systems hardware

Virtualization is rapidly changing the way business IT operates, from small local businesses to multinational corporations. If you are reading this, chances are good that your company is already taking advantage of virtualization’s benefits. Virtualization means that a single underlying piece of hardware, such as a server, runs multiple guest operating systems to create virtual machines, or VMs, with each of them being oblivious to the others. An administrative application, such as VMware, manages the sharing process, allocating hardware resources, memory, and CPU time to each VM as needed. And all applications look at this software construct exactly as if it were a real, physical server — even the VM thinks it’s a real server! Virtualization makes good financial sense. It enables a single server to offer multiple capabilities that otherwise would require separate servers. It includes native high availability features, so you don’t have to use any more complex clustering tools. This ab

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. Currently, this virtualization juggernaut shows no sign of slowing. As businesses recognize the potential for increased reliability and scalability offered by virtual technology, they are ramping up their investments in data center modernization and upgrading. In fact, 33 percent of the respondents to a recent ESG survey on cloud usage said that making greater use of server virtualization was one of their top five spending priorities for the next 12 to 18 months.

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 enterprise data warehouse (EDW) has been at the cornerstone of enterprise data strategies for over 20 years. EDW systems have traditionally been built on relatively costly hardware infrastructures. But ever-growing data volume and increasingly complex processing have raised the cost of EDW software and hardware licenses while impacting the performance needed for analytic insights. Organizations can now use EDW offloading and optimization techniques to reduce costs of storing, processing and analyzing large volumes of data. Getting data governance right is critical to your business success. That means ensuring your data is clean, of excellent quality, and of verifiable lineage. Such governance principles can be applied in Hadoop-like environments. Hadoop is designed to store, process and analyze large volumes of data at significantly lower cost than a data warehouse. But to get the return on investment, you must infuse data governance processes as part of offloading.

Miercom was engaged by Cisco Systems to independently configure, operate and assess aspects of campus-scale, wireless and wired network infrastructures from Cisco and Huawei Technolgies. Our evaluation found that, where Cisco and Huawei both offer all the comparable components for building a campus-wide, wireless and wired, network infrastructure, test after test found that the Cisco package offers certain positive advantages that Huawei does not. Cisco showcased superior performance against the Hauwei wireless solution with a highly developed resource management, hardware, software and security platform to provide the most optimized, trustworthy system to ever customer. To find out more download this whitepaper today.

Intel's factories rely on thousands of PCs for manufacturing automation; keeping these PCs up and running can prevent expensive downtime. To manage these systems, Intel IT is using the Intel vPro platform's hardware- based feature, Intel Active Management Technology (Intel AMT), to help reduce production downtime caused by PC incidents by 87.5 percent.

Many premises-based phone system (PBX) manufacturers claim that the five year costs of their systems are lower than an equivalent cloud alternative. What the premises guys don’t tell you about is all the extra little hidden costs that come as a result of the limitations of the hardware and software in their systems. This guide will provide you with useful questions to ask your PBX manufacturer to ensure that you're getting the full picture on the cost of their system. Questions to Ask During an Evaluation: • Have you sized this system for my peak demand? • Have you factored in the cost of site redundancy? • How many hours of call recording are included? • How is mobility supported? Do calls route in an out of the PBX for call treatment? • What are the annual maintenance costs of the hardware and software in this system? • Which third party systems have you integrated this PBX with?

Oracle’s new cloud platform, included a new line of servers for cloud and scale-out applications: Oracle’s SPARC S7-2 and S7-2L servers. These servers are based on the breakthrough SPARC S7 processor and extend the outstanding features and capabilities of the SPARC T7 and M7 systems into scale-out form factors. With the combination of Oracle’s breakthrough Software in Silicon features and the efficiency of the SPARC S7 processor we can offer the most secure and economical enterprise clouds with the fastest infrastructure for data analytics. Here at Oracle we recognize our customers’ needs for increasing the security of their data, therefore we have taken security as one of the core values on the SPARC Servers. The new SPARC S7 processor leverages the revolutionary Security in Silicon features introduced on the SPARC T7 and M7 systems. Silicon Secured Memory is a unique hardware implementation that prevents unauthorized access to application data in memory and can prevent hacking explo

