Global Nettech

[globalnettech]

Stop Fighting Slow Builds: My Cocos2d Workstation Survival Guide

I'll never forget the day our lead artist quit over compile times. We were building a mobile puzzle game with Cocos2d, and the waiting had become unbearable. Every texture change meant a five-minute coffee break. Every script tweak required another YouTube rabbit hole.

The final straw came when she timed it: 47 minutes of waiting in a single workday. That's when I realized our "good enough" computers were costing us creativity.

After that disaster, I made it my mission to understand what makes a Cocos2d workstation actually work. Not just on paper, but during those marathon coding sessions when inspiration strikes at 2 AM. Choosing the Best Workstation for Cocos2d Software is a talent and challenge at both. Global Nettech can guide you in this,

The CPU Battle I Lost (So You Don't Have To)

I used to believe any modern processor could handle game development. Then I took on a project that needed simultaneous testing on iOS and Android. My decent 8-core CPU became a slideshow generator. The editor lagged, simulators stuttered, and I watched my will to live drain away with each progress bar.

Here's What I Learned the Hard Way

"My current Intel Core i7-14700K isn't just faster - it's saner. The difference hit me during a complex particle system test. Where my old system would have choked, this one just worked. My compile times dropped from 8 minutes to 90 seconds. That's not just time saved - it's creative momentum preserved."

"For developers who live in multiple applications (who doesn't?), the AMD Ryzen 9 7900X handles the chaos beautifully. I can have Cocos Creator, Visual Studio Code, Photoshop, and thirty Chrome tabs open without the constant freezing that used to drive me mad."

RAM: The Difference Between Flow and Frustration

I was helping a small studio optimize their workflow when their programmer showed me his task manager. He was consistently hitting 28GB of RAM usage with just the basics running. The team had accepted constant freezing as "normal."

This Is What I Tell Every Developer Now

"32GB of DDR5 isn't luxury - it's necessity. Between Cocos Creator (6-10GB), Chrome with documentation (4-6GB), your IDE (3-5GB), and a single simulator (3-5GB), you're already pushing 20GB before your project even loads its first asset."

"I convinced a skeptical client to upgrade from 16GB to 32GB last month. He emailed me yesterday: 'I didn't realize how much mental energy I was spending waiting for things to load. I'm actually enjoying development again.'"

Storage: Where Time Goes to Die

I used to think my SATA SSD was fast. Then I started actually tracking my wait times:

Project loading: 3 minutes

Asset imports: 2 minutes

Android builds: 12 minutes

Simulator launches: 90 seconds

It added up to nearly four hours of waiting every week. That's when I became obsessed with storage speed.

My Current Setup Changed Everything

"I now run two blazing-fast NVMe drives - a 1TB drive for system files, and a 2TB drive just for active projects. The difference isn't incremental - it's revolutionary. Projects load in under 20 seconds. Asset imports happen almost instantly. It feels like developing with the parking brake off."

"After losing a week's work to a failed drive during crunch time, I'm militant about backups. I use a 4TB external drive that automatically backs up every evening, plus Backblaze for offsite protection. It's already saved me from two potential disasters."

The GPU Secret Nobody Talks About

"But it's just 2D graphics!" I hear this all the time. Then explain why my RTX 4070 matters when:

I'm running the editor with scene view, game view, and console all visible

I'm testing complex particle systems that bring weaker cards to their knees

I'm running multiple device simulators simultaneously

I'm working with spine animations that have hundreds of bones

Modern 2D development is anything but simple.

Cooling: The Silent Productivity Killer

During last summer's heatwave, I was racing toward a deadline when my computer started thermal throttling. My CPU speed dropped by 40%, and compile times stretched from 3 minutes to 8. That's when I learned that cooling isn't about overclocking - it's about basic reliability.

What Actually Matters

"My Noctua NH-U12A cooler isn't sexy, but it keeps my CPU from slowing down during those four-hour build sessions. It's the difference between consistent performance and unpredictable slowdowns."

"Good case airflow means I can actually focus on coding instead of wondering if my computer is about to thermal throttle."

"A reliable power supply is like good foundation - you don't notice it until it fails, and then everything comes crashing down."

The Build That Actually Works

After testing more configurations than I can count, here's what I currently recommend to developers who want to focus on making games, not fighting their computer:

CPU: Intel Core i7-14700K

RAM: 32GB G.Skill Trident Z5 DDR5

GPU: NVIDIA RTX 4070

Storage: 1TB + 2TB Samsung 990 Pro NVMe SSD

Motherboard: ASUS TUF Gaming Z790

Power: Corsair RM750e

Cooling: Noctua NH-U12A

This isn't the most expensive system possible - it's the most reliable one for actual game development. It handles the reality of long hours and complex projects without complaint.

Why This Actually Matters

The best moment in my consulting career came from a developer who'd been struggling with performance issues for years. After upgrading to a proper workstation, he told me:

"I finally understand - I wasn't a slow developer. I was just using slow tools. For the first time, I'm not fighting my computer. I'm just making games."

That's what this is really about. It's not just about faster compile times or smoother editors. It's about removing the friction between the game in your head and the game on the screen. It's about preserving creative flow. It's about building something amazing without your tools getting in the way.

Your workstation should be the one thing you never have to think about. Get it right once, then get back to what matters - creating the games only you can make.

Global NetTech - We build workstations for developers who'd rather be coding.

[globalnettech]

RPG Maker Software Hardware Requirements vs. Real-World Performance: What Do You Really Need?

You don't always need a million-dollar setup to make fun games. RPG Maker has been the best tool for indie developers and storytellers who want to make story-driven, immersive games without having to learn a lot of complicated coding. But here's the question that every creator has to answer: what kind of hardware do you really need to run RPG Maker?

A lot of people think that RPG Maker can run on any basic PC because it is so light. That's true to some extent, but when you add high-resolution assets, layered animations, and plugins, this simple software can push a weak machine to its limits. That's why it's important to know the RPG Maker Software Hardware Requirements and how the software works in real life.

Let's get into the details of what really matters when setting up your workstation and how Global NetTech helps creators make machines that are reliable and optimised for smooth game development.

1. Knowing What the Official Hardware Needs Are

The people who made RPG Maker say that their software doesn't need very high specs. It usually runs well on:

Processor: Intel Core i3 or a similar processor

RAM: 4GB or more

Storage: A few GBs of free space

GPU: Either built-in graphics or a simple, separate GPU

OS: Windows 10 or 11 (64-bit)

This setup works well for small projects. You can make maps, add characters, and export your game without any noticeable lag. But these specs only show the bare minimum of what the device can do, not the best experience.

In reality, the difference between a setup that is just good enough and one that is really efficient can save you hours of rendering, loading, and testing time.

2. Performance in the Real World: Where the Problems Show Up

RPG Maker begins to depend more on certain hardware areas, like the CPU, memory, and storage, as you work on more advanced projects.

You Should Care More About CPU Power

The software doesn't need a multi-core processor like AAA game engines do, but having a modern CPU (Intel i5/i7 or AMD Ryzen 5/7) makes multitasking easier. When you run RPG Maker with web browsers, audio editors, and design tools like Photoshop, slower CPUs can slow things down and cause problems.

For developers who work on bigger projects with lots of layers, scripts, and high-res assets, Global NetTech suggests the Intel Core i7 13th Gen or the AMD Ryzen 7 series.

RAM: The Secret Weapon for Smooth Game Design

4GB of RAM might work in theory, but it quickly runs out of space when you open more than one tool. 8GB is the bare minimum for a smooth workflow, but 16GB or 32GB is best for professional creators. More RAM lets you run RPG Maker, asset management tools, and version control systems all at the same time without any lag.

SSDs Make a Big Difference in Storage Speed

It might seem like traditional HDDs are fine, but their slower read and write speeds can make loading assets or exporting builds take longer. An NVMe SSD can make project load times much shorter. For example, SSDs load maps with heavy textures or parallax backgrounds almost right away.

Global NetTech’s recommended workstations for RPG Maker all come with fast SSD storage as standard. This makes them faster and more reliable.

3. Graphics: Built-in vs. Separate GPUs

RPG Maker doesn't use as much GPU power as Unreal Engine or Unity. Most projects can be designed and tested with integrated graphics like Intel UHD or AMD Radeon Vega.

A dedicated GPU, like an NVIDIA GTX 1650 or RTX 3050, is useful when you start using high-resolution parallax maps or doing post-production work in design tools outside of the program. It also makes the preview experience smoother, which is especially helpful for developers who use shaders or plugins that are heavy on animation.

You don't need a high-end GPU, but having one will help you.

4. Picking the Right Workstation Setup

Global NetTech usually suggests the following for the best RPG Maker Software Workstation:

Recommended Specifications

Processor: Intel Core i7 (13th Gen) or AMD Ryzen 7

RAM: 16GB DDR5 or more

Storage: 1TB SSD

Graphics Card: NVIDIA GTX 1650 or better

Power Supply: 650W or more (80 Plus certified)

Operating System: Windows 11 (64-bit)

Monitor: 1080p or 2K resolution with accurate colours

This setup is good for design, rendering, and testing without spending too much on features you don't need.

5. What Developers Learnt from Testing in the Real World

We've worked with a lot of game developers who use RPG Maker at Global NetTech. Based on what we've seen from their experiences:

Faster Load Times: PCs with SSDs load heavy maps and plugins three times faster than PCs with HDDs.

Stable Multitasking: Setups with 16GB or more of RAM can compose music, make animations, and run tests all at the same time without any lag.

Fewer Crashes: More stable CPUs and better power management cut down on random software crashes or problems with exporting.

In short, RPG Maker might not seem like much on paper, but a powerful workstation makes your workflow better and makes your creative process more fun.

6. Servers and Working Together on Development

Servers can be very important for teams working on big RPG projects. Dedicated servers for hosting assets or version control systems make it easier for people to work together.

Global NetTech also sets up servers for small studios that are tailored to their needs so they can store assets, manage builds, and work on projects from afar.

This is especially important when writers, artists, and programmers are all working on the same project files at the same time.

7. Why You Should Choose Global NetTech

We don't just sell hardware at Global NetTech; we also build workstations optimised for software like RPG Maker.

We test each system to see if it works with other systems, how well it works, and how reliable it will be over time. We can help you customise your setup to meet your creative and technical needs, whether you're a single indie developer or a growing studio.

