Today's embedded systems are increasingly shaped by growing data
demands, heterogeneous compute, and the need for long-term architectural
stability. As PCI Express evolves from PCIe 1.0 through PCIe 7.0, it has
become the common fabric connecting processors, accelerators, storage,
and legacy interfaces across embedded and edge platforms.
We interviewed eight experts about how PCIe is used in modern
embedded systems, the signal integrity and interconnect challenges that
emerge at higher data rates, and how designers are balancing proven
PCIe 4.0 designs with pathways to PCIe 5.0, PCIe 6.0, and beyond. Their
insights highlight practical tradeoffs, real-world design constraints, and
the engineering decisions that keep PCIe systems scalable and reliable.
We hope you enjoy their insights!
David Rogelberg
Publisher,
Mighty Guides Inc.
david@mightyguides.com
(516) 234 2969
Meet Our Experts
Matt Burns
Global Director,
Technical Marketing,
Samtec
José-Augusto Moreno
Escobar
Principal Hardware Engineer,
Visteon Corporation
Javier Loranca
Coutiño
Power Electronics Engineer,
Bosch
Eduardo Eslava
Sr. Hardware Electronics Engineer,
DANA Corporation
Tam Do
Staff Technical Marketing,
Microchip Technology Inc.
Jesse Hawkins
Hardware Design Engineer,
Tektronix
Deepak Kumar Lnu
Principal Engineer, R&D,
Synopsys Inc.
Ian Saturley
Associate Director Marketing
- Networking & Connectivity
Solutions,
Microchip Technology Inc.
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8 Experts Discuss PCIe for Emerging Embedded Systems
