Keynote’s LC3010 projectors use the Texas Instruments DLP3010 light control chipset to provide a high resolution (1280×720), high brightness image for industrial uses such as 3D measurement, specialized display, and other structured light applications. Our modules project a full color or monochrome image with 0% or 100% offset and 1.2 throw ratio.
Keynote designed the LC3010 with customer implementation in mind. This blog post explores some of the ways we did that.
Keynote provides a complete API library that supports direct USB-HID control over all aspects of the system and is supported in Windows, OSX, and Linux operating systems. We also provide a development GUI with collaboration features that allow direct sharing of solutions between different engineers or users.
Options:
- HDMI input
- Optocouplers
- Accessories kit
Key Features
- Designed to support customer software development
- Keynote SDK with multiple OS support
- Enhanced development GUI supports sharing project information between engineering staff
- Pattern libraries and pattern sequences definable with offline tools and easily imported into GUI
- Ability to save up to 64K complete projector configurations as solutions and recall with a single software command
- Designed for physical integration into customer end equipment
- All user connections available on a single high-retention standard connector
- Primary user connections all located at rear of projector
- Multiple mounting holes
- Compact Form Factor
- Keynote LC3010: 110x70x37mm, 210g (production configuration without heat pipe)
- Other
- USB-HID communication and control
- Optional optocoupled trigger interface
- Optional daughtercard for HDMI input
- Support for external thermistor
- Fan drive control
The DLPC3478 DMD controller provides the following light control features:
- Pattern display mode for structured light applications
- Internal stored (1D) and external streaming (2D) pattern modes
- Programmable Exposure Times
- High Speed Pattern Rates Up to 2500 Hz (1-bit) and 360 Hz (8-bit)
- >1000 patterns can be stored in onboard flash memory
- Up to 4 user-programmable 2D static images
- Trigger signals for camera/sensor synchronization
- One configurable input trigger
- Two configurable output triggers
Read more about the DLPC3478 here