#os multithreading

[babylearners]

(via OS - Multithreading Models)

[adafruit]

🎄💾🗓️ Day 10: Retrocomputing Advent Calendar - BeOS 🎄💾🗓️

BeOS, developed by Be Inc. in the mid-1990s, was an operating system for multimedia applications, multitasking, and multithreading. Initially designed for the BeBox—a proprietary hardware platform featuring dual PowerPC processors—BeOS was later ported to the Macintosh and x86 architectures. Its kernel was monolithic, and the system was primarily written in C++. It featured a 64-bit journaling Be File System (BFS), which supported metadata and allowed rapid file queries and fast performance for multimedia tasks. Despite its technical strengths, including support for symmetric multiprocessing and a responsive graphical user interface, BeOS struggled to gain market traction. Development ceased in 2001 after Palm Inc. acquired Be Inc.'s assets. BeOS continues through Haiku, an open-source project aiming for binary compatibility with BeOS R5.

A bunch of resources and links for this one!

🖥️💾🎨📀

Have first computer memories? Post’em up in the comments, or post yours on socialz’ and tag them #firstcomputer #retrocomputing – See you back here tomorrow!

[digitalbrowser311]

operating system

An Operating System (OS) is system software that manages computer hardware, software resources, and provides common services for computer programs. It's the most fundamental software that enables other applications to run on a computing device. Here's a detailed breakdown of an operating system:

1. Definition of Operating System

An Operating System is software that acts as an intermediary between computer hardware and the user. It provides a user interface and controls all hardware components, making it easier for users and applications to interact with the computer without needing to know hardware-level details.

2. Functions of Operating System

✅ a. Process Management

Manages processes in a system: creation, scheduling, termination.

Handles multitasking (running multiple processes simultaneously).

Provides mechanisms for process synchronization and communication.

✅ b. Memory Management

Allocates and deallocates memory space as needed by programs.

Keeps track of each byte in a computer’s memory and optimizes RAM usage.

Manages virtual memory (swap space on disk).

✅ c. File System Management

Organizes files on storage devices like hard drives or SSDs.

Provides file-related operations: create, delete, read, write, etc.

Manages file permissions and security.

✅ d. Device Management

Controls and manages I/O devices (keyboard, mouse, printer, etc.).

Uses device drivers to communicate with hardware components.

Allocates devices to processes when needed.

✅ e. Security and Access Control

Protects data and system resources from unauthorized access.

Supports user authentication and permissions.

Provides encryption and firewall mechanisms.

✅ f. User Interface

Provides a user interface to interact with the system:

Command-Line Interface (CLI)

Graphical User Interface (GUI)

🔷 3. Types of Operating Systems

TypeDescriptionBatch OSExecutes batches of jobs without manual intervention.Time-sharing OSMultiple users share system resources simultaneously.Distributed OSManages a group of distinct computers and makes them appear as one.Real-time OSResponds to input instantly (used in critical systems like flight control).Network OSManages network resources and allows shared access to files and printers.Mobile OSSpecialized OS for mobile devices (e.g., Android, iOS).Embedded OSUsed in embedded systems like smart TVs, washing machines, etc.

🔷 4. Examples of Operating Systems

💻 Desktop and Server OS:

Microsoft Windows

Linux (Ubuntu, Fedora, CentOS)

macOS

UNIX

📱 Mobile OS:

Android

iOS

🔷 5. Multitasking, Multithreading, and Multiprocessing

✅ Multitasking:

Running multiple applications at the same time.

✅ Multithreading:

Multiple threads within a single application run concurrently.

✅ Multiprocessing:

Using multiple CPUs/cores to execute processes simultaneously.

🔷 Conclusion

An Operating System is vital for any computing device to function. It manages hardware, provides essential services, ensures user interaction, and forms the platform on which application software runs. Its design and performance deeply influence the overall system reliability and efficiency.

If you'd like, I can also provide a PDF version or create a presentation outline for this content.

[korshubudemycoursesblog]

Master C++ in 2025: Your Complete Programming Journey from Beginner to Pro

Are you ready to level up your programming game in 2025? Whether you're just dipping your toes into coding or already knee-deep in code, C++ remains one of the most powerful languages you can learn. From building operating systems and high-performance games to shaping the very foundations of modern software, C++ is the language that never goes out of style.

But here's the catch—learning C++ from scratch can feel overwhelming if you don’t have the right guide. That’s where this course comes in. If you’re looking for a structured, effective way to learn, this C++ Programming: Beginners to Advanced for Developers course is your one-stop solution.

Let’s break it all down for you—why C++ is still a must-learn in 2025, what you’ll gain from this course, and how it can supercharge your career.

Why C++ Still Matters in 2025

C++ isn’t just another programming language on the list. It's the workhorse of software development. Think of it as the unsung hero that powers video games, flight simulators, embedded systems, and even space missions.

So, why is C++ still relevant?

🔧 Performance & Speed: C++ gives you close-to-hardware control, making it perfect for performance-critical applications.

🛠️ System-Level Programming: Ideal for developing OS, device drivers, and high-level applications.

🎮 Game Development: Industry giants like Unreal Engine are built on C++.

🧠 Problem-Solving Mindset: Mastering C++ builds a deep understanding of memory management and logic structures.

🌐 Cross-Platform Power: Write once, run anywhere—Linux, Windows, macOS, and more.

Even newer languages like Rust and Go take cues from C++. So, if you're serious about becoming a developer with real, marketable skills, mastering C++ gives you a solid edge.

Who Should Take This C++ Course?

This course is tailored for everyone who wants to master C++, regardless of your starting point. Here's who it's perfect for:

✅ Absolute Beginners with no prior coding experience

✅ College Students learning C++ for academics or competitive programming

✅ Software Developers looking to upskill and future-proof their toolkit

✅ Game Developers needing low-level programming control

✅ Embedded Systems Engineers wanting mastery over hardware

This course meets you where you are—and then takes you beyond what you thought possible.

What Makes This Course a Standout?

Let’s be honest—there are tons of C++ tutorials out there. So why choose this one?

Because it’s not just about syntax; it’s about helping you think like a C++ developer.

Here’s what sets this course apart:

📚 Comprehensive Coverage

From the fundamentals to the advanced features of C++, this course covers:

Data types, loops, arrays, and strings

Functions, pointers, and references

Object-oriented programming (OOP): Classes, inheritance, polymorphism

Templates and STL (Standard Template Library)

File handling and exception management

Advanced topics like lambda functions, smart pointers, and multithreading

Whether you're new or experienced, you’ll find exactly what you need.

💡 Hands-On Coding

This isn’t a watch-and-forget course. You’ll be coding real C++ programs from day one. Each concept comes with practical examples and exercises that help cement your understanding.

👨‍🏫 Expert-Led Instruction

Learn directly from industry professionals who explain complex topics in a clear, friendly way—without using unnecessary jargon. It feels like you're having a conversation, not sitting in a lecture.

📈 Career-Focused Approach

By the end, you’ll be confident enough to crack job interviews, ace college exams, or start building serious software projects. Your learning is focused not just on theory—but real-world application.

What You'll Learn: Module-by-Module Breakdown

Here's a peek into what you'll master in this C++ Programming: Beginners to Advanced for Developers course.

📌 Module 1: Introduction to C++ & Setup

Installing compilers and IDEs

Writing your first "Hello World"

Understanding how C++ differs from other languages

📌 Module 2: Core Programming Concepts

Variables, constants, and data types

Arithmetic, logical, and bitwise operations

Control flow: if-else, switch, loops

📌 Module 3: Functions, Arrays, and Pointers

Declaring and calling functions

Recursion and function overloading

Deep dive into arrays, multidimensional arrays

Pointers and dynamic memory allocation

📌 Module 4: Object-Oriented Programming

Introduction to classes and objects

Constructors, destructors, and access modifiers

Inheritance, polymorphism, abstraction, and encapsulation

📌 Module 5: Advanced Topics

Exception handling

File input/output

Smart pointers (unique, shared, weak)

Lambda expressions and function objects

📌 Module 6: STL – Standard Template Library

Vectors, lists, stacks, queues, maps, and sets

Algorithms and iterators

Building efficient and reusable code

📌 Module 7: Final Project

You’ll apply everything by building a capstone project—something real and impressive to showcase in your portfolio.

What You’ll Gain After Completing the Course

By the end of this C++ journey, you’ll:

✅ Write efficient and clean C++ code

✅ Build complete applications from scratch

✅ Solve complex programming challenges

✅ Understand the inner workings of memory and system performance

✅ Be job-ready with interview-level knowledge

✅ Stand out with practical C++ projects in your resume

Why Now Is the Best Time to Learn C++

The tech landscape is evolving fast. While Python and JavaScript dominate in certain domains, C++ is becoming more critical in AI infrastructure, finance tech, IoT, and space systems.

