Category: IT Network

Welcome to the IT Network category, your go-to hub for learning networking essentials and advanced techniques. Whether you’re a beginner, student, or professional, this section offers valuable insights into networking concepts, equipment, security, and troubleshooting. Start with network basics like IP addressing, subnets, and the OSI model, building a strong foundation for further learning. Explore networking equipment with guides on routers, switches, and firewalls, and learn how to configure devices for both home and business use. Dive into network security, understanding firewalls, VPNs, and threat protection best practices. For those seeking more advanced knowledge, we cover VLANs, dynamic routing, load balancing, and cloud networking. Master troubleshooting and optimization techniques to resolve issues and improve network performance. Regularly updated with tutorials and news, this category provides everything you need to enhance your networking skills, whether for certifications or real-world applications.

  • How to Integrate Your Bluehost Website with Cloudflare

    How to Integrate Your Bluehost Website with Cloudflare

    Integrating Cloudflare with your Bluehost-hosted website can significantly improve site speed, security, and performance. For those looking to enhance these aspects, consider integrating your website with Cloudflare. This process acts as a content delivery network (CDN) and a security layer. It helps protect your site from threats like DDoS attacks.

    Step-by-Step Guide

    It also optimizes load times. The good news is that Bluehost offers a built-in Cloudflare integration. This makes the setup process straightforward. It is efficient in integrating your website fully with Cloudflare.

    Step 1: Log in to Your Bluehost Account

    • Go to www.bluehost.com and sign in.
    • In your dashboard, navigate to the Domains tab or go to the My Sites section if you’re managing multiple websites.

    Step 2: Access the Cloudflare Integration

    • In your Bluehost dashboard, find the Performance or Marketplace tab to initiate the integration with Cloudflare.
    • Look for Cloudflare under available services or tools.
    • Click Activate or Manage next to Cloudflare.

    Step 3: Enable Cloudflare for Your Domain

    • Bluehost will prompt you to enable Cloudflare for the domain of your choice, seamlessly integrating your website with Cloudflare services.
    • Select the domain you want to integrate.
    • Choose the Basic (Free) plan unless you need premium features.
    • Click Activate or Enable.

    Step 4: Update DNS (If Needed)

    • Normally, Bluehost handles DNS configuration automatically when you use their integration.
    • If prompted, confirm DNS settings or allow Bluehost to configure them for you.

    Step 5: Verify Cloudflare Status

    • After activation, your Bluehost dashboard will display the Cloudflare status, ensuring your website has been successfully integrated with Cloudflare.
    • It may take a few minutes for Cloudflare to propagate and become active.

    Optional: Configure Cloudflare Settings

    • Log in to your Cloudflare account at www.cloudflare.com using the email registered during setup (Bluehost may create it automatically).
    • From the Cloudflare dashboard, you can:
      • Set up caching rules
      • Configure SSL/TLS settings
      • Enable additional security features
      • View analytics and firewall events

    Integrating Cloudflare with your Bluehost website is a smart way to enhance site speed and security with minimal effort. Thanks to Bluehost’s built-in tools, the setup is quick and doesn’t require complex configuration. Once enabled, Cloudflare will begin protecting your site automatically. It will accelerate your site, and provide your visitors with a smoother, faster, and more secure experience.

    In today’s digital environment, website speed, security, and performance are essential to success. If you’re hosting your website with Bluehost, you’re already off to a good start. It is a reliable hosting provider. You can enhance your website further by integrating it with Cloudflare. Cloudflare is a powerful content delivery network (CDN) and security service.

    Why You Should Integrate to Cloudflare

    This integration can significantly boost your website’s performance, protect it from online threats, and improve user experience. Let’s explore exactly why this integration is valuable.

    1. Faster Website Loading Speed

    • Cloudflare’s CDN distributes your website content across a global network of servers.
    • When a user visits your site, Cloudflare delivers content from the closest server to them.
    • This reduces latency and speeds up load times, especially for international visitors.

    💡 Faster sites = lower bounce rates and better SEO rankings.

    2. Improved Website Security

    • Cloudflare protects your site from:
      • DDoS attacks (which can crash your site)
      • Malicious bots
      • Suspicious traffic
    • It also hides your server IP address, making it harder for attackers to directly target your Bluehost server.

    🔒 Security is critical for protecting user data and maintaining site availability.

    3. Free SSL and HTTPS Support

    • Cloudflare offers a free SSL certificate which encrypts data between your visitors and your website.
    • Even if you don’t have a paid SSL through Bluehost, Cloudflare lets you enable HTTPS quickly and securely.

    🔐 Encrypted sites build trust with users and are prioritized by Google.

    4. Automatic Caching of Static Content

    • Cloudflare caches static files like images, CSS, and JavaScript. This means they don’t have to be loaded from your Bluehost server every time.
    • This reduces the load on your Bluehost hosting plan and increases page speed.

    🚀 Better performance with fewer server resources used.

    5. Downtime Protection

    (“Always Online” Feature)

    • If your Bluehost server ever goes down, Cloudflare can show a cached version of your site to visitors.
    • This keeps your site online in the eyes of users even during server issues.

    🛠️ Ensures better uptime and reliability.

    6. Analytics and Traffic Control

    • Cloudflare provides insights into your website traffic, threats, and performance.
    • You can block suspicious IP addresses or regions easily from the Cloudflare dashboard.

    📊 Better visibility and control over who accesses your site.

    Integrating your Bluehost website with Cloudflare is a smart move if you want to improve speed, security, and overall reliability. It’s free to start. It is easy to set up. It provides real, noticeable benefits — from faster loading times to powerful DDoS protection.

    You might be running a blog, a business site, or an online store. Cloudflare adds a crucial layer of performance and defense to your Bluehost-hosted site. It helps you deliver a better experience for your visitors. It also provides peace of mind for yourself.

  • How to Send (Point) Website from Bluehost to Cloudflare

    How to Send (Point) Website from Bluehost to Cloudflare

    If your website is hosted on Bluehost, you can integrate it with Cloudflare. Start by connecting your domain to Cloudflare. This integration ensures that all traffic passes through Cloudflare’s network. This gives you added performance and security benefits without changing your web host. Sending your website from Bluehost to Cloudflare is a straightforward process with tangible benefits.

    Step-by-Step Instructions

    Below is a step-by-step guide to send (or point) your website from Bluehost through Cloudflare properly. It’s imperative to follow these steps to successfully send your site from Bluehost to Cloudflare.

    Step 1: Create a Cloudflare Account

    • Visit www.cloudflare.com
    • Click Sign Up and create an account using your email address.
    • Once logged in, click Add a Site and enter your domain name (e.g., yourdomain.com).

    Step 2: Choose a Cloudflare Plan

    • Select a plan that suits your needs.
    • The Free Plan is sufficient for most small to medium websites. Choose this option and proceed with sending your site from Bluehost to connect with Cloudflare efficiently.

    Step 3: Scan Your DNS Records

    • Cloudflare will scan your current DNS records.
    • Review and ensure all records (especially A, CNAME, MX) match the records in your Bluehost DNS zone.
    • Ensure the root domain and www records point to your Bluehost IP address. This completes the process of sending it to Cloudflare.

    Step 4: Update Your Nameservers

    • Cloudflare will give you two nameservers.
    • Now, log in to your Bluehost account:
      • Go to Domains > My Domains
      • Click Manage next to your domain
      • Select the Name Servers tab
      • Choose Custom Name Servers
      • Replace Bluehost’s nameservers with the two from Cloudflare
      • Save changes

    Step 5: Wait for DNS Propagation

    • DNS changes can take anywhere from a few minutes to 48 hours to fully propagate.
    • You can use tools like whatsmydns.net to check propagation status.

    Step 6: Confirm Cloudflare Activation

    • Go back to your Cloudflare dashboard.
    • Once the nameserver change is detected, Cloudflare will activate.
    • You’ll see a green checkmark. Your site status will be Active. This confirms that your website from Bluehost is now sent to Cloudflare successfully.

    Step 7: Configure SSL and Other Settings

    (Optional but Recommended)

    • Go to SSL/TLS settings in Cloudflare and select Full or Full (Strict) for secure HTTPS traffic.
    • Set caching, page rules, or enable security features like the Web Application Firewall (WAF).

