Introducing the third generation of Advance dedicated servers, OVHcloud continues to innovate not only at the CPU level but also at the network level thanks to an upgraded high-performance private network. Combined, those innovations give ADV-Gen3 Bare Metal servers the perfect performance and price ratio.
Leveraging brand new AMD EPYC 4004 Series processors on the AM5 platform, OVHcloud is the first provider to bring this level of advanced performance in accessible servers. Empowering a variety of customers, including SMB organisations looking to grow their business, these third-generation Advance Bare Metal servers offer unparalleled performance at a unique price point starting at 84,99 euros per month.
Balancing high processing power with the Group’s compelling performance-price ratio, new ADV-Gen3 Bare Metal servers benefit from the critically acclaimed AMD “Zen 4” micro-architecture with up to 16 cores and 32 threads for demanding workloads. Additionally, a 24-core, 48 threads variant for ADV-5 is powered by AMD EPYC™ 8224P processors. Available in various configurations, ranging from ADV-1 to ADV-5, ADV-Gen3 servers are ideally suited for use cases such as web hosting, SaaS or PaaS solutions, containerisation, virtualisation, databases, VDI or storage and archiving for ADV-STOR.
“We are thrilled to collaborate with OVHcloud on Bare Metal dedicated servers powered by AMD EPYC processors. Leveraging the same powerful technology trusted by major data centers, AMD EPYC 4004 Series processors are designed for affordability, empowering small and medium businesses to achieve greater success.” said John Morris, Corporate VP, Enterprise and HPC Business Group at AMD.
“We are incredibly excited to announce our first Bare Metal dedicated servers featuring the latest AMD EPYC processors bringing excellent ‘Zen 4’ performance at an amazing performance-price ratio. We can’t wait for the market to show us what exciting solutions can be built with the third generation of OVHcloud Advance servers,” said Yaniv Fdida, Chief Product and Technology Officer, OVHcloud.
New OVHcloud ADV-Gen3 Bare Metal servers start with base storage of 2x 960 GB SSD (NVMe) and a 6 cores / 12 threads configuration (AMD EPYC 4244P) equipped with 32 GB of DDR5 for the ADV-1 model. This can be increased to 16 cores / 32 threads with ADV-4 whose AMD EPYC 4584PX offers 128MB of L3 cache memory and is configured with 64 GB of DDR5 memory to start with. ADV-5 comes with a 24 cores / 48 threads AMD EPYC 8224P processor starting with 96 GB of DDR5 memory. ADV-STOR is equipped with an 8 cores / 16 threads AMD EPYC™ 4344P processor leveraging vast amount of built-in storage starting with 2x 22 TB (HDD) that can be configured up to 8x 22 TB (HDD).
Unmetered Guaranteed Bandwidth with up to 25 Gbps Private Network
OVHcloud’s new ADV-Gen3 benefit from all the advantages of dedicated servers when it comes to flexibility, control, performance, and availability as well as 1 Gbps to 10 Gbps guaranteed and unmetered public bandwidth and up to 5 Gbps of unmetered private bandwidth. Through this offering, OVHcloud also provides companies with the best possible support for their workloads, environments, and ad-hoc technologies, while guaranteeing predictable pricing.
To further streamline resiliency, OVHcloud’s new ADV-Gen3 servers benefit from a private network built from the ground up for redundancy. With two 25 Gbps links (up from 2x1 Gbps or 2x10 Gbps links for previous Advance servers), the private network ensures critical applications, and their data, remain accessible so business operations continue uninterrupted.
Data Protection and Sustainability
The new OVHcloud ADV-Gen3 Bare Metal servers also benefit from OVHcloud’s well-known expertise in infrastructure, in environmentally friendly data centers. With the highest security and data protection standards in the form of ISO 27001 certification and HDS in select datacenters, customers benefit from a trusted Cloud. OVHcloud data centers take advantage of the company’s unique industrial model with a water-cooling system that contributes in a sustainable cloud allowing to reach best-in-class PUE/WUE indexes (see more data here).