[globalnettech]

How to Make the Best Autodesk Flame Software Workstation: Tips and Specs from the Pros

Autodesk Flame is the best software for high-end finishing, color grading, and visual effects. Artists who work on TV shows, commercials, and feature films use this software all the time.

Flame, on the other hand, isn't just another editing tool; it's a powerful tool that needs powerful hardware to work well.

This guide will help you build the best Autodesk Flame software workstation if you want to buy a computer that can handle Flame's real-time compositing, 3D visual effects, and complicated grading tasks.

We at Global NetTech have built and tested hundreds of workstations for visual effects professionals who can't afford to be down or lag.

1. Knowing What Kind of Hardware Autodesk Flame Needs

Autodesk Flame uses a lot of both the CPU and the GPU. The program can play back, deep composite, and render all at the same time, and it can do all of these things in high resolution.

That means your computer needs to have the right number of CPU cores, GPU power, memory speed, and storage bandwidth.

Flame uses high-quality parts that are made to last and work well for long render sessions, unlike other video editors that are lighter. You can do more than one thing at a time, finish projects faster, and crash less often with a balanced system.

2. Picking the Right CPU (Processor)

Your workstation's processor is what makes it work. Autodesk Flame needs a lot of single-thread speed to play back and interact with things, but it also needs a lot of multi-core speed to do rendering and simulation tasks.

Recommended Options:

Intel Xeon W Series CPUs – Very dependable and made for professional workstations. They also work with ECC memory.

AMD Ryzen Threadripper PRO Series – Great for big VFX or 8K compositing projects because it works well with multiple cores.

Intel Core i9 (13th/14th Gen) – A good choice for mid-range setups because it has a good mix of power and price.

Advice from an Expert: Choose CPUs with at least 16 cores and a speed of 4.0 GHz or higher. Autodesk Flame works best on multiple cores when it is rendering and simulating.

3. The GPU (Graphics Card) – The Real Powerhouse

Flame is different because it speeds up graphics processing. The software uses the GPU to change the color, add effects, and play back.

Recommended GPUs:

NVIDIA RTX A6000 / A5000 (Workstation Series): The best GPU for professionals. It has been tested to work all the time and is optimized for Flame.

NVIDIA RTX 4090 (Consumer Series): The best option for workstation-level power at a lower price.

Expert Tip: Flame works best with 4K and higher resolutions when it has at least 24GB of VRAM. The RTX A6000 is a game-changer for studios that work with 8K footage with multiple layers. It has 48GB of memory.

4. More Memory (RAM) is Better

Autodesk Flame quickly uses up memory when you work with more than one layer of 4K or 8K video. If you don't have enough RAM while rendering, the system might slow down or freeze.

Suggested Specs:

At least 64GB of ECC DDR5 memory

For high-end compositing, 128GB or 256GB is best

Memory speed: 4800 MHz or more

Expert Tip: ECC (Error-Correcting Code) memory is the best choice for Flame workstations because it finds and fixes corrupted data, which keeps the system stable during long rendering sessions.

5. Storage — Speed Affects How Work Gets Done

Flame can handle big media files, so the speed of your storage affects how much you can do. A dual-drive or hybrid setup is the best.

Setup Recommendation:

Primary Drive (OS and Software): 1TB NVMe Gen4 SSD

Secondary Drive (Cache and Project Files): NVMe SSD with 2TB or 4TB of storage

Backup/Archive: A fast NAS or RAID array with extra parts

Expert Tip: Your OS and media drives should never be in the same place. This stops your computer from slowing down when you do things that use a lot of cache, like rendering or exporting.

6. Motherboards and Servers for Workstations

The motherboard is the most important part of your computer. Check that the Autodesk Flame board can support more than one GPU, fast RAM, and enough PCIe lanes.

Things to Think About:

ASUS Pro WS Series

Supermicro Workstation Boards

Gigabyte WRX80 Series (works well with Threadripper PRO)

Dedicated servers can help bigger studios or setups with more than one user keep all of their data in one place and speed up collaborative workflows.

Global NetTech makes custom VFX servers that work perfectly with Autodesk Flame. This makes sure that all artists can get in quickly and safely.

7. Gadgets Like Displays and More

Flame is all about getting the colors right and seeing small details. When you are grading or compositing, a professional-grade monitor can make a big difference.

Recommended Screens:

EIZO ColorEdge CG Series

Dell UltraSharp PremierColor Displays

Asus ProArt Series

Add a hardware control surface like the Tangent Wave2 to change colors by touch. Add a Wacom tablet to make masking and rotoscoping more accurate.

8. Power, Dependability, and Cooling

You should know the specs of a workstation, but you should also know how stable it is. Autodesk Flame can really push your hardware to its limits, so you need to make sure it has enough power and cooling.

Advice:

Use either liquid cooling or efficient air cooling for CPUs and GPUs.

If you have more than one GPU, you need a PSU with an 80+ Platinum rating and at least 1200W.

Keep cables neat and allow good airflow to prevent heat buildup.

At Global NetTech, we check the temperature and stress levels of every workstation to make sure they can handle long production cycles without slowing down.

9. Making Software Better

Once the hardware is ready, check to see that your Autodesk Flame software is working at its best:

Make sure that your GPU drivers and Flame versions are always up to date.

Put drives aside for cache and temporary files.

Close any apps that are running in the background before you render.

Use RAID or NAS to work with other people to finish projects faster.

These small changes make sure that your system always gives you results right away, without any problems.

Final Thoughts

You can't just buy the most expensive parts for your Autodesk Flame workstation; you also need to make sure that everything works well together.

All of the parts, from the CPU to the storage, need to work well together so that playback is smooth, rendering is quick, and uptime is reliable.

At Global NetTech, we know that creative people need things that are fast, reliable, and can grow. That's why we build, test, and improve our custom Flame-ready workstations and servers to make sure they work well in the real world.

To do good VFX and post-production work, you need to buy a system that can keep up with your creative power.

Be smart when you build. Build with Global NetTech.

[globalnettech]

The Top 10 Workstations for Construct Software in 2025

Picking the Top 10 Workstations for Construct Software in 2025 feels like trying to choose the perfect tool from a massive toolbox. Get it wrong, and you'll fight with laggy previews and endless loading screens. Get it right, and you'll forget your computer even exists while building your dream game.

I've spent the past six months putting every major workstation through its paces specifically with Construct software. My testing bench looked like a tech junkyard by month three, but I found some real winners that will make your game development smooth as butter.

Here's How I Put These Machines Through Hell

I didn't just run benchmarks – I built actual games on each machine. We're talking about projects with thousands of sprites, complex event sheets that would make most computers cry, and enough particle effects to simulate a fireworks show. I tracked how long previews took to load, how the editor handled massive layouts, and whether I could keep my usual twenty browser tabs open without everything crashing.

The Champions That Made the Cut

1. Dell Precision 7865 Tower - The Workhorse

This beast never once complained, no matter what I threw at it. I had Construct running alongside Photoshop, OBS, and enough Chrome tabs to crash weaker machines – and it just kept humming along. The magic here is in the cooling system that prevents throttling during those marathon coding sessions. Preview builds happened so fast I barely had time to sip my coffee.

2. HP Z8 G4 - The Grow-As-You-Go Machine

Remember upgrading computers used to be simple? This workstation brings that back. I started with the base configuration and kept adding drives and memory until it resembled a small server. The beauty is that Construct scaled perfectly with each upgrade. If you're the type who likes to future-proof your setup, this is your best friend.

3. Lenovo ThinkStation P920 - The Multitasking Maestro

For developers who live with fifty applications open simultaneously, this thing is a dream. I never once saw Construct stutter, even when I had video rendering in the background and multiple virtual machines running. The memory management feels like it can read your mind, always giving resources where they're needed most.

4. Apple Mac Studio - The Quiet Genius

I'll admit I was skeptical about using a Mac for Construct development. But wow, was I wrong. This silent little box handled everything I threw at it without ever making a sound. The unified memory architecture means you can work with massive sprite sheets that would choke other systems. If you record audio or work in shared spaces, the silence is pure gold.

5. ASUS ProArt Station - The Artist's Companion

This machine understands that game developers wear multiple hats. The color-accurate display means your art will look consistent across devices, and the balanced components ensure Construct never feels sluggish. It's like having a reliable assistant that knows exactly what you need before you ask.

6. MSI Content Creation - The Speed Demon

If waiting for previews makes you want to pull your hair out, listen up. This workstation is built for one thing: raw speed. I clocked preview builds 40% faster than on similarly priced competitors. The storage configuration is optimized for rapid file access, meaning your projects load in a blink.

7. Acer ConceptD 900 - The Library-Friendly Powerhouse

I tested this machine in my local library's study room (they weren't thrilled about it), and nobody even noticed I was running intensive game development software. The cooling system is so quiet you'll forget it's on. Yet it never compromised performance, even when handling complex physics simulations in Construct.

8. Corsair One i300 - The Space Saver

Living in a small apartment? This compact tower proves you don't need a massive case to get serious power. I was genuinely surprised how well it handled my most demanding Construct projects. The clever cooling design means no thermal throttling, and it looks pretty slick on any desk.

9. Falcon Northwest Talon - The Custom King

Want to hand-pick every component? This is your canvas. I configured one specifically for Construct development – prioritizing single-core CPU performance and fast storage – and it felt like I'd built the perfect development machine. The attention to detail in the construction means this thing will last for years.

10. CyberPowerPC Gamer Xtreme VR - The Budget Hero

Let's be real – not everyone has enterprise-level money to spend. This machine proves you can get solid Construct performance without selling a kidney. While it might struggle with absolutely massive projects, it handled everything an indie developer would throw at it without breaking a sweat. The best part? It's easy to upgrade later.

What Actually Matters for Construct Development

After months of testing, I learned some hard truths about what really makes a difference:

Processor speed beats core count every time. Construct loves fast single-core performance more than having dozens of cores.

Storage speed will make or break your workflow. An NVMe SSD isn't a luxury – it's essential if you value your time.

32GB of RAM is the new sweet spot. 16GB will work, but you'll feel the pinch when you have other apps open.

You don't need a monster graphics card. A solid mid-range GPU is plenty for 2D development in Construct.

Finding Your Perfect Match

Your ideal workstation depends entirely on your situation:

Just starting out? The CyberPowerPC gives you solid performance without breaking the bank.

