Elite Power Pairing Studio from ON Semiconductor Corp. - cloud tool automates SiC design

Reviewed: ad hoc news New Release & Launch desk. Edited and checked on 2026-06-29, 07:06. Details in the imprint.

The Elite Power Pairing Studio from ON Semiconductor Corp. opens on a clean browser window, a quiet dashboard of graphs and drop-downs instead of humming lab benches and loose wires. You click through device choices rather than rummaging for datasheets, and power loss curves update almost instantly as if the oscilloscope were sitting right beside you.

What this studio actually does

Elite Power Pairing Studio is a cloud-based design environment that matches onsemi silicon carbide MOSFETs and modules to specific power topologies such as onboard chargers, traction inverters or industrial drives. It automates key calculations around efficiency, switching losses and thermal performance, cutting out many manual spreadsheet steps engineers used to wrestle with.

According to the onsemi launch communication, the tool embeds detailed models of the company’s EliteSiC devices, lets users select operating conditions, then proposes combinations of modules and gate drivers that fit those constraints. A designer can sweep load current or switching frequency and see waveforms and loss figures shift live on screen, a much more tactile experience than combing static PDF tables.

SiC focus and who it targets

At the heart of Elite Power Pairing Studio is onsemi’s EliteSiC portfolio, the silicon carbide power devices the firm is pushing into electric vehicles, renewable energy and fast-charging infrastructure. The studio is aimed squarely at power electronics engineers who need to juggle efficiency, thermal margins and cost while meeting tight project timelines.

Brandon Branch, who heads power solutions marketing at onsemi, frames the tool as a way to give customers application-level guidance instead of just component specs. In practical terms, that means an engineer working on a 150 kW inverter can start with their DC link voltage and target efficiency, then let the studio narrow thousands of possible part-number combinations to a small, coherent set.

How engineers actually use it

In a typical session, an engineer logs into Elite Power Pairing Studio, picks an application like an EV onboard charger, then enters basic parameters such as input voltage range, output power and ambient temperature. The tool returns suggested EliteSiC MOSFETs or power modules, along with gate driver options that match those devices’ requirements.

What makes it practical is the ability to adjust these inputs and instantly see how efficiency and junction temperature shift, before a single PCB is laid out. Instead of long email chains with field application engineers, users get structured recommendations and can export reports for internal design reviews, a tidy way to document why certain devices were chosen.

Why onsemi built this now

Silicon carbide adoption has moved from pilot projects to large-scale EV and renewable platforms, and onsemi is under pressure to support customers who may be new to wide bandgap design. Hassane El-Khoury, onsemi’s CEO, has repeatedly pointed to power solutions for electrification as a strategic pillar, and tools like Elite Power Pairing Studio fit that narrative by making complex device choices more accessible.

For onsemi, there is another angle: by anchoring design work in its own ecosystem, the company increases the odds that EliteSiC parts become the default choice early in a project. In competitive tenders, that early familiarity can weigh heavily when OEMs decide which supplier’s modules end up in long-lived automotive or industrial platforms.

Limits and what still needs lab time

No cloud tool will fully replace bench work, and Elite Power Pairing Studio does not pretend otherwise. Layout effects, EMI nuances and mechanical constraints still demand prototypes, long endurance tests and the occasional burnt fingertip on a hot heat sink.

The studio instead narrows the field before hardware is ordered, which reduces the number of iterations and can save weeks on large programs. Some engineers may grumble about yet another login and workflow to learn, but for teams juggling multiple EV and solar inverters, a central place to compare device sets and conditions can be a convincing trade-off.

Company context and share reference

ON Semiconductor has been repositioning itself as a power and sensing specialist, shedding legacy businesses while ramping investments into silicon carbide capacity and automotive partnerships. The Elite Power Pairing Studio fits into this transition as a service layer that supports sales of high-value EliteSiC hardware rather than a standalone product.

ON Semiconductor shares (ISIN US6821891035) trade primarily on Nasdaq in US dollars, and investors watch software-like services such as Elite Power Pairing Studio closely as a sign of how successfully the company is deepening its silicon carbide franchise among EV and renewable customers.

This article was AI-assisted and editorially reviewed. Product information without guarantee; prices and availability may change at short notice. No investment advice, no buy or sell recommendation. Stock-market transactions involve risks up to total loss.