    Pointing your Bluehost website to Cloudflare is a smart move. It can enhance your website’s speed, reliability, and security without changing your web host. Once the DNS is properly configured and nameservers are updated, Cloudflare will become your delivery network. Therefore, sending your website from Bluehost to Cloudflare optimizes your performance.

    It will optimize your site performance and protect it from threats. Keep monitoring your site via both Cloudflare and Bluehost dashboards to ensure smooth operation. Sending your website from Bluehost to Cloudflare continuously offers protection and performance tracking.

    In the world of website management, a domain’s name servers have a crucial role. They act as internet traffic directors. They tell web browsers where to find the website’s files. By default, when you purchase a domain and hosting from a provider like Bluehost, the domain is automatically configured. It uses Bluehost’s name servers. The domain is automatically set up this way. However, a common and highly recommended practice is to change these name servers.

    You “point” them from Bluehost to a specialized service like Cloudflare. This strategic move is not about changing where the website is hosted. The files often remain on Bluehost’s servers. The goal is to leverage Cloudflare’s superior infrastructure to manage and optimize the traffic to that hosting.

    Why Point Domain from Bluehost to Cloudflare?

    Pointing your domain to Cloudflare means you are entrusting Cloudflare to act as your Domain Name System (DNS) provider. More importantly, it serves as a reverse proxy for your site. This brings a multitude of benefits that directly enhance your website’s performance, security, and cost-effectiveness.

    1. Superior Performance and Speed

    • Content Delivery Network (CDN): This is Cloudflare’s flagship feature. When a user visits your site, Cloudflare serves cached static content such as images, CSS, and JavaScript. The content is served from a data center geographically closest to them. This significantly reduces the physical distance data must travel, leading to faster loading times.
    • Optimization Features: Cloudflare offers automatic file minification. It provides image optimization via Polish and Mirage. The service also includes early hints. These features further speed up page load times. Bluehost offers basic hosting but cannot match the global scale and optimization tech of Cloudflare’s CDN.

    2. Enhanced Security and DDoS Protection

    • Web Application Firewall (WAF): Cloudflare’s WAF acts as a shield. It protects your website from common online threats like SQL injection attacks and cross-site scripting (XSS). Other vulnerabilities are stopped before they even reach your Bluehost server.
    • DDoS Mitigation: Cloudflare operates one of the largest networks in the world. This network gives it the immense capacity to absorb and disperse even the largest Distributed Denial of Service (DDoS) attacks. As a result, your site stays online during an attack. Bluehost’s protections are more limited and may simply take your site offline if it’s targeted.
    • SSL/TLS Encryption: Cloudflare provides free, automated SSL certificates in flexible, full, and full strict modes. This ensures all traffic between your visitors and Cloudflare is encrypted. It also secures traffic between Cloudflare and Bluehost.

    3. Improved Reliability and Uptime

    • Load Balancing: For growing sites, Cloudflare can distribute traffic across multiple servers. This prevents any single server from becoming overwhelmed and crashing.
    • Caching as a Buffer: By serving cached content, Cloudflare reduces the number of requests that hit your Bluehost server. This lowers the resource usage on your hosting plan. It helps prevent your site from going down due to a sudden traffic spike.

    4. Cost-Effectiveness

    • Free Tier: Cloudflare offers a remarkably powerful set of features on its free plan, including its CDN, WAF, and SSL. This means you can get enterprise-level performance and security enhancements at no extra cost.
    • Reduced Bandwidth Usage: Because Cloudflare serves cached content, it reduces the amount of bandwidth consumed on your Bluehost hosting plan. This can prevent overage charges or the need to upgrade to a more expensive hosting tier prematurely.

    5. Advanced DNS Management

    • Speed and Uptime: Cloudflare’s DNS is renowned for being one of the fastest and most reliable DNS services globally. This can shade valuable milliseconds off your site’s lookup time.
    • Advanced Controls: The interface provides advanced DNS record management. It also offers analytics that give you greater insight and control over your domain’s traffic.

    To summarize, pointing your domain from Bluehost to Cloudflare is a strategic decision. This move augments your basic hosting service with a world-class traffic management layer. It also adds a security layer. You are not moving your website; you are placing a powerful, global proxy in front of it. The primary goals include achieving faster page loads for a global audience through a robust CDN.

    Gaining robust security against modern cyber threats is also essential. Another goal is to increase reliability. All these improvements are often available for free. It is a best-practice upgrade. It separates basic website ownership from professional, optimized web management. This ensures your site is not just online. It is also fast, secure, and resilient.

  • How to Fix a Website URL Not Appearing in Google Search

    How to Fix a Website URL Not Appearing in Google Search

    If your website isn’t showing up in Google search results, it can be frustrating. This is especially true if you’ve invested time and resources into building it. Fortunately, there are specific steps you can take. Identify the issue if a URL is not showing in Google.

    Step 1: Check If Website Is Indexed by Google

    These actions help ensure your site becomes visible on Google. Here’s a step-by-step guide to help you troubleshoot and fix the problem.

    • Go to Google and type: site:yourdomain.com to see if the URL appears in Google search results.
    • If no results appear, it means your site isn’t indexed.

    Step 2: Submit Your Website to GSC

    • Visit Google Search Console
    • Add and verify your website ownership.
    • Use the URL Inspection Tool to request indexing of your site. You can also request indexing of specific pages. This is especially important if a URL is not in Google.

    Step 3: Review Your Robots.txt File

    • Ensure your robots.txt file (e.g., yourdomain.com/robots.txt) is not blocking search engines.
    • Look for lines like Disallow: / that may prevent indexing and remove them if needed.

    Step 4: Check for “Noindex” Tags

    • Inspect your website’s HTML source code to check why the page URL might not be showing in Google.
    • Make sure there are no tags on important pages that could cause the URL not to appear in Google.

    Step 5: Improve Website’s Content

    • Make sure your site has original, high-quality content that makes each URL more favorable to be in Google.
    • Use descriptive titles, meta descriptions, and relevant keywords.
    • Ensure your website is mobile-friendly and fast-loading.

    Step 6: Create and Submit a Sitemap

    • Generate an XML sitemap using a tool or your CMS (e.g., WordPress).
    • Submit the sitemap through Google Search Console under Sitemaps to ensure no URL is left out of Google indexing.
    • Get other reputable websites to link to yours. Google uses backlinks as a ranking signal.
    • Focus on creating shareable content, guest posting, and engaging on social media.

    Step 8: Monitor for Manual Actions

    • In Google Search Console, check the Manual Actions section. Also, examine the Security Issues section. This will help you address any URL not listed in Google search results.
    • Resolve any penalties or issues reported by Google that could lead to a URL not appearing in Google searches.

    Getting your website to appear in Google search results involves a combination of technical setup, quality content, and consistent monitoring. Follow the steps above consistently. Check Google Search Console regularly. This approach will greatly improve the chances of your site being indexed and ranked. Remember, SEO is an ongoing process, but these foundational steps will set you on the right path.

    Google Search Console (GSC) is an essential tool for website owners. It provides a critical window into how Google views and indexes your site. It’s where you confirm that your content is discoverable. It also ensures that it is correctly processed by the world’s largest search engine. When you publish a new page or post, it should appear in Search Console’s reports.

    What happens if URL isn’t appearing in GSC

    If it fails to do so, this signals a problem. This issue breaks the vital connection between your site and Google. This situation is common. It requires a methodical approach to diagnose and resolve. It directly impacts your organic visibility and traffic.

    First, it’s crucial to distinguish between the two main sections of GSC where you might look for a URL:

    1. The URL Inspection Tool: This tool gives a live report on a specific, single URL.
    2. The Performance Report: This report shows aggregate data. It details which of your URLs have appeared in Google Search results. These URLs have received clicks.

    The implications and causes differ depending on which report you’re checking.

    If you enter a specific URL into the Inspection Tool, Google may return a “URL is not on Google” error. This means the page is not indexed. This is the most critical scenario. The reasons for this include:

    • Crawling Barriers: Googlebot cannot access the page to read it. This can be caused by:
      • Robots.txt Blocking: Your robots.txt file might be inadvertently blocking Googlebot from accessing the page or entire directories.
      • Login Walls: The page is hidden behind a mandatory login or paywall.
      • Server Errors: The server returns a 4xx (e.g., 404 Not Found, 403 Forbidden) or 5xx (Server Error) status code when Google tries to access the URL.
      • Poor Site Architecture: The page is so deeply buried that Googlebot never discovers it. Alternatively, the page has so few internal links. This is a “crawl budget” issue.
    • Indexing Instructions: Even if Google can crawl the page, you might be explicitly telling it not to index it. This happens through:
      • noindex Meta Tag: The most common reason. A <meta name="robots" content="noindex"> tag is present in the page’s HTML header.
      • Canonicalization: The page may have a rel="canonical" tag pointing to another URL. This results in effectively asking Google to index the other page instead.
    • Quality or Duplicate Content: In some cases, Google may choose not to index a page. This happens if it deems the page to be very thin or low-quality. It can also occur if the page is a duplicate of another page already in its index.

