Wolfspeed files prospectus for up to 24,072,041 shares by selling stockholders

1 min read     Updated on 10 Jun 2026, 02:50 AM
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Shraddha JScanX News Team
AI Summary

Wolfspeed filed a prospectus for selling stockholders to offer up to 24,072,041 shares of common stock. The shares include 3,250,030 existing shares, 2,000,000 from pre-funded warrants, and 18,822,011 from convertible notes due 2031. Wolfspeed will not receive any proceeds from the sale.

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Wolfspeed, Inc. has filed a prospectus for the potential offer and sale of up to 24,072,041 shares of common stock by selling stockholders. The shares have a par value of $0.00125 per share. The offering comprises existing shares, shares issuable upon the exercise of pre-funded warrants, and shares issuable upon the conversion of 3.5% Convertible 1.5 Lien Senior Secured Notes due 2031. Wolfspeed will not receive any proceeds from the sale of these shares.

Breakdown of Shares

The total of 24,072,041 shares is divided into three specific categories based on the source of the securities. The breakdown is as follows:

Source Number of Shares
Common Stock held by selling stockholders 3,250,030
Pre-Funded Warrants 2,000,000
1.5L Convertible Notes 18,822,011

Details of the Offering

The prospectus covers shares held by certain selling stockholders, including 3,250,030 shares of common stock. Additionally, 2,000,000 shares may be acquired by selling stockholders upon the exercise of pre-funded warrants. The largest portion of the offering consists of 18,822,011 shares that selling stockholders may acquire upon the conversion of the 1.5L Convertible Notes. Wolfspeed explicitly stated that it is not selling any securities under this prospectus and will not receive any of the proceeds from the sale of the shares by the selling stockholders.

How might the influx of 24 million shares impact Wolfspeed's stock price and market liquidity?

What does the conversion of 1.5L Convertible Notes suggest about investor sentiment toward Wolfspeed's debt?

Could this offering signal a lack of confidence among existing stockholders in Wolfspeed's near-term growth prospects?

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Wolfspeed launches Gen 5 SiC MOSFETs with 27% efficiency gain

1 min read     Updated on 09 Jun 2026, 03:49 PM
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Reviewed by
Riya DScanX News Team
AI Summary

Wolfspeed has launched its fifth-generation silicon carbide MOSFET technology, achieving a 27% reduction in specific on-resistance to improve efficiency for automotive and industrial applications. Built on a 200 mm manufacturing platform, the Gen 5 devices offer a low-risk path to market and resolve key design challenges related to conduction losses. Samples are currently available, with new product launches planned through 2027.

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Wolfspeed has launched its fifth-generation silicon carbide MOSFET technology, delivering a substantial performance leap in efficiency for next-generation automotive and industrial applications. The new Gen 5 devices achieve up to a 27% reduction in specific on-resistance compared to currently available competitive 1200 V solutions, addressing critical barriers in electric vehicle adoption such as cost, safety, and mileage range.

The technology is built on Wolfspeed's qualified 200 mm manufacturing platform in Mohawk Valley, N.Y., providing automotive and industrial customers with a rapid, low-risk path to market. This platform allows for a direct transition from design-in to volume production without requiring new manufacturing toolsets, ensuring readiness despite surging demand in sectors like AI.

Performance Metrics and Specifications

Gen 5-based systems are designed to achieve the highest current possible at high temperatures within a competitive 5 x 5 mm footprint. The technology resolves key design challenges by significantly improving system-level conduction losses and reducing the need for system-level design margins.

Product Voltage Chip-Level RSP (175℃) RDS(ON) Distribution
QEM50120-25D10 1200 V 3.4 mΩ-cm² Ultra-low +/- 18%
QEM50075-025D10 750 V 2.0 mΩ-cm² Ultra-low +/- 18%

Durability and Design Advantages

The Gen 5 technology maintains the body diode introduced in the Gen 4 platform while improving the junction temperature to 200℃ continuous and 215℃ for limited life. This enhancement supports the creation of more compact traction inverters and enables the replacement of mechanical relays with solid-state circuit breakers. The MOSFETs also achieve benchmark on-resistance while maintaining excellent switching energy and reduced reverse recovery charge.

Dr. Cengiz Balkas, Wolfspeed Chief Business Officer, highlighted the rapid pace of innovation, noting that the Gen 5 technology gives engineers the most current possible within a 5x5 mm silicon carbide footprint. Dr. Adam Barkley, Vice President of Power Device and Package Development, emphasized that the technology utilizes familiar tools and processes to create a low-risk upgrade path for next-generation programs.

Availability and Roadmap

Samples for the QEM50120-025D10 and QEM50075-025D10 are currently available for select customers through Wolfspeed's direct sales representatives. The company plans to continue launching new 750 V to 1200 V products throughout 2026 and into early 2027, aligning with market demand and finalized customer requirements. Wolfspeed is demonstrating the Gen 5 technology at the PCIM event.

How will Wolfspeed's Gen 5 technology impact the competitive landscape of the silicon carbide market, particularly against rivals like STMicroelectronics and Infineon?

What are the potential cost implications for electric vehicle manufacturers adopting this new technology, and could it accelerate EV price parity with internal combustion vehicles?

How might the improved thermal performance and higher current density influence the design of future power electronics in AI data centers?

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