Catalog
DLP(R) display controller for 1080p DMD
Key Features
• DLPC7530 controller using the DLP472NE and DLP651NE digital micromirror device (DMD) supportsUp to 1080p at up to 240Hz (2D) and 120Hz (3D)Provides single V-by-One HS video input port with one, two, four, or eight lanesUp to 600MHz pixel clock supportUp to 3.0Gbps input transmission rateTwo OpenLDI (FPD-Link™ I) video input ports with 6 lanes (five data) per portInput formats supportedRGB, YCbCr, and ICtCp4:4:4, 4:2:2, 4:2:0Internal Arm CortexR4F processor with FPU88 configurable GPIOsProgrammable PWM generatorProgrammable capture and delay timersUSB 2.0 high-speed OTG controllerSPI primary/secondary controllersI2C primary/secondary controllersUART and interrupt controllersWarping engineImproved 1D, 2D, and 3D keystone correctionWarping (full warp map access 62 × 32 points)Blending (full blending map access 63 × 32 points)Additional image processingDynamicBlackTI DLP BrilliantColor™ TechnologyHDR10 (PQ and HLG) supportFrame rate conversionColor coordinate adjustmentWhite color temperature adjustmentProgrammable degammaSpatial-temporal multiplexingIntegrated support for 3-D displayOn-screen display (OSD)Splash screen display and captureIntegrated 2G-bit frame memory eliminates the need for external high-speed memoryExternal memory supportParallel flash for µP and PWM sequencesSecondary flash for splash capture, warpingSystem controlDMD power and reset driver controlDMD horizontal and vertical image flipJTAG boundary scan test supportLED, RGB laser, and laser phosphor illuminationsDLPC7530 controller using the DLP472NE and DLP651NE digital micromirror device (DMD) supportsUp to 1080p at up to 240Hz (2D) and 120Hz (3D)Provides single V-by-One HS video input port with one, two, four, or eight lanesUp to 600MHz pixel clock supportUp to 3.0Gbps input transmission rateTwo OpenLDI (FPD-Link™ I) video input ports with 6 lanes (five data) per portInput formats supportedRGB, YCbCr, and ICtCp4:4:4, 4:2:2, 4:2:0Internal Arm CortexR4F processor with FPU88 configurable GPIOsProgrammable PWM generatorProgrammable capture and delay timersUSB 2.0 high-speed OTG controllerSPI primary/secondary controllersI2C primary/secondary controllersUART and interrupt controllersWarping engineImproved 1D, 2D, and 3D keystone correctionWarping (full warp map access 62 × 32 points)Blending (full blending map access 63 × 32 points)Additional image processingDynamicBlackTI DLP BrilliantColor™ TechnologyHDR10 (PQ and HLG) supportFrame rate conversionColor coordinate adjustmentWhite color temperature adjustmentProgrammable degammaSpatial-temporal multiplexingIntegrated support for 3-D displayOn-screen display (OSD)Splash screen display and captureIntegrated 2G-bit frame memory eliminates the need for external high-speed memoryExternal memory supportParallel flash for µP and PWM sequencesSecondary flash for splash capture, warpingSystem controlDMD power and reset driver controlDMD horizontal and vertical image flipJTAG boundary scan test supportLED, RGB laser, and laser phosphor illuminations
Description
AI
The DLPC7530 is a digital display controller for the 1080p display chipsets, which comprises the DLPC7530 display controller, the DLP472NE and DLP651NE digital micromirror devices (DMD), and the DLPA100 power and motor driver. This solution targets display systems that require lower cost high resolution and high brightness in a small form factor. To ensure reliable operation, the DLPC7530 controller must always be used with the DLP472NE and DLP651NE DMDs and the DLPA100 power management integrated circuit in each application.
The DLPC7530 is a digital display controller for the 1080p display chipsets, which comprises the DLPC7530 display controller, the DLP472NE and DLP651NE digital micromirror devices (DMD), and the DLPA100 power and motor driver. This solution targets display systems that require lower cost high resolution and high brightness in a small form factor. To ensure reliable operation, the DLPC7530 controller must always be used with the DLP472NE and DLP651NE DMDs and the DLPA100 power management integrated circuit in each application.