    The URL Inspection Tool might confirm the page is “URL is on Google” (indexed). However, you don’t see it in the Performance Report. This is a different issue:

    • No Search Impressions: This means the page is in Google’s index. However, it is not ranking for any search queries. Users are not actually typing those queries. It’s in the library but never checked out. Reasons for this include:
        • Very Low Rankings: The page ranks on page 10+ for its target keywords, so virtually no one sees it.
        • Wrong Keyword Targeting: The content does not align with what people are searching for.
        • Strong Competition: The page is outranked by more authoritative or relevant sites.
        • New Page: The page was recently indexed and Google is still evaluating where it should rank. It can take time to gather data.

      What To Do: A Step: Checklist

      1. Use the URL Inspection Tool: This is your first step. It will tell you if the page is indexed and if not, often why not (e.g., “Blocked by robots.txt,” “Duplicate, Google chose different canonical than user”).
      2. Request Indexing: If the Inspection Tool finds no critical errors, use the “Request Indexing” feature. This prompts Google to crawl your URL outside of its normal schedule.
      3. Check for noindex Tags: View the page source code (right-click -> “View Page Source”) and search for “noindex”. Remove it if it’s present.
      4. Review your robots.txt file: Visit yoursite.com/robots.txt to see if you are blocking crawlers from important directories. These include /wp-admin/ or /wp-includes/ in WordPress. This action can sometimes accidentally block content.
      5. Fix Internal Linking: Ensure the new page is linked from somewhere else on your site (e.g., your homepage, a category page, or another related post) so Googlebot can find it.
      6. Be Patient: For new websites or pages, indexing isn’t instantaneous. It can take from a few days to several weeks for Google to discover and index content naturally.

      A URL’s absence from Google Search Console is a clear symptom of an underlying issue. This can range from technical crawl errors to content quality problems. It is not a passive state to ignore but an active alert requiring investigation. Use the URL Inspection Tool systematically to diagnose the problem.

      You can identify whether the issue is one of access (crawling), permission (indexing), or relevance (ranking). Addressing these factors methodically will restore the vital pipeline between your content and your audience. This ensures your valuable pages are visible. They are also able to compete in search results.

    • How to Install CapCut Video Editor on a Desktop for Free

      How to Install CapCut Video Editor on a Desktop for Free

      CapCut is developed by ByteDance (the creators of TikTok). It is a popular and powerful video editing application. The app is known for its user-friendly interface and advanced editing features. CapCut was initially made for mobile devices. Now, you can install CapCut Desktop for a similar experience on your computer.

      Steps to Install CapCut on Desktop

      It also offers a desktop version that brings the same convenience and tools to a larger screen. This is ideal for creators who prefer editing videos on a PC or Mac. Best of all, it’s free to download and use. If you’re wondering how to install CapCut on your desktop, here’s a step-by-step guide to help you out.

      Step 1: Visit the Official Website

      1. Open your preferred web browser.
      2. Go to the official CapCut website: https://www.capcut.com, where you can begin to install CapCut for your desktop.

      Step 2: Download the Desktop Version

      1. Once on the homepage, click on the “Download for Windows” or “Download for Mac” button, depending on your system.
      2. The download should start automatically. If not, follow the prompt to begin the download manually.
      CapCut Desktop

      Step 3: Install the Application

      1. Locate the downloaded file in your Downloads folder.
        • For Windows: It will be a .exe file (e.g., CapCut_Installer.exe)
        • For Mac: It will be a .dmg file (e.g., CapCut.dmg)
      2. Double-click the file to begin the installation process.
      3. Follow the on-screen instructions to complete and install the application.
      CapCut Desktop

      After completing the run, click on Install Now.

      CapCut Desktop

      Step 4: Launch CapCut

      1. Once installed, open CapCut from your desktop or Start Menu (Windows) / Applications folder (Mac) after you’ve installed CapCut desktop.
      2. You may be asked to log in or sign up with a TikTok or ByteDance account. However, you can explore many features without logging in.
      CapCut Desktop

      Optional: Create a Free Account

      • Signing up allows you to sync projects and access cloud features.
      • You can log in using your TikTok, Google, or Facebook account.
      CapCut Desktop

      And that’s it! You’ve now successfully installed CapCut Video Editor on your desktop for free. CapCut helps you trim clips and add effects. It is great for producing content for social media. CapCut provides a robust set of tools in an intuitive environment. Enjoy exploring your creativity and making standout videos right from your computer.

      Here’s a comparison of CapCut (on desktop) vs Movavi as video editors. I’ll give you an introduction, compare by features, strengths & weaknesses, and then a conclusion. If you want, I can also compare cost and performance specifically for your hardware or in your region.

      Video editing tools today serve many types of creators. They cater to social media content makers. They also serve semi‑professional and professional video producers. The right tool depends on your goals: speed vs precision, simplicity vs power, mobile vs desktop workflow, etc. CapCut and Movavi are two popular choices; both have their advantages.

      Comparison: CapCut (Desktop) vs Movavi

      CapCut is known for its modern, trendy effects, ease of use, and social‑media orientation. Movavi is closer to “traditional” desktop editors, with more control and features for longer form or more polished content. Below is a comparison of how they stack up.

      AspectCapCut (Desktop)Movavi
      User Interface & Ease of UseVery user‑friendly, clean, modern. Lots of drag & drop, preset templates, transitions; good for quick edits. Designed to be accessible, even for beginners. Also user‑friendly, but more “classic” desktop editor layout: multi‑track timeline, more panels, etc. Slightly steeper learning curve sometimes, but powerful. Many users find it intuitive.
      Features & Editing ToolsIncludes many trendy tools: filters, transitions, keyframe animation, auto captions, effects suited for short content/social media. CapCut desktop has been expanding with AI tools, motion tracking, color correction etc. Movavi offers more precise control with its features. It has audio tools such as noise reduction and equalizer. It also includes advanced trimming and multi-track editing. The software supports special effects, overlays, and background removal.
      Performance & Platform StabilitySince CapCut was originally mobile‑first, some desktop versions are responsive. They may be less optimal for very large or complex projects. This could be due to many tracks, high resolution, or many effects, depending on system specs. The workflow for quick, short videos is strong. Because Movavi is desktop‑native (Windows, macOS), it tends to perform better for heavier projects: long videos, many tracks, high resolution. Also more consistent rendering and control over export parameters.
      Export Options & Output FormatsCapCut supports export for social media platforms (YouTube, TikTok, etc.), presets for quick sharing. The formats are good, though in some cases export settings might be less granular. Movavi gives more flexibility: multiple formats, higher control of export settings, codec options, bitrate, etc. For professional or semi‑pro usage this is important.
      Templates, Presets & Trend‑focusCapCut is strong here. It offers many templates, trendy effects, one‑click filters, social media oriented tools. Good if you want to produce content fast and keep up with visual trends. Movavi has presets, effects, but likely fewer trend‑driven templates; more about providing tools you can customise. Some effect packs are extra cost.
      AI‑assisted FeaturesCapCut has been adding more AI‑powered features: auto‑captions, background removal, motion tracking, etc. These help speed up many tasks. Movavi also has AI tools: noise reduction, background removal, stabilization, etc. The difference is often in how deep those tools go and how well they perform for demanding uses.
      Cost / PricingCapCut has free‑tiers; for many core features you can start editing without cost. But for premium features or to remove limitations there may be paid upgrades/subscriptions. Movavi is usually paid with a one‑time purchase or subscription. It includes a free trial but with limitations, such as watermarks or limited export lengths, unless you purchase.
      Best Use CasesShort videos, social media content, creators who want speed, templates, trendy effects, editing on the go or across devices. Less need for super fine, professional‑grade control.Longer videos and YouTube content benefit from more polished editing. Tutorials require more audio/visual control. These tasks are for users who have desktop workstation power and time to tinker and refine.

