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Durability

Designed to last, even in the harshest environments

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  • Featured Articles
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  • Overview
  • Featured Articles
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Engineered for System Durability

Electrified marine and railway inverters, commercial and heavy-duty vehicles, renewable power plants and pulsed power systems are pushing the operational limits for electric power systems. The ever-increasing demand for system durability in these applications evokes a new set of design challenges and performance expectations. As industries continue pushing the boundaries of electrification into increasingly challenging environments, the distinction between reliable and rugged becomes the difference between systems that function and systems that endure. We enable our customers to design longer-lasting systems to perform in tough operating environments with products delivering ruggedness at every stage of product life cycle. 

Featured Articles

Portrait of Guy Moxey, Wolfspeed Vice President and General Manager for Industrial and Energy

Guy Moxey

Vice President and General Manager for Industrial and Energy

Designed to Last, Even in the Harshest Environments

19 min read
Nov 04, 2025
Headshot of Dr. Adam Barkley, VP, Power Technology Development.

Dr. Adam Barkley

Vice President Power Research and Development

Enhancing System Durability with Advanced Packaging for Silicon Carbide (SiC)

11 min read
Nov 13, 2025

Mauro Ceresa

Senior Director of Field Applications Engineering

SiC Power Module Reliability: Wolfspeed’s Power Cycling and Lifetime Modeling Approach

14 min read
Nov 14, 2025

Accelerating Industrial E-mobility 

More EV users are looking to gain the most of their batteries by leveraging the expanding charging networks around them – either to power their home, a local grid, another vehicle, or receive power from any of these loads via a bi-directional charger. This concept, aptly named Vehicle-to-Everything (V2X), is one way Stercom is enabling more accessible and efficient charging technologies with Wolfspeed Silicon Carbide.
View Case Study

Why choose Wolfspeed?

Minimizing early device failures

Vertical integration enables end-to-end control for ground-up quality from crystal growth to finished devices.

Maximizing useful life

Field failure rate < 1 failure per billion device hours

Mitigating intrinsic wear-out failures

Extensive reliability testing shows gate oxide lifetime of more than 10,000 years at 175°C


Featured Products

Composite image of the top and bottom of a Wolfspeed silicon carbide (SiC) power module in a TM package.
TM Single Switch Power Module Family
Wolfspeed's TM single switch power module platform addresses a broad range of inverter power levels.
Product image of the Wolfspeed Wolfpack SiC Power Module in the FM3 package.
Wolfspeed WolfPACK™ Silicon Carbide Power Module Family
Wolfspeed WolfPACK™ modules are a great choice for designers who want to increase efficiency and power density in a compact, industry standard footprint.
Front & bottom view of the Wolfspeed YM3 silicon carbide power module.
YM Six-Pack Power Module Family
The YM features an optimized power terminal layout that minimizes package inductance enabling reduced overshoot voltage and ultra-low switching loss.

Tools & Support

SpeedFit™ Design Simulator

Select the right devices for your application through online system-level simulations.

Start Your Design

SpeedVal Kit™ Modular Evaluation Platform Configurator

Configure your kit with a motherboard, power daughter card, gate driver card, an optional control card, and other optional accessories.​

Configure Your Kit

LTspice & PLECS Models

Use our simulation models to speed up your design workflow without physical samples or test kits.

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Power Applications Forum

Join our technical community and participate in expert-driven discussions that will help advance your design.

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