Industry’s most affordable DLP solution
08 August 2017
Developers may now implement high-performing digital light processing display technology with virtually any low-cost processor.
The new 0.2-inch DLP2000 chipset and DLP LightCrafter Display 2000 evaluation module (EVM) from Texas Instruments now make it more affordable to leverage DLP technology and design on-demand, free-form display applications such as mobile smart TVs; pico projectors; digital signage; projection displays for smart homes, smartphones and tablets; and control panels and Internet of Things (IoT) display solutions.
With the DLP LightCrafter Display 2000 EVM, developers worldwide can easily design with DLP technology. The EVM’s dual connector is set up to support any flexible general purpose input/output-driven video interface capable of up to 24-bit red/green/blue-capable processor, including the BeagleBone Black development board based on TI Sitara AM335x processors, and includes software drivers and BeagleBone Black code examples for easy programming. This makes the technology more accessible for developers to incorporate high-performing DLP Pico displays into new applications.
For more information, visit Texas Instrument's link here.
Other details of the DLP2000 chipset and EVM
- Industry’s most affordable pico display solution: designed with developers in mind, this $99 EVM is a building block to pair with low-cost processors for display applications.
- Virtually limitless display possibilities: the 0.2-inch diagonal display is based on the smallest DLP Products digital micromirror device (DMD), designed for compact, space-constrained display applications.
- Developer-friendly: the new EVM features a standard interface and plug-and-play functionality for quick assessment, allowing signals from the display controller to connect with any 24-bit RGB-capable processor and providing solutions with a high-definition (HD) aspect ratio.
- Compatible with low-cost processors: inclusive software drivers and BeagleBone Black code examples ease the programming process.
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