      Strengths & Weaknesses

      Here are some pros and cons of each, summarised:

      CapCut (Desktop) — Strengths

      • Very fast workflow for simple edits.
      • Lots of trendy effects, transitions, ready‑to‑use templates.
      • Cross‑platform flexibility (desktop + mobile + web) means you can edit on different devices.
      • Good AI tools that can automate parts of editing.
      • Often lower cost to get started.

      CapCut — Weaknesses

      • When you need detailed, professional control (for example, fine audio mixing, colour grading, complex multi‑track setups), it might feel limited.
      • Performance issues for very big, complex projects, depending on hardware.
      • Some advanced features may be locked behind paid upgrades.
      • Sometimes features differ between desktop and mobile versions (not always feature parity).

      Movavi — Strengths

      • More control: better export settings, finer editing tools, better audio features.
      • Reliable performance on desktop for larger or longer projects.
      • More suited to traditional video editing workflows.
      • Has overall strong effect library and support.

      Movavi — Weaknesses

      • It can be more expensive (license / subscription).
      • Steeper learning curve vs CapCut for total beginners.
      • Less focused on “quick social media‑style” edits or trendy templates (though it has many effects).
      • Some effect packs or additional features cost extra.

      Conclusion

      Which is “better” depends heavily on what you need to do. It also depends on how much time you want to spend. Additionally, it relies on what kind of content you’re making.

      • If your priority is speed and ease of use, CapCut (desktop + mobile) is likely the better choice for you. It is great for creating short social media posts. You can use trendy templates and edit across devices.
      • If you want more professional control, choose Movavi. It offers better audio/video fidelity. Use it for longer videos, monetizing, or publishing on formal platforms. Then Movavi is more appropriate.

      If I had to pick one overall, CapCut would suffice for many casual creators. It is more efficient for social media content makers. But for creators wanting higher polish, or who need detailed control, Movavi pulls ahead.

    • How to add a remote IP Address to the Mikrotik Router step by step

      How to add a remote IP Address to the Mikrotik Router step by step

      🌐 In MikroTik RouterOS, adding a remote IP address typically means setting up a static route. It can also involve establishing a remote network or peer IP to communicate with external devices or networks. This is commonly used for:

      Step: Add Remote IP Address to MikroTik

      • Remote access via VPN
      • Static routing to another network
      • Whitelisting trusted IPs for services like SSH, Winbox, or HTTPS

      1. Add Static Route to a Remote IP

      This guide walks you through different methods. You can add a remote IP address on your MikroTik router using Winbox and CLI.

      [content-egg-block template=buttons_row]

      Using Winbox (GUI)

      1. Open Winbox and log in to your router.
      2. Go to IP → Routes.
      3. Click the “+” to add a new route.
      4. In the Dst. Address, enter the remote network or IP (e.g., 192.168.100.0/24 or 203.0.113.10/32 for a single IP).
      5. In the Gateway field, enter the next hop IP (e.g., the IP of the ISP gateway or VPN tunnel).
      6. (Optional) Set distance if you have multiple routes.
      7. Click OK.

      Using CLI

      /ip route add dst-address=192.168.100.0/24 gateway=192.168.88.1
      

      Replace dst-address with the remote network or IP, and gateway with your actual next hop.

      2: Add a Remote IP to Address List (ACL)

      This is useful when you want to allow or block access from a specific IP using firewall rules.

      Using Winbox

      1. Go to IP → Firewall → Address Lists.
      2. Click “+” to add a new entry.
      3. Enter a name (e.g., allowed-remote).
      4. In the Address field, type the remote IP (e.g., 203.0.113.5).
      5. (Optional) Add a comment.
      6. Click OK.

      Using CLI

      /ip firewall address-list add list=allowed-remote address=203.0.113.5 comment="Remote admin"
      

      You can use this list in firewall filter rules to allow/deny access to services.

      3: Allow Remote IP Access (SSH, Winbox)

      To allow only certain remote IPs to access specific services:

      Using Winbox

      1. Go to IP → Services.
      2. Click on the service (e.g., ssh, www-ssl, winbox).
      3. In the Available From field, enter the trusted remote IP or subnet (e.g., 203.0.113.5 or 203.0.113.0/24).
      4. Click OK.

      Using CLI

      /ip service set ssh address=203.0.113.5/32
      

      Repeat for other services as needed.

      Final Thoughts

      Adding a remote IP address to your MikroTik router is essential for managing secure and efficient network operations. It is important for routing, access control, and firewall whitelisting. Using either Winbox or the CLI, you can define exactly how your router communicates with external devices or networks.

      🔗 Need hardware for more advanced MikroTik setups?
      Visit our Amazon affiliate store for recommended MikroTik routers and accessories. Supporting us through your purchases helps keep these tutorials coming, at no additional cost to you!

      The TP-Link TL-SG2428P is a robust Gigabit smart managed PoE switch. It is designed for businesses and organizations that require reliable and efficient network management. TP-Link manufactures this product. They are a leader in networking solutions. This switch is ideal for deploying Power over Ethernet (PoE) devices.

      These include IP cameras, VoIP phones, and wireless access points. Its comprehensive feature set includes 24 PoE+ ports. The integration of Omada SDN ensures it delivers both performance and flexibility in modern networking environments.

      Appearance and Build Quality

      The TP-Link TL-SG2428P sports a sleek, professional design that is typical of enterprise-grade networking hardware. The switch is housed in a durable metal chassis that ensures longevity and reliability. It features a practical layout with clearly labeled ports and LED indicators for power, link status, and PoE activity.

      The front panel is designed for easy access to all ports. The rear has ventilation slots to ensure adequate heat dissipation. Overall, the aesthetic is functional yet modern, making it suitable for placement in server rooms or network closets.

      Key Features and Specifications

      • 24 PoE+ Ports: 10/100/1000 Mbps RJ45 ports provide up to 30W per port. The total PoE power budget is 250W.
      • 4 SFP Slots: For high-speed fiber connections, enhancing network performance.
      • Omada SDN Integration: Seamlessly integrates with TP-Link’s Omada SDN platform for centralized management.
      • Remote Cloud Access: Manage your network remotely through the Omada app.
      • Advanced Security Features: Includes 802.1Q VLAN, IP-MAC-Port binding, ACL, and more.
      • Advanced Software Capabilities: Traffic prioritization with L2/L3/L4 QoS, IGMP Snooping, and Link Aggregation.
      • 5-Year Warranty: Backed by TP-Link’s industry-leading warranty and technical support.

      Experience and Use Cases

      During my time with the TP-Link TL-SG2428P, I was impressed with its flexibility and ease of use. The installation process was straightforward, thanks to the clearly labeled ports and intuitive management interface. I deployed this switch in a small office setting, powering several IP cameras and VoIP phones without any issues. The PoE+ functionality provided seamless connectivity, eliminating the need for additional power sources for these devices.

      The Omada SDN integration truly stood out during my testing. Managing the network through the Omada app was a breeze. It allowed me to monitor traffic, configure settings, and receive alerts. I could do all of this from my smartphone. Additionally, the advanced security features gave me peace of mind, knowing that my network was well-protected against potential threats.

      Pros and Cons

      Pros:

      • Robust PoE capabilities with 24 ports and a substantial power budget.
      • Excellent integration with the Omada SDN platform, enhancing network management.
      • Comprehensive security features protect against unauthorized access and attacks.
      • Remote management via cloud access is convenient and user-friendly.
      • Durable construction ensures reliability over time.
      • 5-year warranty offers confidence in product longevity.

      Cons:

      • The initial setup may be complex for users unfamiliar with managed switches.
      • Limited documentation for advanced features could leave some users wanting more guidance.
      • Performance can be affected if all PoE ports are fully utilized simultaneously.

      Conclusion

      [content-egg-block template=buttons_row]

      TP-Link TL-SG2428P is an exceptional choice. It is ideal for those seeking a smart managed PoE switch. This switch balances power, performance, and advanced features. It integrates seamlessly with the Omada SDN platform. The switch’s strong security measures make it a valuable asset for any business network. New users may face a bit of a learning curve.

      However, the benefits it offers far outweigh the initial challenges. Overall, this switch provides excellent value and reliability, making it a highly recommended solution for modern network infrastructures.