C++ developers are in high demand, and their average salaries reflect that—often higher than developers in other mainstream languages.

And let’s not forget that companies like Adobe, Amazon, Microsoft, Google, and NVIDIA are always looking for strong C++ developers.

The sooner you start learning, the sooner you start building your future.

Real Feedback from Learners

Here’s what learners who took this course are saying:

“I had no idea C++ could be this fun. The way each topic builds on the previous one is brilliant.” – Neha R.

“I cracked my first software job interview because of this course. It gave me confidence I didn’t have before.” – Mark J.

“As someone transitioning from Python, this course made it easy to switch gears. Totally worth it.” – Vivek K.

Is It Worth It? 100% Yes.

If you're asking yourself whether investing your time in this course is worth it, consider this:

You’re learning a high-demand language.

You’re learning from experts who know how to teach.

You get a portfolio-ready project at the end.

You gain real skills that employers want.

It’s not just another course. It’s a roadmap to a better, more confident you.

Let’s Get Started

Don’t wait for the “perfect time” to start learning C++. That time is now.

👉 Jump into the C++ Programming: Beginners to Advanced for Developers course and start building the skills that will shape your future.

This course is a smart investment in your career, your skillset, and your confidence.

[govindhtech]

AMD Ryzen 7 PRO 7745: New Standard For Business Desktops

AMD Ryzen 7 PRO 7745

AMD Ryzen PRO workstations and PCs include multi-core performance and enterprise security. The new AMD Ryzen 7 PRO 7745 is a high-efficiency processor for business professionals, IT departments, and power users who demand security and processing power.

This CPU goes beyond Ryzen 7 consumer series. Instead, the 7745 is a customised SKU that combines AMD's Zen 4 architecture with modern memory support and cutting-edge security features like Microsoft Pluton integration and AMD PRO technologies to meet business needs.

Features and specs

AMD Ryzen 7 PRO 7745 features enhance business multitasking, development, and productivity:

Thread count: 16; core count: 8.

Built using 5nm fabrication and Zen 4 architecture.

Base/Boost Clock: Expected to provide fast single-thread performance at 3.8 GHz and 5.3 GHz.

TDP: 65W for decent thermal performance on compact desktops.

A powerful 32MB L3 cache improves responsiveness for routine and demanding tasks.

The same Radeon 2-core integrated graphics as consumer models are enough for light tasks and troubleshooting without a GPU.

Supports motherboards with PCIe 5.0, AM5 sockets, and DDR5 RAM up to 5200 MHz for forward compatibility with new platforms.

Zen 4-based architecture

Zen 4 has decreased latency, greater IPC, and watt efficiency. TSMC's 5nm manufacturing method packs more transistors to save electricity and boost performance.

AMD promotes Zen 4 as a reliable platform for businesses.

Game and Graphics Performance

High core clock rates and Radeon integrated graphics allow the AMD Ryzen 7 PRO 7745 to handle light to moderate gaming despite not being designed for gamers. It can compete with Ryzen 7 CPUs in 1080p or 1440p gaming with a GPU.

It is better for office programs, virtual machines, and code compilation than gaming benchmarks. The 7745 is powerful enough for light CAD and video editing expertise.

Security, Enterprise Integration

The AMD Ryzen 7 PRO 7745's main advantage over non-PRO models is enterprise-grade security. These include:

AMD PRO Security: Secure boot, firmware protection, and memory encryption (SME).

AMD Shadow Stack: Hardware-based ROP protection.

Microsoft Pluton: A co-developed hardware root-of-trust embedded into the CPU improves Windows 11 security out of the box.

AMD PRO Manageability: IT teams can remotely manage endpoints outside the OS.

Companies that handle sensitive data or manage large desktop workstation fleets utilise it for these reasons.

Cooling and Power Efficiency

Despite its 65W TDP, the 7745 is highly efficient. This allows:

Reduced cooling: Ideal for small-form-factor systems.

Less heat strain extends hardware life.

Lower operational costs: Essential for large enterprise deployments.

Low power consumption doesn't influence performance, especially in multithreaded tasks.

Workstation Use and Productivity

AMD Ryzen 7 PRO 7745 excels in office productivity and multitasking. Excel sheets, programming environments, and creative applications like Adobe Premiere Pro run smoothly on the 8-core Zen 4 architecture. It also optimises virtualisation, running multiple lightweight VMs without lag.

Excellent usage cases include:

Business desktops.

Workstations for pros.

Safe remote work setups.

Skinny clients.

Developers build.

Advantages

Enterprise (SME, Pluton, PRO Security stack) security.

Zen 4 performance and 5nm efficiency.

Future-proofing with DDR5 and PCIe 5.0.

Low 65W TDP is ideal for tiny, low-noise systems.

Integrated Radeon graphics aid diagnostics and output.

Excellent multithreading for its power envelope.

Disadvantages

Unsuitable for gamers.

Gaming with integrated graphics is impossible.

locked multiplier.

Not for fast processing.

Prices are higher than non-PRO chips.

Restricted accessibility: Found in OEM business systems, rarely sold retail.

Price, availability

AMD hasn't published the AMD Ryzen 7 PRO 7745's MSRP, although similar PRO CPUs cost $350–$400. Most corporate PCs are HP, Lenovo, or Dell prebuilt.

Consumers and gamers should consider Ryzen 7 7700 or 7700X. For data security and remote management-focused companies, the 7745 PRO is a good choice for system design or procurement.

Conclusion

Beyond just another Zen 4 CPU, the AMD Ryzen 7 PRO 7745 is a safe, powerful, and effective business CPU. Its next-generation architecture, advanced security, and expert features make it worth upgrading for 2024 and beyond system implementations.

IT administrators, developers, and corporate users wanting long-term value, manageability, and security in a tiny, energy-efficient device will love it. Gamers and overclockers won't.

[ultraversetechnologies]

7 BEST CERTIFICATIONS TO GET FOR IT JOBS

As the world moves toward a new phase of the digital revolution, the tech industry is trying to match the pace with new products and services. With technologies like artificial intelligence, cybersecurity, etc., businesses are trying to capture the market and influence the ongoing industry trend as fast as possible. Though this transformation is claiming jobs in several sectors, it is also creating new employment opportunities that need new and advanced skill sets. However, this post explores several certifications that can equip you for these job roles. So delve into this blog to understand the best certifications to get for IT jobs in 2025. 

Data Science / Analytics

When it comes to domains like data architect, data analyst, market analyst, statistical analyst, etc., data science is the course that you need to pursue. Since businesses are heavily dependent on data, they require expert data engineers who can correctly extract, store, and predict data. However, pursuing data science certification will make you eligible for several data-related jobs and help you crack top positions in MNCs.

Data science is basically the comprehensive study of dealing with large amounts of data in a computer database. Covering areas like data structure, data visualization, statistics, algorithms, probability, and programming, data science will ensure jobs in the IT industry with an estimated salary of up to $112,000 per year.

Programming With Python

One of the best certifications to get for IT jobs in today’s job market is an advanced Python course. Python is the most in-demand programming language in the industry, followed by JavaScript, Java, and C++. Starting from creating complex SaaS applications to developing dynamic software, businesses use Python. Unlike other programming languages, Python is much simpler, cleaner, easy to learn, and has simpler syntax, which makes it the go-to choice for the tech industry.

Pursuing a professional Python course can open opportunities like DevOps engineering, software development, automation engineering, full-stack development, etc. Simultaneously, you will receive a salary hike of approximately $145,000 per year.

Core Java Certification

Java is one of the most widely used programming languages, making a Core Java certification a valuable credential for aspiring developers. This certification covers Object-Oriented Programming (OOP), data structures, exception handling, multithreading, JDBC, and Java frameworks like Spring and Hibernate. Java is essential for backend development, enterprise applications, and Android development, making it a must-have skill in the IT industry.

Earning this certification can lead to high-paying job roles, as there is a global demand for Java developers. Java developers work in software development, cloud computing, and financial technology sectors. In the USA, the average salary for a Java Developer ranges between $85,000 and $120,000 per year, depending on experience and location.

Android App Development Certification

An Android app development certification is ideal for those looking to build mobile applications for the Google Play Store. This certification covers Java, Kotlin, UI/UX design, REST APIs, database integration, and Android Studio development. Android is the most widely used mobile OS, and businesses across industries rely on mobile apps to engage customers.

