Linux vs. Windows Hosting Speed: Which Wins? ⚡

Comparing speed of Linux vs Windows web hosting doesn’t produce one universal winner: Linux is often the practical default for WordPress and PHP, while Windows is usually the right fit for Windows-dependent applications. Your website’s code, server configuration, caching, hardware, and hosting provider can matter more than the operating system alone.

We’ve seen the same site feel sluggish on an overloaded plan and perk up after a move to better-resourced hosting—with no operating-system switch at all. That’s why a headline benchmark can be a useful clue, but it can’t tell you how your own site will perform.

The short version? Choose the platform your application supports, then compare real-world performance under similar conditions. That’s how you find out which setup is actually quicker for your visitors.

Key Takeaways

  • Linux is a strong starting point for WordPress, PHP, and many open-source applications.
  • Windows is the natural fit for Windows-specific software, IIS-dependent applications, and some Microsoft stacks.
  • The OS alone rarely settles the speed question. Hardware, web server, database, caching, network, and plan limits all affect performance.
  • ASP.NET Core can run on Linux or Windows. Test your application and dependencies before choosing a platform.
  • Compare like with like: measure TFB, page-load time, concurrency, and response-time consistency on comparable hosting plans.

Table of Contents

⚡️ Quick Tips and Facts

We test hosting around the thing visitors actually experience: a page loading, an API answering, and a checkout not stalling when traffic arrives. For a broader overview of what makes a provider fast, start with our guide to fast web hosting.

What you’re comparing Practical takeaway
Operating system alone It rarely determines the speed visitors see. Hardware, software stack, configuration, caching, and network location can matter more.
Linux web hosting Often a strong fit for WordPress, PHP, Nginx or Apache, and open-source databases. Its lower resource footprint can leave more capacity for your application.
Windows web hosting A natural fit for applications that require Windows-specific components, IIS, or .NET Framework. Modern ASP.NET Core can also run on Linux, so check compatibility before choosing.
Static files Linux with Nginx is often a highly efficient combination, but CDN caching can make the server OS nearly invisible to visitors.
Dynamic applications The best-performing platform is usually the one your app is built and tuned for. A poorly configured Linux server can lose to a well-configured Windows server, and vice versa.
Benchmark claims Trust comparisons only when they explain the hardware, application, test tool, network, and test conditions. A laptop boot-time test is not a web-hosting benchmark.
Our short answer Linux is a sensible default for many general-purpose hosting workloads; Windows is the sensible choice when your application needs Windows-specific technology. Test the actual stack before declaring a speed winner.

For current provider comparisons and measured results, browse our hosting speed test results and best hosting providers. ⚡

🧭 Linux vs. Windows Web Hosting: How the Operating System Affects Speed


Video: Is Windows or Linux Better for Web Hosting?








Linux and Windows are operating systems, not magic speed settings. They manage memory, storage, networking, and processes; your web server software and application then do the work of answering requests.

That distinction gets lost in “Linux is faster” headlines. There are workloads where Linux’s lean resource use and popular server software can provide an advantage. There are also workloads where Windows is the better-performing, simpler fit because the application depends on IIS or Windows-specific services.

The reviewers at Fastest Web Hosting™ look at speed as a whole-stack outcome: operating system, server hardware, web server, programming language, database, caching, and the distance between server and visitor. The useful question is not simply “Which OS is faster?” It is “Which complete hosting setup serves my site fastest and most reliably?”

What “hosting speed” really means

Different speed measurements describe different parts of the experience:

  • Latency: How long a request takes to travel between your device and the server. Distance and network routing matter.
  • Time to First Byte (TTFB): How quickly a browser receives the first byte of a response. The server’s workload, application, caching, and network all contribute.
  • Throughput: How many requests or how much data a server can deliver over time.
  • Concurrency: How well the setup handles many simultaneous users.
  • Page-load time: How long it takes the browser to render the page, including images, fonts, scripts, and third-party resources.
  • Availability: Whether the site responds at all. A fast server that goes offline is not fast in any useful sense.

Google’s web.dev documentation on Core Web Vitals focuses on what users experience, including loading, interactivity, and visual stability. These measures can help you assess a website, but they do not isolate the operating system’s contribution.

A useful speed test therefore separates server response from whole-page performance. If TFB is slow, investigate the server and application. If TFB is healthy but the page still drags, inspect JavaScript, image sizes, fonts, and browser rendering.

