| Page 1054 | Kisaco Research

How Flexible, Scalable High-Performance Interconnect Extends the Reach of Next Generation Memory Architectures

CXL

Emerging Memories

External Memory

Systems Design

Hardware Eng.

Memory Systems Eng.

Systems Architecture

Author:

Matthew Burns

Technical Marketing Manager

Samtec

Matthew Burns develops go-to-market strategies for Samtec’s Silicon-to-Silicon solutions. Over the course of 20+ years, he has been a leader in design, applications engineering, technical sales and marketing in the telecommunications, medical and electronic components industries. Mr. Burns holds a B.S. in Electrical Engineering from Penn State University.

Read more about How Flexible, Scalable High-Performance Interconnect Extends the Reach of Next Generation Memory Architectures

CXL: Cool Tech...But Can It Scale Profitably? Lessons from NVDIMM-N…

Innovation excites us and unlocks business value but unless it inherently scales profitably, you could be stuck at a dead-end. This talk looks at NVDIMM-N as a cautionary tale of commercialization pitfalls that kill innovative technologies. How can you analyse a technology not just for the value it unleashes but also for its long-term commercial viability? How is CXL different? What types of CXL implementations should you consider and which should you be wary of?

CXL

Emerging Memories

Use Case

Hardware Eng.

Memory Systems Eng.

Systems Architecture

Author:

Keith Winkeler

VP of Engineering, PowerEdge & Core Compute Platforms

Dell Technologies

Keith Winkeler is VP of Engineering, PowerEdge & Core Compute Platforms at Dell Technologies. Keith is an accomplished and collaborative executive with 30 years of demonstrated excellence in building and leading high performance global organizations responsible for architectural definition, development and delivery of industry leading HW/SW products. His proven strengths include talent management and development, organizational design, matrixed and global teams, ODM partner leadership and value chain management.

Read more about CXL: Cool Tech...But Can It Scale Profitably? Lessons from NVDIMM-N…

CXL Technology: Revolutionizing the Data Center

The leading companies at every level of the data center value chain, from IP, chips, platforms, system OEMs to hyperscalers, are coalescing around CXL technology as a path to revolutionize the data center. With workload demands increasing rapidly, the need for more memory bandwidth and capacity continues to rise. Memory is of critical importance, and its share of the server bill of materials (BoM) continues to grow. Making the best use of vital memory resources is an imperative. With CXL technology, the industry is pursuing tiered-memory solutions that can break through the memory bottleneck while at the same time delivering greater efficiency and improved TCO. Ultimately, CXL technology can support composable architectures that match the amount of compute, memory and storage in an on-demand fashion to the needs of a wide range of advanced workloads.

CXL

Embedded Memory

Emerging Memories

Hardware Eng.

Memory Systems Eng.

Systems Architecture

Author:

Mark Orthodoxou

VP, Strategic Marketing, Datacenter Product

Rambus

Mark Orthodoxou is the Vice President of Strategic Marketing for Rambus’ Datacenter Products Group. Mark has over 25 years of experience in product management and strategic planning in the semiconductor industry across multiple technology disciplines, including enterprise storage, data center compute, memory subsystems and networking. Mark has evangelized the benefits of serial-attached memory since long before CXL was introduced as a standard and was responsible for the introduction of the first commercially available products in this space. Mark currently sits on the CXL Consortium Marketing Working Group. He has held various leadership positions at Microchip, Microsemi, PMC-Sierra, and IDT.