The Android development course is best certifications to get for IT jobs can help you start your career in startups, established IT firms, or as a freelancer.  With mobile app demand increasing, opportunities in e-commerce, gaming, healthcare, and finance continue to grow. In the USA, an Android Developer earns an average salary between $90,000 and $135,000 annually, with higher pay for experienced professionals.

MERN Stack Certification

A MERN stack certification is essential for those aiming to master full-stack web development. This certification focuses on MongoDB (database), Express.js (backend framework), React.js (frontend framework), and Node.js (runtime environment), enabling professionals to build highly responsive web applications. The MERN stack is used to create dynamic websites and SaaS platforms, making it a valuable skill in modern web development.

With businesses shifting online, MERN developers are highly sought after by tech startups and established firms. Certified professionals can work in e-commerce, fintech, and enterprise software development. In the USA, the average salary for a MERN Stack Developer ranges from $95,000 to $140,000 annually, making it a lucrative career choice.

Software Testing / Quality Assurance Certification

A quality assurance course is the best certifications to get for IT jobs, crucial for professionals who ensure software reliability, performance, and security. This certification covers manual and automated testing, Selenium, test case design, API testing, and performance analysis. As companies prioritize smooth user experiences, QA professionals play a key role in software development.

With the demand for high-quality applications, certified QA engineers are essential in software development, gaming, healthcare, and fintech. Companies like Google, Amazon, and Microsoft actively hire skilled testers. In the USA, a software QA engineer earns an average annual salary between $75,000 and $110,000, with automation testers earning even higher.

Conclusion

Choosing the best certifications to get for IT jobs can significantly boost your career prospects in today’s tech-driven world. Certifications in Core Java, Machine Learning, Android Development, MERN Stack, and Software Testing equip professionals with industry-relevant skills, making them highly employable. These certifications, in response to the growing demand for IT expertise, provide access to high-paying jobs, career stability, and global opportunities in leading tech firms.

If you're ready to advance your IT career, Ultraverse Technologies offers expert-led courses designed for real-world industry demands. Enroll today to gain hands-on experience, master in-demand skills, and secure a high-paying job in IT. Start your journey with Ultraverse now!

[fromdevcom]

Wondering why node.js is gaining popularity? When to use node.js? This page has all the details you need about Node.js framework and related best practices in the community. Node.js unravels concurrency by supplanting the Java platform’s standard, multithreaded methodology with single-threaded, event driven I/O. In this article, we discuss Node.js and clarify why its event driven concurrency has started so much intrigue, even among hardcore Java developers. We then demonstrate you some Node.js best practices to influence Node’s Express framework, Mongolian DeadBeef, and MongoDB to assemble a concurrent, adaptable, and persistent web application. Some Historical Background In last couple of years, JavaScript has risen as a “dark knight,” type of legend for web application development. This fact surprises many web app developers, who used to dismiss JavaScript as a "toy language". While there are more famous languages, JavaScript’s special status as the standard, browser-neutral scripting language has helped it stay in the mainstream. For client-side web app development, it is arguably the most used language across the globe. JavaScript additionally has a spot in server-side scripting, and that aspect is developing. While there have been endeavors at server-side JavaScript previously, none has apparently caught as much energy as Node.js, or Node. What Is Node.js? Node.js is an open source, cross-platform runtime environment for server-side and networking applications. Node.js applications are developed in JavaScript, and those apps can run inside of the Node.js runtime on OS X, Microsoft Windows, Linux, FreeBSD, NonStop and IBM. Purpose Intended to help developers in building adaptable system programs, Node is a server-side programming environment that has basically reevaluated JavaScript for an entire new era of developers. For some Java developers, Node’s greatest advantage is its crisp way to deal with programming concurrency. While the Java platform keeps on developing in its way to deal with concurrency (with greatly anticipated improvements in Java 7 and Java 8), the important fact is that it fulfills a special need, and it does so in such a tremendous way that a lot of JavaScript developers is embracing it. Like client-side scripting with JavaScript, server-side scripting in the Node environment is so great in light of the fact that it just works, and it’s working in a region where numerous Java developers are as of now tested. In this article, we will begin with a structural outline of what makes Node extraordinary, and after that we’ll demonstrate industry standards to swiftly build an adaptable web application that influences MongoDB for information industriousness. As a reader, you can observe that, how fun Node is, and how rapidly one can use it to build a working web application. Why Node.js is So Popular? There are many reasons all tech giants are loving node.js. More and more applications are being developed using Node.js and its getting adopted by industry really fast. Here are some obviously visible reasons whey Node.js is so popular. Easy To Learn Node.js is a easy to learn environment. Its a thin stack primarily based on JavaScript and developers are mainly focused on learning JavaScript programming. Many existing JavaScript developers are easily able to learn it on their own. At the same time there is plenty of good node.js books available for beginners at node. Those who do not know JavaScript can also easily learn from JavaScript tutorials freely available on web. Beginner at JavaScript can refer good javascript books. Node.js Has Cross Platform Support Node.js is available on all popular operating systems including Linux, Windows and Mac OSX. An easy installer is available for all environments. Node.js Scalability and High Performance The main reason for quick adoption of Node.js is its performance on production systems. Many high traffic production systems are deployed and being served with Node.

js. Companies like Paypal and Walmart have reported their Node.js apps are performing really well in high volume traffic and easily scaled up. Node’s Event Driven Concurrency Node is a versatile, event driven I/O environment based on top of Google’s V8 JavaScript engine. Google V8 really incorporates JavaScript into local machine code before execution, bringing about amazingly quick runtime execution — something not commonly associated with JavaScript. Thusly, Node empowers you to quickly build network applications that are extremely quick and very concurrent. Event driven I/O may sound remote to a Java developer’s ears, yet it isn’t too new. Instead of the multithreaded programming model we’re used to on the Java platform, Node’s way to deal with concurrency is single-threaded, with the extra kick of an event loop. This Node build empowers non-blocking or asynchronous I/O. In Node, invocations that commonly would block, for example, waiting for database query results, don’t. Instead of hold up for costly I/O exercises to finish, a Node application issues a callback. At the point when an asset is given back, the joined callback is summoned non-concurrently. Concurrency just works in Node programs. If I needed to run the past scenario on the Java platform, I would have my decision of complex and prolonged methodologies — from conventional threads to fresher libraries in Java NIO and even the enhanced and redesigned java.util.concurrent package. While Java concurrency is capable, it can be hard to comprehend — which translates to code. Node’s callback system, by examination, is incorporated with the language; you don’t need special constructs like synchronized to make it work. Node’s concurrency model is amazingly simple, and that makes it accessible to a wider audience of developers Better Talent Availability and Retention Though you can find thousands of Java developers, however the availability of Node.js developers is not poor either. The Node.js developers are plenty on best freelance websites. Better Productivity Since Node.js is developed using JavaScript on both server and client side. The development is much faster and consistent. One JavaScript developer can understand and develop the application end to end without worrying about interaction complexity between layers of client and server side. Java based application may still require a JavaScript developer to device a rich user interface and a in depth communication may be required between JavaScript programmers and java developers. Active Community Node.js community is very active and quick help is always available on popular forums and discussion boards. Stackoverflow has 80K+ questions that are asked by people and very few are unanswered. Plenty Of Useful Tools For Developers Since Node.js is mainly JavaScript its easy to find tools for it. Many IDEs and developer tools are already available for JavaScript that can be used for Node.js. JavaScript is understood by the browser therefore there are many cloud based JavaScript IDE available for it to develop and debug Node.js online. Easy Node.js Hosting Though you can go for a dedicated hosting servers options and easily setup your own Node.js infrastructure. However there are many easy to setup hosting providers available for Node.js environment. These providers already have a basic setup for Node.js applications and helps you quickly get to your business. Here is a list of hosting providers that support Node.js Why Pick Node.js? The Java platform’s approach to concurrency served to set up its leading part in big enterprise development, and that isn’t likely to change. Frameworks like Netty (and Gretty) and center libraries like NIO, and also java.util.concurrent, have settled on the JVM a top decision for concurrency. What’s unique about Node is that it is a current development environment particularly intended to determine the difficulties of simultaneous programming. Node’s event driven programming

ideal model implies that you needn’t bother with extra libraries to make concurrency work, and that is uplifting news for developers peering toward multicore equipment. Where Can We Use Node.js? There are many web application scenario where node.js works much better than a traditional server side programming language like java or PHP. The main advantage of Node.js is use of real time two way connection between client and server. This make node.js a popular choice for rich client applications that has many small components that can be interacting with server in parallel. If you want to create a dashboard application with multiple types of data formats and components on a page. Node.js may be a good choice. Some practical applications where node.js may go really well are listed below. Displaying a Stock market dashboard Website monitoring dashboard for dev ops Live network stats on a web page Production system monitoring dashboard Chat application Applications that run on JSON based NOSQL databases. Applications that require interaction with Mobile device and native apps. Applications that require interaction with Internet of things (IOT) based devices Where Should We NOT Use Node.js? Just like any other option, Node.js is not a one size fits all solution for all your problems. Below are types of system where node.js may not be a good choice. Applications that involve heavy computations and require more CPU processing Applications that interact with relational database like Oracle, MySQL or Postgress Conclusion Node’s JavaScript linguistic structure likewise spares you keystrokes, for sure. With only a little code, you can manufacture a quick, versatile web application that is equipped for taking care of bunch simultaneous associations. You can do that on the Java platform; however you’ll require more lines of code and a group of extra libraries and develops. What’s more, in case you’re agonized over exploring another programming environment, don’t be: Node is anything but difficult to get on the off chance that you know some JavaScript, which I bet that you do. I am an app developer, working in a smartphone applications developer company called Cygnis Media. My main interest is in mobile phone app development, but I also love to read & write about other technologies too. I like to share my knowledge, expertise, and experiences with different tech-communities on the web via social media platforms and tech blogs.

