Ace's strong production of ALD systems by accredited silicon semiconductor manufacturing technology milestone

Germany AIXTRON Ace Limited by Share Ltd (Frankfurt Stock Exchange: AIXA; NASDAQ: AIXG) announced today that a large memory manufacturer recognized the verification QXP-8300 atomic layer deposition (ALD) of small batch production systems for various advanced memory applications with high dielectric coefficient of the film, including the 3D structural elements.

AIXTRON Ace strong milestone in silicon semiconductor manufacturing technology

Ace AIXTRON strong U.S. branch vice president and general manager of BillBentinck said, "we are very pleased to know that our customers have been done on the QXP-8300ALD system is suitable for the evaluation of the most advanced manufacturing high performance storage element. The QXP-8300ALD system is capable of producing advanced films with superior electronic and component properties. AIXTRON Ace strong expectations to provide production equipment to further support the customer's memory development plan to address the challenges posed by the rapid development of the industry. "

As the size of the semiconductor memory cell continues to shrink, manufacturers need more advanced technology for the deposition of precision dielectric, metal and nonvolatile storage materials. Three AIXTRON Ace QXP-8300ALD system includes a nozzle patented vaporizer (TriJet) technology, this technology combined with the unique close coupled spray head design, can make the process of super high dielectric value in the manufacture of dielectric and metal nitrides, according to the use of low vapor pressure precursors of actual needs, so as to improve performance.

About AIXTRON Ace strong

AIXTRON Ace is a leading supplier of semiconductor equipment to the semiconductor industry. The company was founded in 1983, headquartered in herzogenrath (near Aachen), and has subsidiaries and sales offices in Asia, Europe and the United states. The company's technology solutions are used by a wide range of customers around the world to create advanced electronic and optoelectronic applications that are based on compounds, silicon or organic semiconductor materials. The element is widely used in innovation, technology and industry, including LED applications, display technology, data storage, data transmission, energy management and transformation, communication, signal lamps and lighting technology and other cutting-edge technology.

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