Comptek Options, a pacesetter in superior passivation expertise for the semiconductor {industry}, proudly broadcasts the profitable design and set up of its pilot line, funded by the European Innovation Council (EIC). This state-of-the-art pilot line integrates Comptek’s proprietary Kontrox™ passivation expertise with different broadly used {industry} strategies equivalent to Atomic Layer Deposition (ALD), delivering a confirmed, scalable resolution for industrial manufacturing particularly concentrating on energy electronics and optoelectronic purposes.
Picture Credit score: Comptek Options
The completion of this pilot line marks a big milestone for Comptek Options in offering revolutionary passivation improvements, enabling a leap in efficiency and manufacturability for next-generation compound semiconductors. Designed to validate Comptek’s progressive Kontrox passivation expertise on as much as 200mm substrates, this cutting-edge cluster software integrates the Kontrox passivation course of with industry-standard strategies, that includes a plasma-enhanced ALD (PE ALD) module, together with superior functionalities for moist etching and chemical processing in a managed inert gasoline ambiance. With steady processing that maintains vacuum between totally different course of steps, the system gives large flexibility in creating advanced passivation options that meet even probably the most demanding necessities, guaranteeing superior chip efficiency and long-term reliability for high-performance semiconductor purposes.
“The pilot line we have developed by means of the EIC-funded ‘Enlight’ challenge is a testomony to our dedication to pushing the boundaries of passivation expertise,” mentioned Vicente Calvo Alonso, CEO and Co-Founding father of Comptek Options. “The likelihood to mix our distinctive Kontrox passivation method with superior ALD capabilities permits us to ship extremely customizable and optimized options, designed to beat the challenges and fulfill the wants of energy electronics and optoelectronic producers. With this pilot line, we’re excited to supply our prospects the chance to tailor the processes to their precise manufacturing necessities, serving to them obtain unprecedented efficiency for his or her machine purposes.”
A standout function of this pilot line is the combination of Comptek’s Kontrox™ course of with ALD expertise, carried out utilizing Veeco’s PE-ALD FIJI 200 system. This progressive mixture supplies a transformative method to minimizing floor defects and creating an exceptionally sharp III-V dielectric interface. The result’s superior interface high quality, essential for maximizing chip efficiency and optimizing yields in a variety of semiconductor purposes, from sidewall passivation layers for µLEDs to advanced gate stack dielectrics for energy transistors.
The success of this groundbreaking two-year challenge owes a lot to the assist of the European Innovation Council (EIC). By the EIC Accelerator funding, the Comptek Options crew had been capable of refine its core processes and validate its passivation expertise for large-scale industrial manufacturing.
Vicente highlighted the EIC’s very important function, stating: “We’re deeply grateful to the European Innovation Council for his or her unwavering assist, which has been instrumental in remodeling our imaginative and prescient right into a actuality. The EIC’s funding and steerage have enabled us to construct a turnkey passivation resolution for bigger substrates, permitting Comptek Options to advance the applicability of our expertise to the commercial scale. This achievement wouldn’t have been doable with out the EIC’s perception within the potential of our improvements and their dedication to driving technological breakthroughs in Europe.”
The worth of compound semiconductor substrates is projected to develop at 17% yearly from 2023 to 2029, reaching US$3.3 billion, pushed by rising demand from industries equivalent to automotive, communications, and shopper electronics, with development in energy electronics fuelling the transition to bigger substrates like 200mm wafers for SiC and GaN-on-silicon. In the meantime, the rising use of 150mm InP in datacom and 200mm GaAs and sapphire in microLED shows is driving additional demand for superior semiconductor applied sciences (Supply: Yole Group hyperlink). These traits underscore the necessity for high-quality passivation to make sure optimum efficiency and reliability in energy and optoelectronic purposes whereas selling sustainable semiconductor manufacturing.
Comptek Options’ EIC-funded pilot line, with its immense potential for next-level compound semiconductor-based substrate passivation, has already attracted important curiosity. A number of main producers have already scheduled trial runs to discover its top-tier capabilities for his or her specialised manufacturing wants, and the corporate’s capability for 2025 is already totally booked. By providing a modern, full-stack passivation resolution, Comptek Options is uniquely positioned to drive innovation within the evolving semiconductor panorama, serving to producers obtain superior effectivity and efficiency in next-generation and more-than-Moore semiconductor units.