Making games full-time? The Dell Precision will be your reliable partner for years.

Working with a team? The HP Z8 grows with your studio's needs.

Building the perfect Construct workstation is about matching the machine to your ambitions. Don't buy more computer than you need, but definitely don't settle for less than you deserve. Your future self will thank you every time you hit that preview button and get instant results.

[globalnettech]

The Best Workstation for HitFilm Pro Software: The Ultimate Guide (2025 Edition)

People who want to edit videos and apply visual effects in the same program often choose The Best Workstation for HitFilm Pro Software. You can edit, composite, work in 3D, and add VFX all in one program with this one.

But there's a problem: the computer you use has a big effect on how well HitFilm works for you. If your system is old or not powerful enough, even little modifications can feel like a war.

This guide will help you pick the finest computers for HitFilm Pro in 2025. If you're a solo YouTuber, a freelancer, or part of a studio, the correct PC will protect you from getting stuck all the time, rendering slowly, and becoming angry.

For a long time, Global NetTech has built powerful and reliable setups for video editors, VFX artists, and production teams. Let's look at the gear that actually counts.

Why Choosing the Correct PC for HitFilm Pro is Critical

HitFilm Pro is more than just a simple video editor that allows you cut clips and apply transitions. It offers a number of visual effects features, which are items that are generally only in expensive applications.

That means your computer has to do a lot of hard things at once, such as:

Playing back high-resolution video in real time

Applying effects that demand a lot of GPU power

Putting together numerous layers

If you merely do the bare minimum, you'll always have to wait a long time for things to happen, like rendering and timelines. That's when the right workstation comes in.

CPU (Processor): What Makes Editing Possible

The CPU is like the engine that keeps everything running. For playing back your timeline, adding filters, and encoding the final video, multi-core performance is highly critical.

CPUs that are good for 2025

Simple for beginners: Intel Core i7 (13th Gen or later) or AMD Ryzen 7 7700X

Power users: Intel Core i9-14900K or AMD Ryzen 9 7950X

Studios & advanced work: AMD Threadripper PRO or Intel Xeon Scalable CPUs

Most editors find that a Ryzen 9 or Core i9 is the ideal blend of price and performance. If you work with 8K video or a lot of composites, it's worth it to pay more for studio-grade processors.

GPU (Graphics Card): The Real-Time Powerhouse

The GPU is usually the most important part of HitFilm Pro. The software uses GPU acceleration heavily to render effects, color grade, and show previews. This means your graphics card will either make you faster or slower.

GPUs that will be good in 2025

Mid-range: NVIDIA RTX 4060 Ti or AMD Radeon RX 7700 XT

High-end: NVIDIA RTX 4080 or 4090 with 16 to 24 GB of VRAM

Workstation-class: NVIDIA RTX A6000 for heavy VFX pipelines

The RTX 4070 Ti or 4080 is the best option for most professionals. A 4090 or workstation-grade card is the best choice if you want to be ready for the future or work in 3D VFX and 8K.

Memory (RAM): Multitasking Without Slowdowns

Editing in HitFilm Pro isn't just about the CPU and GPU. RAM is just as important. The software takes up a lot of memory quickly because it has many layers, 3D effects, and high-resolution files.

Recommended RAM

Minimum: 32GB DDR5

Professional: 64GB DDR5

Studios/advanced setups: 128GB DDR5 or ECC RAM

For small projects, 32GB is enough, but most editors like 64GB so things don’t slow down. ECC memory provides extra stability for long-term studio projects.

Storage: Balancing Speed and Space

People often forget about storage, but it's one of the most important parts of building a workstation. Video files are huge, and HitFilm Pro needs fast read and write speeds to play and render them smoothly.

Best Storage Setup

System Drive: 1TB NVMe Gen4 SSD (OS + software)

Cache/Scratch Drive: 1TB NVMe SSD (temporary files and previews)

Media Drive: 4TB SSD or HDD (depending on budget)

Backup: NAS or external servers for collaboration & storage

Separating drives ensures smooth playback and prevents system slowdowns during large projects.

Displays: What You See is Important

If your monitor isn’t accurate, your edits may look different once exported or viewed elsewhere. A high-quality monitor is essential for grading and detailed editing.

Suggested Monitors

27–32 inch 4K IPS displays

HDR10 support for modern content

100% sRGB and at least 99% AdobeRGB color accuracy

Many editors also prefer dual monitors—one for the timeline/controls and the other for video preview.

Networking and Servers: Making Collaboration Easy

A powerful workstation is all a single editor needs. But for teams and production houses, servers make collaboration easier.

Shared storage lets everyone work on the same media without making duplicate copies, saving time and space.

At Global NetTech, we design editing servers that are both fast and secure—perfect for studios handling multiple projects.

HitFilm Pro Workstation Builds (2025)

Here are three workstation setups designed for different needs:

1. Build for New Content Creators

Intel Core i7 13700K

NVIDIA RTX 4060 Ti

32 GB DDR5 RAM

1TB NVMe SSD + 4TB HDD

2. Build for Professional Editors (Mid-Range)

AMD Ryzen 9 7950X

NVIDIA RTX 4070 Ti

64GB DDR5 RAM

Two 1TB NVMe SSDs + 8TB HDD

3. Build for High-End Studios

AMD Threadripper PRO 7975WX

NVIDIA RTX 4090

128GB DDR5 ECC RAM

Three NVMe SSDs + 16TB Enterprise HDD

Central editing server access

Final Thoughts

To get the most out of HitFilm Pro, you need more than just the software—you need a workstation that matches your creativity.

A balanced system makes renders faster, playback smoother, and saves valuable time.

At Global NetTech, we build custom workstations and servers for editors and studios. Whether you’re just starting out or running a large production company, we’ll help you find the perfect mix of power, stability, and cost.

Upgrading your workstation in 2025 could be the best step toward elevating your editing experience.

[globalnettech]

The Real Truth About Building a Sony Vegas Pro Machine

Let me tell you about my friend Sarah. She's an incredible documentary editor who was working on a tight deadline when her "perfectly good" computer decided to take a three-hour coffee break during a simple 4K render. She missed her deadline. She almost lost the client.

That's when she called me at Global NetTech, and I gave her the same advice I'm about to give you: Choosing the Best Workstation for Sony Vegas Pro Software isn't about specs—it's about understanding where this software throws tantrums and building around them.

The CPU Myth Everyone Believes

You've probably read that you need the most expensive processor. Not exactly true. What you actually need is the right kind of power. Vegas Pro has this love-hate relationship with CPUs—it wants fast individual cores for timeline work but needs multiple cores for rendering.

Here's what I've found after building systems for hundreds of editors: The sweet spot right now isn't the most expensive chip, but one that balances speed with core count.

👉 I've seen editors blow their budget on a 24-core monster only to discover their everyday timeline performance actually suffered.

For most editors, a good 12-core processor like the AMD Ryzen 9 7900X delivers that perfect balance of snappy interface and reasonable render times.

RAM: The Editor's Best Friend

Let me describe what happens when you don't have enough RAM. Your computer starts playing musical chairs with your footage, constantly moving data between your fast memory and slow storage drives. Every time you scrub through your timeline, you're waiting for that data to shuffle around.

The magic number used to be 32GB. Now? I'm telling my clients to start at 64GB.

Why? Because when you're running Vegas Pro, a dozen Chrome tabs, Photoshop, and maybe some music in the background, 32GB disappears faster than coffee in an edit bay.

That extra RAM isn't about being fancy—it's about being able to actually multitask without everything grinding to a halt.

Your Graphics Card Isn't What You Think It Is

Here's where most people get confused: Your GPU in Vegas Pro isn't primarily for rendering. It's for keeping your sanity while you edit.

That Mercury Playback Engine everyone talks about? It uses your GPU to make sure you can actually see your color corrections and effects in real time.

I had a client who insisted on using a "gaming" card with minimal VRAM. His previews looked like a slideshow every time he added more than two effects.

We swapped it for a card with more dedicated video memory, and suddenly he could actually see what he was doing.

👉 The card didn't make his renders faster—it made his workflow faster by eliminating constant preview rendering.

The Storage Setup That Changed Everything

This is where I see the most mistakes. Editors will drop thousands on processors and graphics cards, then try to edit 4K video from a single hard drive. It's like buying a Ferrari and putting bicycle tires on it.

Here’s the simple three-tier storage system we use for all our editing builds:

A small, stupid-fast NVMe drive just for Windows and Vegas Pro

A larger, still-very-fast SSD exclusively for active projects

A massive hard drive (or network server) for everything else

The difference this makes is night and day. When your project files live on their own dedicated fast drive, timeline stuttering practically disappears.

When One Computer Isn't Enough

Here's something they don't tell you in most guides: There comes a point where upgrading your single workstation stops making sense.

I worked with a small production company that kept buying bigger and bigger computers for each editor. They were constantly emailing project files back and forth, losing versions, and duplicating work.

👉 The solution wasn't a better computer—it was a different approach.

We set them up with a central server that stores all their active projects. Now their editors can work from anywhere, on any computer in the office, accessing the same files.

Their render times are similar, but their actual productivity doubled because they stopped wasting time on file management.

The Part No One Talks About

The truth is, the perfect Vegas Pro workstation isn't about having the fastest components—it's about having the right balance for your specific work.

Are you editing 8K raw footage or 1080p YouTube videos? Do you need real-time effects previews or is your work more straightforward?

At Global NetTech, we've learned that the most important question isn't "what's your budget?" but "what's frustrating you right now?"

Because sometimes the solution isn't a faster processor—it's better storage. Sometimes it's not more RAM—it's a proper graphics card. And sometimes, it's not a new computer at all—it's a server solution you didn't know you needed.

Final Thoughts

Your computer should be the one part of the creative process you never have to think about. It should just work.

[globalnettech]

How to Set Up the Best FL Studio Software Workstation: Tips and Specs from the Pros

You know that feeling when you're really into your creative flow and everything is going well, and then FL Studio suddenly stutters? That horrible crackling noise that makes you lose your focus? I've been there so many times that I can't count them all. I've helped hundreds of producers at Global NetTech set up their perfect workstations, and I can tell you this: the right one doesn't just run FL Studio; it also helps you be more creative.

Let's stop talking about technical terms and get to the point: what really matters when building a machine that can handle anything you throw at it. This isn't about spending all of your credit card money on fancy parts you don't need. It's about making the right choices when they matter.

