Customizable High-Performance Bare-Metal Servers
OVHcloud offers high-performance bare-metal servers that are specially configured to provide optimal performance for various workloads. These servers can be used individually or as part of a cluster, offering a range of high-density and low-latency hardware configurations suitable for tasks like machine learning, grid computing, in-memory databases, and artificial intelligence applications. Users have the flexibility to customize their servers by choosing processors, RAM, RAID type, storage, and even adding graphic processing units (GPUs) to meet specific requirements.
High Availability and Interoperability
The preconfigured clusters are designed for high availability and fault tolerance, using a resilient architecture to ensure smooth communication between servers at high speeds of several Gbits/s within a secure VLAN. Additionally, users can securely interconnect their clusters with other OVHcloud solutions through the high-speed OVHcloud vRack private network, enabling seamless communication across multiple data centers globally.
Optimized Servers for Various Workloads
OVHcloud's high-performance servers cater to a wide range of applications, from mass analysis tasks to e-commerce sites, digital simulations, very high-definition video applications, big data analytics, AI, machine learning, and in-memory databases. The NVMe SSD-equipped servers deliver exceptional performance, with low latency and high disk access speeds, making them ideal for demanding use cases that require fast data processing and analysis.
Key Features and Support
Key features of OVHcloud's preconfigured clusters include a high-performance network for smooth data exchanges, an open ecosystem for AI and machine learning frameworks, fast disk access with minimal latency, and hot-swappable hard disks and SSDs for easy maintenance and scalability. Moreover, OVHcloud provides different levels of support, including technical expertise, customer service, and an extensive network of partners, ensuring a seamless experience for users in deploying and managing their workloads.