Server hardware, network, and location: the speed factors beyond the OS

A provider’s CPU, RAM, storage, network capacity, and datacenter location can outweigh small operating-system differences. So can overcrowded shared hosting: your account may be on Linux, but if neighboring accounts are fighting over CPU time, the penguin cannot save the day. 🐧

Factor Why it matters What to check
CPU Dynamic pages and application code need processing time. CPU generation, allocated cores, usage limits, and whether resources are shared.
Memory Insufficient RAM can trigger swapping or constrain database and application workers. Memory allocation, account limits, and monitoring tools.
Storage Slow storage can affect page generation, database operations, and file access. SSD or NVMe storage, I/O limits, and database workload.
Datacenter location Long physical distances add network delay. Choose a region near your visitors or use a CDN.
Network quality Congestion and routing affect the time requests and responses spend in transit. Provider network details and real-world monitoring.
Caching Cached responses avoid repeated application and database work. Full-page, object, opcode, and CDN caching support.
Plan limits Resource ceilings can slow sites under load regardless of OS. CPU, processes, memory, bandwidth, and inode limits.

Providers can use different server configurations even when they advertise the same operating system. That is why our hosting speed test results are most useful when you compare the plan, test location, and methodology—not just the logo.

📜 A Brief History of Linux and Windows Web Servers

Servers illuminate a futuristic cityscape with a data center

Linux and Windows grew into major server platforms through different ecosystems. Linux became widely used for internet-facing services and open-source web stacks, including Apache, Nginx, PHP, and MySQL or MariaDB. Windows Server built a strong place in organizations using Microsoft technologies, with Internet Information Services (IS), Active Directory, and Microsoft databases.

That history still shapes hosting choices. Many popular content management systems and web frameworks are designed to work smoothly on Linux-based hosting. Microsoft applications may rely on Windows-specific features, although modern .NET has made cross-platform deployment much more practical.

IONOS’s Linux-versus-Windows server overview describes Linux as a “seasoned server veteran” and highlights its reliability and efficiency. It also calls Windows Server “resource-intensive,” particularly when a graphical interface is installed. Those are useful descriptions of typical server trade-offs, not a controlled test proving that Linux loads every website faster.

The key lesson from that history: ecosystem familiarity and application compatibility are part of performance. A team that can confidently maintain its chosen stack is more likely to keep it updated, secure, and tuned.

🔬 How to Compare Linux and Windows Hosting Performance Fairly


Video: Five Things Linux Does Better Than Windows.







A fair comparison holds as many variables constant as possible. If one hosting plan has more memory, a newer CPU, a closer datacenter, or aggressive caching, then you are comparing providers and configurations—not merely operating systems.

TTFB, latency, throughput, and page-load time

Use more than one metric:

  1. Test TFB from several locations. A single nearby test can hide poor performance for visitors farther away.
  2. Measure the whole page. Use real pages, not only a “Hello, world” response.
  3. Check concurrency. A server that performs well for one request may struggle when users arrive together.
  4. Watch percentiles. The average can conceal slow outliers. A 95th-percentile response time shows how slower requests perform under the test conditions.
  5. Repeat the test. Run more than one test at different times, especially for shared hosting.
  6. Record the setup. Note application version, web server, database, cache state, plan resources, and test location.

Tools such as WebPageTest can help evaluate page-loading behavior, while ApacheBench can generate basic HTTP request load. They answer different questions, so don’t treat their results as interchangeable.

Benchmark conditions that can skew the results

Benchmarks can be valuable and still have sharp limitations. A 2019 MacBook benchmark comparing macOS, Windows 10, and Ubuntu is an interesting look at desktop operating systems, but it is not a web-hosting comparison. Its results varied by test: Ubuntu led some CPU and browser benchmarks, Windows led some overall or graphics results, and macOS led battery life and a graphics-rendering test. See the featured video and its published benchmark results for that separate perspective.

The same caution applies to server tests. One ASP.NET Core comparison on Azure tested a small application on Linux and Windows service plans. In the author’s ApacheBench runs, Linux delivered roughly 33% more requests per second for the smallest response, with the advantage shrinking as response size increased. In a separate Visual Studio test, the measured Linux advantage was larger. The author cautions readers: “Do not pay particular attention to absolute values below: they make sense relatively to each other.”