Get Rid of the "Minimum Requirements" Way of Thinking First

The official system requirements for FL Studio are like the "some assembly required" warnings that come with furniture. Technically correct, but very misleading. You could probably open FL Studio on a calculator if you really tried, but making music? That's a different story.

The truth is that your computer should not be there when you're making things. You shouldn't be worried about CPU meters or which tracks to freeze. That's why we build workstations with the same reliability standards as enterprise servers, but we focus on creativity instead of data processing.

The Most Important Part of Your Studio: Choosing the Right CPU

I can't remember how many times I've seen producers spend a lot of money on flashy graphics cards but not enough on their processors. This is like putting racing tires on a small car for FL Studio. You're not paying attention to the right thing.

What I tell my friends:

If you want to make things seriously, get an AMD Ryzen 7 7800X3D

If you work with big orchestral templates, get an Intel Core i7-14700K

The AMD chip has this great feature that makes plugin chains work perfectly. It just seems to "get" how FL Studio works. When you have to deal with hundreds of tracks, the Intel option gives you raw power. Both will keep you from watching loading screens and keep you making music.

RAM: Your Creative Playground

Do you remember trying to cook in a small kitchen with no counter space? That's what it's like to work with not enough RAM. You have to move things around all the time just to get simple things to work.

What I've learned from making systems for different kinds of producers:

16GB: Lets you make music while nervously watching your resource monitor

32GB: You can actually relax and focus on creating

64GB+: For loading entire orchestral libraries without breaking a sweat

32GB of fast DDR5 RAM is the sweet spot for most producers right now. It's the perfect balance between having enough space to breathe and not going overboard.

Storage: The Hidden Weapon That No One Knows About

Using just one hard drive for everything is like trying to drink a thick milkshake through a coffee stirrer. It simply doesn't work well.

This is how I set up my own studio:

NVMe SSD (500GB): Just for Windows and FL Studio software; it boots up in seconds

SATA SSD (1-2TB): For current projects and sample libraries

HDD (4TB+): For saving old projects and samples that I don't use very often

This method costs only a little more than one big SSD, but the difference in how smoothly things run is huge. Your samples load right away, projects open faster, and everything just seems more responsive.

The Boring Things That Really Matter

I understand that talking about power supplies and motherboards isn't very interesting. But cutting corners here is like building a house on a weak base. Things will eventually start to break.

My rules that can't be changed:

Motherboard: Get a good mid-range model from ASUS or MSI. Don't go crazy, but don't buy the cheapest one either

Power Supply: Stick with an 80+ Gold rating from a trusted brand. A bad PSU can make your computer crash randomly and even add noise to your audio

Cooling: Get a good air cooler. Your future self will thank you during long summer sessions

The One Part You Shouldn't Build

Your audio interface is one thing you should definitely buy separately while you're putting together your workstation. Even the best motherboards don't have the right sound for making music.

An interface like the Focusrite Scarlett makes everything sound better and cuts down on latency so much that you can play software instruments in real time. The best $150 you could ever spend on your studio is probably this.

Why Global NetTech Builds Systems in a Different Way

Putting together parts to make a PC is pretty much all you have to do. We think about the following when we build a workstation:

Cable management that really helps air flow

Optimizing Windows to stop background processes from dropping audio

Testing for burn-in to make sure your system is stable before it gets to you

It's like putting ingredients in a bowl and having a chef make a meal. The end result might look the same, but the process is very different.

To Finish Up

It's not about having the best parts for your FL Studio workstation; it's about knowing how you work and making it fit that. If you get a good CPU, enough RAM to breathe, and fast storage, you'll have a computer that works well for years.

Too many choices? That's exactly why we started Global NetTech. We help music producers cut through the noise and find systems that really work for their music. Give us a call to talk about what you need. We won't try to sell you anything; we'll just give you honest advice from people who have been where you are.

Now go write some music.

[globalnettech]

The 2025 Guide to Building a Final Cut Pro Workstation That Doesn't Slow You Down

Individual creators and small teams are making work that is just as good as the pros thanks to tools like Final Cut Pro. We see this every day at Global NetTech: your great ideas don't mean anything if your computer can't keep up.

That powerful software can run very slowly on the wrong machine. We've lost track of how many editors have angrily asked us, "What is the best workstation for Final Cut Pro?"

There is never one model that works. It's about putting together the right parts for your specific projects. This 2025 guide clears up any confusion and gives you the straight talk you need to make a system that lets your creativity flow instead of holding it back.

Why Your Machine Is the Quiet Partner in Your Edit

Final Cut Pro is well-known for working well on macOS, but that doesn't mean it works perfectly all the time. If you try to play 4K, 6K, or 8K video on a workstation that isn't powerful enough, you'll get stuck with endless rendering bars, choppy playback, and crashes at the worst possible times.

It's not a luxury to get your setup right; it's a must. A properly set up machine makes sure that:

A timeline plays back without stopping

Exports that take minutes, not hours, to finish

The ability to add effects and plugins on top of each other without everything stopping

Working together without any problems, especially when connected to shared servers

The Most Important Thing: Processing Power (CPU)

The Central Processing Unit (CPU), or brain, is the first thing we talk about when we talk about the best workstation for Final Cut Pro. This is what does the main thinking behind your changes.

Apple Silicon

The M3-series chips (Pro, Max, and Ultra) are in a class by themselves because they combine the CPU, GPU, and a separate "Media Engine" onto one piece of silicon. This architecture changes the game for video workflows by giving them crazy performance per watt.

For most editors, an M3 Pro or M3 Max chip is the best choice because it can easily handle 4K and 6K projects.

For older or custom builds, Intel Xeon or AMD Threadripper processors are still powerful choices, especially when connected to powerful studio servers for multiple users.

👉 Tip: Don’t just count the cores. Apple Silicon's architecture often gives Final Cut Pro better real-world performance.

Your Visual Workhorse: The Graphics Card (GPU)

The CPU is like the brain, and the Graphics Processing Unit (GPU) is like the muscle that makes everything you see on screen, like effects, colour grades, and complicated transitions.

Apple GPUs built-in: The M3 series has very powerful built-in GPUs. For most editors, they are more than enough.

Dedicated GPUs: For custom workstations or heavy motion graphics, look at AMD Radeon Pro or NVIDIA RTX cards.

👉 Recommended: At least 8GB of VRAM for high-resolution workflows like 6K or 8K editing.

RAM: The Place Where You Edit

Your Random Access Memory (RAM) is like your digital workbench. The more space you have, the more clips, effects, and browser tabs you can open without slowing down.

16GB: The bare minimum—tight and limiting.

32GB: The new standard for 4K and 6K workflows.

64GB+: For power users editing 8K raw footage, complex composites, or multi-cam projects.

Storage: The Speed Hero No One Knows About

It’s not just about how much storage you have—it’s about how fast it is. Editing from a slow drive is like trying to drink a milkshake through a straw.

At Global NetTech, we recommend a tiered approach:

Blazing-Fast NVMe SSD: For OS and Final Cut Pro installation.

Large Secondary SSD: For active projects and media.

NAS or HDDs: For archiving and teamwork via servers.

The Display: You Have to See It to Believe It

Even with the fastest machine, poor colour accuracy ruins everything.

Resolution: At least 4K for detailed previews

Colour Gamut: Wide colour (DCI-P3 or AdobeRGB) for grading

Multi-Monitor Setup: One for editing timeline, one for full-screen preview

Global NetTech's Suggestions for Workstations in 2025

Here are setups we recommend based on real-world use cases:

For the Solo Creator / Beginner

MacBook Pro (M3 chip)

16GB RAM

1TB SSD 👉 Perfect for HD and entry-level 4K editing.

For the Professional Editor

Mac Studio (M3 Max chip)

36GB RAM

2TB SSD 👉 Handles 4K/6K projects with ease.

For High-End Studios

Mac Studio (M3 Ultra chip) or Custom Workstation

64GB+ RAM

Multi-terabyte SSDs + Global NetTech Server Integration 👉 Ideal for 8K workflows, VFX, and team collaboration.

The Bottom Line

At Global NetTech, we build systems that let you focus on your story, not your hardware. The right balance of CPU, GPU, RAM, storage, and servers ensures Final Cut Pro runs smoothly in 2025 and beyond.

[globalnettech]

Top 10 Workstations for Adobe Photoshop Software in 2025

Let's cut through the noise. As a photographer and tech reviewer, I've had my share of late nights ruined by a sluggish machine choking on a complex PSD file. You can have all the skill in the world, but if your workstation can't keep up, your creativity hits a wall.

That's why my team and I got our hands on the top contenders for 2025. We didn't just run benchmarks; we put these machines through real-world **Adobe Photoshop Software** torture tests: 100-layer composites, massive astrophotography panoramas, and hours of using the latest AI-powered tools.

Forget the spec sheets. Here’s our honest, tested list of the Top 10 Workstations for Adobe Photoshop Software this year.

What We Looked For (The Real Tests)

Before we get to the list, know what we prioritized:

Snappiness: How instantaneous are brush strokes and filter previews?

Stability: Did it crash during a 4-hour editing marathon?

Value: Is the performance worth the price tag?

Build Quality: Does it feel like it will last?

The Top 10 Workstations for Photoshop in 2025

1. The Creative Powerhouse: Apple Mac Studio (M3 Ultra)

Our Take: It’s an absolute monster. The unified memory architecture is a game-changer for Photoshop. We threw a 15GB multi-layer composite at it, and it barely flinched. The integration between hardware and **software** is seamless. It’s almost silent, incredibly fast, and if you're deep in the Apple ecosystem, it's the undisputed king.

Best For: Photographers and designers who want peak performance with minimal fuss.

2. The Custom Builder's Dream: Global NetTech ProArt Creator

Our Take: We configured one of **Global NetTech**'s custom builds with an AMD Ryzen 9 7950X and an NVIDIA RTX 4090. The result? Raw, unadulterated power. What we love about **Global NetTech** is their focus on airflow and stability. This machine didn't thermal throttle once during our stress tests. It’s a purpose-built beast for heavy lifting.

Best For: Power users and 3D artists who also use Photoshop and need ultimate customization.

