Display Type
Reflective LCOS
Resolution
1920 x 1080 (full HD)
Display Mode
VAN normally black, nematic
Device Diagonal
0.7”
Active Area
15.36 x 8.64 mm
Aperture Ratio / Fill Factor
93%
Pixel Pitch
8.0 μm
Dynamic Range
8 bit grey level
Input Frame Rate
60 Hz monochrome
Contrast Ratio
>1000:1 (@633nm)*
Reflectance
72% (@ 633 nm) / 78% (@ 1064 nm)
Lifetime (RPTV Application)
20,000 hours
Recommended Waveband
420 – 700 nm / 650 – 1100 nm
* Contrast is strongly dependent on the optical system and the quality of the used polarizer components
We currently offer 2 versions of the HED 6001 microdisplay. A version for the visible range and a version for the near infrared up to 1100 nm. For both versions developer kits are available including the display, a standard driveboard and all necessary accessories to run the display for testing and evaluation.
The kit is highly programmable and allows a tailored configuration according the specific requirements. The driveboard uses an HDMI interface for addressing images and an USB connection for advanced calibrations. Via the USB connection (UART USB slot) the user can perform various display adjustments like gamma correction, geometrical settings and different sequences can be loaded to the driver. Besides this the driver features a trigger sync output to synchronize the device with external devices.
The driverboard also features a dual-core ARM® Cortex™-A9 processor. This enables the user to program additional functionality which is directly processed on the driver (e.g. a slideshow from images which are loaded from USB flash (via OTG USB slot) or from internal memory). The dual-core system runs an embedded Linux™ SMP operating system and includes a library which provides full control and supervision of the display and driver itself.
The driverboard provides access through Serial and Ethernet-over-USB2 (RNDIS) interfaces and can be programmed using standard Ubuntu™ cross compile GCC toolchain.
Product
Wavelength Range
Reflectivity
Contrast
Inquiry
* Contrast is strongly dependent on the optical system and the quality of the used polarizer components
HOLOEYE Photonics AG
Volmerstrasse 1
12489 Berlin, Germany
Phone: +49 (0)30 4036 9380
Fax: +49 (0)30 4036 938 99
contact@holoeye.com
© 2023 HOLOEYE Photonics AG