The Cheapest Way to Train a Machine Learning Model on the Cloud using Premium GPUs

My Journey: Training a Machine Learning Model on a Budget

The Ambition

I was captivated by the idea of blending music with machine learning. My goal? To construct a transformer model capable of generating rock songs by processing an expansive MIDI dataset.

The Challenge

Despite my enthusiasm, I faced two major obstacles: the computational demands of my project and my limited budget. I aimed to train my model to recognize and process various instruments from my dataset separately, ensuring each song’s essence was captured. But to achieve this without incurring enormous costs was proving challenging.


The Revelation

The solution emerged in the form of cloud platforms offering access to premium GPUs. These platforms were not only powerful but also cost-effective, perfectly fitting my budget constraints. The results? My model began generating high-quality rock tunes, and the role of GPUs in this success was undeniable. Their efficiency transformed my project, making premium machine learning accessible even on a tight budget.

Paperspace: The Affordable Powerhouse

In the world of cloud computing, a myriad of services promises premium GPU power. Yet, among them, Paperspace stands out as an undeniably superior and cost-effective solution, especially for those diving deep into machine learning and artificial intelligence.

The $8 Pro Plan: Tailored for the Innovators

For just $8 a month, the Pro Plan is a godsend for ML/AI engineers and data scientists alike. Whether you’re a solo researcher or a budding ML enthusiast, this plan fits like a glove.

One might wonder: at such a price point, are there any compromises on the GPU front? Surprisingly, no.

Exclusive Feature: The Pro Plan allows users to harness the capabilities of 2x A4000 GPUs without incurring additional costs. Given that these GPUs are tailor-made for demanding machine learning tasks, the value proposition is unbeatable.

Thinking about the hours you could log on Google Colab and still face runtime limitations? Paperspace changes the game. The consistency, dedicated GPU time, and extended sessions surpass what platforms like Colab offer. Not to mention, the seamless environment set-up saves time and reduces the friction of getting started with your projects.

If you’re intrigued and wish to embark on this journey, my link is the gateway. By using this link, you not only support my endeavors but also get a jumpstart on Paperspace with a bonus.

Stepping Up with the $39 Growth Plan: The Power Group Needs

For those who are part of research groups, startups, or are leading innovative teams, the Growth Plan is designed keeping scalability and power in mind. At $39 a month, it unlocks a suite of features and GPU power that can compete with the best in the industry.

The Upper Hand: The Growth Plan gives users the luxury to choose. Whether it’s the power of 4x A6000 GPUs or the unparalleled might of the A100 80GB GPU, it’s all available. Such flexibility ensures that irrespective of the project size or complexity, there’s always ample computational power at hand.

Here’s a breakdown of the GPU offerings under the Pro and Growth Plans:

GPU NameMemoryTFLOPS (SP)Pro PlanGrowth Plan
A400016 GB19.2✔️✔️
A600048 GB38.7✔️
A100 80GB80 GB19.5✔️

Considering the pricing, the GPU power on offer, and the scalability, Paperspace’s Growth Plan presents a compelling case against even the bigger players in the cloud computing arena.

Paperspace vs. The Rest

What truly sets Paperspace apart is its sheer value for money combined with performance. Platforms like Google Colab, though free, have restrictions that can hinder the progress of intensive projects. Session timeouts, limited GPU access, and the occasional wait times can be counterproductive. With Paperspace, these concerns are relics of the past. The dedicated GPU time, combined with the power of GPUs like A4000, A6000, and A100 80GB, means that projects are completed faster, more efficiently, and without interruption.

Moreover, the added advantage of not needing any set-up, as everything comes pre-configured, makes Paperspace an obvious choice for both beginners and veterans in the machine learning field.

Final Thought: If you’re still on the fence, think about the countless hours you can save, the efficiency you can achieve, and the high-powered GPUs you can access without breaking the bank. As someone who has treaded this path, I can vouch for Paperspace’s efficacy. Take the leap, use Paperspace, and embark on a journey that blends affordability with powerhouse performance and claim $10 bonus.