    • How to remote access to Mikrotik Router via SSH and HTTPS

      How to remote access to Mikrotik Router via SSH and HTTPS

      🌍 Enable secure remote access via SSH and HTTPS on your MikroTik router. Next, you should learn how to connect to it. Begin by connecting from a remote location. Start by connecting from a remote location. The next step is to understand the connection process. Remote access lets you manage your router from anywhere. However, you should always use secure channels to prevent unauthorized access.

      🔐 Set: Remote Access MikroTik via SSH

      In this guide, we’ll show you how to access your MikroTik router remotely using SSH (command-line) and HTTPS (web-based GUI). We assume you’ve already completed the steps to enable both services. Additionally, you should have secured your router.

      📌 Prerequisites

      • SSH and HTTPS services already enabled and properly configured on the router
      • Public IP address or Dynamic DNS (DDNS) pointing to the router
      • Appropriate port forwarding (if behind NAT/firewall)
      • Access to the router’s WAN IP or domain name

      💻 Method 1: Remote Access via SSH

      🛠️ Requirements: (Command-Line Interface)

      • A terminal application like:
        • macOS/Linux: Terminal
        • Windows: PowerShell, Command Prompt, or PuTTY
      1. Open your terminal or SSH client (e.g., PuTTY).
      2. Run the following command: ssh admin@<your-public-ip> -p <ssh-port>
        • Replace admin with your MikroTik username
        • Replace <your-public-ip> with the router’s public IP or DDNS address (e.g., router.example.com)
        • Replace <ssh-port> with the SSH port (e.g., 2222 if you changed it from the default 22)
        Example: ssh admin@203.0.113.10 -p 2222
      3. Accept the SSH key fingerprint if prompted (first-time connection).
      4. Enter your password when prompted.

      You should now be inside your MikroTik CLI remotely!

      🌐 Method 2: Remote via HTTPS (WebFig)

      🛠️ Requirements:

      • Modern web browser (Chrome, Firefox, Edge)
      • HTTPS enabled on the router (with self-signed or trusted certificate)
      1. Open your browser.
      2. Navigate to your router’s public IP or DDNS address with HTTPS and port: https://<your-public-ip>:<https-port>. Example: https://203.0.113.10:8443
      3. You may get a warning about the certificate being untrusted (if using a self-signed cert). Proceed anyway or add a security exception.
      4. Enter your MikroTik username and password.

      You will now be logged into WebFig, the web-based configuration interface.

      🔄 (Optional) Use MikroTik’s Dynamic DNS (DDNS) for Easier Remote Access

      If your public IP changes often, use MikroTik’s built-in DDNS:

      /ip cloud enable
      

      Your router will get an address like yourrouter.sn.mynetname.net which you can use instead of the IP address.

      Final Thoughts

      Secure remote access to your MikroTik router via SSH and HTTPS makes remote network management efficient and safe. Just remember to harden your security settings, use non-default ports, and restrict access by IP when possible.

      🔗 Need MikroTik hardware for secure networking?
      Check out our recommended MikroTik routers and accessories on our Amazon affiliate store. You’ll get high-performance devices, and your support helps us continue creating helpful content, at no extra cost to you!

      The TP-Link Smart WiFi 6 Router (Archer AX10) is a cutting-edge router. It is designed by TP-Link, a reputable manufacturer. They are known for their innovative networking products. This router falls under the category of wireless routers. It is intended for home and small office use. This router caters to users with high-bandwidth needs such as streaming, gaming, and smart home connectivity.

      Appearance and Design

      The Archer AX10 features a sleek and modern design that blends well with contemporary home decor. The router is predominantly black with a matte finish, giving it a sophisticated look. It is compact and lightweight. This makes it easy to place on a shelf or desk. It does not take up too much space. The unique design element includes four adjustable antennas. These antennas enhance signal reception and transmission. This setup ensures optimal coverage throughout your home or office.

      Key Features and Specifications

      • OneMesh Compatible: Works seamlessly with TP-Link OneMesh WiFi extenders for extended coverage.
      • Wi-Fi 6 Technology: Utilizes advanced features like OFDMA and 1024-QAM for improved network efficiency.
      • Dual Band: Offers 300 Mbps on 2.4 GHz and 1201 Mbps on 5 GHz.
      • Multi-Device Connectivity: Supports OFDMA and MU-MIMO for simultaneous data communication to multiple devices.
      • Powerful Processor: Dual-Core 900MHz processor for smooth performance with minimal lag.
      • Beamforming Technology: Focuses the Wi-Fi signal directly to connected devices for better coverage.
      • Backward Compatibility: Supports all previous 802.11 standards.
      • Compatibility: Works with major internet service providers.

      User Experience

      During my time using the TP-Link Archer AX10, I was impressed with its performance across various scenarios. Streaming high-definition videos on platforms like Netflix and YouTube was seamless, with no buffering issues. Online gaming was also a delight; the router managed to handle multiple devices simultaneously without any noticeable lag or interruptions. The parental controls were easy to set up, allowing me to manage device access and screen time effectively.

      Setting up the router was straightforward, thanks to the user-friendly app and clear instructions. I appreciated the OneMesh feature. It allowed me to extend my Wi-Fi coverage by incorporating TP-Link extenders. This effectively eliminated dead zones in my home.

      Pros and Cons

      Pros:

      • Excellent speed and performance with Wi-Fi 6 technology.
      • Easy setup and management through the TP-Link app.
      • Strong signal coverage with Beamforming technology.
      • Ability to connect multiple devices without performance degradation.
      • Affordable price point for a Wi-Fi 6 router.

      [content-egg-block template=offers_logo_shipping_groups]

      Cons:

      • The design may not appeal to everyone, as some may prefer a more traditional look.
      • Limited advanced features compared to higher-end models.
      • Configuration options can be overwhelming for novice users.

      Conclusion

      The TP-Link Smart WiFi 6 Router (Archer AX10) is an excellent choice. It is ideal for those looking to upgrade their home or small office network. Its combination of advanced technology, ease of use, and reliable performance makes it a standout product in its price range. It may lack some of the more advanced features found in premium models. However, it offers tremendous value for anyone needing robust and efficient Wi-Fi coverage. I highly recommend this router for users looking to enhance their internet experience.

    • How to enable secure access via SSH and HTTPS on Mikrotik

      How to enable secure access via SSH and HTTPS on Mikrotik

      🔐 Securing remote access to your MikroTik router is essential to protect your network from unauthorized access and potential threats. While MikroTik offers various ways to manage your router (like Winbox and WebFig), you should enable SSH. Doing so will provide encrypted and secure channels for remote administration. Additionally, enable HTTPS for further protection. SSH is perfect for command-line access, while HTTPS encrypts web-based GUI management.

      Steps: Enable SSH and HTTPS on MikroTik

      This guide will walk you through the steps to enable SSH and HTTPS access on your MikroTik router. It explains how to use both Winbox and the CLI.

      🔍 Prerequisites

      • MikroTik RouterOS (preferably updated to latest version)
      • Admin access via Winbox or terminal
      • Basic networking knowledge

      🖥️ Enable SSH Access

      Option A: Using Winbox

      1. Open Winbox and log in to your router.
      2. Go to IP → Services.
      3. Find the SSH service in the list.
      4. Make sure it’s enabled (check the checkbox).
      5. (Optional but recommended) Change the default port from 22 to something higher (e.g., 2222) to reduce automated attack attempts.
      6. Apply IP address restrictions by setting Available From to trusted IPs only (e.g., 192.168.88.0/24 or your public IP).
      How to enable secure access via SSH and HTTPS on Mikrotik

      Click on SSH, it will pop up the tab to edit the port

      How to enable secure access via SSH and HTTPS on Mikrotik

      Option B: Using CLI

      /ip service enable ssh
      /ip service set ssh port=2222 address=192.168.88.0/24
      

      🌐 Enable HTTPS (Secure Web Access)

      Option A: Using Winbox

      1. Go to IP → Services.
      2. Find www-ssl (this is the HTTPS service).
      3. Make sure it’s enabled.
      4. (Optional) Change the port from 443 to another secure port (e.g., 8443).
      5. Restrict access using the Available From field.
      How to enable secure access via SSH and HTTPS on Mikrotik

      Click on WWW-SSL, it will pop up the tab and you can change to new port

      How to enable secure access via SSH and HTTPS on Mikrotik

      Note: If www-ssl is missing, your router may not have an SSL certificate installed. You can create a self-signed certificate:

      1. Go to System → Certificates.
      2. Click Add to generate a new certificate:
        • Name: myCert
        • Common Name: router.local or your domain/IP
      3. Sign the certificate.
      4. Set it as the SSL certificate under IP → Services → www-ssl.

