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If you are hosting a business, game server, or media platform, dropping your dedicated server in London gives you a massive, genuinely rare combination of perks: ✨ Speed: Sub-10ms latency for UK users. ✨ Network: Direct LINX peering (950+ networks connected). ✨ Security: Total UK GDPR data sovereignty.

Stop settling for slow, offshore cloud hosting.

If you're building or upgrading enterprise servers this year, you’ve probably stared at the spec sheets. DDR5 boasts up to 50% more raw bandwidth, but what does it actually do for your specific workloads?

Here is what really changed:

DDR5 features two independent 40-bit sub-channels per DIMM, drastically improving parallelism. Plus, the power management (PMIC) is now on the module itself, dropping voltage to a cool 1.1V.

But here is the catch: Not all workloads care about memory bandwidth. If you're doing AI training or Big Data/Apache Spark? You're looking at 15% to 30% performance gains. 📈 If you're doing standard Web Hosting? You might only see a 1% to 4% bump. 📉

We put together an ultimate guide breaking down the latency tradeoffs, workload impacts, and how DDR5 runs on the latest AMD EPYC and Intel Xeon platforms. Don't spend your IT budget blindly!

Let’s be real: Palworld is incredibly fun until your server hits 100% RAM usage and violently crashes right in the middle of a boss fight.

Because of unresolved memory leaks tied to Unreal Engine 5 and in-game pathfinding, standard hosting plans just don't cut it. If you want a server that actually survives a large guild building massive bases, you need Linux, massive RAM (think 64GB+), and some specific optimization tweaks.

We just published the ultimate step-by-step guide on how to build a bulletproof Palworld dedicated server on Ubuntu. We show you exactly how to set up the firewall, configure the systemd service for auto-restarts, and apply the exact multi-threading flags needed to keep your server running smooth.

If you're a dev or an agency running multiple domains, the smartest thing you can do is consolidate them onto one dedicated server. Using Apache Virtual Hosts, you can run domain1.com and domain2.com flawlessly from the exact same machine.

We just dropped a massive tutorial over at Fit Servers that walks you through: ✔️ Installing Apache on Ubuntu ✔️ Creating the right directory structures ✔️ Setting up .conf files ✔️ Securing everything with Let's Encrypt SSL!

Are you building a SaaS app, a gaming server, or a massive e-commerce site? Stop defaulting to US data centers.

The tech world is quietly migrating their bare-metal infrastructure to Canada. Why? Speed: Toronto and Montreal servers offer single-digit ping to the US East Coast. Price: The USD-to-CAD exchange rate means you get way more RAM, CPU, and NVMe storage for your money. Privacy: Canadian privacy laws (PIPEDA) > US surveillance laws (Patriot Act). Eco-Friendly: Canadian data centers run on cheap, renewable hydroelectric power!

Get the ultimate performance edge without the premium price tag.

If you’re hosting multiplayer games, massive e-commerce sites, or FinTech apps for the SEA market, you can't rely on shared cloud hosting. Latency will destroy your user experience.

If an Indonesian player has a 120ms ping and a Malaysian player has 20ms, the game is broken.

The fix? Singapore Dedicated Servers. Singapore sits directly on top of the most dense submarine fiber-optic networks in the world. By putting your bare-metal servers there, you drop ping times across the whole region (we're talking sub-40ms to almost everywhere in SEA). Plus, no cloud bandwidth overage fees.

Ready to upgrade your infrastructure? Read the full guide on Fit Servers: https://www.fitservers.com/blogs/singapore-dedicated-servers-sea-hosting/

Tired of block lag, limited player slots, or restrictive shared hosting for your Minecraft community? Setting up a stable multiplayer environment can be a massive headache when servers constantly crash under load.

When your world gets crowded, cheap hosting quickly chokes. Rubber-banding, random disconnects, and agonizing tick drops can ruin the gameplay experience for everyone.

The Bare-Metal Solution The ultimate fix is to host a Minecraft server on Linux using a high-performance bare-metal dedicated server. By taking full control of your infrastructure, you ensure maximum uptime, dedicated resources, and ultimate customizability.

