Articles and Blog Posts

Rajan Goyal

CTO


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Rajan Goyal

CTO

As CTO of Fungible, Rajan is responsible for the overall strategy and execution of hardware acceleration technologies integrated into Fungible’s portfolio of products. Rajan brings a wealth of experience in silicon, systems, software and applications. Prior to Fungible, he led the architecture team in Cavium’s CTO department. In that role, he helped define next-generation accelerators for Cavium’s flagship products for data centers. Rajan’s past experience also includes technical lead and management positions at Cisco Systems, where he worked on L4 to L7 systems. He is a proven technical leader and has over 100 patents issued or pending. Rajan received a Bachelors in Mechanical Engineering from the Thapar Institute of Engineering and Technology, India and a Masters in Computer Science from Stanford University.

Tuesdays with Fungible CTO: Part 2 – Fungible DPU: Putting the FAST in the Datapath

In a perfect world, every application running within a data center should be able to take advantage of every storage or compute resource at its maximum possible performance and utilization.
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Jai Menon

Chief Scientist


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Jai Menon

Chief Scientist

Jai joined Fungible after serving as CTO for multi-billion dollar Systems businesses (Servers, Storage, Networking) at both IBM and Dell. He was an IBM Fellow, IBM’s highest technical honor, and one of the early pioneers who helped create the RAID technology. He also led the team that created the industry’s first, and still the most successful, storage virtualization product and his team at IBM also built one of the fastest and earliest parallel file systems in the world. When he left IBM, Jai was CTO for the $20B IBM Systems Group, responsible for guiding 15,000 developers. In 2012, he joined Dell as VP and CTO for Dell Enterprise Solutions Group. In 2013, he became Head of Research and Chief Research Officer for Dell. Jai earned a Doctorate from Ohio State University, holds 53 patents and has published 82 papers and is a recipient of the IEEE Wallace McDowell Award and the IEEE Reynold B. Johnson Information Systems Award.

New Scale-Out Storage for The Cloud World

A new type of storage system is emerging that's being targeted at cloud data centers. They are being designed to scale out, support NVMe-oF protocols with remote storage as fast as local storage, provide high-performance networked erasure coding, and support volumes with flexible durability.
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Data-Centric Infrastructure

Explore and uncover the technologies and innovations that will propel future data centers.

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Security

Enable Next-Gen Security for Modern Data Centers

Defend your data center against malicious threats with a robust and layered security strategy. Protects the north-south and east-west traffic. The Fungible DPU™ enables a security paradigm that can address the most demanding requirements of next gen data centers.

Watch Video 4:52 min
Security

Next Generation Security for Modern Data Centers

Perimeter security is inadequate in modern data centers. Existing approaches suffer from insufficient security processing bandwidth, necessitating compromises to security solutions. The Fungible DPU™ offers a no-compromise security solution that provides protection for all traffic.

Read Whitepaper 4 pages
Technology

Separating Data Plane and Control Plane

Separating data plane and control plane in engineering systems is not a new paradigm. However, this approach has become increasingly important. Watch this video to optimize software and hardware systems for simplicity, performance and resilience.

Watch Video 6:32 mins
Storage

Unlock Performance and Cost-Efficiencies of Storage

The growth of unstructured and structured data necessitates the need for storage solutions that can deliver extreme performance and efficiency. Learn how the DPU enables the transition from a tiered storage architecture to a simple and flat storage architecture.

Read Whitepaper 5 pages
Storage

The Case for Disaggregated Storage

NVMe-oF has enabled a new thinking around high-performance and large scale disaggregation. The Fungible DPU™ allows data center infrastructure to break free from the limitations of HCI, enabling high performance and reliable disaggregated storage at all scales.

Read Whitepaper 4 pages
Storage

The Case for Disaggregated Storage

Modern workloads are exposing the inherent limitations of Direct-Attached Storage architecture. The shift to a disaggregated storage architecture brings many benefits. Find out more about the role the Data Processing Unit will play to enable this transition.

Watch Video 5:25 min
Technology

Data-Centric Software Manifesto

There’s a smarter way to write software to match today’s data-centric need. Learn all about the modern microservices-based software approach that has the potential to help organizations rethink all their old assumptions.

Watch Video 7:43 min
Technology

Founders’ Perspective

Fungible founders, Pradeep Sindhu and Bertrand Serlet discuss how modern approaches to hardware and software need to be data-centric.

Watch Video 4:32 min
Technology

Fungible’s Vision for the Data-Centric Era

The Fungible DPU™ is a new class of microprocessor that will power data-centric infrastructure. A data-centric infrastructure is one in which compute and storage servers contain DPUs to perform data-centric computations and connect servers.

Read Whitepaper 4 pages