      Option B: Using CLI

      /ip service enable www-ssl
      /ip service set www-ssl port=8443 address=192.168.88.0/24
      
      # Create and sign self-signed certificate if needed
      /certificate add name=myCert common-name=router.local key-usage=key-cert, tls-server
      /certificate sign myCert
      /ip service set www-ssl certificate=myCert
      

      🛡️ Best Practices

      • Disable unused services like Telnet or FTP: /ip service disable telnet /ip service disable ftp
      • Use strong passwords and consider using public key authentication for SSH.
      • Limit access to known/trusted IP addresses using the Available From field.
      • Regularly update RouterOS for security patches.

      Final Thoughts

      Enabling SSH and HTTPS access on your MikroTik router ensures secure and encrypted communication. This is especially important when managing devices remotely. With these protocols in place and unnecessary services disabled, your network’s control plane becomes significantly more secure. Learn more about how to remotely access Mikrotik Router via SSH and HTTPS to test after you have been enabled.

      🔗 Tip: If you’re upgrading your MikroTik router, consider secure remote access for multiple sites. Check out our recommended devices on our Amazon affiliate store. Your purchase supports our site at no extra cost to you!

      The TP-Link TL-SG2428P is a sophisticated managed PoE switch designed for small to medium-sized businesses and home networking enthusiasts. Manufactured by TP-Link, a well-known leader in networking equipment, this switch falls under the category of gigabit smart managed switches. It is tailored for users who want to enhance their network with Power over Ethernet (PoE) capabilities. This makes it ideal for connecting devices like IP cameras, access points, and VoIP phones.

      Appearance and Build Quality

      The TL-SG2428P features a sleek, modern design with a durable metal chassis that ensures longevity and stability. The switch is a standard 1U size, fitting perfectly into the majority of server racks. Its front panel showcases 28 Gigabit Ethernet ports. Twenty-four of them support PoE+, which allows for efficient power delivery alongside data transmission.

      The inclusion of 4 SFP slots at the rear provides versatility for high-speed connections and fiber optics. The overall aesthetic is professional, making it suitable for both office environments and home networking setups.

      Key Features and Specifications

      • PoE Configuration: 24× PoE+ (802.3at/af) ports, delivering up to 30W per port and a total PoE power budget of 250W.
      • Integrated Omada SDN: Seamless integration with the Omada Software Controller for centralized management.
      • Cloud Access: Remote management capabilities through the Omada app, enabling control from anywhere.
      • Advanced Security Features: Supports VLAN, ACL, DoS defense, DHCP Snooping, and 802.1X radius authentication.
      • Traffic Prioritization: L2/L3/L4 QoS, IGMP Snooping, Link Aggregation, and Flow Control for enhanced performance.
      • Warranty: Backed by a 5-year warranty and free technical support.

      [content-egg-block template=price_alert]

      Experience and Use Cases

      Setting up the TP-Link TL-SG2428P was straightforward, especially for users familiar with network switches. The integration with the Omada Software Controller made it easy to manage multiple devices from a single interface.

      In a home lab environment, this switch performed exceptionally well, providing stable connections without drops, even under heavy load. VLAN configuration was straightforward, allowing me to segment my network for better security and performance.

      In a small business scenario, this switch becomes invaluable. Using it alongside TP-Link EAP access points helped me eliminate the clutter caused by multiple PoE injectors. This created a cleaner and more organized network rack. The ability to prioritize traffic was particularly advantageous for VoIP communications, ensuring high-quality call quality.

      Pros and Cons

      Pros

      • Robust PoE support with a high power budget.
      • Seamless integration with the Omada SDN platform.
      • Advanced security features for network protection.
      • Reliable performance with no frequent connection drops.
      • Excellent build quality that ensures durability.
      • Comprehensive management options via cloud access.

      Cons

      • Initial setup may be complex for users unfamiliar with managed switches.
      • Higher cost compared to non-managed switches, which may not be justified for basic home use.
      • Some advanced features require proper knowledge to configure effectively.

      Conclusion

      Overall, the TP-Link TL-SG2428P is a powerful, feature-rich switch that excels in both small business and advanced home networking environments. It has robust PoE capabilities. The convenience of the Omada SDN integration makes it an excellent choice.

      It is perfect for users looking to build a reliable and efficient network. Some users may experience a learning curve. However, the benefits far outweigh the drawbacks. This switch is a worthy investment for those serious about their networking needs.

    • How to configure wireless on Mikrotik router

      How to configure wireless on Mikrotik router

      If you want to configure wireless on a MikroTik router, set up a wireless network on a MikroTik router. It allows users to connect wirelessly with robust performance. It provides security and management features. MikroTik’s RouterOS offers advanced wireless configuration tools that can be tailored for both home and enterprise environments.

      Step: Configure Wireless on MikroTik

      In this guide, you’ll learn how to set up a wireless access point (AP) on a MikroTik router. You will use both the Winbox GUI and the Command Line Interface (CLI).

      Prerequisites

      • MikroTik router with built-in wireless interface (e.g., hAP series)
      • Winbox installed or terminal access (SSH or WebFig)
      • Basic knowledge of Wi-Fi SSIDs, channels, and security

      Option 1: Configure Wireless via Winbox (GUI)

      1. Open Winbox and Connect

      • Connect to your MikroTik router using Winbox via MAC address or IP.
      How to configure wireless on Mikrotik router

      2. Enable the Wireless Interface

      • Go to Wireless from the left menu.
      • Double-click your wireless interface (e.g., wlan1).
      • Check “Enabled” at the top if it’s disabled.
      How to configure wireless on Mikrotik router

      3. Set Wireless Mode

      • In the interface settings, go to the Wireless tab.
      • Set Mode to ap bridge (for access point mode).
      • Choose the Band (e.g., 2GHz B/G/N or 5GHz A/N/AC depending on your device).
      • Set Frequency (auto or a fixed channel depending on environment).
      • Name your SSID (e.g., Mikrotik-WiFi).
      • Click Apply and OK.
      How to configure wireless on Mikrotik router

      4. Configure Wireless Security (WPA2)

      • Go to Wireless → Security Profiles.
      • Click the “+” to add a new profile.
      • Name it (e.g., home_wifi).
      • Set Authentication Type to WPA2 PSK.
      • Enter your Wi-Fi password in the WPA2 Pre-Shared Key field.
      • Click OK.
      How to configure wireless on Mikrotik router

      5. Assign the Security Profile

      • Go back to Wireless → Interfaces → wlan1 → Wireless tab.
      • Select your newly created security profile from the dropdown.
      • Click Apply and OK.
      How to configure wireless on Mikrotik router

      6. Bridge Wireless and LAN (if needed)

      • Go to Bridge → Add a new bridge if one does not exist.
      • Add both ether interfaces and wlan1 to the bridge under Bridge → Ports.
      How to configure wireless on Mikrotik router

      Now we have set up wireless, at (wlan1) we can rename later as here wlan1-Wifi

      How to configure wireless on Mikrotik router

      Option 2: Configure Wireless via CLI

      # Enable wireless interface
      /interface wireless enable wlan1
      
      # Set up wireless AP mode, SSID, and frequency
      /interface wireless set wlan1 mode=ap-bridge ssid="MyWiFi" frequency=2412 band=2ghz-b/g/n
      
      # Create security profile
      /interface wireless security-profiles add name=home_wifi authentication-types=wpa2-psk wpa2-pre-shared-key="YourPassword123"
      
      # Apply security profile to wlan1
      /interface wireless set wlan1 security-profile=home_wifi
      
      # Add wlan1 to bridge
      /interface bridge add name=bridge1
      /interface bridge port add interface=wlan1 bridge=bridge1
      /interface bridge port add interface=ether2 bridge=bridge1
      

      Final Thoughts

      When we have already configured, we can test connecting to our phone. SSID = MikroTik-WiFi

      How to configure wireless on Mikrotik router

      MikroTik routers offer powerful wireless capabilities that can be easily configured for secure, high-performance networking. You can deploy in a small office or at home. Setting up wireless via Winbox or CLI gives you full control over your Wi-Fi environment.

