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GPU as a Service (GPUaaS) offers scalable, on-demand GPU access via the cloud, while on-premise GPUs require upfront hardware purchases and management. Cyfuture Cloud provides competitive GPUaaS with flexible pricing for AI/ML workloads, often proving more cost-effective than on-prem setups, especially when factoring in storage.
|
Aspect |
GPUaaS (Cyfuture Cloud) |
On-Prem GPUs |
|
Upfront Cost |
None (OpEx: $4.50/hr reserved H100) |
$595K–$695K for 8x H100 server (3 yrs) |
|
3-Year TCO (8 GPUs, 40% util.) |
~$311K incl. compute, storage |
~$595K+ (hardware, power, cooling) |
|
Storage |
Included/integrated (NVMe, no egress fees) |
Separate CapEx (~$50K+ for NVMe) |
|
Break-even |
Cheaper below 75% utilization |
Cheaper >75% sustained use |
Key Insight: GPUaaS saves 50%+ over 3 years for variable workloads, with storage bundled seamlessly on Cyfuture Cloud.
GPUaaS shifts costs from CapEx to OpEx, eliminating large initial outlays. For an 8x NVIDIA H100 setup over 36 months at 240 hours/month per GPU, Cyfuture Cloud's reserved rate of ~$4.50/hour totals ~$311,000. This covers hardware, power, cooling, and updates—no surprises.
On-prem demands $100K+ upfront per server, plus ongoing expenses. Total 3-year cost hits $595K–$695K, including spares and support. Low utilization (30–50% common in AI teams) inflates effective hourly rates to ~$7.80/GPU-hour.
Cyfuture's pricing avoids hyperscaler markups, offering H100/H200 access for Indian enterprises with clear, predictable billing.
Cloud storage is a hidden win for GPUaaS. Cyfuture Cloud bundles high-speed NVMe/object storage with no egress fees, keeping data near GPUs for low-latency AI training. Monthly costs scale with need—e.g., 10TB at ~$20/TB.
On-prem storage adds CapEx: $25K–$50K for NVMe arrays, plus power/cooling (~$10K/year). Maintenance and scaling require IT overhead, often doubling effective costs. Cloud eliminates this, with Cyfuture providing seamless integration for ML datasets.
Over 3 years, storage pushes on-prem TCO 20–30% higher, while GPUaaS keeps it under 10% of total spend.
On-prem hides depreciation (3–5 years), staffing (~$50K/year IT), and power (₹25–30 lakhs/H100 unit in India). Downtime from failures adds 5–10% overhead.
GPUaaS utilization flexibility shines: pay only for active hours. Cyfuture's models (hourly/subscription) suit bursty AI workloads, achieving 50%+ savings vs. on-prem's stranded assets.
For steady high-use (>75%), on-prem edges out—but few hit this without overprovisioning.
Cyfuture specializes in GPUaaS for India, with H100/MI300X access, 24/7 support, and no hidden fees. Enterprise security and expert ops reduce TCO further. Vs. hyperscalers, lower latency and costs make it ideal for AI/ML/HPC.
Performance matches on-prem for most workloads, with cloud scaling instant.
For most users, GPUaaS via Cyfuture Cloud wins on cost—50%+ savings over 3 years, including storage—due to OpEx, flexibility, and no maintenance burden. Choose on-prem only for constant max utilization. Migrate to Cyfuture for AI efficiency in 2026.
1. What pricing models does Cyfuture Cloud offer for GPUaaS?
Hourly pay-as-you-go (~$5–$10/hr H100), reserved discounts ($4.50/hr), and subscriptions for predictable savings. No egress/storage surprises.
2. How does cloud storage impact total costs?
Bundled NVMe/object storage adds minimal OpEx (~$20/TB/mo on Cyfuture), vs. on-prem's $50K+ CapEx and ops. Ideal for large AI datasets.
3. When is on-prem cheaper?
Above 75% utilization over 3+ years, with in-house expertise. Rare for variable AI loads.
4. Does Cyfuture support Indian enterprises specifically?
Yes—local data centers, INR billing, H100/H200 GPUs, and compliance for low-latency AI.
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