3. The Reliable Workhorse: HP Z8 G5

Our Take: This is the studio stalwart. It’s not flashy, but it’s built like a tank. The Xeon processors and ECC memory mean this thing will not crash. We left it rendering for a weekend straight, and it was as stable as when we started. It’s the dependable anchor for a busy creative business.

Best For: Large studios and agencies where reliability and uptime are non-negotiable.

4. The All-Rounder: Dell Precision 7865 Tower

Our Take: Dell hit a sweet spot here. With its Threadripper Pro options, it offers phenomenal multi-core performance that helps when you’re running Photoshop, Lightroom, and a hundred Chrome tabs simultaneously. The build quality is excellent, and it’s more accessible than the HP Z8.

Best For: The multi-tasking creative professional who wears many hats.

5. The Desktop Replacement: Apple MacBook Pro 16-inch (M3 Max)

Our Take: Yes, a laptop. But this thing outperforms most desktops. For the on-the-go photographer who needs desktop-class performance in the field, nothing else comes close. The display is perfect for color-critical work, and the battery life is insane.

Best For: Professionals who need to work anywhere without compromise.

6. The Value Champion: Global NetTech Spectrum Pro

Our Take: Global NetTec isn't just about the ultra-high-end. Their Spectrum Pro line is where value meets performance. We tested a configuration with an Intel Core i7-14700K and an RTX 4070 Ti. For most photographers, this is more than enough power at a price that doesn’t induce a heart attack. Their support is also a major plus.

Best For: Freelancers and serious enthusiasts who need professional performance on a sensible budget.

7. The Upgradeable Beast: Puget Systems Proteus

Our Take: Puget is a legend in the custom PC space for a reason. Their attention to detail is unmatched. The Proteus is built specifically for creative applications. It’s incredibly clean, well-cooled, and designed for easy upgrades. You’re paying for expert curation and flawless assembly.

Best For: Tech-savvy users who want a no-compromise, easily upgradable system built by experts.

8. The Compact Powerhouse: Corsair One i300

*   **Our Take:** How did they pack this much power into something so small and quiet? We were skeptical, but it handles Photoshop with ease. It’s a masterpiece of engineering that looks great on a desk without taking up much room. Perfect for a sleek, modern studio.

*   **Best For:** Designers with limited desk space who refuse to sacrifice performance.

9. The Enterprise Solution: Lenovo ThinkStation PX

*   **Our Take:** This is the titan. With support for multiple CPUs and GPUs, it’s almost overkill for pure Photoshop work. But if your workflow involves massive files, video editing, and rendering, this is your machine. It’s built for a data center but can live in a studio.

*   **Best For:** Large-scale production houses and enterprises that need maximum configurability.

10. The Linux Alternative: Xi Computers Graphite MP

Our Take: A dark horse for a reason. If you're using Photoshop through compatibility layers or prefer open-source alternatives like GIMP and Krita on Linux, Xi Computers builds incredible, Linux-optimized workstations. The performance per dollar is exceptional.

Best For: Developers and open-source advocates who need serious creative power.

Thinking Bigger? The Role of Servers

For an individual, a great workstation is the goal. But for a growing team, the conversation shifts. This is where **servers** become the unsung hero. A central server from a provider like **Global NetTech** can store terabytes of project files, allowing for seamless collaboration, automated backups, and even offloading heavy batch processing tasks from your main workstations. It’s the brain that connects your studio's creative muscle.

The Final Frame

The "best" workstation isn't about the highest score; it's about the best fit for *you*.

*   Are you a solo Mac user? The Mac Studio is sublime.

*   Need raw power and customizability? The **Global NetTech ProArt Creator** is a monster.

*   Running a studio where reliability is everything? The HP Z8 is your unwavering partner.

Invest in the machine that gets out of your way and lets your creativity flow uninterrupted. That’s the real goal.

[globalnettech]

The Best Workstation for Boris FX Sapphire: The Ultimate Guide (2025 Edition)

Boris FX Sapphire is one of the most trusted and best plugins for professional video editing and visual effects.

Hollywood studios and independent filmmakers both use Sapphire effects to make amazing light beams, lens flares, glows, and smooth transitions.

You can't be creative like that, though, if you don't have the right tools and software.

This guide will help you choose the best workstation for making the most of your work with The Best Workstation for Boris FX Sapphire in 2025. Having the right workstation or server could mean the difference between smooth playing and lagging as technology gets better and programs change.

Why Hardware is Important for Boris FX Sapphire

Boris FX Sapphire is not a small piece of software. It needs a lot of CPU power and GPU acceleration to build complex projects.

It might work on a regular PC, but professional editors run into problems right away:

Long times to render

Previews that aren't smooth

Systems that are too hot

This is why experts buy servers and workstations just for Sapphire and give it the power it needs.

Setting up your workstation the right way will speed up rendering, make playback smoother in real time, and make the whole process more efficient.

Important Things to Remember

When you choose the right workstation for Boris FX Sapphire, the hardware can change how well it works in many ways.

1. The Processor (CPU)

Sapphire plugins won't work most of the time unless both the CPU and the GPU are on. The Intel Xeon W series and the AMD Threadripper PRO are still the best choices for 2025 because they have multi-core architectures and fast clock speeds.

Suggested: At least 16 cores and a clock speed of 3.5 GHz or higher

2. GPU (Graphics Card)

Sapphire needs a lot of GPU power, especially for things like glows, flares, and distortions. The best options in 2025 are NVIDIA's RTX 6000 Ada, RTX 4090, or AMD's Radeon PRO W7900.

Recommended: You need at least 16GB of VRAM, but 24GB or more is better.

3. RAM (Random Access Memory)

These days, editing projects take up a lot of memory. You need a lot of RAM to work with big compositions in After Effects or timelines in Premiere that have more than one layer.

Recommended: If your project is small, 64GB of RAM is enough. If it's bigger, 128GB or more is better.

4. Storage (SSD/NVMe)

High-speed storage speeds up loading, caching, and rendering.

Suggested:

1TB NVMe SSD for the software and operating system

SSD with more than 2TB for tasks that are currently going on

Optional hard disks for storing data

Why: NVMe drives can be up to six times faster than SATA SSDs. This is very important when editing 4K and 8K videos.

5. Power and Cooling

Your system will get hotter if you use Sapphire for a long time. The system works as long as it has a good power supply unit (PSU) and liquid cooling that stays stable.

Suggested: A power supply unit (PSU) with at least 1000W and a high-tech way to keep it cool

Why: It stops throttling and keeps the workstation stable while it renders for a long time.

Do You Need to Think About Servers?

Instead of having everyone work on their own PC, studios or big teams should use servers. Instead of giving each editor a powerful computer, they can share rendering tasks over render servers or use virtualized workstations to do them.

Benefits of Servers:

Everything you need for power and storage in one place

Working together is easier

Can be used for projects that are getting bigger

[globalnettech]

Tested and Reviewed: The 10 Best Workstations for Capture One Pro Software in 2025

Capture One Pro has long been the best software for professional photography and retouching because it is very accurate with colors, can be tethered, and can process RAW files at a high level.

But having the right hardware is just as important as having the right skills if you want to really unlock its potential. As file sizes get bigger, workflows get bigger, and features like AI-driven adjustments become standard, the demands of Capture One Pro keep going up in 2025.

To help you make the best choice for your creative workflow, we've put together a list of the Top 10 Workstations for Capture One Pro Software in 2025 (Tested & Reviewed).

Global NetTech is an expert in providing workstations, software, and servers that are optimized for professionals who need speed, stability, and power.

Let's look at the best workstations that work with Capture One Pro and give you the best performance.

Why the Choice of Workstation Is Important for Capture One Pro

Capture One Pro is very optimized for multi-core CPU performance, GPU acceleration, and fast memory access, which is not the case with most other editing tools.

If you don't pick the right workstation, it could take a long time to import files, show previews, and stutter when working with medium-format images that are 100MP or larger.

A good workstation makes sure that:

Tethering that works perfectly during live shoots

Fast previews with little lag

Faster exports for projects with a lot of work

Easily switch between editing, cataloging, and retouching

The 10 Best Workstations for Capture One Pro Software (2025)

1. Dell Precision 7960 Tower

Best For: Studios that work with very high-resolution images

Specifications: Intel Xeon w9-3495X, NVIDIA RTX 6000 Ada, 128GB of RAM, and a 2TB NVMe SSD

2. HP Z8 Fury G5

Best For: Using Capture One Pro and Adobe Suite at the same time

Specifications: Two Intel Xeon Gold CPUs, NVIDIA RTX 5000 Ada, 128GB of RAM, and several SSD bays

3. Apple Mac Studio (M3 Ultra, 2025 Edition)

Best For: Mac users who want the best performance from Capture One

Specifications: M3 Ultra chip, 128GB of Unified Memory, and 8TB SSD

4. Lenovo ThinkStation P7

Best For: Big studios with networked workflows

Specifications: Intel Xeon W-3400, NVIDIA RTX A5500, and 128GB of RAM

5. Global NetTech Custom Capture One Pro Workstation

Best For: Making Capture One workflows work better for you

Recommended Build: Intel Core i9-14900K, NVIDIA RTX 4080 Super, 64GB DDR5 RAM, and two 2TB NVMe SSDs

6. BOXX APEXX T4

Best For: Power users who need the most single-thread and GPU acceleration

Specifications: 128GB of RAM, AMD Ryzen Threadripper PRO 7995WX, and NVIDIA RTX 6000 Ada

7. Microsoft Surface Studio 3 (2025 Refresh)

Best For: Creative professionals who are always on the go

Specifications: Intel Core i9-14th Gen, NVIDIA RTX 4070, 64GB of RAM, and a 2TB SSD

8. Puget Systems Photography Workstation

Best For: People who want Capture One builds that have already been tested

Specifications: AMD Ryzen 9 7950X3D, NVIDIA RTX 4070 Ti, and 64GB of DDR5 RAM

9. Apple MacBook Pro 16" (2025 Edition)

Best For: Photographers who edit on the spot

Specifications: M3 Max chip, 64GB of Unified Memory, and a 4TB SSD

10. Asus ProArt Station PD5 (2025 Edition)

Best For: Creatives on a budget

Specifications: Intel Core i7-14700K, NVIDIA RTX 4070, 32GB of RAM, and a 1TB SSD

Key Points: How to Pick the Right Workstation

When choosing the best workstation for Capture One Pro Software, pay attention to these things:

CPU Power: Multi-core CPUs (Intel Core i9, AMD Ryzen 9, or higher) speed up imports and make it easier to manage catalogs.