      🔗 Looking to buy MikroTik products?
      If you’re planning to upgrade your router or expand your network, consider buying through our Amazon affiliate store. You’ll find a curated selection of MikroTik routers, access points, and accessories. Your purchase helps support our content at no extra cost to you.

      The TP-Link Archer BE6500 Dual-Band Wi-Fi 7 Router is also known as the Archer BE400. It is designed to deliver cutting-edge wireless connectivity for home users. TP-Link manufactures this router. It is a reputable name in networking technology. The router is built to support the growing demands of modern households with multiple devices. With its Wi-Fi 7 capabilities, it aims to provide high-speed internet access. It offers extensive coverage and robust security features. These elements ensure a seamless online experience.

      Appearance and Design

      The Archer BE6500 features a sleek, modern design that easily fits into any home decor. The router is predominantly black with a matte finish that gives it a sophisticated look. It is equipped with six high-performance antennas that can be adjusted for optimal signal strength and range. The overall aesthetic is clean and understated, making it an unobtrusive addition to your living space. The layout of ports on the back is well-organized, facilitating easy connectivity for a variety of devices.

      Key Features and Specifications

      • Wi-Fi 7 Technology: Supports Multi-Link Operation, Multi-RUs, and 4K-QAM for enhanced performance.
      • 6-Stream Dual-Band: Offers a total bandwidth of 6.5 Gbps, with speeds of up to 5764 Mbps on the 5GHz band and 688 Mbps on the 2.4GHz band.
      • Wide Coverage: Covers up to 2,400 sq. ft. and connects up to 90 devices simultaneously.
      • 2.5 Gbps Ports: Includes 1x 2.5 Gbps WAN/LAN port and 1x 2.5 Gbps LAN port for ultra-fast wired connections.
      • HomeShield Security: Provides comprehensive network protection and IoT security features.
      • EasyMesh Support: Allows for seamless integration with other EasyMesh-compatible devices.
      • Easy Setup: Quick installation process via the TP-Link Tether app.

      Experience Using the Product

      Setting up the TP-Link Archer BE6500 was straightforward. It took only a few minutes through the user-friendly Tether app. The app is available on both Android and iOS. Once connected, the performance was impressive. Streaming 4K content, online gaming, and large file downloads were smooth and virtually lag-free, even with multiple devices connected simultaneously.

      The extensive coverage of 2,400 sq. ft. allowed for reliable connectivity throughout my home, including areas that were previously dead zones. The advanced features such as Multi-Link Operation ensured stable and fast connections. This capability is especially beneficial for households with heavy internet usage across various applications.

      In various scenarios, such as working from home or hosting a family movie night, the Archer BE6500 performed exceptionally well. The parental controls and security features provided peace of mind, making it ideal for families with children.

      Pros and Cons

      Pros:

      • Exceptional speed and performance with Wi-Fi 7 technology.
      • Wide coverage area suitable for large homes.
      • Easy setup and management via the TP-Link Tether app.
      • Comprehensive security features to protect home networks.
      • Supports a high number of simultaneous connections.

      Cons:

      • May be overkill for smaller households with fewer devices.
      • The design, while sleek, may not appeal to everyone.
      • Some users may find the need for additional cooling solutions in high-performance scenarios.

      Conclusion

      [content-egg-block template=offers_logo_shipping]

      The TP-Link Archer BE6500 Dual-Band Wi-Fi 7 Router (Archer BE400) is an outstanding choice. It is perfect for those seeking a high-performance router. This router can handle the demands of modern home networks. It offers impressive speed. It provides expansive coverage. Its robust security features ensure safety.

      These attributes cater well to a variety of internet needs, from streaming to gaming. It may be more than what smaller households require. However, its capabilities make it worthwhile for tech-savvy users or larger families. I highly recommend this router for anyone looking to upgrade their home networking experience.

    • How to configure VLAN on Mikrotik Router

      How to configure VLAN on Mikrotik Router

      Virtual LANs (VLANs) are essential for segmenting a network into multiple broadcast domains, improving performance, and enhancing security. MikroTik routers, powered by RouterOS, provide robust support for VLANs. Whether you’re working in a business or home network environment, learn how to configure VLANs on a MikroTik device. This can help you better manage traffic and control access.

      VLAN Configuration on MikroTik Router

      This guide walks you through the steps to configure VLANs on a MikroTik router. Are you wondering how to configure VLAN on Mikrotik? You will learn to do this using both the Winbox GUI and CLI (Command Line Interface).

      Prerequisites

      • A MikroTik router with RouterOS installed
      • Access to the router (Winbox or terminal)
      • Basic understanding of networking and IP addressing, including VLAN configuration.

      Step: VLAN Configuration via Winbox (GUI)

      1. Open Winbox connect to MikroTik

      How to configure VLAN on Mikrotik Router

      2. Add a VLAN interface

      • Go to Interfaces → Click on the “+” and choose VLAN.
      • Fill in the following:
        • Name: e.g., vlan10
        • VLAN ID: e.g., 10
        • Interface: Choose the physical interface to attach the VLAN (e.g., ether2)
      • Click OK.
      How to configure VLAN on Mikrotik Router

      3. Assign IP address to the VLAN

      • Go to IP → Addresses
      • Click “+”
      • Set the Address (e.g., 192.168.10.1/24)
      • Choose your new VLAN interface (e.g., vlan10)
      • Click OK

      Click “+” and Enter your IP Address for your LAN in Network

      How to configure VLAN on Mikrotik Router

      4. Set up a DHCP Server (optional)

      • Go to IP → DHCP Server
      • Use the wizard to assign a DHCP server to vlan10 if needed.
      How to configure VLAN on Mikrotik Router

      At DHCP go to DHCP Set up

      How to configure VLAN on Mikrotik Router

      Select Vlan10 for VLAN Interface => Next

      How to configure VLAN on Mikrotik Router

      Enter IP Address in your network => Next

      How to configure VLAN on Mikrotik Router

      Set up the Default Gateway of your VLAN Network => Next

      How to configure VLAN on Mikrotik Router

      Add an IP Address pool, you can exclude some IP Addresses if you need to keep for your other use. Here, I keep 10 IP Addresses and from 11 – 254 for the DHCP Network.

      How to configure VLAN on Mikrotik Router

      Enter the DNS, I use the Public DNS of Google 8.8.8.8

      How to configure VLAN on Mikrotik Router

      Set the release time in the network to 8 hours. You can put 4 hours or other time up to you.

      How to configure VLAN on Mikrotik Router

      Now our DHCP Server is set up successfully.

      5. Create firewall rules (optional)

      • Control traffic between VLANs using IP → Firewall → Filter Rules

      VLAN Configuration via CLI

      # Create VLAN interface
      /interface vlan add name=vlan10 vlan-id=10 interface=ether2
      
      # Assign IP address to VLAN
      /ip address add address=192.168.10.1/24 interface=vlan10
      
      # (Optional) Configure DHCP server for VLAN
      /ip pool add name=dhcp_pool10 ranges=192.168.10.10-192.168.10.100
      /ip dhcp-server add name=dhcp10 interface=vlan10 address-pool=dhcp_pool10 disabled=no
      /ip dhcp-server network add address=192.168.10.0/24 gateway=192.168.10.1
      

      Final Thoughts

      Configuring VLANs on MikroTik routers allows you to isolate traffic, enforce security policies, and organize network resources efficiently. Whether through Winbox or the CLI, the process is straightforward once you understand the steps. Always test connectivity between VLANs and review firewall rules to ensure they align with your network policy.

      If you plan to configure VLAN trunking or inter-VLAN routing, you’ll need additional configuration on switches and routers. Check out some switches and routers, Mikrotik at Amazon, to aid in configuring VLAN on them.

      The TP-Link 24 Port Gigabit Ethernet Switch (TL-SG1024S) is a robust networking solution. It is designed by TP-Link, a well-known manufacturer in the networking industry. This unmanaged switch is ideal for expanding networks in both home and small office environments. It provides reliable connectivity for multiple devices. No complex configurations are needed.

      Product Overview

      This switch has 24 ports supporting 10/100/1000Mbps RJ45 connections. It facilitates seamless data transfer across devices. It also supports Auto Negotiation and Auto MDI/MDIX. The TL-SG1024S is designed for performance. It also emphasizes energy efficiency and quiet operation due to its fanless design.