On Thursday June 30th, we announced Oracle’s new cloud platform, including a new line of servers for cloud and scale-out applications: Oracle’s SPARC S7-2 and S7-2L servers. These servers are based on the breakthrough SPARC S7 processor and extend the outstanding features and capabilities of the SPARC T7 and M7 systems into scale-out form factors. With the combination of Oracle’s breakthrough Software in Silicon features and the efficiency of the SPARC S7 processor we can offer the most secure and economical enterprise clouds with the fastest infrastructure for data analytics. Here at Oracle we recognize our customers’ needs for increasing the security of their data, therefore we have taken security as one of the core values on the SPARC Servers. The new SPARC S7 processor leverages the revolutionary Security in Silicon features introduced on the SPARC T7 and M7 systems. Silicon Secured Memory is a unique hardware implementation that prevents unauthorized access to application data in

Oracle is making significant engineering investments to ensure that Oracle systems coupled with Oracle software deliver the best possible business results. Integrated hardware, accelerated virtualization, and encryption ensure that cloud deployments benefit from the utmost agility and security without suffering performance losses.

The latest members of the SPARC Systems family are built on the revolutionary 32-core SPARC M7 Processor. Here are 32 core reasons why you’ll benefit from bringing hardware and software together like never before.

Datacenter improvements have thus far focused on cost reduction and point solutions. Server consolidation, cloud computing, virtualization, and the implementation of flash storage capabilities have all helped reduce server sprawl, along with associated staffing and facilities costs. Converged systems — which combine compute, storage, and networking into a single system — are particularly effective in enabling organizations to reduce operational and staff expenses. These software-defined systems require only limited human intervention. Code imbedded in the software configures hardware and automates many previously manual processes, thereby dramatically reducing instances of human error. Concurrently, these technologies have enabled businesses to make incremental improvements to customer engagement and service delivery processes and strategies.

Older PCs are a risk due to a lack of robust hardware-based security, older processors, and outdated operating systems. This Cheat Sheet paper discusses the points you should consider when selecting notebooks and laptops for your mobile and remote workforce. Download this paper today to learn about how combining the right hardware upgrades with newer OS options and endpoint management software can provide the needed protection against today’s security risks.

When considering an upgrade of client PCs, it’s important to consider more than just the initial cost of new systems. User needs are ever-evolving and you want to make client hardware choices today that will meet the mobility, productivity, and security needs of today’s on-the-go work environments. Read this paper to learn about the factors that contribute to total cost of ownership so you can build a business case for upgrading that moves beyond budget constraints to focus on value.

When considering an upgrade of client PCs, it’s important to consider more than just the initial cost of new systems. User needs are ever-evolving and you want to make client hardware choices today that will meet the mobility, productivity, and security needs of today’s on-the-go work environments. Read this paper to learn about the factors that contribute to total cost of ownership so you can build a business case for upgrading that moves beyond budget constraints to focus on value.

How can IT put PCs in the hands of their users without draining staff time and resources? IDC has put forth a deployment optimization model to help IT organizations understand how to deploy systems in less time, with fewer resources, and with better results. The model provides plenty for IT professionals to think about, including the wisdom of leaving some or all of the tasks to deployment experts who deploy PCs all day, every day. Join this on demand webcast today to learn about IDC’s view of the PC market, where it is headed, and best practices associated with their deployment optimization model. Speakers: • Rob Brothers, IDC, Program Vice President, Software and Hardware Support and Deployment Services • Jason Christensen, Dell EMC, Product Manager Intel Inside®. Powerful Productivity Outside. Intel and the Intel logo are trademarks of Intel Corporation or its subsidiaries in the U.S. and/or other countries.

How can IT put PCs in the hands of their users without draining staff time and resources? IDC has put forth a deployment optimization model to help IT organizations understand how to deploy systems in less time, with fewer resources, and with better results. The model provides plenty for IT professionals to think about, including the wisdom of leaving some or all of the tasks to deployment experts who deploy PCs all day, every day. Join this on demand webcast today to learn about IDC’s view of the PC market, where it is headed, and best practices associated with their deployment optimization model. Speakers: • Rob Brothers, IDC, Program Vice President, Software and Hardware Support and Deployment Services • Jason Christensen, Dell EMC, Product Manager Intel Inside®. Powerful Productivity Outside. Intel and the Intel logo are trademarks of Intel Corporation or its subsidiaries in the U.S. and/or other countries.

When comparing the architecture for Ceph and SolidFire, it is clear that both are scale-out storage systems designed to use commodity hardware, and the strengths of each make them complementary solutions for datacenter design.

