KP-3P-DLP4500EVM

Keynote Photonics DLP4500 evaluation modules

KP-3P-DLP4500EVM

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Overview

Keynote Photonics offers a number of optical engine options, featuring DLP4500/DLPC350 DLP® chipset.

The LC4500-RGB optical engine provides a full color, high resolution projector for your display applications. Excellent uniformity and short focus capability enable a wide range of applications. The LC4500 electronics contain all the power and capability of Texas Instruments’ reference design and more: multiple control options, Beaglebone Black compatibility, and custom GUI. An embedded TI MSP430™ is also available to manage the DLPC350 and set different operating modes, configure external GPIO, or manage the three channel LED drivers. Both USB and UART interfaces are available.

The LC4500-UV/B optical engine, coupled with the LC4500 electronics, provides users with a compact all-in-one solution for UV exposure and 3D measurement. The LC4500-UV optical engine uses a single color LED and on-axis projection to provide maximum power with high uniformity. The standard engine includes a 405nm UV LED. However, other wavelengths (blue, green, red) may be substituted to suit your specific application.

Learn more about Keynote Photonics at https://keynotephotonics.com.

High-speed visible chipsets
DLP4500 DLP® 0.45 WXGA DMD DLPC350 Digital Controller for DLP4500 DMD and DLP4500NIR DMD

 

Near-infrared (NIR) chipsets
DLP4500NIR DLP® 0.45 WXGA NIR DMD

Order & start development

Optical module

LC4500-RGB-EKT – Flexlight LC4500 BeagleBone Black Controller

Optical module

LC4500-M8-UV-405 – LC4500 405NM UV Projector

Optical module

LC4500-P5 – LC4500-RGB Industrial Projector

TI's Standard Terms and Conditions for Evaluation Items apply.

Technical documentation

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Type Title Date
User guide DLPC350 Programmer’s Guide (Rev. G) Jul. 05, 2018

Related design resources

Software development

FIRMWARE
DLPR350 DLPC350 Configuration and Support Firmware

Support & training

Third-party support
TI does not offer ongoing direct design support for this hardware. For support while working through your design, contact Keynote Photonics.

Videos

Disclaimer

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.