[thetutorshelpuk]

Operating Systems Assignment Help: Expert Assistance for Students

An OS is one of the most critical parts of a computer and is often referred to as OS. It manages resources both in hardware and software, thereby creating space for more operations to be done by users in an efficient manner. It is not uncommon to find that operating system assignments must be prepared by computer science and information technology students. As such, these assignments may be complex and require adequate knowledge of system processes plus the memory management around file handling. That's where The Tutors Help comes in to help make the process of doing an operating systems assignment easier and much more manageable.

What is an Operating System?

An operating system is a form of software that acts as a bridge between computer hardware and its users. An operating system handles all system resources, including processors, memory, storage, and input/output devices. The types of operating systems include:

Batch Operating System – A group of jobs is executed without the interference of the user.

Time-Sharing Operating System – It allows multiple users to share a system.

Real-Time Operating System – It is used in applications where life and death is involved, like medical and military systems.

Distributed Operating System – It controls multiple computers working as one system.

Mobile Operating System – Meant for smart phones and tablets, like Android and iOS.

Challenges Faced by Students in Operating Systems Assignments

Understanding System Processes – The concepts of process scheduling, multithreading, and inter-process communication are a bit hard to understand.

Memory Management – the concept of virtual memory, paging, and segmentation requires the student to be analytical.

File System Handling – students need to understand how files are stored, accessed, and managed by different OSs

Networking and Security – the concept system security, authentication, as well as network protocols is quite complex.

Programming Assignments – Several OS assignments will comprise programming with the help of languages such as C, C++, or Python that might be challenging for freshers to complete.

Unique Services Offered By The Tutors Help

Here at The Tutors Help, we ensure quality support on the assignment regarding OS, to keep the student well-prepared with his academic skills. We will make it very simple to work with our experienced tutors to acquire high-grade performance.

Customized Solutions – We offer solutions according to your assignment requirements and academic standards.

Step-by-Step Explanations – Our detailed explanations help you understand complex OS concepts with ease.

Original and high-quality work – In order to achieve academic integrity, we deliver; we respect time, assignments submitted exactly on time as per individual needs.

Our pricing is student-friendly, ensuring quality expert help is well within reach and at affordable prices. We Work

How Does It Work?

Getting Help Is Easy From The Tutors Help:

Share Assignment – Share this topic, guide, and deadlines with us.

Get a Quote – We charge you an affordable price on the complexity of your assignment.

Expert Support – Our professionals work to ensure accuracy for you in order to produce quality.

Learn and Improve – Use our solutions in detail to foster knowledge and problem-solving skills.

Conclusion

Operating systems are in charge of governing computer functions but are challenging topics to study about. If one is experiencing difficult times with an OS assignment, The Tutors Help is a reliable place with expert help, ensuring you derive accurate solutions whilst improving your grip on operating system concepts.

Forget OS assignments: Call The Tutors Help Today for Professional yet Reliable Assistance!!

[freeonlinejavacourse]

free online Java course learn with certificate(2025): Get certified

how do you? Learn a free online Java course certifications we have answer for it. Because Java is the most used programming language world wide. we cover why, its demand, growth and salary. Also , It is a popular, general-purpose and highly potent programming language running on several OS and translatable to many other languages. Regardless of the role that you take, the first step can improve your programming skills and your career. You can also check our recent blog about. The top 15 skills for java full satck developer to outstand others , How to become certified full stack developer in 2025 and how to become graphic designer in 2025

Benefits of Learning Java:

1. Platform Independence: Basically, Write the code only once and run it anywhere.

2.Versatility:correspondingly, It has been used in web, mobile, and enterprise applications.

3.Career Opportunities: Although, Java developer demand is very, very high.

4.Strong Community: Equally, The arts and crafts of comics are supported by massive community support and learning resources.

When you learn Java, you’re not only learning a language but also how to become a software developer, backend developer, or mobile app developer.

This article provides a curated guide to Learn Java courses online that not only teach you Java from scratch but also offer certification upon completion. Eventually you will be equipped with the right resources to learn Java and validate your skills without spending a single penny.

You can download Java for free by visiting Oracle.

Emphatically, There are some famous games and websites built using Java.

Here is some of the list, According to Oracle blogs

Wikipedia Search

Minecraft.

NASA World Wind

Visible Tesla

SmartThings

Let’s dive deeply into Java fundamentals

In free online Java course what you can learn

Step 1: Start with Basics

“If you are a beginner” try to understand the following topics:

1. Intro to Java

Features of Java

Installation and setup of JDK (Java Development Kit)

2. Its Syntax and Variables

Java keywords, data types, variables

Input/output operations

3. Control Flow

If-else statements, loops (for, while)

Step 2: Move to Core Java Concepts

Once you are comfortable with the basics, explore intermediate topics such as:

Object-Oriented Programming (OOP)

Classes, objects, inheritance, polymorphism, encapsulation

Arrays and Collections

Array manipulation, Array List, Hash Map

Methods and Constructors

Exception Handling

Step 3: Practice with Projects to Gain Experience

Build small projects such as:

•Basically, simple calculator using Java.

•student management system.

•Basic e-commerce homepage.

Here are some advanced Java topics:

Multithreading: however Understanding threads and concurrency to handle multiple tasks easily.

Streams API: Processing collections of data effectively.

Frameworks: Basically , Introduction to Spring Boot for web application development.

Try this sample code and take the first step toward learning.

Class Main {

public static void main(String[] args) {

int first = 10;

int second = 20;

// Add two numbers

int sum = first + second;

System.out.println(first + “ + “ + second + “ = “ + sum);

}

}

Output:

10 + 20 = 30

Top Platforms to Learn Java Full Course Free Online with Certificate

Here is a list of trusted platforms offering free Java courses with certificates:

1. Coursera

Course: Java Programming and Software Engineering Fundamentals

Offered By: Duke University

Features: certainly Beginner-friendly modules.

Covers normal to advanced topics.

Provides hands-on coding exercises.

Certification available (free audit, paid-for certificate)

Link: Visit Coursera to enroll.

2. Udemy

Course: Java Programming for Beginners.

Features: certainly Self-paced video tutorials.

Covers syntax, OOP, and hands-on exercises.

Free courses often include certificates of completion.

Link: Browse Udemy’s free Java courses here.

3. edX

Course: Introduction to Java Programming.

Offered By: UC3M (Universidad Carlos III de Madrid)

Features: Learn foundational concepts like classes, variables, and methods.

Optional certification upon completing quizzes and assignments.

Link: Enroll on edX.

4. Solo Learn

Course: Java Full Course

Features: certainly Interactive learning modules.

Free quizzes and challenges.

Earn a certificate after course completion.

Link: Visit Solo Learn.

5. Great Learning Academy

Course: Java Programming for Beginners

Features: Covers foundational to advanced topics.

Self-paced tutorials and quizzes.

Free certification is provided once you complete it.

Link: Enroll in Great Learning.

Tips to Learn Java full course online Easily

Consequently, follow these tips:

1. Set learning goals and complete them.

• However, Break down the course into smaller milestones

2. Practice coding daily to improve.

• Hence, Write a code daily to strengthen concepts and improve logical thinking.

3. Join communities related to coding.

• Also, Platforms like Stack Overflow, Reddit, and GitHub help you learn through real-world problems, and they are easily accessible.

4. Work on Real Projects.

• Additionally Start with beginner-level and easy-type projects, like a calculator or to-do list.

5. Prepare for Certification.

• Revise the topics, and take mock tests before attempting certification.