In our latest tutorial over at Fit Servers, we walk you through the complete Linux Minecraft server setup.

What the Guide Covers:

Server Requirements: Exactly how much CPU and RAM you need for Vanilla vs. Modded servers.

Environment Prep: Securing your Ubuntu or CentOS system.

Java Installation: Getting Java 21 running for the latest Minecraft updates.

Automation: Creating start.sh scripts to allocate exactly the right amount of RAM.

Background Processes: Mastering the screen command so your server stays online 24/7.

Optimization: Advanced tips using PaperMC and Aikar's flags to drastically reduce CPU usage.

Hosting your own server gives you absolute freedom, but your server is only as good as the hardware it runs on. Stop dealing with server lag and build the ultimate world.

Let's talk about Friday deployment nightmares. You build a perfect app locally, push it to a shared VPS, and suddenly everything breaks. Worse, your database is lagging because your "noisy neighbors" on the server are eating up all the disk I/O.

The fix? A Docker Dedicated Server.

Docker isn't a virtual machine; it doesn't need to emulate hardware. When you put Docker directly on a bare-metal server, you get 100% of the CPU, massive disk speeds, and zero hypervisor lag.

We just published a massive tutorial over at Fit Servers showing you exactly how to build this setup from scratch. We cover:

Installing Docker securely on Ubuntu.

Writing the perfect docker-compose.yml for your stack.

Handling persistent volumes so you don't lose your data.

Setting up reverse proxies to host multiple domains on one box.

If you are serious about hosting, it's time to upgrade your infrastructure.

Processors and memory get all the hype, but storage is almost always the primary bottleneck in a dedicated server. You can have the fastest CPU in the world, but if your drives can't write the data fast enough, your applications will crawl.

The fix? A proper RAID (Redundant Array of Independent Disks) setup.

But not all RAID is created equal.

RAID 0: Blistering speed, zero safety. (One drive dies, everything is gone).

RAID 1: 100% data mirrored. Safe, but halves your storage capacity.

RAID 5: Great for mass storage, but suffers from the dreaded "write penalty."

RAID 10: The undisputed king of enterprise storage. Striped and mirrored. Fast and incredibly safe.

Wait, do I still need RAID if I have ultra-fast NVMe SSDs? YES. An NVMe drive is still hardware, and hardware fails.

Get the full breakdown on Hardware vs. Software RAID and figure out exactly what your server needs.

Are your website users complaining about buffering, lag, or checkout timeouts, even though your server's CPU and RAM look fine? The problem isn't your hardware—it's your network port.

When your server's uplink hits its maximum data threshold, traffic begins to queue and packets drop. Upgrading from a 1Gbps port to a 10Gbps port is like upgrading a two-lane highway to a 20-lane commercial expressway.

Here are the 5 signs your business needs to make the jump:

🎬 High-Volume Streaming: You have massive concurrent viewers on IPTV or media platforms.

🧠 Big Data & AI: Your GPUs are waiting on slow data transfers to process machine learning models.

🛒 E-commerce Spikes: You experience massive concurrent traffic during sales.

💾 Heavy File Hosting: You run enterprise backups or disaster recovery.

⚡ SaaS Applications: Your platform requires ultra-low latency.

Stop letting network limits dictate your growth!

Are you guessing how much bandwidth your dedicated server needs?

The Fit Servers tech team just dropped a complete guide to understanding Port Speed vs. Data Transfer, including the exact formulas you need to calculate your monthly TB requirements. Whether you're running a B2B SaaS, an online store, or a high-traffic game server, stop guessing and start calculating.

Are you still trying to use outdated CentOS guides to set up your web server? It's time to upgrade your workflow.

We just dropped a massive, verified guide on how to properly deploy cPanel & WHM on AlmaLinux 9 and Ubuntu 24.04 LTS. It covers absolutely everything: from SSH prerequisites and installer scripts to locking down your server security and creating your first website account.

Get your dedicated server production-ready today.

Okay tech nerds and server builders, we need to talk about the new NVIDIA RTX Pro 6000 Blackwell. 🤯

If you’ve ever had a rendering software crash or an AI model refuse to load because of "Out of Memory" errors, your savior has arrived. This absolute unit of a GPU packs 96GB of GDDR7 VRAM.

