At Storage Field Day, Industry Analysts Applaud Innovation Set in Motion by Intel® Optane™ Technology

It was great to have Intel as one of our presenters for Storage Field Day in early August! Kristie Mann was a presenter and writes that Intel utilized their time to share a vision of the evolving memory and storage landscape. She writes a recap of their appearance at Storage Field Day and shows how Intel is opening the door to innovation through their new services. Their presentations on the many uses of Intel Optane Technology are also available in Kristie’s post. Check them out!


“High Optane” Fuel for Performance

While attending Storage Field Day as a delegate in early August, David Chapa found himself very impressed with Intel. David writes that the Intel Optane Persistent Memory Solution was a highlight of Storage Field Day for him and that it represents a potential “game-changer in high performance computing.” Be sure to check out David’s post and the videos of Intel’s presentations from our last Storage Field Day!


The Programmability Voyage With Barefoot Networks

Hardware alone isn’t the key to longevity. We learned that lesson with the Voyager program. How do those lessons parallel with ASIC design today? Tom Hollingsworth takes a look at the Barefoot Networks presentation from Networking Field Day 21. They extended this metaphor to their own use of software to extend their Tofino chips using the P4 programming language. While they might not see the same 50 year life span as the Voyager vessels, it’s an approach that can better adapt to business needs as they change over time.


Priming Your Application Performance With Intel Application Device Queues

Consistent delivery is hard to pull off, whether you’re a delivery company or a networking company. With the help of the Ethernet team at Intel, however, you can accomplish some great things and set yourself up for success. After hearing from Intel at Networking Field Day last year, Tom Hollingsworth takes a look at Intel’s Application Device Queue technology and how it can help ensure consistent, reliable packet delivery. Intel is giving developers the power to enhance their networking consistency when writing applications and taking the power to make things more reliable instead of waiting for the network team to do it for them.


Architecture, Governance and Multi-Cloud: Takeaways From TFDx at VMworld

Tech Field Day Extra at VMworld had a lot of great technical deep dive content. There was also a great Cloud Roundtable discussion, which we were fortunate to have Adam Post participate in. Be sure to check out this post with his takeaways from the talk.


Cloud Is Hard. Kubernetes Won’t Save You

Public cloud providers and enterprise IT vendors alike position Kubernetes as the control plane for cloud-native applications. They promise an application environment that will run on any public or private cloud, reducing cloud lock-in and enabling hybrid and multi-cloud designs. Drew Conry-Murray breaks down the promise and challenge of Kubernetes in this post, inspired from the VMworld Cloud Roundtable.


VMworld Cloud Roundtable Discussion

At VMworld, Christopher Kusek participated in a roundtable discussion with some fellow visionaries of Cloud Architecture. They discussed the past, present, and future of Cloud Architecture and Infrastructure. This conversation highlighted a bright future for cloud, multi-cloud, security, and containers.


The Unconscious Choice for Multi-Cloud

Ownership of application and cloud architecture is constantly shifting and is becoming a shared responsibility of business, operations, developers, architects, and security. If you don’t guide the process of cloud consumption within your organization, you’ll end up with a disjointed multi-cloud. In other words: many different disconnected islands, each with incomplete, badly implemented, unaudited security and compliance standards. Joep Piscaer digs into the details in this piece.


Making Sense of Your Multiple Clouds: 5 Takeaways From VMworld

Dell Technologies presented at Tech Field Day Extra a t VMworld US 2019. In this post, they break down their multi-cloud takeaways from the larger show, and how they used these to inform their presentation to the Tech Field Day delegates.


Need Memory, Intel’s Optane DC PM to the Rescue

Intel’s Optane DC PM was one of the highlight announcements from Tech Field Day Exclusive at Intel Data Centric Innovation Day. In this post, Ray Lucchesi breaks down how Optane works in memory on a server. This allows for up to to 3TB of Optane memory per socket, with latency roughly between DRAM and traditional NAND Flash. He breaks down the different modes the storage-class memory can operate in, what the durability looks like, and how it will impact enterprise applications.


The Intel Event and What It Means for the Future

Nathaniel Avery attended Intel’s Data-Centric Innovation Day as a delegate for our Tech Field Day Exclusive. He not only got to hear all the big announcements from it, but see in-depth technical presentations as well. For Nathaniel, any one of the announcements would have been big news. By launching major new products and updates across compute, persistent storage, and networking, he sees it as a huge overall leap in server capability.


