公司简介

Jasper Display Corp., operations started in 2010, is a leading designer of SLM (Spatial Light Modulators) and has successfully developed and brought to the marketplace several new, very high speed Full HD (FHD) microdisplays and a microdisplay controller, establishing a line of new LCoS products to support color-sequential single-microdisplay operated at FHD resolution and high frame rate. In addition, Jasper Display has the world’s smallest Ultra HD (UHD) microdisplay in the world. Jasper Display’s newest addition, the OCM, will now add an ASIC controller to drive the full line of microdisplays from FHD to UHD microdisplays.

产品列表

• KITS

• Die Size

• CMOS Wafer

• Customized

SLM Research Kit (SRK) – JD7554

Overview

The SLM Research Kit (SRK) is built on the the 0.55″ JD5552 microdisplay series. It offers 2π phase retardation at different selectable wavelengths and a resolution of 1920 x 1080 pixels. The SRK is compact, and can aid in the development of a wide-variety of applications including DOE, HOE, laser processing, holography, WSS, and data storage(HDS) applications. SRK accessories include the wavelength configuration software and all required cabling.

Figure 1. SRK SLM hardware

Main Features Phase Modulator Input: 8-bit monochrome HDMI 1080p @ 60 Hz Retardation: 2π @ 532 nm & 2π @ 633 nm Easy Addressing Interface using HDMI 1.4 SLM and driver in a single compact package Compact Size: 95 mm × 65 mm × 20 mm Dual optical bench mounting points aligned to optical center Software to configure the SLM to address different wavelengths

SLM Research Kit 4K (SRK4K) – JD7714

Overview

The SLM Research Kit 4K (SRK4K) offers 2π phase retardation at different selectable wavelengths at resolutions of 4096 x 2400 pixels. The SRK4K is compact, and can aid in the development of a wide-variety of applications including DOE, HOE, laser processing, holography, WSS, and data storage (HDS) applications. SRK4K accessories include the wavelength configuration software and all required cabling.

Figure 1. SRK SLM hardware

Main Features Phase Modulation Input: 8-bit depth monochrome 4096 x 2400 @ 30Hz Retardation: 2π @ 532nm, 2π @ 633 nm Easy Addressing Interface using HDMI 1.4 protocols SLM and driver in a single compact package Compact size: 118 mm x 72 mm x 20 mm Dual optical bench mounting points aligned to optical center Software to configure the SLM to address different wavelengths

*1 Compact enclosure houses SLM driver and microdisplay panel that provide good mechanical, electrical, and optical noise

Amplitude Research Kit (ARK) – JD7715

Overview

The Amplitude Research Kit is plug-and-play Spatial Light Modulator (SLM) hardware based on JDC’s 0.55″ LCoS panel. It is intended for amplitude/monochrome applications.

EDucation Kit (EDK) – JD955B

Overview

The JD955B EDucation Kit (EDK) is an LCoS, SLM-based system that provides in-depth, hands-on optical training via a series of ten experiments. Optics students and engineering professionals will be able to learn optics fundamentals quickly and easily with the EDK. The EDK is built around the 0.55″ JD5552 panel and has a 1920 x 1080 pixel resolution. The EDK includes a complete lab manual that covers phase, wavefront, and amplitude modulation, dispersion, holography, diffraction, interference, and additional topics. LabVIEW software with a rich GUI is included to guide the experiments and control the SLM hardware.

The EDK is a compact, flexible training solution designed to easily integrate into modern optical labs and cover a wide variety of key experiments.

Figure 1. EDK SLM hardware

Main Features 8-bit monochrome HDMI 1.4 intput for 1080p, 30 Hz Phase and amplitude (monochrome experiments) LabVIEW-based GUI controls Ten experiment lab manual Compact hardware package: 95 mm x 65 mm x 20 mm Phase retardation of 2π @ 532 nm Optional cage system for easy setup Optical mount holes aligned to optical center Flexible, PC-driven optics lab hardware Hands-on, dynamic experiments to learn optics fundamentals Strong link between theory and lab results enhances student understanding