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Servers are the backbone of modern digital systems, and just like any electronic device, they need a reliable power source to function. That’s where the server power supply comes in. It may not be the most talked-about component, but it plays a critical role in keeping servers running smoothly, securely, and without interruptions.

What is a Server Power Supply?

A server power supply comes as a unit of hardware that provides electrical power to all components of a server. It converts electricity received from a wall outlet (AC power) to a much lower and more stable voltage (DC power) which is used by internal components such as motherboard, CPU, RAM, disk drives, and fans.

Unlike a computer power supply, a server power supply is able to weight heavier loads, run 24 hours a day, seven days a week, and should be much more reliable-yet-efficient. Other sums in proactive features range from redundancy to remote monitoring.

Why is the Power Supply So Important?

Typically, servers are never turned off, whether for web hosting, data storage, or network management. In the event of a power failure, the server is shut down instantaneously, subsequently causing data loss, service interruption, or even system crash, especially in places where uptime means everything.

Such qualities in a power supply are a very important aspect of its design. The intent is to give durable supplies with stable voltages and backup options. A quality power supply will deliver consistent voltages, preventing sensitive server devices from damages caused by sudden power surges or failures.

Key Features of Server Power Supplies

Here are some important features that make server power supplies different and more powerful than standard computer PSUs:

  • High Power Output: Servers need more power to run than a typical PC. Server power supply (เครื่อง สำรอง ไฟ server, which is the term in Thai) units often have a power rating from under 500 W to over 2000 W depending upon the configuration.
  • Redundancy: Most server power supplies have redundancy, meaning that two or more connected power supply units run in parallel together; on failure of one, the other automatically takes over without shutting the system down.
  • Hot-swappable: Redundant PSUs are normally hot-swappable, so they can be replaced with the system still operational and so save downtime.
  • Efficiency Ratings: Find power supplies rated by 80 PLUS, which means they take in electricity from the wall and converted in usable form to heat and waste less.
  • Form Factor compatibility: Server chassis come in defined sizes, and power supplies have to fit them. Common types are ATX, SFX, or proprietary types that can only be used by brand-name servers.
  • Remote Monitoring and Control: Senior server PSUs allow the IT team to monitor the power consumption remotely, watch temperature and give an alert service for failure.

Types of Server Power Supplies

There are a few main types of server PSUs:

  • Single Power Supply: Basic servers may use a single power supply. It’s simple and cost-effective but lacks backup.
  • Modular Power Supply: Allows users to connect only the cables they need, improving airflow and reducing clutter.

Conclusion

Whether you are clocking in hours on a small business server or running the whole show at a data centre, acquiring a high-quality power supply that is also efficient and reliable should be a must. Not only does it keep your server running without any interruptions, but it also works to make sure that no untimely power disruptions impair your valued data and hardware.

Earning a degree in data analytics may open the door to a wide range of job options and career paths. While the programs offered at CTU may not directly lead to the specific careers discussed here, this group of articles is meant to give you useful information and help you decide which degree level and certifications best match your career goals.

Understanding Data Analytics
Data analytics is the process of studying and making sense of data to discover useful insights or patterns. This helps businesses and other groups improve their work and make better decisions. There are many types of jobs within data analytics. For example, some data analysts focus on solving problems in supply chains, while others look at customer data to help keep current customers and attract new ones. These are just a couple of examples—there are many more areas where data analytics can be used.

What Is a Data Analytics Degree Program?
There are different types of degree programs in data analytics. Some schools offer full programs in data analytics, while others offer degrees in areas like business or computer science that let students focus or specialize in data analytics. These programs are built to help students learn the skills and methods needed to prepare for a career in this field.

Comparing Data Analytics Degree Programs and Concentrations

Full Data Analytics Degree Programs
These programs focus on teaching both technical and communication skills used in collecting and understanding data. Students usually take courses in areas like data mining, managing data, predicting outcomes, and creating charts or visuals. If you’re working toward a bachelor’s degree, you’ll also take general education classes. Graduate programs, like a master’s or doctorate in data analytics, often do not include general education but may require a final project or thesis.

Degree Programs with a Focus in Data Analytics or Data Science
Some business degree programs let students choose a focus in data analytics. These programs include general education and business-related classes, along with specific courses that deal with data analytics. This path might work well for someone who wants to improve their overall business skills while also learning how data can affect decision-making.