Vultr’s Generous Offer: Jumpstart with the A100 GPU

In the midst of an ocean of cloud services, Vultr’s offer stands out as a beacon for machine learning enthusiasts. Whether you’re a veteran in the field or just starting out, their offer is hard to resist.

The $250 Incentive: A Warm Welcome

Vultr presents a generous welcome gift for new users: a whopping $250 credit. This is no mere marketing ploy; it’s a substantial amount that can propel your ML projects significantly. All you need to do is utilize my Vultr link to sign up, and this sizable credit is yours to exploit.

The A100 GPU Virtual Machine: A Force to Reckon With

For just $108.00/month, Vultr offers a virtual machine powered by the esteemed Nvidia A100 GPU. Now, let’s do some math. With the $250 credit from Vultr, in the first month, not only can you utilize this powerhouse GPU almost for free, but you also get some surplus for other tasks or extended training sessions. For someone who’s looking for efficient, yet affordable training, this is nothing short of a golden ticket.

4. GPU Showdown: Which One’s the Best for Machine Learning?

The world of GPUs can be perplexing, especially when choosing one for specific tasks like machine learning. So, let’s demystify some of the key metrics and players.

Understanding GPU Metrics

  • TFLOPS: Teraflops (or TFLOPS) represent the computational capability of a GPU. In the context of ML, a higher TFLOP value usually means faster model training.
  • Memory: More memory allows for larger models or datasets to be loaded at once, speeding up processes.
  • vCPUs: Virtual CPUs play a role in overall system performance, impacting data preparation and other non-GPU tasks.

The A100 GPU: Nvidia’s Crown Jewel

Nvidia’s A100 GPU isn’t just another graphics card. It’s a dedicated machine learning behemoth. With impressive TFLOPS and substantial memory, it’s designed to handle the most demanding ML tasks with ease. It’s no surprise that it’s often the first choice for large-scale ML projects.

A4000 and A6000: The Middle Ground

While the A100 is undeniably powerful, Nvidia’s A4000 and A6000 also deserve mention. They bridge the gap between high-end and mid-range, providing robust performance without the heavy price tag of the A100. For many projects, they strike a beautiful balance of cost and power.

Cost vs. Performance: The Eternal Debate

Ultimately, the best GPU is subjective and depends on your project’s needs and budget. The A100, with its unmatched prowess, is perfect for extensive projects where time is of the essence. Meanwhile, the A4000 and A6000 are cost-effective workhorses, delivering reliable performance for most ML tasks.

When balancing the scales of cost and performance, it’s essential to evaluate both immediate needs and future scalability. While the A100 offers blazing speeds, the A4000 and A6000 can often provide better “bang for your buck,” especially for mid-sized projects.

Vultr vs. Paperspace: A Machine Learning Showdown

Choosing a platform for machine learning boils down to a combination of factors: cost, GPU options, ease of use, and specific needs. Here’s a concise comparison between Vultr and Paperspace for ML.


  • Generous Incentives: With a massive $250 credit upon sign-up using my link, you can get a robust start without shelling out much initially.
  • A100 GPU VM: Priced at $108.00/month, you get to experience Nvidia’s beastly A100 GPU, which is virtually free in the first month considering the initial credit.
  • Directness: Vultr is straightforward. You get SSH access, a clear pricing strategy, and the ability to easily spin up VMs tailored to your needs.


  • Tailored for ML: Paperspace is designed with machine learning in mind. Their Gradient platform simplifies developing, tracking, and collaborating on ML projects.
  • Flexible Plans: Starting from the $8 Pro Plan, where you can use 2x A4000 GPUs for free, to the $39 Growth Plan offering access to 4x A6000 or the A100 80GB, there’s a range for everyone.
  • Better than Colab: With persistent storage, better GPU offerings, and more control, Paperspace is often seen as a superior alternative to platforms like Google Colab.

Conclusion: Both Vultr and Paperspace bring unique strengths to the table. Vultr offers generous initial credits and direct access, making it attractive for those looking for a straightforward approach. On the other hand, Paperspace, with its dedicated ML platform and diverse GPU offerings, is tailored for a more integrated ML experience. Whichever you choose, both platforms stand out as commendable choices for machine learning in the cloud.

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