After getting comfortable with the basics, look into OOP principles like inheritance, polymorphism, encapsulation, and abstraction because these are the very foundations of Java.

Learn about Object-Oriented Programming (OOP).

Pay attention to the four principles:

Encapsulation.

Inheritance.

Polymorphism.

Abstraction.

Try writing small programs for the concepts.

Basic to advance growing gradually

Additionally Explore Advanced Topics

Get familiar with it.

Multithreading.

File handling.

Streams and Lambda expressions

JDBC (Java Database Connectivity) for connecting to a database

Eventually, you master the basics, you must focus on object-oriented programming concepts like inheritance, polymorphism, encapsulation, and abstraction; these are the important topics of Java. Meanwhile, This can be done by Learning free online Java courses with certificate

Especially, To enhance your skills, practice coding daily by solving simple problems through platforms like Hacker Rank, LeetCode, or GeeksforGeeks. likewise, Building simple projects like a calculator, to-do list, or basic games will be practical and fun for your learning. Further ahead, you have collections, exception handling, multithreading, file I/O, and others.

 The online communities to join include video tutorials as well as forums where doubts can be clarified and your motivation sustained. Accordingly, Mastery of Java with continuous practice with real-world projects and passion for constant learning are more important.

Free Certification Impacts on Career online java course

If you’re looking to further your career, consider taking free online Java courses. These courses not only validate your skills but also increase your credibility. As a result, they can open doors for you. Altogether In today’s competitive job market, certifications are crucial. Employers value certifications because they show your interest in improving your skill set and staying up to date with industry trends. They are proof of your knowledge and expertise in a given field, whether it’s IT, digital marketing, or finance. Additionally, Adding a certificate is a great foundation in terms of providing a bridge between academics and the practical workings of things. 

Comparatively, Practical experience attached to it enables it to open more doors for experienced professionals to more career advancement opportunities, more money, and better job prospects. A certificate also adds value at the point of an individual being considered for hire. Basically, Certifications that have a connection with the job role an individual possesses are much sought after by employers.

concurrently, Such certifications tell you that you are taking an active step in furthering your education and your own self-improvement. For example, The specialized knowledge would be Google Ads, AWS, PMP, or Microsoft Azure, and they are more valuable to organizations.concurrentlyrhandling the new things and challenging projects and earn the trust of your colleague.Hence, investing in certifications accelerates your career growth, ready to take over leadership positions, and makes sure you remain competitive in a constantly growing and evolving job market.

online Java course Certificate Percentage Impact

Altogether, Skill Enhancement 70-80%

Increased Job Opportunities: 60-70%

Salary Increase: 20-40%

Industry Credibility: 50-60%

Career Switching 40-50%

Networking 30-40%

Why Java is one of the industry standards?

      “Java is widely used in project companies, especially in large organizations. because, It has earned its authority.” and another Its platform independence makes sure that the “write once, code anywhere” phrase. Also, it is easily accessible and used in various types of projects like games, websites, apps, etc., it keeps going on.

The major companies using Java are

Microsoft

Google

Uber

Accenture

Amazon

·According to Microsoft, It relies on Java technologies for a variety of internal systems, applications. Workloads to enable well-known public services and products and a significant set of critical systems that power Azure infrastructure.

·Google is making a beta version of the open-source Google HTTP client-server Java. because of this common HTTP client library underlies the above two libraries.

· According to Amazon certainly, they are using Java for their AWS services, known as SDK Java. It is beneficial for them with storage and cloud computing purposes.

· In Oracle A Java developer wrote a blog about the upcoming goodness of Java that is posted in Oracle. Basically, He explains Java and what new things are coming in and around Java.

to know more check here

[nel-world]

High-volume, low-latency Java applications

Concurrency and Multithreading

Thread Pooling: Use thread pools (Executors in Java) to manage threads efficiently, avoiding the overhead of creating and destroying threads for each task.

Non-blocking I/O (NIO): Leverage Java NIO for handling large numbers of connections or requests without blocking threads.

Asynchronous Programming: Use CompletableFuture, or other async frameworks (like Project Reactor or Akka) to avoid blocking and enhance throughput.

ForkJoinPool: For divide-and-conquer parallelism, utilize the ForkJoinPool to break tasks into smaller sub-tasks.

2. Efficient Data Structures and Algorithms

Low-latency Collections: Use specialized collections like ConcurrentHashMap for thread-safe, highly scalable access to data. Consider using high-performance libraries like Agrona or JCTools for non-blocking data structures.

Minimize Locking: Avoid blocking locks and shared states whenever possible. Instead, use lock-free and wait-free algorithms (atomic operations via java.util.concurrent.atomic) to avoid contention.

Immutable Objects: Use immutability to reduce synchronization needs and ensure safe access across multiple threads without locks.

Garbage Collection Optimization

Garbage Collection (GC) Tuning: Configure garbage collectors to minimize GC pauses. Some low-latency collectors in the JVM include:

ZGC (Z Garbage Collector): Offers very low pause times even with large heap sizes.

Shenandoah GC: Reduces garbage collection pauses by performing more work concurrently.

G1 GC (Garbage First): Can be tuned to meet specific pause-time goals.

Object Pooling: Reuse objects to reduce the frequency of memory allocation and GC pressure.

Avoid Excessive Object Creation: Prefer primitive types and arrays over objects, especially in hot paths.

4. Network I/O Optimization

Zero-Copy I/O: Utilize memory-mapped files or Java NIO’s DirectByteBuffer for efficient data transfer without the overhead of copying data between buffers.

Use Asynchronous Networking: Java NIO combined with AsynchronousSocketChannel can handle large numbers of I/O operations concurrently without blocking.

Minimize Serialization Overhead: Use efficient serialization formats like Protocol Buffers, FlatBuffers, or MessagePack instead of Java's built-in serialization, which can be slow and memory-intensive.

5. Low-Latency Messaging Systems

Use of Messaging Systems: Low-latency messaging frameworks such as Disruptor (by LMAX) can help bypass traditional locking mechanisms by using a ring buffer architecture, reducing latency in message passing.

Off-Heap Memory: Libraries like Chronicle Queue and Chronicle Map allow storing data off-heap, reducing the load on the garbage collector and improving performance in messaging applications.

6. Database Optimization

NoSQL Databases: For high throughput, consider NoSQL solutions like Cassandra, MongoDB, or Redis for their ability to scale horizontally and handle large datasets.

In-Memory Data Stores: Use in-memory databases (like Redis or Memcached) to avoid disk I/O latency.

Sharding and Partitioning: Distribute data across multiple databases or nodes to ensure scalability and reduce the load on any single system.

7. Minimizing Latency in Critical Paths

Microservices Architecture: Use microservices to break down complex applications into smaller, more manageable components, reducing latency by allowing independent scaling.

Event-Driven Architecture: Use event-driven designs with systems like Kafka or RabbitMQ to decouple components and reduce synchronous calls that can introduce latency.

8. JVM and OS Tuning

CPU Affinity and Pinning: Bind critical threads to specific CPUs to ensure that the most important tasks are not preempted or interrupted by the OS scheduler.

Tuning JVM Parameters: Optimize JVM flags like heap size (-Xms, -Xmx), garbage collector options, and direct memory settings (-XX:MaxDirectMemorySize) based on the workload.

Reduce Context Switching: Avoid excessive thread switching by using fewer, dedicated threads for critical tasks and batch processing.

9. Profiling and Performance Monitoring

Profiling Tools: Use profilers such as VisualVM, YourKit, or Java Flight Recorder (JFR) to identify bottlenecks in code, GC performance, or I/O operations.

Metrics and Monitoring: Implement real-time monitoring (using tools like Prometheus, Grafana, or ELK Stack) to track latency, throughput, and resource utilization. Continuously fine-tune the system based on observed behavior.

10. Batching and Caching

Batch Processing: Process data in batches where possible to reduce the overhead of handling multiple individual requests.

Caching: Use local caches like Caffeine or distributed caches like Redis to store frequently accessed data, reducing the need for repeated data fetching or computation.

sudo lsof -i :<port_number>

High-volume, low-latency Java applicationsThread Pooling: Use thread pools (Executors in Java) to manage threads efficiently,

Asynchronous Programming: Use CompletableFuture, or other async frameworks (

Non-blocking I/O (NIO): Leverage Java NIO for handling large numbers of connections

Efficient Data Structures and Algorithms

Low-latency Collections: Use specialized collections like ConcurrentHashMap for thread-safe,

Minimize Locking: Avoid blocking locks and shared states whenever possible. Instead, use lock-free and wait-free algorithms

Immutable Objects: Use immutability to reduce synchronization needs

3. Garbage Collection Optimization

Configure garbage collectors to minimize GC pauses. Some low-latency collectors in the JVM include:

ZGC (Z Garbage Collector): Offers very low pause times even with large heap sizes.

