RIBER and IntelliEPI have qualified the MBE 8000 performance

RIBER and IntelliEPI have qualified the MBE 8000 performance

• State-of-the-art laser emission resolution, 3 nm, for VCSEL applications market
• Extremely high thickness and doping uniformities across 8x6in or 4x8in wafers run
• Final qualification expected by 4^th quarter for high volume optoelectronic and micro-electronic applications
  
  

Bezons (France), June 14, 2023 – 5:45pm (CET) – RIBER, the global leader for molecular beam epitaxy (MBE) equipment serving the semiconductor industry, is announcing major milestones in the joint development program with IntelliEPI for the qualification of the new MBE 8000 production platform.

As the new Riber’s flagship, the MBE 8000 is the highest capacity MBE production tool available on the market, able to handle batches of eight 150 mm (6 inches) or four 200 mm (8 inches) wafers. The design of this machine benefits from over 20 years’ experience in production MBE systems running daily around the world and enabling outstanding process performances and stability, thus reducing their cost of ownership.

Following the delivery of the first MBE 8000 platform and after a thorough qualification work carried out in close cooperation with IntelliEPI, the results obtained have exceeded the expectations for such technology, particularly in terms of uniformities, defect densities, increasing yield, and interface abruptness, which is key for superlattices structures to achieve high performance lasers.

Those performances combined with a high level of run-to-run repeatability control in large-scale production will enable new generation lasers, in particular for the fast-growing VCSEL (vertical-cavity surface-emitting laser) technology with significant market opportunities in the field of smartphone under display facial recognition.

In its latest report on VCSEL, Yole Group specified: a “major change expected is a shift in wavelength from 940 to 1,380nm (…)to achieve an integration of the VCSELs behind organic light emitting diode (OLED) displays, which are transparent at this wavelength. The first application could be the proximity sensor being placed under the display (…).” (source)

On top of the VCSEL market, the precise control of the doping uniformity and the processes stability offered by the MBE 8000 platform will also enhance microelectronic device performances, such as conductivity.

Over the past few months, as results were disclosed to several industrial customers, interest for this machine as grown quickly, leading to discussions for potential purchase.