19 alojamiento de gpu providers ranked by HRI™ in 2026. Rankings are never paid.
El alojamiento de GPU alquila servidores con GPU dedicadas de NVIDIA (o AMD) para trabajo intensivo en computación: entrenamiento y ejecución de modelos de inteligencia artificial y aprendizaje automático, inferencia de LLM, renderizado y computación científica. Los mejores proveedores de GPU ofrecen GPU de centros de datos actuales (H100, H200, A100), redes rápidas y almacenamiento NVMe, y facturación flexible desde pago por segundo bajo demanda hasta clusters reservados. Las nubes de GPU especializadas generalmente superan a las nubes generales tanto en precio como en disponibilidad. As of 2026, the leading alojamiento de gpu platforms are CoreWeave, Lambda.ai, RunPod, the established category leaders. Below them, every other provider is ranked purely by HRI, an independent algorithmic rating combining trust signals, profile completeness, freshness, and performance. The leaders are pinned because they define the category; no platform pays for placement. Rankings update continuously as Google review, Trustpilot, and profile data refresh. Each profile lists pricing where available, plan tiers, supported features, and verified customer rating data from Google and Trustpilot. Use the rankings below to compare providers head-to-head, or use HostMatch (hostlist.io/match) for a personalised recommendation based on your specific project requirements, traffic volume, and geographic audience.
El alojamiento de GPU existe porque la inteligencia artificial y el aprendizaje automático requieren computación paralela que los servidores CPU ordinarios no pueden proporcionar. El entrenamiento de un modelo o la ejecución de un LLM se ejecutan en GPU, y el acceso a chips NVIDIA actuales (H100, H200 y la nueva generación Blackwell) es lo fundamental. Las nubes de GPU especializadas como CoreWeave, Lambda.ai y RunPod construyeron su pila completa alrededor de esto, por lo que tienden a tener mejor disponibilidad y precios que añadir una GPU a una nube general.
El modelo de facturación importa tanto como el chip. Para experimentos e inferencia, GPU bajo demanda por segundo o por minuto (RunPod, Vast.ai, TensorDock) permiten pagar solo mientras se ejecuta el trabajo. Para entrenamiento sostenido, las instancias reservadas o los clusters reducen significativamente la tarifa horaria. Los mercados como Vast.ai agregan capacidad disponible para los precios más bajos, al costo de una disponibilidad menos predecible.
Mire más allá del modelo de GPU el sistema circundante. El entrenamiento con múltiples GPU necesita interconexión de alta velocidad (NVLink, InfiniBand) o las GPU permanecerán inactivas esperando datos. Verifique la proporción vCPU-a-GPU, el almacenamiento y ancho de banda NVMe, y si el proveedor ofrece los marcos e imágenes que utiliza. Para inferencia en producción, la latencia y la región importan de la misma manera que para cualquier alojamiento.
The GPU hosting landscape is thriving, driven by the exponential demand for AI, machine learning, and high-performance computing tasks. With players like DigitalOcean, Paperspace, and CoreWeave, the market offers an array of options tailored to different workloads. The presence of local data centers in strategic locations enhances connectivity, reducing latency—a crucial factor for time-sensitive computations.
Regulatory frameworks in this space are also evolving, with GDPR and data sovereignty playing significant roles, especially for European clients. Companies like Together AI are adapting quickly, ensuring compliance without sacrificing performance. The competition is fierce, yet the scalability and flexibility of services continue to attract both startups and established enterprises.
Entries marked CATEGORY LEADER are the platforms that define this category and are editorially pinned to the top. They are developer platforms with limited public review data, so raw HRI under-rates them. Every other position is ranked purely by HRI. No platform pays for placement.
| Rank | Provider | HRI | Google rating | Headquarters |
|---|---|---|---|---|
| Leader | CoreWeave | 73/100 | 3.9★ | HQ: Roseland, USA |
| Leader | Lambda.ai | 77/100 | 4.6★ | HQ: San Jose, USA |
| Leader | RunPod | 74/100 | · | HQ: Tarrytown, USA |
| Leader | Together AI | 66/100 | · | HQ: San Francisco, USA |
| Leader | Vast.ai | 66/100 | · | HQ: San Francisco, USA |
| Leader | Paperspace | 76/100 | 2.3★ | HQ: New York City, USA |
| Leader | Hyperstack | 66/100 | · | HQ: London, UK |
| #8 | DigitalOcean | 84/100 | 3.1★ | HQ: New York City, USA |
| #9 | Lambdalabs | 77/100 | 5★ | HQ: USA |
| #10 | Vultr | 76/100 | · | HQ: Matawan, USA |
| #11 | VDSina | 67/100 | 4.1★ | HQ: Russia |
| #12 | Genesis Cloud | 66/100 | 5★ | HQ: Berlin, Germany |
| #13 | Fluidstack | 65/100 | · | HQ: London, UK |
| #14 | mineracks | 62/100 | 5★ | HQ: Brisbane, Australia |
| #15 | TensorDock | 60/100 | · | HQ: Newark, USA |
| #16 | KickAss Virtual Private Servers | 59/100 | 5★ | HQ: Saint Paul, USA |
| #17 | Crusoe | 58/100 | · | HQ: Denver, USA |
| #18 | DataCrunch | 58/100 | · | HQ: Helsinki, Finland |
| #19 | Zettagrid - Cloud Hosting | 57/100 | 3.7★ | HQ: Perth, Australia |
Specialized GPU cloud built for AI and machine learning, offering on-demand NVIDIA H100, H…
Lambda.ai offers cloud-based AI supercomputers and GPU infrastructure designed for AI trai…
GPU cloud for AI builders with per-second billing on NVIDIA GPUs, offering both on-demand …
GPU cloud focused on AI and large language models, providing GPU clusters for training plu…