Object Pooling: Reuse objects to reduce the frequency of memory allocation and GC pressure.

Database Optimization

Sharding and Partitioning:

In-Memory Data Stores: Use in-memory databases

//

Batch Processing: Process data in batches where possible to reduce the overhead of handling multiple individual requests.

Caching: Use local caches like Caffeine or distributed caches like Redis to store frequently accessed data.

Profiling Tools: Use profilers such as VisualVM, YourKit, or Java Flight Recorder (JFR)

Microservices Architecture: Use microservices to break down complex applications into smaller.

///

 Class Loading

Preload Classes: You can load key classes in advance to avoid delays caused by lazy class loading during the first few requests.

Heap Sizing: Ensure the heap size (-Xms and -Xmx) is set correctly to avoid resizing the heap during runtime,

Database Connection Pool: Pre-initialize a database connection pool (e.g., HikariCP, Apache DBCP) so that connections are readily available

SQL Query Caching: If your database or ORM (like Hibernate) uses query caches, run key queries to ensure that the cache is warmed up and execution plans are cached in the database.

Class Data Sharing (CDS): Java provides a Class Data Sharing (CDS) feature that allows the JVM to share class metadata between JVM instances to speed up class loading.

//

 Preloading with Frameworks (Spring Boot Example)

In frameworks like Spring Boot, you can use @PostConstruct to execute code after the application has been initialized, which is a great place to add preloading logic.

 Using Map for Faster Lookups

If you want to be able to quickly look up students by their ID, for example, you can use a Map structure (HashMap or ConcurrentHashMap) that allows O(1) lookup.

Example of an In-Memory Data Map Using HashMap

to create a thread-safe and concurrent version of a HashMap, you can use the ConcurrentHashMap class in Java.

ConcurrentHashMap is a great choice when you need a thread-safe map that supports high concurrency with minimal contention.

Inserting a null Key or Value

If you attempt to insert a null key or value in a ConcurrentHashMap, a NullPointerException will be thrown.

///

ConcurrentHashMap<Student, Student>: In this example, ConcurrentHashMap is used with Student objects as both keys and values. To use Student as a key, the hashCode() and equals() methods are overridden to ensure correct key lookups.

Thread Safety: ConcurrentHashMap allows multiple threads to access the map concurrently, without needing explicit synchronization, ensuring thread-safe read and write operations.

///

Race conditions occur when multiple threads concurrently modify a shared variable without proper synchronization.

To prevent race conditions, use synchronized blocks or atomic variables like AtomicInteger for thread-safe operations.

Using synchronized Block Without static

In this solution, we create an instance variable I, and use a synchronized block to ensure thread safety. Each thread will still share the same IncrementWithSync object, so the synchronization applies to the object instance.

How the Garbage Collector Works?

Java uses reachability to determine when an object is no longer needed. If an object is no longer referenced (reachable) from any live thread, it becomes eligible for garbage collection.

Root Sources of Object References (GC Roots):

Local variables on the stack.

Active threads.

Static fields.

JNI (Java Native Interface) references.

When objects are used as keys in hash-based collections (e.g., HashMap, HashSet), the hashCode() method is used to determine the object's bucket, and equals() is used to check whether the two objects are logically equivalent.

///

[pattem]

Why is Java the Ideal Choice for Backend Development?

Steering Backend Development with Java

Backend programming is also known as server-side development, which refers to the behind-the-scenes logic that boosts web applications. This back-end development includes everything that exists in the server, and they include everything from data storage and modeling to security concerns. The backend developers play an important role in ensuring that the application works smoothly, focusing on websites, back-end logic, architecture, servers, and Application Program Interfaces (APIs). Moreover, it includes functionality, which needs to be accessed and navigated by digital means. In this blog, we will answer the question of why developers prefer Java for backend processes and we will drive through the advantages of using Java backend development. So, without any further delay, let us jump into this blog!

Exploring  how does Java increases the Backend Development process

Backend programming languages like Java, C#, and PHP are very adaptable to gain all certain information from the stored database when it is processed through an application. The backend receives input from the front-end and generates and sends responses to the clients. Enterprise applications need to be more difficult and secure to make sure that the data are confidential. It is the perfect choice for managing backend processes as it offers a lot of advantages and benefits. Java is the most popular and universally used programming language used for creating innovative and powerful web applications. The Java code is compiled into bytecode, and then it will be compiled by the Java compiler. JVM acts as an interpreter between the underlying hardware and the programming language, and it also provides a runtime environment for the applications to run on different OS.

Java-based applications can eventually run on any platform like iOS, Android, etc. Nowadays, most developers prefer Swift for iOS and Kotlin for Android, but a major principle is that these languages are nothing but only an advanced Java version with some similarities at the core. It is impossible to invade a Java-based application as it has a lot of in-built security features. Furthermore, Java has less ambiguous syntax terminology and enables beginners to initiate Java with basic principles. Additionally, Java is a stable and reliable programming language for developing backend applications, which makes it a popular choice for developing enterprise applications.

Java is an extensible, modular, accessible programming language that supports principles like polymorphism, encapsulation, overloading, and data abstraction. Java’s multithreading ability makes it a highly-demandable programming language in the industry. Multithreading permits developers to maximize the CPU’s usage, and it also shares memory space and boosts applications efficiency and performance. The multithreading ability prevents Java applications from performing slow and unresponsive tasks when a lot of work is needed. Moreover, it is very useful in the backend development as it effectively handles multiple tasks simultaneously. It is great for backend development, and it is very much vital in multithreading, using effective resources, boosting application performance, and it also enables developers to create ascendable and innovative backend systems to handle complex requests and data.

Closing the Blog Backend Development with Java

From this blog, we have learned about the advantages and key features of using Java in backend development. It allows developers to build a strong backend for handling all the complex data. Also, Java has an automatic garbage collector that helps developers to avoid problems like segmentation faults and  memory leaks.

Choosing the best Java development services company also plays a crucial role in the company's growth. Pattem Digital is the leading Java development company that delivers the industry's best applications. We possess a young and talented team of developers to provide our clients with innovative applications and websites.