FlashBlade fabric modules implement a unified network that connects all blades to each other and to the data center network. With full connectivity, all blades can serve as client connection endpoints, as authorities that process client requests, and as storage managers that transfer data to and from flash and NVRAM.

As the world of traditional manufacturing fuses with information technology, organizations are tapping into a level of technical orchestration never attainable before. Symphonies of systems facilitate real - time interactions of people, machines, assets, systems, and things. This is the Smart Factory; the factory ecosystem of the future. It is an application of the Industrial Internet of Things (IIoT) built with sets of hardware and software that collectively enable processes to govern themselves through machine learning and cognitive computing

Today’s thriving High-Tech sector is driven by shrinking product lifecycles, rapid innovation, distributed engineering/manufacturing—and highly demanding customer expectations. The industry needs to deliver on multiple fronts, including: • Embed customer-centric innovation throughout the lifecycle: Only with customer experience at the core can companies stay ahead. • Tame ideas into executable products: Detecting early trends and using customer feedback is vital. • Manage complexity better: Increasing visibility of all product data helps build and manage digital models to use in every business function from R&D to field service. • Create relevant connected systems: High-Tech innovators use IoT for an ongoing dialogue of customers, devices and manufacturers. • Provide agility to compete on software, hardware and service: Customers want value from every interaction. Download your targeted industry analysis to learn more.

Oracle’s new cloud platform, included a new line of servers for cloud and scale-out applications: Oracle’s SPARC S7-2 and S7-2L servers. These servers are based on the breakthrough SPARC S7 processor and extend the outstanding features and capabilities of the SPARC T7 and M7 systems into scale-out form factors. With the combination of Oracle’s breakthrough Software in Silicon features and the efficiency of the SPARC S7 processor we can offer the most secure and economical enterprise clouds with the fastest infrastructure for data analytics. Here at Oracle we recognize our customers’ needs for increasing the security of their data, therefore we have taken security as one of the core values on the SPARC Servers. The new SPARC S7 processor leverages the revolutionary Security in Silicon features introduced on the SPARC T7 and M7 systems. Silicon Secured Memory is a unique hardware implementation that prevents unauthorized access to application data in memory and can prevent hacking explo

On Thursday June 30th, we announced Oracle’s new cloud platform, including a new line of servers for cloud and scale-out applications: Oracle’s SPARC S7-2 and S7-2L servers. These servers are based on the breakthrough SPARC S7 processor and extend the outstanding features and capabilities of the SPARC T7 and M7 systems into scale-out form factors. With the combination of Oracle’s breakthrough Software in Silicon features and the efficiency of the SPARC S7 processor we can offer the most secure and economical enterprise clouds with the fastest infrastructure for data analytics. Here at Oracle we recognize our customers’ needs for increasing the security of their data, therefore we have taken security as one of the core values on the SPARC Servers. The new SPARC S7 processor leverages the revolutionary Security in Silicon features introduced on the SPARC T7 and M7 systems. Silicon Secured Memory is a unique hardware implementation that prevents unauthorized access to application data in

On Thursday June 30th, we announced Oracle’s new cloud platform, including a new line of servers for cloud and scale-out applications: Oracle’s SPARC S7-2 and S7-2L servers. These servers are based on the breakthrough SPARC S7 processor and extend the outstanding features and capabilities of the SPARC T7 and M7 systems into scale-out form factors. With the combination of Oracle’s breakthrough Software in Silicon features and the efficiency of the SPARC S7 processor we can offer the most secure and economical enterprise clouds with the fastest infrastructure for data analytics. Here at Oracle we recognize our customers’ needs for increasing the security of their data, therefore we have taken security as one of the core values on the SPARC Servers. The new SPARC S7 processor leverages the revolutionary Security in Silicon features introduced on the SPARC T7 and M7 systems. Silicon Secured Memory is a unique hardware implementation that prevents unauthorized access to application data in

Oracle is making significant engineering investments to ensure that Oracle systems coupled with Oracle software deliver the best possible business results. Integrated hardware, accelerated virtualization, and encryption ensure that cloud deployments benefit from the utmost agility and security without suffering performance losses. It’s never been easier to upgrade your legacy systems and take advantage of Oracle's cutting-edge infrastructure systems. Advanced data security, extreme efficiency with Software in Silicon and dramatic gains in performance make Oracle systems the best choice for your Oracle software deployments.