IN-VISION Introduces New Electronic Subsystems for Native 4K Chipsets
Evaluation Kit for New DLP991U and DLP9000X Chipsets for All DMD Users
“We are taking this step as part of our mission to provide open platforms for all users who want to utilize advanced photonics with DLP technology!”
Hans Florian Zangerl, CEO IN-VISION
These new electronic subsystems allow users to access cutting-edge DMD technology efficiently—without the need to develop their own electronics—whether for R&D or production, and regardless of whether the application is lithography, 3D printing, or biotechnology.
IN-VISION’s initial offering includes driver electronics for the native 4K DLP991U chipset and the 2K DLP9000X chipset from Texas Instruments. Both micro-mirror chips are ideal for high-speed dynamic exposure applications. IN-Vision is the only manufacturer to offer boards with ultra-fast optical interfaces, open FPGA structure, and flexible cabling.
Technical Features Include:
- Controller board module with a 7/8 GB DDR4 RAM supporting up to 7,710 (4K) / 14,680 (2K) preloaded 1-bit patterns, fully programmable by the user
- Open FPGA-Platform allowing users to add value with their own code
- High-bandwidth interfaces for low-latency streaming
- Dual interface: 1G Ethernet and PCIe 3.0 x4 to stream with up to 2,891 fps (4K) / 6,290 fps (2K)
- Flexible triggering via electrical or optical I/Os
- Fast setup and seamless system integration
- Small design and flexible cabling between controller and DMD
Software Ecosystem Includes:
- PanOS: A Linux-based operating system offering a stable and intuitive user experience and easy integration into field applications
- PanAPI: A software interface for full control and parameterization of even the most complex exposure processes
- PanGUI: A user-friendly graphical demo tool designed to assist with commissioning during system integration
These modules are ideal for applications ranging from maskless lithography to patterned illumination in biomedical fields. They are available immediately.