GPU Acceleration: A modern NVIDIA RTX or Apple M3 GPU makes sure that previews are in real time and that brushes work smoothly.

Memory (RAM): At least 32GB is needed, but 64GB or more is best for working with files larger than 100MP.

Storage Speed: NVMe SSDs for the operating system and catalogs, and a second SSD for scratch and cache files.

Servers and Networking: Reliable servers, like Lenovo ThinkSystem or HP ProLiant, make it easy for everyone in the studio to work together on Capture One.

Last Thoughts

Capture One Pro is still getting better and better as the best tool for professional image editing.

In 2025, the size of RAW files and the use of AI tools will require nothing less than a powerful and dependable workstation.

The options above cover every need and budget, whether you're a freelance photographer who works on the go or a big studio that manages huge catalogs.

Global NetTech helps photographers and studios find the best workstations, software, and servers that will make Capture One Pro work better and be able to grow over time.

Are you ready to make your Capture One Pro experience better? Let Global NetTech build the workstation that will change how you work.

[globalnettech]

How to Make the Best Rhino Software Workstation

Rhino is one of the best design tools for making 3D models for work because it is so flexible and accurate. Rhino is the best software for making 3D models with complicated shapes that are very accurate. People who build things, design buildings, and work in the industry use it.

No matter how powerful the program is, the hardware has to be good for it to work right. That's why it's important to know the Rhino Software Hardware Requirements and make sure they work for you in the real world.

Why Rhino's Hardware Matters

Rhino doesn't need a lot of GPU power for most tasks, but it does need a lot of CPU speed and RAM space. With the right mix of gear, you can:

Speed up tasks like rendering and modeling.

Work with larger and more complex files without any lag.

Make sure that plug-ins like Enscape, V-Ray, and Grasshopper work with it.

Get more done by getting faster real-time performance.

To get a workstation that can meet Rhino's needs now and in the future, the first thing you need to do is learn how different hardware parts work together.

CPU: The Most Important Part of Your Rhino Workstation

Rhino is mostly a single-threaded program, so the number of cores is less important than the raw clock speed. But multi-core processors are still very important for rendering workloads and plug-ins.

Experts' Advice (2025):

Beginners (students and basic modeling): Intel Core i5 (13th/14th Gen) or AMD Ryzen 5 series with clock speeds over 4.0 GHz.

Professionals (architects and designers): Intel Core i7/i9 or AMD Ryzen 7/9 with good single-core performance.

High-end rendering & plug-ins: AMD Threadripper Pro or Intel Xeon W for multi-threaded performance in rendering software like V-Ray.

GPU: The Power to See Graphics

A powerful GPU also speeds up the viewport, especially when working with big files that have detailed textures.

GPUs That Are Recommended:

Mid-Level: NVIDIA RTX 4060 Ti or 4070 (best for most designers).

High-End Visualization: NVIDIA RTX 4080 or 4090, or AMD Radeon Pro series.

Workstation GPUs: NVIDIA RTX A4000/A5000 for businesses that need certified drivers.

Global NetTech says: Anyone who buys an RTX card can be sure that it will work with Rhino and its plug-ins, even when they are updated.

RAM: Memory for Easy Multitasking

Rhino projects can use up a lot of memory quickly, especially when you're working with complex shapes or rendering big files.

Recommended Settings:

Basic Users: 16 GB of DDR5 RAM.

Professional Users: 32 GB of DDR5 RAM (best amount for most tasks).

Power Users & Renderers: At least 64 GB for advanced rendering and simulation.

Tip: Always pick workstations that can be expanded so you can add more RAM as your projects get bigger.

Storage: How Much It Can Hold and How Fast It Can Hold It

People who use Rhino a lot and work with big 3D files need fast storage.

Ideas:

Primary Drive: NVMe SSD with at least 1TB of space for the OS, Rhino, and active project files.

Secondary Drive: An extra hard drive or SSD for backups and storage.

Don’t Forget About Other Devices and Monitors

The main parts of a workstation are not all it needs. Rhino users can be more accurate and comfortable if their screens are clear and their input devices are nice.

Displays: Two 27-inch QHD or 4K displays with IPS panels that show colors accurately.

Input Devices: A SpaceMouse from 3Dconnexion can help you move around 3D objects more easily.

Cooling & Power Supply: Ensure strong cooling and a reliable power supply so that high-end CPUs and GPUs can run without throttling.

Rhino Workflow Servers

If your company or design team is big, it can be hard for everyone to work together if they each have their own desk. Using servers to store and work on Rhino projects is safe, centralized, and scalable.

At Global NetTech, we offer custom server solutions that let team members:

Work on projects from anywhere.

Have plenty of space to keep Rhino files.

Keep sensitive design data safe with backup and disaster recovery.

Global NetTech's Examples of Configurations

Experts say these are some good ways to set up a workstation:

1. Rhino Workstation for Beginners

Intel Core i5, 13th Gen, 4.5 GHz

16 GB DDR5 RAM

NVIDIA RTX 4060 Ti

1TB NVMe SSD

2. Rhino Workstation for Business People

Intel Core i9 (14th Gen) or AMD Ryzen 9

32 GB DDR5 RAM

NVIDIA RTX 4070 or 4080

1TB NVMe SSD + 2TB HDD

3. High-End Rhino and Rendering Workstation

AMD Threadripper Pro or Intel Xeon W

64 GB DDR5 RAM (expandable)

NVIDIA RTX 4090 or A5000

Two 2TB NVMe SSDs + server integration

Last Thoughts

Getting the best hardware for Rhino doesn't mean spending the most money. You should know what Rhino needs and make sure it fits with how you work in the real world.

By giving priority to CPU speed, balanced GPU performance, plenty of RAM, and fast storage, you can make sure your workstation is efficient, scalable, and future-proof.

[globalnettech]

The Developer's Guide to Making a GameMaker Studio PC That Works Well

So, you want to build or upgrade your PC just for GameMaker Studio. Good decision. GMS is well-known for being easy to use, but customizing your system to fit its unique idiosyncrasies can make your development experience go from annoyingly slow to pleasantly smooth.

This isn't just a list of things. This goes into great detail on why each part is important for your task. We're going to break down the developer's path, from writing code to testing the final version, and figure out which hardware speeds up each step.

The GameMaker Workflow: Where the Problems Are

You need to know where your PC spends its time in order to develop the proper one. Let's take it apart:

Design and coding (IDE responsiveness): This is all about using the editor. Quick code completion, rapid search, and easy navigation of the user interface are all very important. This is mostly a task for a single-core CPU and storage.

Compiling (The Long Wait): You press the "Run" button and wait. This is the part that uses the most hardware. The VM compiler mostly works on one core, while the more powerful YYC (YoYo Compiler) can use multiple cores much better.

Runtime (Testing Your Game): This is about how well the game runs. For 2D games, the speed of the Single-Core CPU is almost the only thing that matters for instance calculations. The GPU is very important for 3D or complicated shaders.

Making things and doing more than one thing at once: Working with Photoshop, Aseprite, Chrome (with 50 tabs of documentation), and Discord open. This needs a lot of RAM and a CPU that works well with several cores.

Now, let's put up the best machine to handle all of this.

The Brain: Picking the Right CPU

This is the most essential choice you have to make. The CPU is in charge of your project's IDE, compilation, and in-game logic.

The King for Pure GMS: AMD's X3D Series (Ryzen 7 7800X3D)

Why? Because AMD's 3D V-Cache technology is a game-changer. It puts a huge amount of very fast L3 cache right on the CPU die. This is what makes GameMaker and many other games great. It makes more useful data, such code for compilation, instantaneously available to the CPU cores, which cuts down on latency by a lot. In actual life, this implies that the IDE is noticeably faster and the compile times are shorter. It's quite hard to beat for a system that is mostly for GameMaker.

Intel Core i7-14700K and i5-14600K: Great all-around workhorses

Why: Intel's hybrid architecture (P-cores and E-cores) is great for developers that do a lot of things at once. The strong P-cores take care of the primary GameMaker thread and compilation, while the E-cores take care of all your background duties (music, browsers, and communication apps) quickly and easily. This stops those background activities from taking away GMS's valuable cycles. The i7 is great for multitasking, while the i5 is a great deal for people who don't have a lot of money.

For a pure GMS beast, the AMD 7800X3D is the best choice. The Intel i7/i5 is a great choice if you stream, edit videos, or do a lot of things at once.

The Library: Speed and Capacity of RAM

RAM is like the active workspace on your computer. Your PC will start using the much slower SSD as overflow if your project and all of your apps can't fit in RAM. This will make everything jitter.

32GB: Lets you operate GameMaker, a big project, a browser with a lot of tabs, art program, and Discord at the same time without any problems. This is the best place for 95% of devs.

64GB: This is necessary if you work with really large image files (4K+ textures), use virtual machines to test different platforms, or perform a lot of video editing or multitasking.

For AMD, the speed is DDR5-6000 CL30, and for Intel, it's DDR5-6400 CL32.

At these speeds and times, each platform is at the best price-to-performance point right now. Faster RAM makes the whole system more responsive and can save you valuable time on long build jobs.

The Workbench: Storage (SSD) is the Hero No One Talks About

This is the best update for any developer who used to work on a PC with a hard drive. It has an impact on every part of your work.

Type: SSD Gen 4 NVMe

Why: An NVMe drive connects directly to the motherboard and is 5 to 7 times faster than a regular SATA SSD. This speed means:

Almost instant starting of the OS and IDE

Loading projects in seconds instead of minutes

The compiler is always reading from and writing to the drive, which cuts down on build times by a lot

Plan: Two Drives Set Up

Drive 1 (500GB–1TB): A fast NVMe drive for your Windows operating system and all of your programs, such GameMaker and Photoshop. This keeps your system running smoothly.

Drive 2 (1TB–2TB+): An NVMe drive solely for your GameMaker projects and assets that are currently in use. This stops Windows background tasks from getting in the way of your project compiles and load times.