      Design and Build Quality

      The TP-Link TL-SG1024S sports a sturdy metal casing that enhances durability and heat dissipation. Its compact dimensions (11.6″L x 7.1″W x 1.7″H) make it suitable for both desktop and rackmount setups, fitting perfectly in standard 1U racks. The black finish is sleek and professional, making it a suitable addition to any workspace.

      Key Features

      • 24 x 10/100/1000Mbps RJ45 Ports for high-speed connectivity.
      • Auto Negotiation and Auto MDI/MDIX support for flexibility.
      • Fanless design for silent operation, ideal for noise-sensitive environments.
      • Energy-efficient technology to minimize power consumption.
      • Sturdy metal housing for enhanced durability and heat management.
      • Plug-and-play setup for easy installation.
      • 3-year warranty and technical support from TP-Link.

      User Experience

      In various scenarios, users have reported a positive experience with the TP-Link TL-SG1024S. Many have highlighted its plug-and-play functionality, which allows even non-technical users to set it up without any hassle. The switch has proven effective for connecting multiple devices such as gaming consoles, smart TVs, and PCs. It maintains stable speeds and efficient performance even under load.

      One user mentioned using the switch to connect their Wi-Fi extender. This resulted in significantly improved internet speeds. The reliability for their gaming and streaming needs was also enhanced. Another user praised the switch for its low operational temperature and energy efficiency, indicating a well-implemented design.

      Pros and Cons

      Pros

      • Easy setup with plug-and-play functionality.
      • Robust build quality with a durable metal casing.
      • Silent operation due to the fanless design.
      • Stable and consistent performance across all ports.
      • Energy-efficient, leading to lower power consumption.
      • 3-year warranty with technical support enhances customer confidence.

      Cons

      • May require additional considerations for wall mounting due to design.
      • Unmanaged switch lacking advanced features for professional setups.

      Conclusion

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      The TP-Link 24 Port Gigabit Ethernet Switch (TL-SG1024S) is reliable. It offers high-performance as a networking solution. It is ideal for users looking to expand their wired connections. Its durability, energy efficiency, and ease of use make it a solid choice for both home and small office environments. It may not suit those needing advanced management features. However, its plug-and-play nature and consistent performance make it highly recommended for anyone in need of a straightforward, effective switch.

    • Understanding Physical vs Virtual Interfaces on MikroTik Routers

      Understanding Physical vs Virtual Interfaces on MikroTik Routers

      MikroTik routers are known for their flexibility and advanced networking features. One of the core concepts in managing any router is understanding the difference between physical interfaces and virtual interfaces. This understanding of Physical vs Virtual Interfaces is critical for building and managing robust networks. However, they serve very different purposes. Knowing how they work will help you configure your router more effectively for various network designs and services.

      Physical Interfaces

      Definition:

      Physical interfaces are the actual hardware ports on the MikroTik router. These include Ethernet ports, fiber ports (SFP), and wireless radios.

      Examples of Physical Interfaces:

      • ether1, ether2, ether3 (standard Ethernet ports)
      • sfp1 (fiber port)
      • wlan1 (built-in wireless interface)

      Functions:

      • Connects directly to other physical devices (switches, PCs, ISPs)
      • Transmits and receives data packets physically
      • Used for WAN (internet), LAN, and direct hardware-level communication

      Key Characteristics:

      • Cannot be deleted
      • Tied to hardware
      • Requires cable or wireless connection

      Virtual Interfaces

      Definition:

      Virtual interfaces are software-based interfaces that exist within the router’s operating system (RouterOS). Understanding Physical vs Virtual Interfaces helps to explore how they don’t correspond to a physical port. Instead, they are used to create logical connections for routing. They are also used for tunneling, VLANs, bridges, and more.

      Examples of Virtual Interfaces:

      • Bridge: bridge1 (aggregates multiple interfaces into one logical interface)
      • VLAN: vlan10 (used for network segmentation)
      • PPP/PPPoE: pppoe-out1 (for authenticated WAN connections)
      • Tunnel Interfaces: gre1, ipip1, l2tp1
      • Loopback Interface: Used for testing and internal routing

      Functions:

      • Create virtual network segments (e.g., VLANs)
      • Enable advanced services like VPNs and tunnels
      • Aggregate or manage traffic logically (e.g., bridges, bonding)

      Key Characteristics:

      • Created and removed in software
      • Flexible and customizable
      • May rely on one or more physical interfaces underneath

      Comparison Table:

      FeaturePhysical InterfaceVirtual Interface
      Based on HardwareYesNo
      Can Be Created/DeletedNoYes
      Example Namesether1, wlan1, sfp1bridge1, vlan10, pppoe-out1
      FunctionPhysical connection to networkLogical/virtual function or segmentation
      Depends on Physical HWYesMay or may not
      Common UsesWAN, LAN links, Wi-FiVLANs, PPPoE, tunnels, bridges, loopbacks

      Understanding the distinction between physical and virtual interfaces in MikroTik is essential for designing efficient and secure networks. Physical vs virtual interfaces explains that physical interfaces are the actual hardware ports used for connecting devices. Virtual interfaces provide flexibility for advanced configurations, including VLANs, VPNs, and bridging. Together, they give MikroTik its powerful ability to adapt to various networking environments—from simple home setups to complex enterprise typologies.

      Mikrotik GrooveA 52 ac Outdoor Review

      The Mikrotik GrooveA 52 ac is a high-performance outdoor wireless CPE. It is designed by Mikrotik, a renowned manufacturer in the networking industry. This device falls under the category of outdoor access points. It is intended primarily for extending wireless coverage in challenging environments. These environments include marinas, industrial sites, or rural areas. With features supporting the latest 802.11ac WiFi standard, it aims to provide reliable, high-speed connectivity for various applications.

      Appearance and Design

      The Mikrotik GrooveA 52 ac boasts a compact and rugged design suited for outdoor installations. Made from durable materials, it is built to withstand harsh weather conditions. The device features a streamlined aesthetic, with a clean, modern look that integrates well into outdoor settings. Unique design elements include a built-in N-male connector. It also has pole attachment points. These allow for direct antenna connections or the use of standard antenna cables.

      Key Features and Specifications

      • 802.11ac support for high-speed wireless connectivity
      • Gigabit Ethernet port for maximum data throughput
      • Selectable wireless band (2.4GHz or 5GHz) with channel widths up to 80 MHz
      • Level 4 license included, enabling advanced features
      • Dual Band Omni directional antenna (6dBi 2.4GHz, 8dBi 5GHz)
      • CPU nominal frequency: 720 MHz
      • RAM size: 64 MB
      • Power over Ethernet (PoE) in: Passive PoE
      • Single 10/100/1000 Ethernet port

      User Experience

      The experience of using the Mikrotik GrooveA 52 ac varies among users. Some have praised its performance, particularly when utilized as a signal booster for marinas or in industrial environments. The device can provide a strong signal and seamless operation once configured correctly. Users have reported successfully setting up the device for various applications. These include mesh networks and connecting with existing Wi-Fi systems on boats.

      However, the setup process poses a significant learning curve. Many users have found the Mikrotik RouterOS complex and challenging, leading to frustration during initial configurations. There are online resources and forums. However, many users find the lack of direct support from Mikrotik contentious. Some experienced difficulties with the device being dead on arrival. Others noted that it only supports one frequency band at a time. This limitation affects its versatility for specific applications, such as wireless cameras.

      Pros and Cons

      Pros

      • Powerful performance with 802.11ac support
      • Strong and reliable outdoor connectivity
      • Compact and weather-resistant design
      • Expandable for future networking needs
      • Affordable compared to specialized marine/RV boosters

      Cons

      • Steep learning curve for setup and configuration
      • Lack of customer support from Mikrotik
      • Initial issues reported with defective units
      • Limited to one frequency band at a time

      Conclusion

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      The Mikrotik GrooveA 52 ac Outdoor CPE offers a robust solution. It is ideal for users seeking high-speed wireless connectivity in outdoor settings. Its capabilities and performance are commendable. However, potential buyers should be aware of the complexities involved in setting up the device.

      With a steep learning curve and limited customer support, it may not be the best fit for novice users. However, if users are willing to invest time in learning RouterOS, they can unlock its potential. Understanding networking principles also enhances its effectiveness. It can serve as a powerful tool to meet specific connectivity needs.