That warning matters. The test used different clients and connection conditions across tools, and its findings are specific to the tested Azure configuration and ASP.NET Core application. It suggests Linux can perform very well for ASP.NET Core; it does not prove that Linux always beats Windows, or that results transfer to every host.

For dependable conclusions, trust repeatable, same-configuration comparisons more than a single headline number.

⚙️ Linux vs. Windows Hosting: Speed by Web Server and Technology Stack


Video: Linux vs. Windows Dedicated Servers: A Detailed Comparison – Raksmart.







The operating system is only one layer. The web server, runtime, database, and application determine how requests are handled.

Component Common Linux setup Common Windows setup
Web server Nginx, Apache, LiteSpeed IIS
Common languages PHP, Python, Ruby, Perl, Go, Java ASP.NET, ASP.NET Core, PHP, and other supported runtimes
Common databases MySQL, MariaDB, PostgreSQL Microsoft SQL Server; other databases may also be supported
Typical strengths Broad open-source ecosystem, flexible server tuning Microsoft ecosystem and compatibility with Windows-dependent software
Main caution Administration may require Linux expertise Check licensing, resource allocation, and application compatibility

Linux with Apache, Nginx, LiteSpeed, PHP, and MySQL

Linux hosting is common for PHP applications and content management systems such as WordPress, Joomla, and Drupal. You’ll frequently see Nginx or Apache paired with PHP and MySQL or MariaDB.

  • Nginx is often used for efficient delivery of static content and as a reverse proxy.
  • Apache has a mature ecosystem and supports a broad range of hosting configurations.
  • LiteSpeed is a commercial web server frequently paired with WordPress hosting; its performance depends on the provider’s configuration and caching.
  • PHP opcode caching can avoid repeatedly compiling PHP scripts.
  • Object and page caching can reduce database queries and application work.

Linux’s flexibility is useful, but it comes with a practical catch: a provider or administrator has to configure the stack well. A control panel, managed service, or experienced support team can make that complexity much easier to live with.

Windows with IIS, ASP.NET, and Microsoft SQL Server

IS is Microsoft’s web server for Windows. It is especially relevant for applications that depend on Windows Server features, ASP.NET Framework, or established Microsoft infrastructure.

Windows hosting may be the fastest and simplest route when your application is already designed for IIS and uses Microsoft-specific components. Rebuilding or porting that application just to use Linux can create more risk and delay than any potential speed gain is worth.

At the same time, ASP.NET Core is cross-platform. Microsoft’s ASP.NET Core documentation covers deployment beyond Windows. That means “my site uses .NET” does not automatically mean “I must use Windows.” Check the target framework, dependencies, hosting model, and provider support.

WordPress, PHP, and database performance

WordPress is commonly hosted on Linux with PHP and MySQL or MariaDB. This is a well-supported combination, but the OS alone won’t fix a bloated theme, an overworked database, or a pile of plugins behaving like an uninvited committee.

For faster WordPress hosting:

  • Choose a provider that supports a current, compatible PHP version.
  • Enable page caching and object caching where appropriate.
  • Optimize images and use a CDN for visitors spread across regions.
  • Remove unused plugins and themes.
  • Keep WordPress, themes, plugins, and database software updated.
  • Test logged-in and uncached pages, not just the public homepage.

WordPress can run on Windows hosting, but verify that the provider supports your required PHP version, database, caching tools, and plugin requirements. For most new WordPress sites, Linux is the straightforward default because it aligns with the platform’s common hosting ecosystem.

ASP.NET Core and Windows application performance

For modern ASP.NET Core applications, both Linux and Windows may be viable. Performance depends on the .NET version, application code, hosting configuration, web server or proxy, database, and resource allocation.

The Azure comparison above found Linux ahead in its tested scenarios, especially for small responses. That is a useful reminder that Linux hosting can handle ASP.NET Core effectively. But if your application depends on Windows-only libraries or services, Windows may be the practical choice—and the faster choice overall because it avoids compatibility workarounds.

Before switching platforms, check Microsoft’s supported operating systems and deployment guidance and your application’s dependencies. Test the production workload, not just a clean sample endpoint.

📊 Linux vs. Windows Web Hosting: Direct Speed Comparison


Video: Windows Server vs Linux Server: Performance Benchmarks That Will Shock You (2025 Tests).







