Master display and video protocols for chip design - HDMI, DisplayPort, MIPI DSI/CSI, and video processing IP implementation.
HDMI 1.4/2.0/2.1 implementation, TMDS encoding, CEC protocol, and HDCP security in silicon.
DisplayPort 1.4/2.0 controllers, link training, main stream attributes, and embedded DisplayPort.
MIPI Display Serial Interface, Camera Serial Interface, D-PHY, and C-PHY implementation.
Video scaler IP, format converters, frame buffers, and video pipeline implementation in hardware.
Pixel clock generation, timing controllers, and video timing parameter management.
H.264/H.265 encoder/decoder IP, video compression algorithms, and codec implementation.
4K/8K video processing, ultra-high bandwidth requirements, and advanced display technologies.
HDCP implementation, secure video paths, and content protection mechanisms in hardware.
Frame buffer management, video memory optimization, and bandwidth-efficient memory access.
Low-power video processing, dynamic voltage scaling, and energy-efficient display drivers.
Deinterlacing, noise reduction, color space conversion, and image enhancement algorithms.
Machine learning for video enhancement, intelligent upscaling, and AI-driven video optimization.
Multi-monitor controllers, display multiplexing, and synchronized multi-display systems.
Graphics processing unit interfaces, render engines, and GPU-display controller integration.
UVM testbenches for video protocols, display simulation models, and video system validation.
VESA standards, HDMI specifications, MIPI Alliance standards, and display industry protocols.
Low-latency video processing, real-time constraints, and deterministic video pipelines.
CRTC implementation, sync signal generation, and video timing parameter control.
Hardware overlay engines, alpha blending, and multi-layer video composition in silicon.
HDR processing, wide color gamut, variable refresh rate, and next-generation display features.
HDMI-to-DisplayPort converters, format bridges, and display interface adaptation IP.
Display controller integration, system-level video architecture, and display IP in SoCs.
Video streaming protocols, network video interfaces, and IP-based display technologies.
Image sensor interfaces, ISP integration, and camera-to-display pipeline implementation.