Software Defined Infrastructure: The era of separate networks is coming to an end. As more and more data centers look to adopt 10GbE unified networking solutions, you can be poised to offer expert advice and speak directly to the efficiency [See the full post…]

Software Defined Infrastructure: This infographic shows that one server product can’t solve the problems of legacy hardware. That’s why modern data centers need 10 gigabit Ethernet—with the Intel Xeon processor E5-2600 v2 product family, Windows Server* 2012, the Intel Solid-State [See the full post…]

Software Defined Infrastructure: In order to be cloud ready, virtualization solutions need to span across server, storage, and networking. For compute and I/O intensive applications and architectures that require high bandwidth and predictable latency, businesses typically discover that it is [See the full post…]

Software Defined Infrastructure: This testing was done by Principled Technologies to show Good, Better, Best results using Intel Xeon processors, Intel Ethernet, and Intel SSDs, with Microsoft Server 2012 R2.

Intelligent Networking: Intel QuickAssist Technology (Intel QAT) offers encryption/decryption and compression/decompression acceleration to developers, enterprises and cloud service providers with APIs, add-in cards or chipset for increased performance and security.

Software Defined Infrastructure: Discover how 10GbE Intel Ethernet empowers data centers to handle the increased bandwidth requirements of highly virtualized platforms, while saving customers from the increased cost of server complexity. 10GbE also opens up the path to the cloud, [See the full post…]

Software Defined Infrastructure: This infographic shows how 10GbE Intel Ethernet Converged Network Adapters support data center virtualization and cloud deployments to solve the problem of increased bandwidth requirements while increasing performance and virtual machine support.

Software Defined Infrastructure:iWarp is a standards-based technology for Remote Direct Memory Access (RDMA) over Ethernet adopted by Microsoft SMB Direct.  This video explains how it works and the advantages over a RoCE solution.

Intelligent Networking: Solve the problem of increased network demands and the growing need to support virtualization with 10GbE Intel Ethernet.

Software Defined Infrastructure: Solve the problem of increased network demands and the growing need to support virtualization with 10GbE Intel Ethernet.

Intelligent Networking: Reviews memory management features and inter-VM (virtual machine) communications schemes that can be applied to dramatically improve performance and determinism for packet processing workloads in virtualized environments.

Intelligent Networking: The Intel Open Network Platform Server (Intel ONP Server) r1.3 reference architecture provides a validated template to spur adoption of software-defined networking (SDN) and network function virtualization (NFV) in telecom carrier networks, cloud data centers, and enterprise environments. [See the full post…]

Intelligent Networking: This paper outlines an approach for Service Assurance in an SDN/NFV world that enables more open and deterministic service deployment and resource usage.

Intelligent Networking: This paper describes a solution stack tested to demonstrate high performance Evolved Packet Core (EPC) performance on Intel Xeon Processors.

Solve the problem of complex, costly legacy infrastructures with an upgrade to 10 GbE Intel Ethernet.

This Intelligent Networking White Paper shows that by leveraging OpenStack Enhanced Platform Awareness features such as SR-IOV, NUMA, Huge Pages and CPU Pinning, line-rate NFV application deployment can be faciliated.