Texas Instruments (TI), widely recognized for its graphing calculators, has made a significant leap in the semiconductor market with its new DLPC8445 controller. This innovative chipset is set to transform big-screen gaming and augmented reality (AR) glasses, offering unprecedented performance in a remarkably compact design.
A Leap in Display Technology
TI’s DLPC8445 controller is a breakthrough in display technology. Measuring just 9mm by 9mm—about the width of a pencil eraser—this new controller is 90% smaller than its predecessor. Despite its tiny size, the DLPC8445 can deliver vivid displays with ultra-low latency on screens larger than 100 inches. This advancement opens up new possibilities for gaming projectors and AR glasses, making immersive, high-quality visual experiences more accessible than ever before.
"Immersive display entertainment is now sought out by everyday consumers, not just movie enthusiasts and gamers," said Jeff Marsh, vice president and general manager of DLP Products at TI. "Where consumers once needed a big TV or monitor for a crisp and clear display, they can now use a lifestyle or gaming projector and transform a wall into the screen size of their choosing with 4K UHD quality. Our new controller is the latest example of how TI DLP technology is helping engineers develop epic displays for entertainment that can be taken anywhere."
Key Components and Features
Supporting the DLPC8445 controller is TI’s reliable digital micromirror device (DMD), the DLP472TP, and the DLPA3085 power-management integrated circuit (PMIC) driver. These components ensure smooth, high-quality visuals, enhancing the immersive experience for users. This is particularly important for gaming, where fast refresh rates and high-quality graphics are essential.
Projectors equipped with the DLPC8445 controller and DLP472TP DMD will offer sub-millisecond display latency and frame rates up to 240Hz. Advanced image-correction capabilities dynamically adjust for surface imperfections, allowing users to set up their gaming displays almost anywhere. Additionally, the chipset supports variable refresh rate (VRR), ensuring seamless frame rate synchronization and reduced lag time—a first for a DLP chipset.