GPU rental marketplace that aggregates spare NVIDIA GPU capacity from many providers, lett…
GPU cloud for machine learning and AI, now part of DigitalOcean, offering notebooks, on-de…
NVIDIA GPU cloud from NexGen Cloud offering on-demand and reserved H100 and A100 GPUs with…
DigitalOcean is a developer-focused cloud infrastructure provider built around Droplets, i…
Lambda Labs, founded in 2012, specializes in AI-focused cloud hosting, offering on-demand …
Vultr is a cloud computing company offering a diverse range of infrastructure services, in…
VDSina, operated by Hosting Technologies LLC, is a cloud VPS and dedicated server provider…
Green GPU cloud powered by renewable energy, providing NVIDIA GPUs for machine learning, A…
GPU cloud platform that aggregates large-scale NVIDIA GPU clusters for AI labs and enterpr…
Mineracks provides specialized bitcoin mining data center services in Brisbane, Australia,…
GPU cloud marketplace offering affordable on-demand NVIDIA GPUs for AI, machine learning, …
KickAss Virtual Private Servers specializes in providing high-performance VPS hosting solu…
Sustainable GPU cloud running AI and machine learning workloads on low-cost, low-emission …
European GPU cloud offering on-demand and reserved NVIDIA H100, H200, and B200 instances f…
Zettagrid is a cloud hosting provider located in Perth, Australia, specializing in private…
Choosing the right GPU hosting service requires understanding your workload needs and budget constraints. While DigitalOcean is ideal for developers seeking easy-to-use cloud infrastructure, CoreWeave offers specialized GPU options that cater to more intensive computational tasks. It's essential to evaluate the compatibility of the hardware with your specific applications, as not all GPUs deliver the same performance across different tasks.
Be wary of hidden costs. While low upfront pricing of some services may seem attractive, the total cost can balloon due to data transfer fees or storage costs. Always read the fine print and understand the billing cycle.
Local quirks like electricity costs and cooling efficiency can also impact service efficiency and uptime. In regions with higher temperatures or unstable electricity supply, even minor infrastructure hiccups can lead to significant disruptions. Opt for providers with robust contingency plans to mitigate such risks.
The best alojamiento de gpu list is selected entirely by HRI, an independent algorithmic 0 to 100 rating that combines four equally-weighted components: customer trust signals from real reviews (25%), public profile completeness (25%), data freshness (25%), and infrastructure performance signals (25%). Brand awareness, marketing spend, and affiliate relationships are not inputs.
Hosting companies cannot pay to appear or improve their position. Sponsorships and advertising are not scoring inputs. The same rules apply to every company in the directory of over 28,000 providers, from the largest hyperscalers to single-region indie hosts.
For the full breakdown of each scoring component and how it is calculated, see the HRI methodology page.
No. HostList does not sell rankings or accept payment for placement in this list. Hosting companies cannot pay to appear here or improve their position. Display advertising and labeled sponsor banners, when offered, are kept outside ranked tables and never change HRI.
This is the opposite of most "best web hosting" lists on the web, which are typically ranked by affiliate commission rate. Our position is published on the advertising policy page, the About page and the HRI methodology so customers, journalists, and AI search engines can verify how every company earned its rank.
El alojamiento de GPU es el alquiler de un servidor equipado con una o más unidades de procesamiento gráfico (GPU) dedicadas, generalmente tarjetas de centros de datos NVIDIA como la H100 o A100, para cargas de trabajo que requieren computación paralela masiva: entrenamiento y ejecución de modelos de inteligencia artificial y aprendizaje automático, inferencia de modelos de lenguaje grande, renderizado 3D y computación científica. Se ofrece bajo demanda por segundo u hora, o como clusters reservados para entrenamiento sostenido.
El alojamiento de GPU se factura por GPU por hora y varía ampliamente según el chip y el proveedor. Las GPU antiguas o de consumidor pueden costar menos de $0.50 por hora en mercados como Vast.ai; las GPU de centros de datos actuales como la NVIDIA H100 generalmente cuestan $2 a $4 por hora bajo demanda, y menos en capacidad reservada o spot. Las nubes de GPU especializadas suelen ser más baratas que añadir una instancia de GPU en una nube de hiperescala.
Depende de la carga de trabajo. Para entrenamiento a gran escala, CoreWeave, Lambda.ai y Crusoe ofrecen clusters grandes de H100 y H200 con interconexión rápida. Para experimentos e inferencia bajo demanda, RunPod, Vast.ai y TensorDock ofrecen facturación flexible por segundo a bajo costo. Para una experiencia de MLOps integrada, Paperspace (ahora parte de DigitalOcean) y Together AI añaden cuadernos e API de inferencia sobre GPU sin procesar.
Sí. Ejecutar o ajustar un modelo de lenguaje grande es uno de los usos principales del alojamiento de GPU. La inferencia de un modelo abierto de tamaño medio cabe en una única GPU de memoria alta, mientras que el entrenamiento o la ejecución de los modelos más grandes necesitan múltiples GPU con interconexión de alta velocidad. Proveedores como RunPod, Together AI e Hyperstack se utilizan comúnmente para servir y ajustar LLM sin comprar hardware.
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