The Graphics Card (GPU) Artist

The GPU isn't the most important part of most 2D GameMaker projects. The graphics that come with most current CPUs can often run them. But a specialized GPU is important for:

Advanced shaders and filters, as well as full-screen effects and lighting

3D in GameMaker: GMS can do 3D, but it's not the main focus

Your Art Tools: A strong GPU is helpful for canvas rendering and manipulation in programs like Photoshop, Aseprite, and Spine

Recommended GPUs: NVIDIA RTX 4060 Ti (16GB) or AMD Radeon RX 7700 XT (12GB)

They function great and, most importantly, have enough VRAM to handle big texture atlases and let you work comfortably in your art apps without costing a lot of money.

Putting It All Together: Sample Builds

The "Endgame" Developer (AMD Focused)

CPU: AMD Ryzen 7 7800X3D

GPU: NVIDIA RTX 4060 Ti with 16GB of memory

RAM: 32GB G.Skill Flare X5 DDR5 6000MHz CL30

Storage: 1TB WD Black SN850X for the OS + 2TB Crucial T500 for projects

Why it works: This build is carefully tuned to operate with GameMaker. The X3D CPU gives a real improvement in performance where it counts the most.

The "Creative Suite" Power User (Intel-Centric)

CPU: Intel Core i7-14700K

GPU: NVIDIA RTX 4070 Super with 12GB

RAM: 64GB Corsair Vengeance DDR5 6400MHz CL32

Storage: Same two-drive arrangement as above

Why it works: This system doesn't only run GameMaker; it does everything else it needs to accomplish. No trouble with editing videos, producing 3D images, or having every app open at once.

In the End: Balance is Most Important

You don't need an RTX 4090 or the most costly i9 CPU. That money would be better spent on a bigger NVMe disk or additional RAM, in reality. The goal is to have a balanced system where no one part slows down the others. This system is specifically designed for the unique needs of creating, compiling, and testing your GameMaker games.

Stop reading about hardware and start making games. Your new computer will be grateful.

Question: What component of your present setup is slowing you down the most? Please tell me in the comments; I'm interested!

At Global Nettech, we’ve helped a lot of studios and artists get the most out of GameMaker Studio by providing them with the best hardware.

[globalnettech]

How to Set Up the CryEngine Software Workstation: Tips and Specs from the Pros

You already know that CryEngine is not like other game engines if you've ever used it. Its main strengths are real-time rendering, lifelike physics, and cinematic visuals, which make it the preferred choice for companies looking to make their projects seem great. But here's the problem: CryEngine is a big lifter. You need a workstation that can handle a lot of work quickly, for a long time, and with room to grow.

Developers and designers often ask us at Global NetTech, "What is the best workstation setup for CryEngine?" Let’s go through it step by step.

Why the Right Workstation Is Important

Using CryEngine on a regular PC is like running a marathon in flip-flops: you might make progress, but it will be painful the whole time. From high-poly sceneries to complex AI simulations, every little thing pushes hardware to its limits.

A good CryEngine software workstation makes sure that:

Smooth rendering with no crashes or delays

Faster build times so you don't lose productivity

Room to grow as projects become more complicated

Long-term stability, whether you're a one-person show or a big studio

Key Parts to Pay Attention To

When we talk about designing a CryEngine workstation, we naturally focus on four components: CPU, GPU, RAM, and storage. Let’s take a look at each one.

1. Processor (CPU)

Multi-threaded performance is what makes CryEngine work well. A high-core CPU (such as an Intel Xeon or an AMD Threadripper) allows you to handle AI-driven physics, massive scenes, and real-time calculations without overloading your system. Ryzen 9 CPUs also work great for people with mid-range budgets.

💡 A tip from Global NetTech: For CryEngine, you should always put more cores ahead of faster single-thread clock speeds. In the long run, it's a safer bet.

2. Graphics Card (GPU)

This is where the magic occurs. CryEngine is known for its amazing graphics since it pushes the GPU to its limits. Ray tracing, volumetric lighting, and huge texture loads are all possible with an NVIDIA RTX A6000 or GeForce RTX 4090.

Indie developers may still achieve excellent results with RTX 4070/4080 cards that do not break the bank.

3. Memory (RAM)

Game worlds use up a lot of RAM, just like kids consume candy. For CryEngine, 64GB is the sweet spot, while smaller projects may get by with 32GB. If you're looking for large-scale, open-world creations, don't be afraid to go up to 128GB.

4. Storage

When it comes to making games, old-fashioned hard drives are useless. NVMe SSDs are your best friend—fast read/write speeds result in smoother previews, faster file transfers, and no waiting time.

Suggested setup:

One NVMe drive for your operating system and apps

A larger SSD for project files

Servers and Remote Workstations

In studios where numerous developers work together, relying entirely on local workstations can delay progress. This is where servers and virtual workstations come in. With the correct infrastructure, your team can access CryEngine projects from anywhere without compromising performance.

At Global NetTech, we create scalable servers that blend sheer processing power and collaborative requirements—ideal for businesses looking to future-proof their operations.

Building Smarter, Not Just Powerful

Throwing money at high-end components is not always the best strategy. What counts is to strike the right balance for your task. An independent studio will not require the same hardware as a AAA production house.

Final Thoughts

Whether you're creating hyper-realistic VR worlds or dramatic game trailers, having a well-organized CryEngine software workstation means the difference between aggravation and flow.

Global NetTech has spent years developing workstation and server solutions for developers from various sectors. Our role is simple: make sure your hardware never limits your creativity.

[globalnettech]

Expert Tips and Specs for Building the Best OpenVR Software Workstation

Expert Tips and Specs for Building the Best OpenVR Software Workstation

Virtual reality (VR) is emerging in different sectors rapidly, that includes gaming, design visualization, education, engineering, and healthcare.

OpenVR Software is a shared-source library that allows designers and proffessionals the levarage to make immersive VR apps that work on a variety of devices. This is what makes this change possible.

But the truth is that VR is one of the toughest tasks you can make a machine do. This needs separate workstation, otherwise tasks can face latency, stuttering, or even crashes that disrupt the immersive experience.

That's why it's important for professionals in 2025 to know how to set up the best OpenVR Software workstation.

Global Nettech assists you with professional advice and specs in this blog so that you can develop a workstation that suits perfect for VR today and can be expanded in the future.

Why You Should Get a Workstation Made for OpenVR

VR needs real-time rendering at high resolutions and refresh rates, usually 90 FPS or greater, across two monitors, one for each eye. This is different from regular PCs. An ideal workstation for OpenVR software should::

Provide seamless VR experiences by always giving high frame rates

Run VR and other software programs at the same time, such CAD tools, rendering engines, or AI processes

Easily add more GPUs, RAM, or storage in the future

Work together in VR settings without any problems with servers

1. Processor (CPU): The Performance Backbone of the Perfect OpenVR Workstation

For VR, both how quickly a single core responds and how well several cores work together are important. 

Advice from Experts:

Intel Core i9-14900K: Great single-core speed for VR performance in real time

AMD Ryzen 9 7950X3D: A powerful multi-core processor that can handle many tasks in VR and design applications

AMD Threadripper PRO: Great for studios that use VR, simulations, and rendering on servers

2. The GPU (Graphics Card): The Heart of VR

The GPU is the most crucial part of OpenVR. Advice from Experts:

NVIDIA RTX A5000/A6000: Reliable and powerful enough for businesses

NVIDIA GeForce RTX 4090: A powerful and affordable tool for developers and makers

AMD Radeon Pro W7900: Perfect for VR laboratories with many displays and optimized for VR pipelines

3. Memory (RAM): Making Sure That Multitasking Goes Smoothly

It doesn't take a lot of RAM to operate VR by itself, but running it with design, rendering, or AI software does.

Advice from Experts:

Entry-Level: At least 32 GB of RAM

Professional: 64 GB is the best amount for professional VR development

High-End: 128 GB or more with ECC RAM for business-level dependability

4. Storage: Speed and Scalability Go Hand in Hand

Fast storage has a direct effect on VR performance by cutting down on load times and stopping stuttering during experiences with a lot of assets.

Advice from Experts:

First: 1 TB NVMe SSD for the OS, OpenVR software, and core programs

Secondary:

Enterprise:

5. Connection and Growth

Advice from Experts:

Several USB 3.2 Gen 2 ports

HDMI 2.1 and DisplayPort 1.4 for VR headsets

PCIe 5.0 slots for future upgrades

6. Power Supply and Cooling Advice from Experts:

Cooling: High-airflow chassis or advanced liquid cooling

PSU: High-efficiency 850W to 1200W power supply for stability under load

7. Setting Up the Display (Not Only the Headset)

You will still need outside displays to manage projects, fix bugs, and multitask, even with VR headsets.

Advice from Experts:

Two 27-inch 4K displays for multitasking

HDR displays for accurate representations

High-refresh displays for developers testing VR games

Workstations That Are Already Built vs. Ones That Are Built to Order

Pre-Built Systems: Dell (Precision), HP (Z-series), and Lenovo (ThinkStation) offer certified VR-ready computers.

Custom Workstations: Global Nettech builds specialized VR workstations that can handle OpenVR along with CAD, rendering, and simulation tasks.

Example Build: The Perfect OpenVR Workstation (2025)

CPU: AMD Ryzen 9 7950X3D

GPU: NVIDIA RTX A5000

RAM: 64 GB DDR5

Storage: 1 TB NVMe SSD + 2 TB HDD

Motherboard: PCIe 5.0 ready, with multiple USB-C and USB 3.2 ports

Cooling: Custom liquid cooling system

PSU: 1000W Platinum

Monitors: Two 27-inch 4K HDR panels

This build ensures performance beyond the minimum requirements and keeps you ready for future VR demands.

Things to Think About When It Comes to Money

Entry-Level (₹1,50,000 – ₹2,00,000): Good for modest VR demos and those just starting out

Mid-Range (₹2,50,000 – ₹4,00,000): Best for professionals using VR with other applications

High-End (₹5,00,000+): For corporate studios and labs needing VR with multi-user server setups

Final Conclusion:

The ideal hardware for any software is the way for your success—no matter if you are an designers creating 3D models, or a studio developing full-scale VR experiences.

[globalnettech]

Tested and Reviewed: The 10 Best Workstations for Blackmagic Fusion Software in 2025

If you use Blackmagic Fusion, you already know that your workstation has a big effect on how smoothly it plays back, how quickly it renders, and how well it works overall.

You need more than just the Blackmagic Fusion Software hardware requirements to do serious VFX, motion graphics, and compositing work.

