Forth Dimension Displays and LightTrans collaborating on phase modulated SLMs

27th September 2016 – Forth Dimension Displays (ForthDD), leading supplier of fast binary spatial light modulators (SLMs), and LightTrans, vendor of the optical design software VirtualLab Fusion, are collaborating on an adaptation of LightTrans’ simulation software. The new capabilities in VirtualLab Fusion will encompass adding support for the high speed binary phase modulators offered by ForthDD.

ForthDD’s binary SLM offers QXGA resolution (2048 x 1536 pixels) resolution at speeds up to 4.5 kHz with a pixel pitch of 8.2 μm based on ferroelectric liquid crystal on silicon (FLCOS) technology. The drive interface can either support video, using the DisplayPort standard, or a dedicated flash memory based interface interface calling off up to 1024 binary phase masks from the on-board memory and controlled using flexible trigger ports.

The PC-based VirtualLab Fusion allows optical engineers to conveniently convert imagery into phase masks. Therefore, the software provides reliable, fast and flexible tools for the design of adaptive optical systems. Phase masks can be computed and the data can be transferred to the SLM. VirtualLab Fusion enables the analysis and optimization of the entire adaptive laser system containing complex laser sources, beam delivery optics and the diffractive SLM.

Greg Truman, CEO of Forth Dimension Displays, is full of optimism: “We are delighted to be able to support customers using our phase modulation SLMs in their R&D work. By working with our new partner LightTrans, and their enabling, user-friendly software, it will be easier and faster for scientists and engineers to build systems using our SLMs.”

Dr. Michael Kuhn, CEO of LightTrans, says: “The powerful design algorithms of VirtualLab Fusion for phase masks and the physical optics modelling for entire laser systems will considerably enhance many applications based on SLMs. It is a pleasure for us to collaborate with Forth Dimension Displays and to provide new innovative optical solutions to our customers.”

Projected image from phase mask created using VirtualLab Fusion Forth Dimension Displays
Projected image from phase mask created using VirtualLab Fusion Forth Dimension Displays