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As CPUs AMD Ryzen Threadripper 7000 são oficiais, oferecendo até 96 núcleos para mais uma vez levar o segmento de estações de trabalho e desktops HEDT a novos patamares. AMD inaugura uma novidade era de estações de trabalho e desktops HEDT com CPUs Ryzen Threadripper 7000, até 96 núcleos para desempenho multithread sumo A família de CPUs AMD Ryzen Threadripper 7000 será baseada na arquitetura de núcleo Zen 4 e apresentará dois segmentos SKU, o Threadripper PRO e os chips Ryzen Threadripper padrão voltados para plataformas WRX90 de 8 canais e TRX50 de 4 canais, respectivamente. Todos os SKUs são projetados para oferecer desempenho recorde e eficiência de ponta. Plataforma AMD WRX90 Plataforma AMD TRX50 Recursos de gerenciamento PRO ✓ Recursos de segurança PRO ✓ Suporte para overclock ✓ ✓ Pistas PCIe® (totalidade/utilizável) 148/144 (com até 128 PCIe 5.0) 92/88 (com até 48 PCIe 5.0) Feitio de memória 8 canais, até 2 TB(RDIMM com overclock) 4 canais, até 1 TB(RDIMM com overclock) Suporte ao processador Processadores AMD Ryzen Threadripper PRO série 7000 WX Processadores AMD Ryzen Threadripper série 7000 Processadores AMD Ryzen Threadripper PRO série 7000 WX Começando pelas principais peças PRO, temos o CPU AMD Ryzen Threadripper PRO 7995WX que oferecerá um totalidade de 96 núcleos, 192 threads e até 384 MB de cache L3. Leste chip oferecerá um clock base de 2,50 GHz e um clock boost de até 5,15 GHz. Leste chip gigantesco terá 50% mais núcleos/threads em verificação com o 5995WX fundamentado em Zen 3, enquanto roda em velocidades de clock 14% mais altas e um TDP 25% mais cume (350 vs 280 Watts). Em seguida, temos o AMD Threadripper PRO 7985WX, 7975WX, 7965WX, com configurações 64/128, 32/64 e 24/48. Enquanto o 7985WX funciona com clock base de 3,20 GHz, os outros dois chips operarão de 4,0 a 4,20 GHz na frequência base, enquanto todos os chips aumentam até 5,35 GHz. As contagens de cache são mantidas em 256 MB, 128 MB e 96 MB, respectivamente. Por último, temos as duas soluções básicas que incluem o AMD Ryzen Threadripper PRO 7955WX com 16 núcleos e 32 threads mais o 7945WX com 12 núcleos e 24 threads. Esses chips têm os clocks base mais muito avaliados de 4,5 e 4,7 GHz, respectivamente, enquanto os clocks boost são avaliados em até 5,35 GHz. Todos os chips operam com TDPs de 350 W e oferecem suporte para memória DDR5-4800 e até DDR5-5200. Você pode obter capacidades de até 2 TB na plataforma Storm Peak, enquanto as pistas PCIe Gen5 variam de 48 a 128 dependendo da plataforma. Para as CPUs AMD Ryzen Threadripper 7000, existem três chips, o Ryzen Threadripper 7980X, 7970X e 7960X, que apresentam 64 núcleos, 32 núcleos e 24 núcleos, respectivamente. A risca aumenta até 5,3 GHz e apresenta o mesmo TDP de 350W. Espere as seguintes melhorias dos chips Threadripper de próxima geração: Novidade arquitetura Zen 4 Core Até 96 núcleos/192 threads Novidade plataforma TRX50/WRX90 (Storm Peak) Projetos de TDP de até 350 W em todos os SKUs Suporte de memória DDR5 de 8 e 4 canais Até 128 pistas PCIe Gen 5.0 Até 384 MB de cache L3/480 MB de pool completo Até 75% mais rápido que o Threadripper 5000WX Até 123% mais rápido que o Intel Xeon W-3400 Desempenho da CPU AMD Ryzen Threadripper PRO 7000: Desempenho da CPU AMD Ryzen Threadripper DIY 7000: Hoje, a Dell está entre os vários parceiros OEM que apresentarão suas mais recentes estações de trabalho com CPUs Ryzen Threadripper 7000 da AMD. A Dell anunciou a novidade torre Precision 7875 que oferece aos usuários a escolha de CPUs Ryzen Threadripper 7995WX com 96 núcleos, 56 TB de armazenamento e 2 TB de memória DDR5 enquanto executam uma opção de GPUs AMD Radeon PRO W7900 ou NVIDIA RTX 6000 Ada. Da mesma forma, a Lenovo e a HP também apresentaram suas novas soluções baseadas na família de chips Threadripper 7000. No que diz reverência às placas-mãe, a maioria dos fabricantes tem porquê meta o lançamento de sua série TRX50 em 23 de novembro. ASRock, Gigabyte e ASUS estão confirmados para lançar seus designs TRX50 de próxima geração e também podemos ver uma ou duas peças WRX90. Os chips estarão disponíveis para pré-encomenda a partir de 21 de novembro, com preços de até US$ 9.999 para o carro-chefe PRO (7995WX) e US$ 4.999 para os principais CPUs DIY (7980X). Risca de CPUs AMD Ryzen Threadripper 7000 Zen 4 “Storm Peak” (solene): Nome da CPUNúcleos de CPUThread da CPURelógio baseAumentar o relógioCache L3/pistas PCIeTDPSuporte de memóriaPreço (MSRP)Disponibilidade AMD Ryzen Threadripper 7995WX96 Núcleo192 Tópico2,50GHz5,15GHz384 MB/128 PCIe Geração 5350WDDR5-5200US$ 9.999 EUA21 de novembro de 2023 AMD Ryzen Threadripper 7985WX64 Núcleo128 Tópico3,20GHz5,35GHz256 MB/64 PCIe Geração 5350WDDR5-5200$ 7.349 EUA21 de novembro de 2023 AMD Ryzen Threadripper 7975WX32 Núcleo64 Tópico4,00GHz5,35GHz128 MB/64 PCIe Geração 5350WDDR5-5200$ 3.899 EUA21 de novembro de 2023 AMD Ryzen Threadripper 7965WX24 núcleos48 Tópico4,20GHz5,35GHz96 MB/64 PCIe Geração 5350WDDR5-5200$ 2.649 EUA21 de novembro de 2023 AMD Ryzen Threadripper 7955WX16 núcleo32 Tópico4,50GHz5,35GHz64 MB/64 PCIe Geração 5350WDDR5-5200A definir21 de novembro de 2023 AMD Ryzen Threadripper 7945WX12 núcleo24 Tópico4,70GHz5,35GHz48 MB/64 PCIe Geração 5350WDDR5-5200A definir21 de novembro de 2023 AMD Ryzen Threadripper 7980X64 Núcleo128 Tópico3,20GHz5,10GHz256 MB/64 PCIe Geração 5350WDDR5-5200$ 4.999 EUA21 de novembro de 2023 AMD Ryzen Threadripper 7970X32 Núcleo64 Tópico4,0GHz5,30GHz128 MB/64 PCIe Geração 5350WDDR5-5200$ 2.499 EUA21 de novembro de 2023 AMD Ryzen Threadripper 7960X24 núcleos48 Tópico4,20GHz5,30GHz96 MB/64 PCIe Geração 5350WDDR5-5200$ 1.499 EUA21 de novembro de 2023 [embed]https://www.youtube.com/watch?v=BF6QbE9rFkM[/embed] Compartilhe esta história Facebook Twitter

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Top 5 Java Development Company and Startups in UK

Java

Java development plays a pivotal role in numerous software projects, revered for its reliability, scalability, and versatility. Within the UK’s vibrant tech scene, Java expertise thrives, with a blend of seasoned companies and innovative startups leading the charge. In this article, we’ll delve into five standout Java development entities in the UK, showcasing their commitment to delivering robust solutions and pushing the boundaries of Java development. Whether you seek a seasoned partner for enterprise projects or a fresh perspective from an emerging startup, these companies epitomize the excellence prevalent in the UK’s Java development landscape.

Why Java is the Best Choice for Enterprise Development?

01. Performance & Scalability

Java’s architecture and runtime environment are optimized for performance and scalability. The Java Virtual Machine (JVM) employs sophisticated memory management techniques, such as garbage collection, to ensure efficient resource utilization and minimize latency. Additionally, Java’s multithreading capabilities enable concurrent execution of tasks, allowing applications to handle high workloads and scale horizontally as demand grows.

02. Robustness & Reliability

Java’s strong typing, exception handling mechanisms, and comprehensive standard library contribute to the robustness and reliability of enterprise applications. By enforcing compile-time type checking and providing built-in error handling features, Java helps developers catch potential issues early in the development process, resulting in more stable and resilient software.

03. Stability & Compatibility

Java prioritizes backward compatibility, ensuring that applications developed on older versions of the language remain compatible with newer releases. This commitment to stability enables enterprises to maintain and evolve their software systems over time without the risk of breaking existing functionality. Furthermore, Java’s long-term support (LTS) releases provide enterprises with a stable foundation for their applications, backed by ongoing updates and security patches.

04. Versatility and flexibility

Java, renowned for its versatility and flexibility in enterprise software development, equips your developers with a comprehensive suite of user-friendly tools and resources. This empowers them to construct and deploy resilient, feature-rich systems tailored to your enterprise’s needs.

05. Security & Enterprise Compatibility

Security is paramount in enterprise environments, and Java offers robust features to mitigate risks and protect sensitive data. From built-in encryption libraries to secure communication protocols, Java provides a comprehensive suite of security tools for safeguarding enterprise systems. Moreover, Java’s compatibility with existing enterprise technologies, such as databases, messaging systems, and authentication mechanisms, simplifies integration and enhances overall security posture.

06. OS & Platform Support

Java’s platform independence allows enterprise applications to run seamlessly across diverse operating systems and hardware platforms. By compiling Java code into bytecode that runs on the JVM, developers can write once and deploy anywhere, reducing the complexity of managing multiple software stacks. This flexibility enables enterprises to adapt to evolving infrastructure requirements and leverage existing investments in hardware and software.

07. Community Support & Talent Pool

Java boasts a vibrant and active community of developers, encompassing professionals from diverse backgrounds and industries. This rich ecosystem provides enterprises with access to a vast talent pool of Java developers, architects, and experts who can contribute to the success of their projects. Additionally, the Java community fosters collaboration, knowledge sharing, and innovation, ensuring that enterprises stay ahead of technological advancements and industry trends.

08. Rich Libraries & Frameworks

Java offers an extensive array of libraries and frameworks specifically designed for enterprise development. From enterprise-grade application servers like Apache Tomcat and JBoss to frameworks such as Spring, Hibernate, and Apache Kafka, Java provides developers with a robust toolkit for building scalable, secure, and feature-rich applications. These libraries and frameworks streamline development efforts, accelerate time-to-market, and empower enterprises to deliver value to their customers more effectively.

