server infrastructure

Oracle Private Cloud Appliance is a converged infrastructure system designed for rapid and simple deployment of private cloud at an industry-leading price point. Whether customers are running Linux, Microsoft Windows or Oracle Solaris applications, Oracle Private Cloud Appliance supports consolidation for a wide range of mixed workloads in medium-to-large sized data centers. High-performance, low-latency Oracle Fabric Interconnect and Oracle SDN allow automated configuration of the server and storage networks. The embedded controller software automates the installation, configuration, and management of all infrastructure components at the push of a button. Customers need to enter only basic configuration parameters and create virtual machines (VMs) manually or by using Oracle VM Templates to get a full application up and running in a few hours. With Oracle Enterprise Manager, the Oracle Private Cloud Appliance is transformed into a powerful private cloud infrastructure that integrates

Dell EMC PowerEdge rack servers help you build a modern infrastructure that minimizes IT challenges and drives business success. Choose from a complete portfolio of 1-2-and-4 socket rack servers to deliver high core density for your traditional applications, virtualization and cloud-native workloads. Enhanced mem ory speeds, faster NVMe storage options 1 and BIOS tuning allows you to match performance to your workload for ultimate efficienc y.

Whether we choose to or not , our businesses are undergoing a rapid digital transformation. To ride this technology wave successfully, we need a modern IT infrastructure. At the heart of this modern IT infrastructure is the server. Choosing the right server that fits both the current and future needs is critical. PowerEdge is introducing its new line of award winning servers that is custom - built for the modern IT infrastructure. Since b usiness face fierce competition and dynamic customer needs, the Scalable Business Architecture from PowerEdge enables an enterprise to scale efficiently and adapt quickly to address this dynamic business & workload needs. With Intelligent Automation in new PowerEdge , you can automate more routine tasks and free up skilled resources for business - critical tasks. Finally, w e all know how important security is for all operations. PowerEdge protects businesses and their customers with its sophisticated Integrated Security fea

For Japan’s largest medical equipment wholesaler, Mutoh, ensuring its 300,000 products reach hospitals, clinics and health-centres on time is an imperative. Someone’s life depends on it. Without IT that wouldn’t be possible. But Mutoh’s IT infrastructure was unable to keep pace with the demands of the business. Every time an order came in, Mutoh had to pull data from different systems across multiple servers which was time-consuming. It needed an IT infrastructure that was fast, high-performing, reliable, stable, and flexible. Mutoh turned to Lenovo’s hyperconverged infrastructure that helped the company achieve: • The ability to seamlessly extract data from different systems across multiple physical servers helped Mutoh respond to customer orders as quickly as possible, thereby saving lives • A modular hyperconverged solution allowed Mutoh to invest on a need basis, improving ROI and addressing spikes in customer demand

For Japan’s largest medical equipment wholesaler, Mutoh, ensuring its 300,000 products reach hospitals, clinics and health-centres on time is an imperative. Someone’s life depends on it. Without IT that wouldn’t be possible. But Mutoh’s IT infrastructure was unable to keep pace with the demands of the business. Every time an order came in, Mutoh had to pull data from different systems across multiple servers which was time-consuming. It needed an IT infrastructure that was fast, high-performing, reliable, stable, and flexible. Mutoh turned to Lenovo’s hyperconverged infrastructure that helped the company achieve: • The ability to seamlessly extract data from different systems across multiple physical servers helped Mutoh respond to customer orders as quickly as possible, thereby saving lives • A modular hyperconverged solution allowed Mutoh to invest on a need basis, improving ROI and addressing spikes in customer demand

For Japan’s largest medical equipment wholesaler, Mutoh, ensuring its 300,000 products reach hospitals, clinics and health-centres on time is an imperative. Someone’s life depends on it. Without IT that wouldn’t be possible. But Mutoh’s IT infrastructure was unable to keep pace with the demands of the business. Every time an order came in, Mutoh had to pull data from different systems across multiple servers which was time-consuming. It needed an IT infrastructure that was fast, high-performing, reliable, stable, and flexible. Mutoh turned to Lenovo’s hyperconverged infrastructure that helped the company achieve: • The ability to seamlessly extract data from different systems across multiple physical servers helped Mutoh respond to customer orders as quickly as possible, thereby saving lives • A modular hyperconverged solution allowed Mutoh to invest on a need basis, improving ROI and addressing spikes in customer demand

For Japan’s largest medical equipment wholesaler, Mutoh, ensuring its 300,000 products reach hospitals, clinics and health-centres on time is an imperative. Someone’s life depends on it. Without IT that wouldn’t be possible. But Mutoh’s IT infrastructure was unable to keep pace with the demands of the business. Every time an order came in, Mutoh had to pull data from different systems across multiple servers which was time-consuming. It needed an IT infrastructure that was fast, high-performing, reliable, stable, and flexible. Mutoh turned to Lenovo’s hyperconverged infrastructure that helped the company achieve: • The ability to seamlessly extract data from different systems across multiple physical servers helped Mutoh respond to customer orders as quickly as possible, thereby saving lives • A modular hyperconverged solution allowed Mutoh to invest on a need basis, improving ROI and addressing spikes in customer demand

