The 8th and 9th generation of computers brought remarkable changes in the field of computer technology.
Since then, there have been notable breakthroughs made in the field of computer processors, enabling quicker and more effective computing. There have been architectural improvements, enabling the use of more real-world applications in each generation. This has influenced how we live and do business in general.
Our previous article covered the 6th and 7th generations of computers. In this article, I will discuss the 8th and 9th generation of computers and their overall impacts.
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8th and 9th Generation of Computers
We shall look deeply into 8th and 9th generation of microprocessors and some computers developed using them. These computers and their processes gave rise to the 8th and 9th generation of computers.
We shall discuss each of these generations in the following headings: invention, speed, features, examples, and practical usage.
8th generation of computers – Quad-core processors
The 8th generation of computers marks an important improvement in technology and a big departure from the 7th generation. These computers have cutting-edge technologies and innovations as well as very sophisticated and advanced capabilities.
The 8th generation of computers is built to handle large volumes of data and difficult tasks with unmatched efficiency. Virtual reality, quantum computing, and other emerging technologies are the focus of the eighth generation of computers. In the future, it is anticipated to lead to significant modifications in computer hardware.
The 8th generation processor emerged in August 2017 and continues to evolve and expand as technology progresses. The exact years of the invention can vary depending on specific advancements and breakthroughs within the generation.
They are quad-core processors. Three architectures are included in this generation of chips: Coffee Lake, Cannon Lake, and an updated version of the 7th gen Kaby Lake referred as Kaby Lake refresh.
The remarkable processing speed of computers from the 8th generation microprocessors is one of their defining characteristics. These computers use cutting-edge processors that give blazingly fast processing performance by employing multi-core designs and high clock speeds.
They can be used for gaming, entertainment, or general-purpose computing wherever your life takes you—beginning from the jaw-dropping performance of the 8th-line Intel Core i7-8700K processor with six cores to the practical capabilities of the 8th Generation Intel Core i3-8100 processor.
No matter your desire as a performance-hungry professional, an extraordinary enthusiast, or a user, there’s a processor designed for you.
The 8th Generation Intel Core CPU family includes a variety of processors designed for desktop PCs and mobiles. From high-performance gaming towers to slick, attractive, and thin models, depending on your preference for form factor.
The 8th generation of computers shows a tendency toward shrinking and compactness in terms of size. Due to improvements in semiconductor technology and the creation of smaller, more effective components, they are substantially smaller than previous generations. From desktop-sized systems to mobile gadgets and even wearable computing devices, the 8th generation of computers is found.
This generation of processors includes up to six cores for increased processing power. Intel Turbo Boost Technology 2.0 to raise the maximum turbo frequency up to 4.7 GHz, and up to 12 MB of cache memory.
The Intel Core processors offer up to 12-way multitasking with Intel Hyper-Threading Technology (Intel HT Technology). The 8th generation processor is unlocked, giving enthusiasts the chance to maximize platform performance and take advantage of fantastic VR and gaming experiences.
Some of the features include:
- Integrated Memory Controller
- Intel Turbo Boost Technology 2.0
- Intel Smart Cache
- Intel UHD Graphics
- Processor Core/Memory/ Graphics Overclocking
- PCI Express 3.0 Interface, etc.
Features of 8th Gen processors
Integrating artificial intelligence (AI) technologies smoothly, the 8th generation of computers are capable of powerful machine learning, natural language processing, and computer vision. Artificial intelligence (AI) algorithms and neural networks are used to improve decision-making, automate processes, and offer intelligent support.
Quantum computing: In the eighth generation, quantum computing becomes more and more prominent. These computers use quantum bits (qubits) to do computations by applying the concepts of quantum mechanics. Compared to conventional computers, quantum computers have the potential to tackle complicated problems significantly more quickly, changing industries like cryptography, optimization, and scientific simulations.
Advanced Data Storage: The data storage systems of 8th generation computers are incredibly effective and large. SSDs, which provide quicker read and write speeds, greater reliability, and bigger storage capacities, become the standard. Furthermore, developments in cloud technology bring seamless integration with cloud platforms.
Fantastic VR: The entire platform is used in great Virtual reality (VR) experiences, not just one particular component. It is necessary to have the ideal processor, graphics, I/O connectivity, display, and audio configuration. A balanced platform is necessary to provide the best VR experiences, and a powerful processor is that platform.
Awesome gaming: Outstanding gaming experiences encompass the complete gaming community in addition to your own fluid gameplay. It is simple to share those moments via live-streaming or by recording, editing, and publishing your amazing highlights thanks to the 8th Generation Intel Core processor family.
Entertainment in high definition: The 8th generation has a cutting-edge platform that supports the most recent media technologies to enjoy premium movie streams in gorgeous 4K UHD. The following examples of cutting-edge media technologies that are included in desktop computers with 8th generation Intel Core processors include:
- HEVC 10-bit encode/decode, VP9 10-bit decode
- High Dynamic Range (HDR) and Rec
- Intel® Quick Sync Video technology
Communication & Connectivity: With the introduction of the eighth generation, connectivity has become commonplace. These computers support fast and stable wireless connections, including Wi-Fi 6 or 6E, enabling seamless data transfer and online collaboration.
Examples of computers
Quantum computers: Companies like IBM, Google, and Microsoft are at the forefront of the development of quantum computers; two famous examples are Google’s Sycamore and IBM’s Q System One.
High-Performance Computing (HPC) Systems. Supercomputers like Summit, Sierra, and Fugaku, were created by IBM, NVIDIA, and Fujitsu, respectively. These offer enormous computational capacity for simulations and scientific research and represent the cutting edge of 8th generation computing.