Workload Likely considerations Practical starting point
Static HTML, CSS, and images Web server efficiency, network, CDN, and storage Linux with Nginx is a common, efficient choice
WordPress and PHP sites PHP configuration, caching, database speed, plugins Linux is usually the simpler fit
ASP.NET Framework IIS and Windows-specific dependencies Windows is often required or preferred
ASP.NET Core Cross-platform runtime; deployment details matter Benchmark both if the app supports both
SQL Server-dependent application Database compatibility, network, and application stack Choose a supported environment for SQL Server and the app
Containerized services Container runtime, orchestration, and resource overhead Linux is a common choice for Linux containers
High-volume static delivery CDN, web server, caching, and network capacity Choose the setup with measured delivery performance

Cherry Servers summarizes the broad pattern neatly: “The actual gaps show up in resource overhead, storage patterns, and network optimization.” Its dedicated-server comparison argues that static serving often favors Linux, while dynamic workloads can narrow the difference and Windows may suit ASP.NET workloads. Those conclusions are useful as general tendencies, not guarantees for every hosting plan.

Static websites and file delivery

Serving a small static file requires less application work than generating a personalized page. Linux paired with Nginx is a popular, efficient option for this job, but the CDN often matters more than the server OS.

If a visitor gets an image, stylesheet, or script from a nearby CDN edge, the request may never reach your origin server. That reduces latency and origin load on either Linux or Windows. For a static site, compare the provider’s network, CDN integration, caching rules, and file delivery—not just its OS.

Dynamic websites and database-driven applications

Dynamic sites run code and often query a database for each request. Here, the application runtime and query efficiency can dominate.

A well-indexed database and an application that reuses cached data can outperform a more powerful server running inefficient queries. Likewise, a provider’s PHP worker limits or .NET application pool configuration can affect concurrency. Focus on:

  • Database query time and connection limits
  • Application worker and process limits
  • Cache hit rates
  • CPU and memory saturation
  • Slow requests and error logs
  • Behavior under realistic traffic

Caching, concurrent visitors, and traffic spikes

Caching can shrink the amount of work the server performs. Page caching may serve an already-generated page; object caching can reuse data; a CDN can serve assets from locations closer to visitors.

Under a traffic spike, ask whether your plan scales, queues requests gracefully, and protects the database from overload. A benchmark with a few concurrent users tells you little about how your site behaves when a newsletter, promotion, or viral post sends a crowd to the front door.

For scalable options, compare providers in our cloud hosting category. The right cloud setup can make scaling easier, but cloud hosting is not automatically fast: configuration and resource allocation still matter.

Benchmark results: what they can—and can’t—tell you

The Azure ASP.NET Core test offers a useful example of both the value and limitations of benchmark data:

Test scenario Linux result versus Windows How to interpret it
ApacheBench, “Hello World” About 33% more requests per second Linux led for the tested small response and configuration.
ApacheBench, 100 KB response About 3% more requests per second The advantage narrowed as response size grew.
Visual Studio load test Linux led across the tested response sizes Results differed from ApacheBench, which the author linked in part to client and connection differences.

Treat these figures as evidence about one test setup, not a promise about your site. The author’s own caution about relative results is the sensible one: use benchmarks to compare controlled setups, then verify with your workload.

✅ Linux Web Hosting: Speed Advantages and Trade-Offs


Video: Windows Server vs Linux Server.








Potential advantages

  • Often a relatively small resource footprint, leaving more capacity for application processes.
  • Broad support for PHP, WordPress, Nginx, Apache, and open-source databases.
  • Strong ecosystem for containers and many cloud-native applications.
  • Flexible command-line tools for tuning and automation.
  • A familiar platform for many shared, VPS, and managed hosting providers.

Potential drawbacks

  • Server administration can require command-line knowledge.
  • Some Windows-specific applications or dependencies may not run natively.
  • Performance varies widely with the provider’s configuration and resource limits.
  • A “Linux plan” does not guarantee a modern web server, caching, or responsive support.

Cherry Servers reports that a minimal Linux server can idle at roughly 200–500 MB of memory, while Windows Server’s baseline requirements are higher in the configurations it discusses. The comparison is useful when considering lean server setups, but memory use varies by version, installed services, and configuration. See the provider’s method and context before applying those figures to a hosting plan.