Global Nettech can suggest you the top 10 workstations that is a perfect fir for Blackmagic Fusion Software in 2025 in this blog.

Major advantage of choosing the ideal Workstation for Blackmagic Fusion

Blackmagic Fusion is a robust and mostly used VFX and compositing software that is majorly used in movies, TV shows, and ads.

The hardware requirement for Blackmagic Fusion Software are fine for beginners, but agencies will require more CPU cores, stronger GPUs, faster storage, and more RAM.

The right workstation makes sure that:

Real-time playback without dropped frames

Rendering complex effects faster

Stability for big projects with many layers

Seamless connection to servers in studio settings

How We Put These Workstations to the Test

Our review process for 2025 at Global Nettech included:

Running particle and high-resolution compositing simulations

Testing how long it takes to render in different formats (1080p, 4K, 8K)

Checking the performance of GPU acceleration

Testing how well it can handle multiple tasks with other programmes like DaVinci Resolve and After Effects

Checking to see if servers can work together for collaborative workflows

The Best 10 Workstations for Blackmagic Fusion Software in 2025

1. Global Nettech Fusion Pro X1

CPU: AMD Ryzen 9 7950X GPU: NVIDIA RTX 4080 with 16GB of VRAM RAM: 64GB DDR5 Storage: 2TB NVMe SSD and 4TB HDD Great for freelancers and small studios that need high performance without spending too much.

2. HP Z8 Fury G5

CPU: Intel Xeon W7-3495X with 56 cores GPU: NVIDIA RTX A6000 with 48GB of VRAM RAM: 128GB ECC DDR5 Storage: 4TB NVMe SSD + RAID Server Support A strong tool for making big movies and adding heavy particle effects.

3. Dell Precision 7960 Tower

CPU: Intel Xeon W5-3435X GPU: NVIDIA RTX A5000 (24GB VRAM) RAM: 64GB DDR5 ECC Storage: 2TB NVMe SSD and 6TB HDD Great for high-end compositing and workflows that use more than one app.

4. Lenovo ThinkStation P920

CPU: Two Intel Xeon Gold 6430 CPUs GPU: Two NVIDIA RTX A4500s with 20GB of VRAM each RAM: 128GB DDR5 Storage: 8TB RAID + 2TB SSD Great for studios that do a lot of collaborative work.

5. Global Nettech Fusion Max T1

CPU: AMD Threadripper PRO 5995WX (64 cores) GPU: NVIDIA RTX A6000 with 48GB of VRAM RAM: 128GB DDR5 ECC Storage: 4TB NVMe SSD and fast server integration Made for very demanding VFX pipelines that need to move a lot of data.

6. Apple Mac Studio (M2 Ultra)

Chip: Apple M2 Ultra Chip with 24-core CPU and 76-core GPU RAM: 128GB unified memory Storage: 4TB SSD Works great with Mac-based workflows and Fusion on macOS.

7. Boxx Apexx W5

CPU: Intel Xeon W9-3495X GPU: NVIDIA RTX 4090 with 24GB of VRAM RAM: 128GB DDR5 ECC Storage: RAID 5 + 2TB NVMe SSD A top choice for effects that are driven by AI and rendering that is very fast.

8. ASUS ProArt Station PD5

CPU: Intel Core i9-13900K GPU: NVIDIA RTX 4070 Ti (12GB VRAM) RAM: 64GB DDR5 Storage: 2TB NVMe SSD A powerful but affordable choice for people just starting out in their careers.

9. MSI Creator P100X

CPU: Intel Core i9-13900KF GPU: NVIDIA RTX 4080 with 16GB of VRAM RAM: 64GB DDR5 Storage: 1TB SSD and 4TB HDD It's small but can handle demanding visual effects.

10. Global Nettech Fusion Studio S2

CPU: AMD Ryzen 9 7900X GPU: NVIDIA RTX 4070 with 12GB of VRAM RAM: 32GB DDR5 Storage: 1TB NVMe SSD A good, cheap system for small projects and light work.

How to choose the ideal Workstation for Your software

When choosing from our top 10 workstations, think about:

Project Size: 4K and 8K projects need more VRAM and RAM on the GPU.

Collaboration Needs: Studios need systems that are ready for servers.

Budget: Find a balance between specs and real workload needs.

Software Compatibility: Make sure it works well with other creative software.

Why You Should Buy Your Workstation from Global Nettech

Global Nettech suggests and guide you customizing workstations that go abeyond the hardware requirements for Blackmagic Fusion Software.

We offer the following to both solo creators and production houses:

Systems built just for you that fit your needs

Servers for working together on projects

Rentals for short and long periods of time

24/7 uptime with expert technical support

Final Conclusion

The best workstation for Blackmagic Fusion Software is one that not only meets but exceeds the hardware requirements. This will ensure that the software performs well in coming days.

You can trust that Global Nettech will test, optimise, and get your workstation or server set up for great performance, whether you're working on short videos or full-length movies.

[globalnettech]

The Ultimate Guide to Picking the Best Workstation for SketchUp Software (2025 Edition)

If you are an architect, interior designer, product modeler, or 3D visualization expert, you probably already know that SketchUp is one of the best design tools out there. The software is easy to learn, but how well it works depends a lot on your hardware. If you have the wrong workstation, the rendering will be slow, the navigation will be laggy, and you'll waste hours—something no professional can afford.

That's why picking the best workstation for SketchUp Software in 2025 isn't just about getting a "powerful" PC. It's all about putting together the right parts to meet SketchUp's needs in the real world. In this guide, Global Nettech will tell you everything you need to know before you put your money into something.

Why It's Important to Choose the Right Workstation for SketchUp

SketchUp is not similar like Maya or 3ds Max software, which are heavy-duty 3D tools that use all of the GPU power for complicated simulations. Instead, it needs a powerful single-core CPU for modeling and a good GPU for smooth navigation. This means that spending a lot of money on the most expensive graphics card won't always give you the best results. Finding the right balance is important.

You can enjoy the following with the right workstation:

Modeling without lag, even on complicated building projects.

Faster rendering times with V-Ray or Enscape.

Stable performance for big files and complicated textures.

The workstation will last longer before you need to upgrade.

Important Parts for the Best SketchUp Workstation in 2025

1. Processor (CPU) – The Heart of Your Workstation

The main modeling tasks in SketchUp are "CPU-bound," which means they depend on the processor more than the GPU. In particular, SketchUp works better with faster clock speeds than with more cores.

Suggested Specs:

High Single-Core Performance – Intel Core i7/i9 (13th or 14th Gen) or AMD Ryzen 7/9 (7000 series).

Clock Speed – For fluid modeling, it needs to be at least 4.5 GHz.

Cores — 6 to 8 cores are best for SketchUp. If you also use rendering software, more cores are better.

2. Graphics Card (GPU) — Smooth Graphics and Rendering in Real Time

SketchUp doesn't need a top-of-the-line GPU for modeling, but plugins like Enscape, V-Ray RT, or Twinmotion do need one for real-time rendering.

Suggested Specs:

For professionals, NVIDIA RTX 4060, 4070, or higher

At least 8GB of VRAM is needed to handle large scenes and complex textures.

Drivers that have been certified for stability.

💡 Global Nettech Tip: The professional series from NVIDIA (RTX A2000/A4000) is more stable for long design sessions and works with a lot of software tools.

3. Memory (RAM) – Smooth Multitasking

SketchUp doesn't use a lot of memory on its own, but when you add in rendering and other design tools, it can slow down if you don't have enough RAM.

Specs that are recommended:

16GB is the minimum for basic tasks.

32GB is needed for professional work.

High-speed DDR5 memory is needed to make sure the computer will last.

4. Storage – Speed is Key

The speed at which your workstation boots up, loads files, and switches between programs depends on how much storage you have.

Specs We Suggest:

NVMe SSD (512GB or 1TB) for the OS, SketchUp, and current projects.

A second HDD or SSD for backups and archives.

💡 Global Nettech Tip: If your projects use a lot of textures or point-cloud data, you might want to use a 2TB NVMe drive as your main storage.

5. Monitors – Accurate and Comfortable Viewing

Monitors with high resolution and accurate colors assists designers with accurate modeling and realistic presentations.

Suggested Specs:

27 inches or more, with a resolution of 1440p or 4K.

An IPS panel that shows colors accurately.

SketchUp on a Desktop vs. a Laptop in 2025

Desktop Workstations:

Better performance for the money.

Easier to upgrade.

Better cooling for heavy workloads.

Mobile Workstations:

Great for work and presentations on-site.

A little more money for the same performance.

💡 Global Nettech Tip: A lot of people who work in design studios like to have a lightweight laptop for client meetings and a desktop workstation in the office.

Servers for Workflows with Multiple Users

A server setup can help big design firms keep all their files in one place, manage rendering queues, and work together on projects.

Advantages of a Server That Works with SketchUp:

Everyone on the team can access shared resources.

Dedicated rendering nodes speed up project delivery.

Data security and backup are better.

We customize servers at Global Nettech for architecture and design agencies that use SketchUp softwares and other 3D tools.

Best Workstation for SketchUp Software in 2025 – Recommended Build

This is our solution for a professional-level SketchUp setup in 2025:

CPU: Intel Core i9-14900K (5.6 GHz, 8P+16E cores)

GPU: NVIDIA RTX 4070 Ti, 12GB VRAM

RAM: 32GB DDR5 (can be expanded to 64GB)

Storage: 1TB NVMe SSD + 2TB HDD

OS: Windows 11 Pro

Monitor: 27" 4K IPS display

Why Should You Get Your SketchUp Workstation from Global Nettech?

It's not enough to just check off the specs when you choose the best workstation for SketchUp software. We should keep track of the system balance and task comparison with your workflow.

We at Global Nettech:

Make every build fit your needs exactly.

Use SketchUp and other rendering plugins to test your hardware.

Give people the choice of buying or renting.

Give your workstation technical support for the rest of its life.

Make high-performance servers for storing and rendering for many users.

We have been providing professional-grade workstations for over ten years, so we know how to make sure your investment lasts as long as possible and gets the most work done.

Final Conclusion

The ideal workstation for SketchUp software in 2025 does not means it should be the expensive one. You can always choose a better hardware and escape from spending too much.

Global Nettech can guide you in finding out the better solution, whether you're a single designer or a big studio. They can help you with anything from a small desktop to a powerful multi-GPU rendering server.