Texas Instruments has unveiled their new Quad-Core OMAP5 chip that will pave the way for more powerful smartphone features in the future, such as Kinetic styled gestures and 3D cameras to name a few and best of all its expected to arrive sometime in 2012.
The new OMAP5 is a quad-core chip, boasting two ARM Cortex-A15 cores and clock speeds up to 2GHz, providing over three times more power than that of the OMAP4 chip, whilst still improving power consumption by up to 60%.
Enhanced Display and Camera Capabilities
This added extra power provides the ability to run 3 x QSXGA displays running at 2560 x 2048 at the same time, together with the ability to recording via multiple cameras simultaneously. Allowing 3D camera to be included in smartphones and Kinect style gesture controls together with the power to design and create more advanced features in our pocket smartphone devices.
The OMAP5 chip’s enhanced display capabilities mean that users can enjoy ultra-high-definition content on their devices, making it perfect for media consumption, gaming, and professional applications. The ability to support multiple high-resolution displays simultaneously opens up new possibilities for multitasking and productivity on mobile devices. For instance, users could have a video call on one screen, a document on another, and a web browser on the third, all running smoothly without any lag.
Revolutionizing Mobile Interaction
In addition to its impressive display capabilities, the OMAP5 chip also brings significant advancements in camera technology. The ability to record via multiple cameras simultaneously means that smartphones can now support 3D video recording and advanced augmented reality applications. This could revolutionize the way we interact with our devices, making them more intuitive and responsive to our gestures and movements.
Kinect-style gesture controls, enabled by the OMAP5 chip, allow users to interact with their devices without touching the screen. This technology uses advanced sensors and cameras to detect hand movements and translate them into commands. For example, users could swipe their hand in the air to scroll through a webpage or pinch to zoom in on a photo. This not only makes the device more user-friendly but also reduces the need for physical contact, which can be particularly useful in situations where hygiene is a concern.
Moreover, the OMAP5 chip’s improved power efficiency means that these advanced features won’t come at the cost of battery life. Users can enjoy the benefits of high-performance computing and advanced interaction technologies without worrying about their device running out of power quickly. This is achieved through a combination of architectural improvements and advanced power management techniques that optimize energy consumption based on the workload.
The introduction of the OMAP5 chip marks a significant milestone in the evolution of mobile technology. By providing a powerful and efficient platform for next-generation features, Texas Instruments is enabling smartphone manufacturers to push the boundaries of what is possible in mobile computing. As we look forward to the arrival of devices powered by the OMAP5 chip, it’s exciting to imagine the new possibilities and experiences that await us.
The Texas Instruments Quad-Core OMAP5 chip is set to revolutionize the smartphone industry with its powerful performance, advanced display and camera capabilities, and innovative gesture controls. Expected to arrive in 2012, this chip will enable the development of more sophisticated and user-friendly mobile devices, paving the way for a new era of mobile technology.
Via Geek
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