Computer science programs may offer a concentration in data science or data analytics, too. These programs also include general education courses, but the main focus is on programming, algorithms, and operating systems. Students in these programs may study topics like machine learning, large databases, and data analytics tools.

For those who already have a bachelor’s degree and want to keep studying data analytics, graduate programs can be a good next step. A master’s or doctoral degree in data analytics will continue to focus mainly on understanding and using data. Business or computer science graduate programs that offer a concentration in data analytics will include related courses to support the main area of study.

The Difference Between Data Analytics and Data Science
Even though they are similar, data analytics and data science are not the same. Here’s a look at how the roles of data analysts and data scientists compare.

What Does a Data Analyst Do?
Data analysts are professionals who study data to find trends and provide helpful information. Some job titles that involve this type of work include operations research analysts, management analysts, and computer or information research scientists. Data analysts use special tools to examine large sets of data. They find patterns, make predictions, and create visuals to share their findings. Their work helps business leaders make better decisions.

What Does a Data Scientist Do?
Data scientists take a wider approach. They create models and systems to gather and study data. They often begin by finding the best sources of data using different methods. They use a mix of tools like data mining, machine learning, and natural language processing to understand both structured and unstructured data. Like analysts, they use visuals to clearly share what they’ve learned with coworkers and clients.

CTU Programs with Data Analytics Focus Areas

Bachelor of Science in Business Administration – Data Analytics
This program allows students to learn how data can be used to make better business decisions. The main courses focus on basic business knowledge and skills, while the data analytics concentration adds classes that teach how to organize data, find useful insights, and use that information to help a business spot risks and opportunities.

Bachelor of Science in Computer Science – Data Science
This program focuses on the basics of data analysis and the use of programming to create software solutions. Students learn about different software design methods and explore various skills and techniques that are important in developing computer software.

Master of Business Administration – Data Analytics
This program is for students who want to study how data affects business performance and decision-making. The main MBA classes cover essential business topics. The data analytics concentration allows students to learn how to use data to make decisions that improve business strategies.

Doctor of Computer Science – Big Data Analytics
This advanced program is designed for experienced computer science professionals, researchers, and consultants. It encourages students to think strategically and contribute to their field. The Big Data Analytics concentration focuses on how to use tools and methods to analyze large sets of raw data and find meaningful insights.

Other Career Paths That Use Data Analysis

Database Architects
These professionals design and build databases that support systems and software. Before starting a design, they research what a company needs. Then they create models and write the code to build the database. They also check the system for mistakes or problems. Their work may include:

  • Working with other experts to understand what the business needs

  • Creating data models and database layouts

  • Building tools for computer modeling and simulations

  • Studying data to find patterns or trends

  • Reviewing customer or market data

In the highly competitive world of SEO, website authority and ranking are critical factors that determine whether your website will thrive or struggle to get noticed. One of the most effective strategies for improving these aspects is link building. Link builders, professionals who specialize in acquiring backlinks from high-quality websites, play a key role in helping websites improve both their authority and search engine rankings.

In this article, we’ll explore how link builders contribute to boosting website authority and why they are essential for any SEO strategy.

What is website authority and why does it matter?

Website authority refers to the perceived credibility and trustworthiness of your website. The more authoritative your website is, the higher your chances of ranking well in search engine results. Domain authority (DA) is a common metric used by SEO professionals to assess the strength of a website’s backlink profile.

Search engines like Google consider websites with higher authority as more valuable resources. They are more likely to rank these websites higher for relevant search queries. A strong backlink profile is one of the most influential factors in building domain authority. This is where link builders come in—by acquiring quality backlinks, they help improve your website’s overall authority.

How link builders influence website ranking

Search engines rely heavily on backlinks to determine a website’s ranking for particular keywords. Quality backlinks act as votes of confidence from other reputable websites. When a high-authority site links to your content, it signals to search engines that your content is valuable, relevant, and worthy of ranking.

Link builders employ various strategies to secure these valuable backlinks. Here are some of the ways they can influence your website’s ranking:

Outreach campaigns

Link builders reach out to relevant websites, blogs, and influencers to secure backlinks. By conducting targeted outreach, they ensure that the backlinks come from high-authority sites in your niche, which boosts your website’s credibility and helps improve rankings.

Guest posting

Guest posting is another strategy link builders use to secure backlinks. By publishing high-quality content on other authoritative websites, they gain the opportunity to include links back to your site. This not only improves your website’s authority but also brings in referral traffic.