Our take: Linux is often the strongest starting point for general-purpose web hosting, particularly WordPress and PHP. But a bare-bones Linux server that nobody on your team can safely maintain is not a bargain in performance—or peace of mind.

🪟 Windows Web Hosting: Speed Advantages and Trade-Offs


Video: Top 7 Things Linux Does Better than Windows.








Potential advantages

  • Native support for Windows-specific software and services.
  • IIS is an established choice for applications designed around Microsoft hosting.
  • Suitable for ASP.NET Framework and applications dependent on Windows features.
  • Familiar management tools for teams already using Microsoft infrastructure.
  • Modern ASP.NET Core can also be deployed on Linux, giving developers more options.

Potential drawbacks

  • Windows Server configurations can require more memory than minimal Linux installations.
  • Licensing and management arrangements can affect the total hosting cost.
  • A Windows plan may be unnecessary complexity for a straightforward PHP or WordPress site.
  • Some providers offer fewer Windows-specific hosting choices than Linux options.
  • The OS does not compensate for slow storage, limited resources, or poor application design.

IONOS’s description of Windows Server as “resource-intensive” helps explain why a minimal Linux setup may leave more resources available. But that does not establish that every Windows host is slower: a Windows server with suitable resources and a well-tuned IIS application can perform excellently.

Our take: Choose Windows when the software needs it, or when your team’s Microsoft stack makes it the safest operational fit. Don’t choose it just because the word “Windows” feels familiar—and don’t reject it based on an OS-level stereotype.

🛠️ How to Make Linux or Windows Hosting Faster


Video: Linux vs. Windows 11 Speed Test (Lab Tested).








These improvements are useful on either platform. Start with the bottleneck you can measure rather than changing operating systems on a hunch.

Choose the right hosting plan and server resources

  1. Match the plan to the workload. A brochure site, busy store, and API service have different resource needs.
  2. Check resource limits. Ask about CPU time, memory, processes, I/O, and connection limits.
  3. Select a suitable region. Place the origin close to your main visitors or use a CDN.
  4. Watch resource usage. Look for CPU saturation, memory pressure, slow disk access, and database bottlenecks.
  5. Scale based on evidence. Upgrade or move to a VPS or cloud plan when monitoring shows the current plan is consistently constrained.

Compare provider options in our best hosting providers directory and review the available hosting plan comparisons.

Configure caching, compression, and a CDN

  • Enable page caching when the application can safely serve cached pages.
  • Use object caching for data that would otherwise trigger repeated database work.
  • Enable browser caching for static assets that do not change often.
  • Use a CDN for globally distributed audiences and static assets.
  • Configure compression for text-based responses where supported.
  • Purge or invalidate caches correctly after content or code changes.

Caching can create a dramatic improvement, but stale pages and incorrect cache rules can cause trouble. Exclude personalized, logged-in, and transactional pages from public caching unless the application explicitly supports it.

Optimize your website, database, and images

  • Compress and resize images to the dimensions visitors actually need.
  • Remove unused plugins, modules, scripts, and themes.
  • Check database indexes and investigate slow queries.
  • Reduce unnecessary third-party scripts and external requests.
  • Keep application components updated and remove obsolete code.
  • Test after each major change so you know what helped.

For WordPress, a lightweight theme and a restrained plugin list often do more for real-world performance than switching a server OS. For custom applications, profiling can reveal whether the delay is in code, database access, or external services.

Monitor uptime and real-world response times

Set up recurring monitoring from more than one region. Track response time, availability, error rates, and important user journeys, such as search, login, and checkout.

Use a synthetic test to spot broad trends, then confirm with actual application logs and analytics. A homepage test may look great while your checkout endpoint is quietly taking the scenic route.

Our hosting speed test results can help with provider research, but your own monitoring is the best guide to how your particular site performs.

🔐 Security, Updates, and Their Impact on Hosting Speed


Video: Why Linux is Better Than Windows 11.








Security and speed are connected. An outdated CMS, vulnerable plugin, or misconfigured server can invite malicious traffic that consumes resources. Good patching and sensible security controls help keep the server available for legitimate visitors.

