Intel Chip Chat – Network Insights audio podcast with Allyson Klein: Sandra Rivera, a Vice President in the Data Center Group and General Manager of the Network Platforms Group at Intel, explains the challenges and benefits of the transformation taking [See the full post…]

In this Intel Chip Chat Under the Hood video podcast: Deploying to a cloud data center can be a lot like moving into a new neighborhood. No one wants “the noisy neighbor”. Intel’s Billy Cox takes an under the hood [See the full post…]

Intel IQ: Rather than ruminate about technology’s unforeseen impact on the future, a group of science researchers and their gutsy bioengineering professor are taking a stand. These budding medical scientists and computer engineers, who represent a variety of different academic [See the full post…]

Intelligent Compute: Intel executives discuss how they are leading in 5G with small cells and MEC technologies

In this Intel Chip Chat Under the Hood video podcast: Today’s data centers face new and unexpected threats every day – from corporate espionage artists to terrorists to natural disasters. While data center security has always been a top priority, [See the full post…]

Software Defined Infrastructure: Intel is enabling NFV to deliver on its flexible and efficient infrastructure promise. This demo showcases multiple Data Plane Development Kit (DPDK) packet processing virtual machines (VMs) running on industry standard high volume servers.

In this Intel Chip Chat Under the Hood video podcast: The coming software defined infrastructure (SDI) revolution will require a flexible data center that bursts in and out of capacity more efficiently than current architectures. The Intel Solid-State Drive Data [See the full post…]

Software Defined Infrastructure: Sandra Rivera, VP, Intel Data Center Group, at Light Reading‘s 2015 Big Telecom Event, talks about accelerating transformation in the network with Intel Open Network Platform (Intel ONP) and the growing Intel Network Builders ecosystem.

Intelligent Networking: Virtual video transcoding for OTT and live/linear video content: Delivering maximum streams/density per RU for mobile video consumption as well as speech transcoding for cloud-based media processing for C-RAN and vRAN network functions, shown on Artesyn GPU-accelerated SharpStreamer [See the full post…]

Intelligent Networking: If you use carrier-grade as your design-point you realise there are a lot of enterprise segments you can tackle as well, such as financial services, Sandra Rivera explains to Martyn Warwick. She talks about how she’s glad that [See the full post…]

Intelligent Networking: With 23 NFV proofs of concept and a growing partner ecosystem, HP is demonstrating to communications service providers the value and viability of NFV solutions. Having access to the open source and open software community is also benefiting [See the full post…]

Intelligent Networking: NFV is a clear trend and will profoundly change the telecom industry, Leo Ma tells Martyn Warwick. The hardware is being de-coupled from software and Huawei is ready to embrace this new principle with Fusion Engine, but telecom [See the full post…]

Intelligent Networking: ETSI is playing a fundamental role in the development of NFV standards, ensuring interoperability between device vendors and collaboration with other industry groups. As work progresses during the ninth NFV meeting in Prague, TelecomTV asks the ETSI Director [See the full post…]

Intelligent Networking: Ericsson has partnered with Intel to add software and hardware to enable highly governed, secure and hyperscale cloud, as part of a transition to software defined networking.

In this Intel Chip Chat Under the Hood video podcast: Non-Volatile Memory Express (NVMe) technology allows you to unlock the incredible performance, low latency, and low power benefits of PCIe SSDs. In this Under the Hood episode, Senior Principal Engineer [See the full post…]

Software Defined Infrastructure: The journey of cloud architecture evolvement combined with cost saving consideration and how we do the trade-off based on limited resources to finally achieve an Enterprise level high availability OpenStack production with low cost.

Software Defined Infrastructure: You are a cloud user who wants bare metal for performance forging the security benefits of virtualization. All the OpenStack services, such as, Nova, Keystone, and Glance, all run on bare metal.

Software Defined Infrastructure: Telemetry and full-stack instrumentation, combined with analytics and actuation and the orchestration system itself enables service providers and application developers to easily access advancements and specialisations in the platform and middleware, ultimately benefiting the consumer with better [See the full post…]

In this Intel Chip Chat Under the Hood video podcast: How can we create scalable, reliable, and responsive data centers and networks that will enable innovative new digital services? Intel’s Sandra Rivera takes an under the hood look at Dynamic [See the full post…]

Intelligent Storage: Swift Project Erasure Codes–container model for grouping objects within code.

Intelligent Networking: SDN is designed to reduce costs and streamline processes to make networks more flexible, efficient, and easily managed.

Software Defined Infrastructure: OpenStack is an open source project to enable enterprise and service provider building their own IaaS infrastructure, and it is fundamentally changing the landscape of enterprise IT.

Intel IQ: Meet the team helping with drug discovery and research at the San Diego Supercomputing Center at UCSD When Professor Ross Walker explains what he does for a living, he says he’s on the cutting edge of drug discovery [See the full post…]

Intelligent Networking: Software Defined Infrastructure (SDI) architecture addresses the compute, network, storage, security, energy, and manageability aspects of the infrastructure.

Intelligent Compute: Learn about Intel’s vision for storage in the data center, how frameworks like SW defined storage will simplify the storage infrastructure, improve efficiency, and enable rapid deployment of new services.