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MPI Intel Library: Reliable & Scalable Cluster Communication

Adjustable, effective, and scalable cluster communications from the MPI Intel Library.

Single Library for Multiple Fabrics

The Intel MPI Library passes multibaric messages using the open-source MPICH standard. Develop, maintain, and test complex programs that run faster on Intel-based and compatible HPC clusters using the library.

Create applications that can run on runtime-specified cluster interfaces.

Deliver excellent end-user performance quickly without OS or software changes.

Automatic tuning optimises latency, bandwidth, and scalability.

Use the latest optimised fabrics and a single library to save time to market.

Toolkit download

The Intel oneAPI HPC Toolkit contains MPI Intel Library. Get tools to assess, enhance, and scale apps.

Download the standalone version

Download Intel MPI Library separately. Choose your favourite source or Intel binaries.

Features

OpenFabrics Interface help

This optimised framework exports communication services to HPC applications. Key components include APIs, provider libraries, kernel services, daemons, and test programs.

Intel MPI Library manages all communications with OFI.

Allows an efficient path that ends with application code data communications.

It allows runtime fabric tuning using basic environment factors, including network-level utilities like multirail for bandwidth.

Provides optimal performance for large-scale Cornelis and Mellanox InfiniBand systems.

Results include higher throughput, decreased latency, simpler program architecture, and common communication infrastructure.

Scalability

This library implements high-performance MPI 3.1 and 4.0 on numerous fabrics. This lets you quickly optimise application performance without changing operating systems or applications, even if you switch interconnects.

Thread safety allows hybrid multithreaded MPI applications to be traced for optimal performance on Intel multicore and manycore platforms.

The process manager mpiexec.hydra enhances start scalability and launches concurrent processes.

It natively supports SSH, RSH, PBS, Slurm, and SGE.

Google Cloud Platform, Microsoft Azure, and Amazon Web Services integration

Performance and Tuning Tools

Two new enhancements optimise app performance.

Independence interconnect

The library offers an accelerated, universal, multibaric layer for fast OFI interconnects with the following configurations:

TCP sockets

Community memory

Ethernet and InfiniBand use RDMA.

Dynamically creating the connection only when needed reduces memory footprint. It automatically chooses the fastest way of transportation.

Knowing MPI code will operate on any network you provide at runtime, write it without attention to fabric.

Using two-phase communication buffer-enlargement, just enough memory should be allocated.

Compatibility of App Binary Interface

Applications use application binary interfaces (ABIs) to communicate between software components. It controls function invocation, data type size, layout, and alignment. ABI-compatible apps use the same runtime naming conventions.

The MPI Intel Library provides ABI compatibility with MPI-1.x and MPI-2.x programs. You can utilise the library's runtimes without recompiling to get its speed improvements, even if you're not ready for 3.1 and 4.0.

Intel MPI Benchmarks measure MPI performance for point-to-point and global communication across message sizes. Run each supported benchmark or give a single executable file via the command line to get subset results.

The benchmark data fully describes:

Throughput, network latency, and node performance of cluster systems

Efficiency of MPI implementation

Adjust the library's comprehensive default settings or leave them as is for optimal performance. If you want to tweak cluster or application settings, use mpitune. Continue tweaking the parameters until you obtain the best results.

MPI Intel Library: Windows OS Developer Guide

MPI Tuning: Intel MPI Library supports Autotuner.

Autotuner

Autotuning might improve MPI collective operation-heavy applications. Simple to use, Autotuner has low overhead.

Autotuner utility tunes MPI collective operation algorithms I_MPI_ADJUST_ family. The autotuner limits tuning to the cluster setup (fabric, ranks, node rankings). Turning on the autotuner while an application is running improves performance. Create a new tuning file with MPI collective operations appropriate to the application and supply it to the I_MPI_TUNING_BIN variable.

[ultraversetechnologies]

7 BEST CERTIFICATIONS TO GET FOR IT JOBS

As the world moves toward a new phase of the digital revolution, the tech industry is trying to match the pace with new products and services. With technologies like artificial intelligence, cybersecurity, etc., businesses are trying to capture the market and influence the ongoing industry trend as fast as possible. Though this transformation is claiming jobs in several sectors, it is also creating new employment opportunities that need new and advanced skill sets. However, this post explores several certifications that can equip you for these job roles. So delve into this blog to understand the best certifications to get for IT jobs in 2025. 

Data Science / Analytics

When it comes to domains like data architect, data analyst, market analyst, statistical analyst, etc., data science is the course that you need to pursue. Since businesses are heavily dependent on data, they require expert data engineers who can correctly extract, store, and predict data. However, pursuing data science certification will make you eligible for several data-related jobs and help you crack top positions in MNCs.

Data science is basically the comprehensive study of dealing with large amounts of data in a computer database. Covering areas like data structure, data visualization, statistics, algorithms, probability, and programming, data science will ensure jobs in the IT industry with an estimated salary of up to $112,000 per year.

Programming With Python

One of the best certifications to get for IT jobs in today’s job market is an advanced Python course. Python is the most in-demand programming language in the industry, followed by JavaScript, Java, and C++. Starting from creating complex SaaS applications to developing dynamic software, businesses use Python. Unlike other programming languages, Python is much simpler, cleaner, easy to learn, and has simpler syntax, which makes it the go-to choice for the tech industry.

Pursuing a professional Python course can open opportunities like DevOps engineering, software development, automation engineering, full-stack development, etc. Simultaneously, you will receive a salary hike of approximately $145,000 per year.

Core Java Certification

Java is one of the most widely used programming languages, making a Core Java certification a valuable credential for aspiring developers. This certification covers Object-Oriented Programming (OOP), data structures, exception handling, multithreading, JDBC, and Java frameworks like Spring and Hibernate. Java is essential for backend development, enterprise applications, and Android development, making it a must-have skill in the IT industry.

Earning this certification can lead to high-paying job roles, as there is a global demand for Java developers. Java developers work in software development, cloud computing, and financial technology sectors. In the USA, the average salary for a Java Developer ranges between $85,000 and $120,000 per year, depending on experience and location.

Android App Development Certification

An Android app development certification is ideal for those looking to build mobile applications for the Google Play Store. This certification covers Java, Kotlin, UI/UX design, REST APIs, database integration, and Android Studio development. Android is the most widely used mobile OS, and businesses across industries rely on mobile apps to engage customers.

The Android development course is best certifications to get for IT jobs can help you start your career in startups, established IT firms, or as a freelancer.  With mobile app demand increasing, opportunities in e-commerce, gaming, healthcare, and finance continue to grow. In the USA, an Android Developer earns an average salary between $90,000 and $135,000 annually, with higher pay for experienced professionals.

MERN Stack Certification

A MERN stack certification is essential for those aiming to master full-stack web development. This certification focuses on MongoDB (database), Express.js (backend framework), React.js (frontend framework), and Node.js (runtime environment), enabling professionals to build highly responsive web applications. The MERN stack is used to create dynamic websites and SaaS platforms, making it a valuable skill in modern web development.

With businesses shifting online, MERN developers are highly sought after by tech startups and established firms. Certified professionals can work in e-commerce, fintech, and enterprise software development. In the USA, the average salary for a MERN Stack Developer ranges from $95,000 to $140,000 annually, making it a lucrative career choice.

Software Testing / Quality Assurance Certification

A quality assurance course is the best certifications to get for IT jobs, crucial for professionals who ensure software reliability, performance, and security. This certification covers manual and automated testing, Selenium, test case design, API testing, and performance analysis. As companies prioritize smooth user experiences, QA professionals play a key role in software development.

With the demand for high-quality applications, certified QA engineers are essential in software development, gaming, healthcare, and fintech. Companies like Google, Amazon, and Microsoft actively hire skilled testers. In the USA, a software QA engineer earns an average annual salary between $75,000 and $110,000, with automation testers earning even higher.

Conclusion

Choosing the best certifications to get for IT jobs can significantly boost your career prospects in today’s tech-driven world. Certifications in Core Java, Machine Learning, Android Development, MERN Stack, and Software Testing equip professionals with industry-relevant skills, making them highly employable. These certifications, in response to the growing demand for IT expertise, provide access to high-paying jobs, career stability, and global opportunities in leading tech firms.

If you're ready to advance your IT career, Ultraverse Technologies offers expert-led courses designed for real-world industry demands. Enroll today to gain hands-on experience, master in-demand skills, and secure a high-paying job in IT. Get in touch with us today through our website (ultraversetechnologies.com) or you can simply call or mail us to these following calling number and mail adress - +1 470-451-0575, info@ultraversetechnologies.com.