Content marketing

Link builders often collaborate with content creators to produce valuable content that naturally attracts backlinks. High-quality, informative, and shareable content is more likely to earn backlinks from other websites, further improving your website’s authority.

What makes a good link builder?

A skilled link builder knows that not all backlinks are created equal. To truly improve website authority and ranking, link builders must focus on quality, not quantity. Some of the qualities that make a link builder effective include:

  1. Industry knowledge – A good link builder understands the importance of relevance and authority in link building. They know how to identify high-quality websites within your niche that will drive the most SEO value.
  2. Relationship-building skills – Link building is as much about building relationships as it is about securing backlinks. A skilled link builder knows how to foster connections with influencers, bloggers, and website owners.
  3. SEO expertise – A link builder should have a solid understanding of SEO best practices, including anchor text optimization, link diversity, and avoiding black-hat techniques that could lead to penalties.

Conclusion

Link builders are a vital part of any SEO strategy. Their ability to secure high-quality backlinks plays a significant role in improving website authority, search engine rankings, and organic traffic. By using ethical and effective link-building strategies, they help websites become more visible, trustworthy, and competitive.

If you’re looking for professional link-building services that can help boost your website’s authority and ranking, MS Links offers expert solutions tailored to your needs. With their experience and dedication to quality, you can rest assured that your SEO efforts will be in good hands.

In the world of architecture, managing projects efficiently is essential to ensure that designs are brought to life within budget, on time, and with high-quality results. Architects often juggle numerous tasks—ranging from design iterations and client meetings to managing contractors and navigating complex regulatory requirements. This is where project management software (PMS) becomes invaluable. By centralizing all aspects of a project, PMS helps architects streamline workflows, improve collaboration, and ensure that projects run smoothly. Here’s a comprehensive guide to understanding how Project Management Software for Architects benefits them.

Key Features of Project Management Software for Architects

  1. Task Management and Scheduling: Managing multiple tasks and deadlines is crucial in architecture. PMS helps architects break down large projects into manageable tasks, assign responsibilities, and set deadlines. Tools like Gantt charts or Kanban boards provide visual representations of project timelines, helping architects track progress and identify potential delays before they become critical.
  2. Collaboration Tools: Architecture is a team effort, often involving designers, engineers, contractors, and clients. Project management software enables seamless collaboration between all stakeholders. With built-in communication tools like messaging, file-sharing, and document commenting, architects can share updates, request feedback, and ensure that all parties are aligned throughout the design and construction phases.
  3. Document Management: Architects deal with vast amounts of documents, including blueprints, drawings, contracts, and regulatory paperwork. Project management software offers a centralized location to store and organize these documents, making it easy to access and share them with the team and clients. Version control ensures that everyone is working with the most up-to-date files, reducing errors and confusion.
  4. Resource Allocation and Budget Tracking: Managing resources, from materials to team members, is an essential aspect of any architecture project. Project management software helps track resource allocation, ensuring that the right people are assigned to the right tasks at the right time. Additionally, the software often includes budgeting features that allow architects to monitor project expenses, track costs, and ensure that the project stays within financial limits.
  5. Client and Stakeholder Management: For architects, client satisfaction is key. Project management software enables architects to track client feedback, document revisions, and maintain clear communication. Clients can also access the platform to view the latest updates, approve designs, or provide feedback, ensuring transparency and a smooth relationship throughout the project.

Stakeholder Management

Benefits of Using Project Management Software in Architecture

  1. Improved Efficiency: By automating many of the project management tasks, such as scheduling and task assignment, architects can save time and reduce the chance of human error. The software helps keep all team members on track and ensures that nothing is overlooked.
  2. Better Communication: Project management software centralizes communication, reducing the chances of miscommunication. Architects and their teams can collaborate in real time, ensuring that everyone is on the same page and that changes are implemented quickly.
  3. Easier Documentation: Architecture projects involve a lot of paperwork, from contracts and permits to design plans and change orders. Project management software organizes all these documents, making it easier for architects to access and share important files whenever they’re needed.

Project management software is a powerful tool for architects looking to streamline their processes, improve collaboration, and enhance client satisfaction. By offering features like task management, document storage, budget tracking, and real-time communication, PMS ensures that architecture projects stay organized and on track. Whether you’re working on small-scale residential designs or large commercial projects, investing in the right project management software can be a game-changer in managing your architectural practice effectively.