자동차 인포테인먼트 프로세서 번역(영어 원본)FEATURES DRA74x (“Jacinto 6”) automotive infotainment processor
This next-generation infotainment processor from Texas Instruments enables bill of materials (BOM)-optimized automotive solutions, adding audio, analytics and radio accelerators along with rich interfaces and peripherals. With the OMAP 5 architecture at its foundation – including dual ARM Cortex-A15 cores, quad Cortex-M4 cores and dual SGX544 3-D graphics cores – the DRA74x (“Jacinto 6”) delivers best-in-class performance. Explore how the DRA74x changes the driving experience now. Transforming the economics of small cells
TI has just announced its newest KeyStone™ multicore architecture-based small-cell system-on-chip (SOC), the TCI6630K2L. Offering the best power/performance for indoor enterprise Power over Ethernet+ small cells and outdoor pico deployments, the TCI6630K2L enables manufacturers to address simultaneous dual-mode and carrier aggregation with one scalable solution, and still offers enough headroom for original equipment manufacturers to enhance their platforms as operator requirements evolve. Learn more today. New OMAP5432 processor-based evaluation module
The new OMAP5432 processor-based evaluation module (EVM) from Texas Instruments delivers exceptional processing and graphics capabilities to high-performance industrial applications. TI’s OMAP5432 EVM enables quick and easy evaluation and benchmarking for applications demanding high-performance processing and graphics at low power, including human machine interface, portable data terminals, digital signage and medical monitoring end-equipment. Learn more now. KeyStone™ SOC-based energy-efficient supercomputer
TI customer nCore HPC recently announced the BrownDwarf Y-Class supercomputer, a heterogeneous ARM- and DSP-based system delivering supercomputing-class performance at significantly reduced power levels. According to nCore HPC Managing Director Ian Lintault, “Working in close collaboration with Texas Instruments, IDT and our hardware partner Prodrive, we have successfully established a new class of energy-efficient supercomputers designed to fulfill the demands of a wide range of scientific, technical and commercial applications.” Read more about the BrownDwarf Y today. TOOLS AND SOFTWARE Updated: Sitara Linux software development kit
The newest version of the Sitara™ Linux EZ software development kit (SDK) includes updates to further ease development on Sitara processors. Key updates include support for the Linaro GCC 4.7 tool chain, support for the recently released BeagleBone Black and the addition of 3-D graphics, among other features. Download the updated Sitara Linux EZ SDK today. New update available for Sitara Android development kit
TI’s Android Jelly Bean 4.2.2 development kit 4.1.1 is now available for AM335x processors. The release has been validated on the AM335x evaluation module, the AM335x starter kit, and BeagleBone Black and BeagleBone platforms. With Android 4.2.2’s fast, fluid and smooth user interface, the development kit provides a better platform for application development on the AM335x platform. Download this kit and start developing today. LITERATURE Five years revisited: the future of medical processing
Five years ago, the authors of this paper predicted future trends in medical imaging. In this newly revised version, they revisit their visions and reflect upon changes that have taken place. Finally, they take another look forward at medical processing and imaging. Read their insights today. TRAINING AND EVENTS Looking at the Yocto Project and Arago Linux distribution
Are you starting to engage with a mainline Linux design and looking to better understand the role that the Yocto Project plays? This training session provides a high-level overview of the Yocto Project and explains TI’s engagement with the Arago distribution. Watch this training video, part of the Sitara™ ARM Processor Boot Camp, now. COMMUNITY AND SUPPORT Why monitor the backup battery for wireless base stations?
Due to their rugged design, lower cost and better recycling infrastructure, lead-acid batteries are often used as a backup source to provide uninterrupted service to wireless base stations. However, it is still necessary to monitor the battery’s capacity, its health and when it needs to be replaced. In this Multicore Mix blog post, the author discusses how lead-acid backup batteries can be continuously monitored as newer technologies become available – and shares additional insights via a new video. Check out the on-demand BeagleBone Black webinar
Weren’t able to join the live BeagleBone Black webinar earlier this month? Not to worry – watch this 15-minute on-demand webinar at your convenience to learn all about the $45, 1-GHz computer from BeagleBoard.org and get a snapshot of what to expect during your first experience with BeagleBone Black. Watch this on-demand webinar today. | 