Start developing with the DLPM670NIR PLM Development Kit today!
Start developing with the Ultra-Resolution Programmable PLM Evaluation Kit.
DLPM670NIR Development Kit for Phase Light Modulation
Ultra-Resolution Programmable PLM Evaluation Kit with 0.67” 904x800 PLM (Phase Light Modulation) PLM Device.
High-Performance Light Steering for Your Innovation
The DLPM670NIR Development Kit is a state-of-the-art programmable PLM evaluation kit for OEMs, engineers, and researchers pushing optical precision. Designed around the 0.67” PLM chip, it delivers exceptional resolution, frame rate, and pattern control for applications in advanced lithography, 3D metrology, microscopy, biomedical imaging, digital holography, and more.
Equipped with an industry-leading PLM board (904 × 800 micromirrors, 16.2 x 10.8 µm pitch), the DLPM670NIR has a DisplayPort video interface with up to 1,400 holograms per second.
Design house partner and optics company IN-VISON Technologies AG has a strong team of optics and mechanical designers, offering one-stop shopping for PLM projects. With more than 20 years of experience in prototype development and series production of optronic solutions, the company is ideally positioned to implement phase light modulators.
TECHNICAL DATA
| DMD CHIPSET | 0.67“ PLM chipset |
| DMD CONTROLLER | Dual DLPC900 |
| TYPE DMD | 0.67“ PLM |
| MICROMIRROR ARRAY | 904 x 800 |
| MICROMIRROR PITCH | 16.2 x 10.8 µm |
| MICROMIRROR MODULATION | Phase modulation (bias - voltage controlled ) |
| BIT DEPTH | 5 bit |
| POWER ON PLM | Up to 30 W/cm 2 |
| WAVELENGTH | 750 - 1630 nm |
| ACTIVE MIRROR ARRAY | 14.6664 x 8.64 mm² |
| VIDEO INTERFACE | Display Port |
| CONTROL INTERFACE | USB 1.1b |
| HARDWARE TRIGGER | Electrical IN / OUT |
| MAX. SWITCHING RATE | up to 1,400 holograms/s |
DIMENSIONS
| DMD BOARD DIMENSIONS | 115 x 100 mm² |
| INTERFACE BOARD DIMENSIONS | 53 x 102 mm² |
| CONTROL BOARD DIMENSIONS | 147 x 152 mm² |
| CABLE LENGTH | 350 mm |
INTERFACE
| PC INTERFACE | USB1.1b and DisplayPort |
Want to learn what Phase Light Modulation is in detail?
Read our full article!
