Texas Instruments (TI) today announced the launch of the OMAPTM family of next-generation products: the OMAP 5 mobile application platform, which can change the way smartphones, tablets and other mobile devices are used, highlighting the importance of these devices in everyday life.
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Imagine having to carry an office appliance in the office, at home or at home – a mobile device that can achieve PC computing performance with the power of mobile devices; imagine stereoscopic 3D (S3D) video conferencing while working on the same device; File projection from this device during the conference, you can edit it by touching the image projected on the surface; I want to go back home and switch the device to my personal operating system, using wireless display technology to play a new generation of games on HDTV... these are TI As part of the unique capabilities of the OMAP 5 platform, to fully understand the full capabilities of the OMAP 5 platform, watch the video at
Highest performance, lowest power consumption... The ultimate in efficiency The OMAP 5 application processor with 28nm manufacturing technology inherits the tradition of TI OMAP series to enhance performance and functionality while consuming less power than the previous generation. OMAP 5 delivers up to 3x better processing performance and 5x 3D graphics performance, and consumes an average of 60% less power than the OMAP 4 platform. In addition, the software of the OMAP 5 platform achieves maximum re-use, so moving from the OMAP 4 platform is quite convenient.
Remi El-Ouazzane, vice president of TI's OMAP platform business unit, said, "Mobile computing will be innovating in the next decade, and a single device will continue to integrate functions to meet all computing, entertainment and daily complex needs and interests. However, today's real The key aspects of mobile computing are still missing. The OMAP 5 platform will be at the heart of the mobile computing revolution, with the highest computing, graphics and multimedia performance possible with the low power consumption required for mobile devices."
Precision multi-core processing: to achieve the best results
The OMAP 5 processor features two ARM® CortexTM-A15 MPCoresTM, the most advanced ARM architecture available today, capable of achieving 2 GHz core speeds in OMAP 5 processing. The Cortex-A15 core delivers up to 50% better performance than the Cortex-A9 core (with the same clock frequency) and provides up to 8GB of dynamic memory access and hardware virtualization support, enabling true mobile operations as described above Experience.
The OMAP 5 architecture utilizes intelligent combinations of multiple processing cores, each designed and optimized for specific functions, coordinated to achieve optimal results. In addition to the two Cortex-A15 cores, the OMAP 5 processor includes individual dedicated engines for video, imaging and imaging, DSP, 3D graphics, 2D graphics, display, and security. The processor also includes two ARM Cortex-M4 processors to reduce the real-time throughput of the Cortex-A15 core to improve low-end control performance and responsiveness of mobile devices.
Mike Inglis, executive vice president and general manager of the ARM processor division, said that "high-performance mobile devices such as smartphones and tablets continue to have increased processor performance requirements while maintaining limited mobile power consumption. The OMAP 5 processor highlights ARM. The advantages of the business model. The products are differentiated through low-power multi-core ARM processor cores and partners' own single-chip system technologies such as power management, audio and video processing. ARM is proud to be the OMAP 5 platform. Development contributes to enabling OEM customers to quickly introduce innovative mobile solutions using the complete ARM software system."
The Next Generation Natural User Interface Natural User Interface (NUI) simulates the natural contact of the average person with the surrounding environment, and is now used for high-end support such as S3D, gestures (including proximity sensing) and interactive projection on the new generation OMAP 5 platform.
The OMAP 5 processor supports up to four parallel cameras, capable of recording and playing back S3D video at 1080p, and real-time conversion of 2D content to S3D at 1080p resolution. The new processor is also ideal for advanced short-range and long-distance gesture applications with 2D or S3D cameras, as well as full-body and multi-person interactive gesture applications. The OMAP 5 processor can also be interactively projected with TI's DLP® PicoTM projectors and cameras, allowing users to actually “tap and drag†projected images on the desktop or wall.
In addition, the OMAP 5 processor can interface and utilize a variety of sensor technologies for touch-free sensing such as proximity sensing, capacitive sensing, and ultrasonic sensing.
Operational photography – the next development focus in the industry Today, most mobile devices have built-in cameras. However, due to the limitations of the devices, the quality of photos and videos is not as good as that of digital SLR cameras. In order to compensate for such image quality gaps, algorithms are used to compensate for these limitations. The OMAP 5 processor includes hardware and software resources for developing and deploying such algorithms, such as camera stabilization, motion blur reduction, noise reduction, high dynamic range, and face processing. The new processor further uses the same OMAP 5 hardware resources as the image algorithm to capture the details and data of the photo to perform facial recognition, object recognition and text recognition. These imaging features can also serve as the basis for many different types of extended applications.
Industry's best full-featured application processor
The OMAP 5 platform has several important features and benefits that support everything from open source platforms to assisted TI technologies, including:
Features | Advantages * |
Two sets of ARM Cortex-A15 cores up to 2 GHz | 3 times better performance , the potential for mobile computing |
Two sets of ARM Cortex-M4 cores | Reduce power consumption and real-time responsiveness  |
Multi-core 3D graphics and dedicated 2D graphics | 5 times the graphics performance; speed up the response speed of the user interface |
Multicore imaging and image processing unit | Meet the new generation of computing photography effects – face recognition, object recognition and text recognition |
Multi-core IVA HD video engine | Support 1080p60 HD video and high performance, low bit rate telex conference |
Advanced multi-line display subsystem | Multiple video / graphic sources that support composition |
Supports four sets of displays simultaneously | Supports three high-resolution LCD displays ( up to QSXGA) and HDMI 1.4a 3D displays  |
High-performance multi-channel DRAM and effective 2D memory support | Supports advanced use of multi-core ARM processors and multimedia computing; reduces latency and guarantees picture quality |
TI M-ShieldTM mobile security technology with enhanced encryption support | End-to-end device and content protection |
New high speed interface | Supports USB 3.0 OTG , SATA 2.0 , SDXC flash and MIPI® CSI-3 , UniPort-M and LLI interfaces for improved data transfer rates for Wi-Fi and 4G networks and HD content |
Optimized audio, power and battery management platform solutions | Auxiliary TI devices that support optimized OMAP 5 platform solutions |
New generation online technology | Support HD wireless video streaming, wireless display, mobile payment and advanced location services |
To enhance the value of the OMAP 5 platform, TI helps customers develop their products through an open source community. A large number of pre-worker projects in the community project help equipment manufacturers, including power, memory and performance optimization vendors, to ensure their product quality and development planning. In addition, TI's pre-integrated software suite for popular Linux helps manufacturers achieve the highest system-level performance while accelerating time-to-market.
Supply
TI's OMAP 5 platform is expected to be available in the second half of 2011 and will be available in the second half of 2012. The OMAP5430 processor is available in a 14x14 mm stacked package (PoP) and supports LPDDR2 memory. The OMAP5432 processor is available in a 17x17 mm BGA package and supports DDR3/DDR3L memory.
These products will be available directly to a large number of mobile OEMs and ODMs, not through distributors. TI also plans to develop a compatible ARM Cortex-A15 processor-based solution for more market applications in the TI product line.
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