Here are the crazy numbers:

24,064 CUDA Cores

600W TDP (Yes, it needs serious power)

Native FP4 compute (Meaning it absolutely shreds local LLM inference)

You can literally fit a 70B parameter AI model on this single card. It's actually beating the $30k H100 chip in single-GPU token generation.

We just did a massive breakdown over at Fit Servers covering the benchmarks, the 600W power requirements, and whether you should buy this or just stick to a consumer RTX 5090.

👉 To read more and check out our custom server options, visit the blog link: https://www.fitservers.com/blogs/nvidia-rtx-pro-6000-blackwell/

Shared hosting is fine when you're just starting out, but there comes a point where you need the whole machine to yourself. No virtualized limits, no shared CPU pools, no neighbor hogging your bandwidth. Just raw, dedicated power.

Whether you're hosting a massive modded Minecraft server, running a high-traffic app, or just want absolute control over your OS and security stacks, USA Dedicated Servers are exactly what you need in 2026.

Why upgrade?

Zero Noisy Neighbors: 100% of the CPU, RAM, and NVMe storage is yours.

Ultra-Low Latency: With hubs from Seattle to New York, your ping stays in the green.

DDoS Protection: Enterprise-grade hardware firewalls keep you online when targeted.

To read more and find the perfect setup, visit the blog link: [https://www.fitservers.com/blogs/best-usa-dedicated-servers-for-business-and-gaming/]

Running a Rust server is no joke. 💀 If you’ve ever tried to host one on a cheap VPS, you already know the pain of watching the server absolutely choke and OOM-crash the moment players hit 150k entities and start rocket raiding.

We just dropped a massive, step-by-step guide over at Fit Servers on how to actually do it right.

What’s inside:

Why you desperately need NVMe SSDs and high single-core CPUs.

Setting up Ubuntu, SteamCMD, and tmux so your server doesn't die when you close your terminal.

Locking down your RCON port (seriously, don't leave port 28016 open to the public, you will get griefed).

Installing Oxide for hot-loading plugins like Kits, NoEscape, and BetterChat.

A literal copy-paste bash script to automate your Thursday wipes via cron jobs.

Stop letting lag kill your player base. Upgrade to bare-metal.

To read more, visit the tutorial link: [https://www.fitservers.com/tutorials/howto/setup-a-rust-dedicated-server/]

Ever wonder why some Australian servers feel lightning-fast while others feel like they are stuck in 2010? It all comes down to bandwidth carriers.

Australia is actually a massive digital hub now—with over A$20B being invested in digital infra by giants like AWS, and vast underwater subsea cables connecting us to Asia and the US. But if your hosting provider isn't utilizing top-tier carriers (think Telstra, Vocus, or Optus) and smart peering, your data takes the scenic route.

We just published a massive guide over at Fit Servers breaking down the hierarchy of Australian internet connectivity and why carrier-neutral data centers are the secret to ultra-low latency. Plus, we share how we maintain 100% uptime across our 5 Aussie locations. 🚀

📖 Want the technical details? Read more on our blog: [https://www.fitservers.com/blogs/australias-major-bandwidth-carriers-&-data-center-connectivity/]

Did you know that when you buy a dedicated server, you're actually tapping into a massive, invisible web of submarine fiber-optic cables? 🌊💻

Asia has over 2.8 billion internet users, and connecting them all requires massive Tier 1 and Tier 2 network carriers like NTT, Singtel, and Lumen. If your server is hosted on a bad network, your page load speeds, gaming ping, and real-time data will suffer—no matter how good the hardware is.

At Fit Servers, we engineered our network to hit under 5ms latency across Asia using smart BGP routing and carrier-neutral data centers. We just dropped a massive guide explaining exactly how the internet backbone in Asia works, and who the major players are.

Want to geek out on network architecture and server infrastructure? Read more by visiting the blog link: [https://www.fitservers.com/blogs/bandwidth-carriers-powering-data-centers-across-the-asia/]