developments.
Applications of artificial intelligence (AI) mainly rely on the processing capacity of 7th generation computers. They can do real-time picture and speech recognition, natural language processing, and autonomous decision-making. In addition, they help in training and deploying complex machine-learning models. Applications for these characteristics can be found in fields including robots, virtual assistants, and intelligent systems.
Big data analytics: 7th generation computers are highly suited for large data analysis due to their enormous processing and memory capacities. Large datasets may be processed and analyzed quickly, revealing insightful information and patterns that help businesses make data-driven choices, streamline processes, and enhance customer experiences.
High-performance computing (HPC): Environments for high-performance computing frequently make use of 7th generation machines. In disciplines including computational fluid dynamics, financial modeling, genome sequencing, and weather prediction, they are capable of handling challenging computer jobs. These technologies enable researchers to tackle issues of unprecedented magnitude and complexity using supercomputers.
The computing power and capabilities of the 6th and 7th generations of computer represent a major improvement. These cutting-edge solutions enable people, businesses, and sectors to take on difficult problems and open up fresh opportunities in a variety of fields.
With the key features of each generation, you can easily identify which computer belongs to each generation. Next, we’re going to explore the 8th and 9th generations. Stay glued to this site by subscribing to our newsletters.
Before I go, what do you have to say? What generation is your laptop or desktop computer? How would you identify the generation of your next computer system?
The comment box below is open for you.