  • Keep the operating system, web server, runtime, database, and application patched.
  • Use a web application firewall or other suitable protection when appropriate.
  • Restrict administrative access and use strong authentication.
  • Review logs for suspicious traffic and recurring errors.
  • Avoid stacking security plugins or filters without checking their performance impact.
  • Confirm that backups and recovery procedures work before a crisis arrives.

Security tools can add processing overhead, but that is not a reason to disable them casually. Configure them appropriately, measure their effect, and discuss managed protection with your hosting provider.

💰 Hosting Costs, Support, and Ease of Management


Video: Linux vs Windows Server | Which Server Operating System Should You Choose? | Uplatz.








A fast hosting choice is one your team can operate reliably. A low-cost unmanaged server may look attractive until you need to configure updates, troubleshoot a database, and figure out why a process has stopped responding at midnight.

Consideration Linux Windows
Software ecosystem Broad open-source web-hosting ecosystem Strong Microsoft ecosystem and Windows-specific compatibility
Administration May require Linux command-line expertise May suit teams familiar with Microsoft management tools
Support Varies by provider and plan Varies by provider, with Windows-specific support needed
Licensing Depends on software and hosting arrangement Windows licensing may affect provider costs and plan structure
Best value When the application and team fit the Linux stack When Windows compatibility avoids costly redesign or migration

Don’t compare only the operating-system label. Check managed support, backups, migration assistance, control panels, monitoring, and the provider’s resource limits. Browse our hosting price comparison for plan research, but judge the plan’s actual features alongside its cost.

🎯 Which Hosting Operating System Should You Choose?


Video: Best OS for programming? Mac vs Windows vs Linux debate settled.








Choose based on application compatibility first, then compare performance, administration, support, and scalability.

Choose Linux for WordPress, PHP, and open-source apps

Linux is a strong default when you’re building or hosting:

  • WordPress, Joomla, or Drupal sites
  • PHP applications
  • Sites using MySQL, MariaDB, or PostgreSQL
  • Nginx, Apache, or LiteSpeed-based hosting
  • Many containerized and open-source services
  • Static sites that benefit from efficient file delivery

It can also be a good choice for ASP.NET Core when the application and dependencies support Linux deployment.

Choose Windows for ASP.NET and Microsoft-based applications

Windows is often the right choice when your project requires:

  • ASP.NET Framework or Windows-specific libraries
  • IIS-specific configuration or modules
  • Windows-integrated authentication or services
  • Existing Microsoft infrastructure that the application depends on
  • A team and deployment process already built around Windows Server

Compatibility is not a minor detail. If the app relies on a Windows-only dependency, choosing Linux for a theoretical resource advantage can create deployment problems that erase any speed benefit.

When your application can run on either platform

If both operating systems are supported, run a practical test:

  1. Deploy the same application build to comparable plans.
  2. Match CPU, memory, storage, region, and network conditions as closely as possible.
  3. Use the same database version, dataset, cache state, and load generator.
  4. Test real user journeys and typical request sizes.
  5. Compare TFB, throughput, error rate, and response-time percentiles.
  6. Repeat tests and monitor each setup during normal traffic.
  7. Choose the platform that performs well and is maintainable by your team.

The Linux-versus-Windows Azure experiment is a good prompt to test rather than assume: Linux did well in that specific ASP.NET Core setup, but your application may tell a different story.

🚚 Switching Hosting Platforms: Migration and Speed Considerations


Video: Server Operating Systems Linux vs Windows – Which One is Right for You.








Changing operating systems is not a simple server toggle. Before moving a site, confirm that code, runtime, database, file paths, scheduled tasks, authentication, and third-party integrations work on the destination platform.

A sensible migration plan:

  1. Audit the application. List dependencies, extensions, environment variables, and background jobs.
  2. Confirm platform support. Check the target host’s runtime and database versions.
  3. Create a staging environment. Test the application away from live traffic.
  4. Move a copy of the data. Verify uploads, database encoding, permissions, and scheduled tasks.
  5. Benchmark representative pages and endpoints. Include login, search, and checkout when relevant.
  6. Plan DNS and rollback. Keep the existing host available until the new setup is verified.
  7. Monitor after launch. Check errors, TFB, availability, and application logs.

Migration can improve speed if it also brings better hardware, caching, or configuration. If the only change is the OS, measure first—because an operating-system swap is a poor substitute for finding the actual bottleneck.

Steve
Steve
Articles: 15

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