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Broadcast & Pro AV
4K/8K Projectors
FPGAs lens correction, scaling, and image enhancement in video projectors.
Precision Optics Meet Programmable Logic
Video projectors are deployed across conference rooms, classrooms, home theaters, cinemas, and live event venues. Modern projector designs leverage FPGA technology for advanced video processing and geometric transformations.
Lens correction, image enhancement, and support for DSC, DisplayPort, and high-speed sensor interfaces help projector manufacturers deliver high-quality visual experiences across a wide range of venues and viewing conditions.
The Challenges, and Why FPGA
The Challenge
Geometric & Lens Correction
Projectors need real-time geometric transformation and lens correction.
Why FPGA
Hardware Geometric Processing
FPGA video processing IP performs lens correction and geometric transforms.
The Challenge
High-Bandwidth Video Compression
4K/8K content needs high-bandwidth links with efficient compression.
Why FPGA
DSC & JPEG-XS Support
Display Stream Compression and JPEG-XS IP cores manage 4K/8K bandwidth.
The Challenge
Diverse Venue Interfaces
Projectors must connect via DisplayPort, SDI, HDMI, and sensor interfaces.
Why FPGA
Broad Display Connectivity
DSC, DisplayPort, Vx1, SDI, HDMI, LVDS, and SLVS-EC cover diverse venues.
Why Altera
Connectivity, IP and video processing
Complete end-to-end solution for connectivity, IP integration, and advanced 4K/8K video processing in projector systems.
V-by-One HS & SLVS-EC IP
Macnica partner IP extends high-speed sensor and panel interface support.
Broad Codec Support
JPEG-XS, ProRes, VC-2, and MPEG give projector designs codec flexibility.
Field-Upgradeable Optics Pipeline
Update image processing as venues and resolution standards evolve.
Get Started
More Broadcast & Pro AV Applications
Video Switcher
Enable seamless video switching, mixing, and real-time processing with low latency and support for multiple video formats.
Camera
Accelerate image signal processing, video capture, and high-resolution imaging with adaptable FPGA-based solutions.
Virtualized Production
Support scalable, IP-based production workflows with real-time video processing and flexible media connectivity.
Professional Cameras
Deliver high-quality imaging with advanced video processing, high-speed interfaces, and flexible camera architectures.
AV Networking
Enable reliable, low-latency audio and video transport across scalable, high-bandwidth IP networks.
Video Conferencing
Enhance professional collaboration with real-time video processing, low-latency performance, and reliable connectivity.
Common Questions
Real-time pixel warping and interpolation are used to digitally correct lens distortion in FPGA-based projector designs. Video-processing IP combines lens correction and geometric transformation with scaling and image enhancement, supporting programmable image pipelines for classrooms, cinemas, and live-event projectors. Explore FPGA lens correction and video processing IP
DSC and JPEG-XS IP help address the bandwidth demands of 4K and 8K video. These compression resources work alongside display connectivity and image-processing functions, enabling designers to handle high-resolution content while keeping projector architectures adaptable to evolving formats and venue requirements.
DisplayPort, SDI, HDMI, and LVDS connectivity are supported in FPGA projector platforms, while partner V-by-One HS and SLVS-EC IP extend panel and sensor connectivity options. Combined with FPGA-based image processing, these interfaces allow manufacturers to support a wide range of projector signal paths and deployment environments. Explore DisplayPort FPGA IP support
A reconfigurable FPGA pipeline allows image-processing functions to evolve as resolution standards and venue requirements change. Lens correction, scaling, and image enhancement can be updated on a programmable platform, providing flexibility without replacing the underlying hardware.
Scaling and image enhancement work alongside lens correction and geometric transformation to improve visual quality. Video and Vision Processing IP integrates these functions on a programmable platform, supporting high-resolution viewing experiences across classrooms, cinemas, conference rooms, and live-event venues.