OpenMetal’s XL v4.0 bare metal servers are powered by dual Intel Xeon Gold 6530 processor and 1TB RAM.
Category: Bare Metal and Dedicated Servers
Madrid, Spain based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Amsterdam, Netherlands.
Paris, France based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Amsterdam, Netherlands.
London, Great Britain based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Amsterdam, Netherlands.
Hamburg, Germany based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Amsterdam, Netherlands.
Frankfurt, Germany based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Amsterdam, Netherlands.
Berlin, Germany based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Amsterdam, Netherlands.
Seattle based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Los Angeles, CA.
Ready to get started with OpenStack? Read this guide to gain valuable insights on the best hardware for your OpenStack deployment. On-Demand OpenStack clouds is OpenMetal’s flagship product, so as you may guess we know a few things about building OpenStack clouds, including how to automate OpenStack clouds for deployment in under 1 minute. In this blog we share some hardware recommendations with you, to ensure that your OpenStack journey is successful.
Los Angeles based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Los Angeles, CA.
OpenMetal’s XL v3.0 bare metal servers are powered by dual Intel Xeon Gold 6430 processor and 1TB RAM.
With more focus on big data and the need to translate many data sources to other data consumers, Apache Kafka has emerged as the leading tool for efficiently and reliably handling this. In addition to configurations, maximizing Kafka’s capabilities is tied directly to the infrastructure you select.
San Jose based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Los Angeles, CA.
San Francisco based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Los Angeles, CA.
San Diego based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Los Angeles, CA.
Sacramento based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Los Angeles, CA.
Houston based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Ashburn, Virginia.
Atlanta based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Ashburn, Virginia.
Jacksonville based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Ashburn, Virginia.
Chicago based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Ashburn, Virginia.
Washington, D.C. based businesses benefit from hosting their applications on OpenMetal’s dedicated servers located in Ashburn, Virginia.
Philadelphia based businesses can benefit from hosting their applications on OpenMetal’s dedicated servers located in data centers in Ashburn, Virginia and Los Angeles, California.
New York City based businesses can benefit from hosting their applications on OpenMetal’s dedicated servers located in data centers in Ashburn, Virginia and Los Angeles, California.
OpenMetal’s XL v2.1 bare metal servers are provisioned on Supermicro’s SYS-120C-TN10R. with Intel Xeon Gold processors and 1TB RAM.
ClickHouse is an open source columnar database management system created by Yandex in 2016. ClickHouse was designed to provide users with a rapid and efficient system for processing large-scale analytical queries on enormous volumes of data. Today, organizations use ClickHouse for data warehousing, business intelligence, and analytical processing.
Boston based businesses can benefit from hosting their applications on OpenMetal’s dedicated servers located in data centers in Ashburn, Virginia and Los Angeles, California.
Picture having a dedicated physical server exclusively at your disposal, brimming with processing power, memory, and storage. No resource-sharing, no virtualization layers – just pure performance, security, and control. That’s the power of bare metal.
In the landscape of big data analytics, Apache Spark has emerged as a powerful tool for in memory big data processing. The foundation for maximizing Spark’s capabilities lies in the infrastructure. OpenMetal’s XL V2.1 servers offer a solution that marries high performance with cost-effectiveness for Spark clusters.
When it comes to processing big data, Hadoop clusters are a popular and mature open source system that enables businesses to analyze vast amounts of data efficiently. At OpenMetal, we understand the critical role that hardware plays in the performance and cost-efficiency of these clusters. That’s why our OpenMetal Storage XL V2 servers are designed to offer optimal performance for Hadoop environments.
This article defines big data and its applications, the big data solutions platform that process the data, and big data infrastructure requirements necessary to support operational efficiencies.
The adoption of Infrastructure-as-a-Service (IaaS) is on the rise as businesses seek to harness the scalability, flexibility, and cost-effectiveness of cloud computing. While virtualization has been a central component of IaaS, the integration of bare metal servers introduces a new dimension to infrastructure management.
Ironic, a vital part of OpenStack, focuses on provisioning and managing bare metal servers. It seamlessly integrates with Keystone, Nova, Neutron, Glance, and Swift to provide a unified interface for managing hardware resources within a cloud environment. With Ironic, operators can treat physical servers like virtual machines, streamlining the management of resources in an OpenStack cloud. It simplifies bare metal management through a unified interface, seamless integration with OpenStack services, and automated provisioning.