California’s Latest Gold Rush – Google and Intel Dig in to Tap the AI Business Market Seam

Intel’s Data-Centric Innovation Day had no dearth of prominent announcements. So much so that some with the biggest impact might have gotten lost in the media narrative. Kurt Marko thinks one of the major announcements was Intel integrating AI-optimizations into their new Scalable Xeons with DL Boost. This allows Intel to use their x86 data center dominance into AI inferencing engines. For a deeper dive into this, be sure to check out the full video from our Tech Field Day Exclusive at the event.


Servers Running Too Slow, Just Add All the Cores!

Denny Cherry was a delegate at Tech Field Day Exclusive at Intel Data-Centric Innovation Day, where he got to see a lot of major announcements from the company. One that stood out was the updates to the Scalable Xeon line, which now offer up to 56 cores. Throw in support for hyperthreading and up to 8 CPUs on a single motherboard, and you can throw around some serious core counts. Denny sees these as new CPUs as excellent solutions for public cloud providers, who can now easily add compute density in a manageable power envelope.


Intel’s New DL Boost for DL AI Inferencing

As a delegate attending the Tech Field Day Exclusive at Intel’s Data-Centric Innovation Day, Ray Lucchesi heard a lot of major announcements from Intel. In this post, he’s focusing on one announcement that didn’t get the most press after the event: DL Boost. This provides a new 8-bit integer instruction that accelerate DL inferencing. This is a major step to stay relevant in the data center, because Intel estimates that more than 50% of AI workloads will involve inferencing before too long. Ray breaks down the technical implementation and where it may run into some potential issues. It’s a great overview.


How Intel’s Newest Product Enhancements Could Redefine the Future of Infrastructure Design

Enrico Signoretti takes a look at the announcements from Intel’s Data-Centric Innovation Day, which he attended as part of the Tech Field Day Exclusive happening at the event. The debut of Intel’s Optane DC Persistent Memory DIMM has major implications many workloads in IT. Enrico gives some background how exactly Intel is implementing this and how he sees it shaping the industry going forward.


Optane – the Coolest Thing Since Sliced Bread

Intel Optane finally came into its own when Intel introduced it in a memory DIMM format at their Data-Centric Innovation Day. Matt Leib was there as a delegate for Tech Field Day Exclusive at the event. The idea of putting 4.5Tb of NVRam per memory socket into a server opens up a whole new world of possibilities for the industry. Matt is really excited for the implications as this tech makes its way into the data center.


Intel Data-Centric Innovation Day 2019

Brian Gleason joined us for the Tech Field Day Exclusive at Intel’s Data Centric Innovation Day. It was a packed day of announcements for the company. Brian highlights Optane DC Persistent Memory and the new 800-series 100GbE cards as standouts. For him, IT that goes unnoticed is generally the one that works best. Intel’s announcements shows a lot of things that will let him stay in the shadows.


Intel Answering SAP HANA’s Tough Questions

Intel’s Optane DC Persistent memory was one of the highlight announcements from Tech Field Day Exclusive At Intel Data-Centric Innovation Day. On a technical level, bit-addressable NAND flash is interesting, but what does that do for business? Keith Townsend uses the example of the in-memory database SAP HANA. Setting up a data warehouse allowed an organization to ask even more of their data, which in turn led to further memory bottlenecks. Intel’s DC Persistent memory creates the infrastructure to answer these bottlenecks and provide the next generation of business insights. For Keith, this wasn’t about allowing us to do more things today, but about fundamentally allowing us to do what we want to do tomorrow.


The Faster the Better

We had an all-star panel of delegates at Tech Field Day Exclusive At Intel Data-Centric Innovation Day, so of course Al Rasheed was there. The event proved to be packed with new announcements from Intel, from Optane memory, to scalable Xeons, new FPGAs and more. This post provides some photos and thoughts on the Intel keynote. For more deep dives, be sure to check out the videos from the Tech Field Day presentations Intel gave to our delegates.


Data Center Optanization!

Tech Field Day Exclusive at Intel’s Data-Centric Innovation Day had a lot of innovative content. In this post, Enrico Signoretti discusses what Intel showed about their latest generation Optane which comes in a new form factor, Optane DC Persistent Memory DIMM. This works in conjunction with DDR4 DRAM DIMMs to provide much more density at a slightly slower speed. This trade off is easily worth it for Enrico as it puts the data much closer to the CPU. Any application that relies on large amounts of RAM will see a benefit. The only limitation is the hardware support from Intel, which will grow over time. Be sure to check out the full article for an even deeper dive into this new Optane implementation.