The network is the foundation of robust security, and the critical network security element is the firewall. For that reason, Cisco has been committed to delivering a next-generation firewall that can stop threats at the edge and focus on security efficacy. Those efforts are paying off in substantial momentum, and market observers are taking note. Cisco has been named a leader in the 2018 Gartner Magic Quadrant for Enterprise Network Firewalls. Beginning with our world-class threat-intelligence organization, Talos - the Cisco NGFW stands out from the competition. It goes beyond prevention and gives visibility into potentially malicious file activity across users, hosts, networks, and infrastructure. It saves you time and enables automation using our integrated architecture. No other firewall vendor have the strength and breadth of networking and security capabilities that Cisco offers. Learn More about it by downloading Gartner’s 2018 Magic Quadrant for Enterprise Network Firewalls.

Businesses are struggling with numerous variables to determine what their stance should be regarding artificial intelligence (AI) applications that deliver new insights using deep learning. The business opportunities are exceptionally promising. Not acting could potentially be a business disaster as competitors gain a wealth of previously unavailable data to grow their customer base. Most organizations are aware of the challenge, and their lines of business (LOBs), IT staff, data scientists, and developers are working to define an AI strategy.

Businesses are struggling with numerous variables to determine what their stance should be regarding artificial intelligence (AI) applications that deliver new insights using deep learning. The business opportunities are exceptionally promising. Not acting could potentially be a business disaster as competitors gain a wealth of previously unavailable data to grow their customer base. Most organizations are aware of the challenge, and their lines of business (LOBs), IT staff, data scientists, and developers are working to define an AI strategy.

Hyperconverged infrastructure (HCI) is the best strategic option for meeting your organization’s demands for increased efficiency and agility while leveraging existing apps and data. HCI is a scale-out software-defined infrastructure that converges core data services on flash-accelerated, industry standard servers, delivering flexible and powerful building blocks under unified management. Put simply, HCI has the potential to revolutionise your security environment and increase efficiencies relating to application performance. In this whitepaper, we break down the top 5 reasons why hyperconverged infrastructure is the right way forward for your organisation. Please enter your details to access the whitepaper.

The rise of virtualization as a business tool has dramatically enhanced server and primary storage utilization. By allowing multiple operating systems and applications to run on a single physical server, organizations can significantly lower their hardware costs and take advantage of efficiency and agility improvements as more and more tasks become automated. This also alleviates the pain of fragmented IT ecosystems and incompatible data silos. Protecting these virtualized environments, however, and the ever-growing amount of structured and unstructured data being created, still requires a complex, on-prem secondary storage model that imposes heavy administrative overhead and infrastructure costs. The increasing pressure on IT teams to maintain business continuity and information governance are changing how businesses view infrastructure resiliency and long-term data retention—they are consequently looking to new solutions to ensure immediate availability and complete protection of the

The rise of virtualization as a business tool has dramatically enhanced server and primary storage utilization. Protecting these virtualized environments, however, as well as the ever-growing amount of structured and unstructured data being created, still requires a complex, on-prem secondary storage model that imposes heavy administrative overhead and infrastructure costs.

The following real-life business scenarios summarize the issues facing each company and the business benefits that IBM Power Systems provided over x86- based alternatives. Here are just some of the results: A savings potential of $4.2M over five years Cost of ownership reduction by 55% with savings of $2.9M A $15M savings potential over a period of five years

Businesses are struggling with numerous variables to determine what their stance should be regarding artificial intelligence (AI) applications that deliver new insights using deep learning. The business opportunities are exceptionally promising. Not acting could potentially be a business disaster as competitors gain a wealth of previously unavailable data to grow their customer base. Most organizations are aware of the challenge, and their lines of business (LOBs), IT staff, data scientists, and developers are working to define an AI strategy. IDC believes that this emerging environment is to date still highly undefined, even as businesses must make critical decisions. Should businesses develop in-house or use VARs, systems integrators, or consultants? Should they deploy on-premise, in the cloud, or in some hybrid form? Can they use existing infrastructure, or do AI applications and deep learning require new servers with new capabilities? We believe that many of these questions can be

The financial services industry has unique challenges that often prevent it from achieving its strategic goals. The keys to solving these issues are hidden in machine data—the largest category of big data—which is both untapped and full of potential. Download this white paper to learn: *How organizations can answer critical questions that have been impeding business success *How the financial services industry can make great strides in security, compliance and IT *Common machine data sources in financial services firms