Consumer electronics: High-end laptops, smartphones, tablets, and gaming consoles with cutting-edge processors, AI capabilities, and high-resolution screens are a few examples of 8th generation computers geared for the general public.
The 8th generation computers find applications in various domains, including:
Artificial Intelligence and Machine Learning: The advanced AI integration in 8th generation computers facilitates breakthroughs in natural language processing, image recognition, autonomous vehicles, personalized recommendations, and healthcare diagnostics.
Scientific Research and Simulations: High-performance computing systems of the 8th generation are instrumental in solving complex scientific problems, simulating weather patterns, optimizing energy production, predicting drug interactions, and analyzing vast datasets.
Virtual and Augmented Reality: The computational power and high-resolution graphics of 8th generation computers enhance immersive experiences in VR gaming, architectural visualization, virtual training simulations, and medical procedures.
Data analysis and big data: 8th generation computers’ processing power and storage capabilities allow for real-time data analysis, predictive analytics, and massively parallel processing of data in industries including banking, marketing, logistics, and cybersecurity.
Personal Productivity and Entertainment: Users can take advantage of the faster processing speeds and enhanced functionality of 8th generation computers for online gaming, video editing, 3D modeling, high-quality multimedia streaming, and seamless multitasking.
9th generation computers – 8 Cores processor
A 9th generation computer refers to a computer built with Intel 9th-generation CPU referred to as Coffee Lake.
The Coffee Lake Refresh processors of the 9th generation were designed with increased processing power in mind. These processors came with more cores, faster clock rates, and bigger caches.
With eight cores and sixteen threads, the Intel Core i9-9900K quickly rose to the top of the list for high-end gaming and business workstations. The performance of the 9th generation processors significantly improved, particularly for activities requiring high processing power.
In 2018/ 2019, Intel’s 9th generation of CPUs was made available to the public. Coffee Lake CPUs surpass the four cores per CPU ceiling. Up to 8 cores per CPU can now be supported by the latest CPUs.
The performance of desktop PCs is significantly improved with the 9th Gen Intel Core chip. The new Core i9-9900K is at the top of the stack. The Core i9-9900K boosts its maximum turbo frequency to a blistering 5.0 GHz made possible by Intel Turbo Boost 2.0 technology.
To handle the most demanding applications, it adds high-performance 16-way multitasking capabilities driven by 8 cores and Intel Hyper-Threading Technology (Intel HT Technology).
With advancements in miniaturization and integration of components, these computers are designed to occupy minimal physical space while offering substantial computational power. They can range from portable devices like laptops and tablets to compact desktop systems and supercomputers.
Features of 9th Gen processors
Artificial Intelligence (AI): The integration of AI is a major emphasis for 9th generation computers. To speed up AI computations, they use specialized hardware accelerators like graphics processing units (GPUs) and tensor processing units (TPUs). This makes it possible to create and use cutting-edge AI applications for robotics, computer vision, machine learning, and natural language processing.
Quantum Computing: The 9th generation witnesses significant advancements in quantum computing. To execute calculations using quantum bits, or qubits, quantum computers make use of the laws of quantum physics. They can factor enormous numbers, optimize complex systems, and simulate quantum processes in ways that are impossible for conventional computers.
High-Performance Computing (HPC): Supercomputers are constructed using clusters of 9th generation processors, which excel in this field. Using HPC, scientists, researchers, and engineers can work on computationally intensive projects including complicated simulations, weather forecasting, and computational biology.
Enhanced Security: With the rise of cyber threats, 9th generation computers prioritize enhanced security features. These include robust encryption algorithms, hardware-level security mechanisms, biometric authentication, and secure enclaves to protect sensitive data and ensure privacy.
Examples of computers
Supercomputers: Systems with the power of 9th generation technology, such IBM’s Summit and Fujitsu’s Fugaku, are utilized for a variety of scientific research, climate modeling, and sophisticated simulations.
High-End Workstations: Workstations with modern processors, lots of RAM, and potent GPUs are the best examples of what 9th generation computers are capable of. Systems from companies like Dell, HP, and Lenovo are a few examples.
Gaming PCs: Gaming computers built with 9th generation components offer exceptional performance and graphics capabilities, enabling gamers to experience immersive gameplay and run resource-intensive games smoothly.
Healthcare: 9th generation computers find applications in medical research, genomics, and drug discovery. They enable rapid analysis of massive genomic datasets, simulation of drug interactions, and development of personalized medicine.
Autonomous Vehicles: The advanced processing power and AI capabilities of 9th generation computers support autonomous driving systems. Real-time sensor data processing by these computers enables vehicles to recognize their environment, make choices, and travel safely.
Financial Modeling: Financial institutions use 9th generation computers for complicated financial modeling, high-frequency trading, and risk analysis. These computers’ processing speed and power enable real-time analysis of enormous volumes of financial data.
Weather Forecasting: Meteorological organizations leverage 9th generation computers to run sophisticated weather models, enabling accurate and timely weather predictions. This is essential for the agriculture, aviation, and disaster preparedness industries.
In conclusion, the 8th and 9th generation of computers represents a substantial advancement in computing technology.
The 8th generation of computers represents a revolutionary step in computing technology, incorporating AI, quantum computing, and advanced connectivity to unlock new possibilities across various industries and domains.
The 9th generation of computers is distinguished by improved security measures, faster speed, and sophisticated AI capabilities.
These more potent, more compact devices are used in a variety of industries, including healthcare, autonomous driving, financial modeling, and weather forecasting.
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