TI does not offer ongoing direct design support for this hardware. For support while working through your design, contact IN-VISION Technologies AG.
INV-3P-DLP9000X
Overview
The DLP9000X development kit is a high-performance, fully integrated DLP evaluation kit designed for demanding optical applications — from 3D printing and maskless lithography to machine vision and structured light projection.
Combined with a robust DLPC910 controller and 7 GB of onboard RAM to store up to 14.680 images, this programmable DLP evaluation module provides ultimate control over binary pattern sequences with sub-millisecond precision. The optional optical PCIe 3.0 x4 interface ensures, with up to 6290 fps, that the chipset’s performance is utilized to the edge.
The open FPGA structure makes it an ideal solution for developers who want to generate added value with their own code.
The entire set also features an extremely compact design and highly flexible cables for connecting the DMD board to the controller electronics.
Features
- Controller Board Module with FPGA and RAM for 14,680 preloaded 1-Bit patterns
- High-bandwidth interfaces for low-latency streaming
- Dual interface: PCIe 3.0 x4 and 1G Ethernet
- Flexible triggering: electrical or optical I/O
- Flexible evaluation board for fast setup and system integration
- PanOS: A Linux-based operating system providing a stable user experience and seamless integration of the device into in-field applications.
- PanAPI: A software interface to the DMD-System offering comprehensive parametrisation and exhaustive control of even the most complex exposure processes.
- PanGUI: An easy-to-use, graphical demo tool offering functionality for initial commissioning during integration of the device into a larger system.
Near-UV products (400 to 420 nm)
UV products (< 400 nm)
Photos courtesy of IN-VISION Technologies AG
Get started
Order & start development
Development kit
INV-3P-DLP9000X — High-Speed DLP9000X Development Kit
INV-3P-DLP9000X — High-Speed DLP9000X Development Kit
Support & training
Video series
View all videosDisclaimer
Certain information and resources (including links to non-TI sites) above may be provided by a third-party partner, and is included here merely for your convenience. TI is not the provider of, and is not responsible for, the content of such information and resources, and you should evaluate them carefully for your intended uses and on your own behalf. The inclusion of such information and resources here does not imply endorsement of any third-party company by TI, and shall not be construed as a warranty or representation regarding the suitability of any third-party products or services, either alone or in combination with any TI product or service.