One of the biggest challenges IT ops teams face is the lack of visibility across its infrastructure — physical, virtual and in the cloud. Making things even more complex, any infrastructure monitoring solution needs to not only meet the IT team’s needs, but also the needs of other stakeholders including line of business (LOB) owners and application developers. For companies already using a monitoring platform like Splunk, monitoring blindspots arise from the need to prioritize across multiple departments. This report outlines a four-step approach for an effective IT operations monitoring (ITOM) strategy. Download this report to learn: How to reduce monitoring blind spots when creating an ITOM strategy How to address ITOM requirements across IT and non-IT groups Distinct layers across ITOM Potential functionality gaps with domain-specific products

IT organizations using machine data platforms like Splunk recognize the importance of consolidating disparate data types for top-down visibility, and to quickly respond to critical business needs. Machine data is often underused and undervalued, and is particularly useful when managing infrastructure data coming from AWS, sensors and server logs. Download “The Essential Guide to Infrastructure Machine Data” for: The benefits of machine data for network, remote, web, cloud and server monitoring IT infrastructure monitoring data sources to include in your machine data platform Machine data best practices

Transforming IT to meet the emerging requirements of a rapidly advancing digital economy is a priority for most companies today. Market economies and quickly evolving digital interactions are driving new and increasing demands on IT infrastructure for organizations of all kinds – from small businesses to enterprises to public institutions. IT requirements to support a variety of digital use paradigms (personal devices, IoT, VMs, VDI) are changing quickly, and organizations need to respond in order to be competitive in this evolving digital world. The latest generation of PowerEdge servers powered by Intel® Xeon® Platinum processors can deliver differentiated business agility over older-generation infrastructure. IDC asserted that updating servers can help businesses deploy applications up to 22 percent faster and improve application performance up to 29 percent over outdated infrastructure. Intel Inside®. New Possibilities Outside.

Introducing the Dell EMC VxRail Appliance powered by Intel® Xeon® Scalable processors, VMware vSAN and Dell EMC PowerEdge servers — a hyper-converged infrastructure (HCI) appliance designed to modernize your data center.

A new 14th generation Dell EMC PowerEdge R740xd server equipped with NVIDIA Tesla M10 GPUs and powered by Intel Xeon Scalable processors delivered high-density graphics acceleration in a virtual enterprise environment As more users move to modern, graphics-intensive Microsoft® Windows® 10 environments, companies using a virtual desktop infrastructure (VDI) need increasingly robust server resources to support them. Your company should strive to get the most from each server and maximize datacenter space while providing an excellent end-user experience.

At its Build conference in May, Microsoft took the wraps off Cosmos DB, the new incarnation of its existing cloud-based Azure DocumentDB NoSQL database. With a nod to the dramatic, Microsoft terms Cosmos DB as its biggest database bet since SQL Server; it is positioning it as its flagship cloud database, suited for use cases ranging from security and fraud detection, to IoT (consumer and industrial), personalization, e-commerce, gaming, social networks, chats, messaging, bots, oil and gas recovery and refining, and smart utility grids. Cosmos DB is a good example of how cloud platform providers are rethinking databases for scalable, elastic environments and commodity infrastructure. The platform that is most comparable is Google Cloud Spanner, but each of these databases is engineered for different purposes: Cosmos DB as a globally distributed operational database and Spanner as a globally distributed SQL-supporting OLTP database. The highlights of Cosmos DB include its flexibility in

Businesses are struggling with numerous variables to determine what their stance should be regarding artificial intelligence (AI) applications that deliver new insights using deep learning. The business opportunities are exceptionally promising. Not acting could potentially be a business disaster as competitors gain a wealth of previously unavailable data to grow their customer base. Most organizations are aware of the challenge, and their lines of business (LOBs), IT staff, data scientists, and developers are working to define an AI strategy. IDC believes that this emerging environment is to date still highly undefined, even as businesses must make critical decisions. Should businesses develop in-house or use VARs, systems integrators, or consultants? Should they deploy on-premise, in the cloud, or in some hybrid form? Can they use existing infrastructure, or do AI applications and deep learning require new servers with new capabilities? We believe that many of these questions can be

• When it comes to the cloud, most businesses have moved from wait-and-see to a "how do we make it happen now?" approach. • But the complexities of moving valuable content from legacy systems to the cloud is still a daunting challenge. That's why some businesses are putting off the move even though they're painfully aware of the limitations of legacy infrastructure like network shares, enterprise content management systems and general purpose file servers. • The good news is the upside of migrating away from legacy infrastructure to a Cloud Content Management platform is far greater than the effort to get there. All you need is a plan. • Our new eBook, From legacy infrastructure to the cloud: A migration journey in 5 steps, gives you a clear, methodical process for migrating your organization to a Cloud Content Management solution.

As organizations pursue improvements in reliability and energy efficiency, power design in data centers gets substantial attention—particularly from facilities and engineering personnel. At the same time, however, many IT professionals tend to spend little time or energy on the specific products they use to deliver and distribute electrical power. In?rack power is often considered less strategically important than which servers or databases to deploy, and it is often one of the last decisions to be made in the overall design of the data center. But choosing the right in-rack power solutions can save organizations from potentially crippling downtime and deliver significant up-front and ongoing savings through improved IT efficiency and data center infrastructure management.