Lattice Semiconductor created the CrossLinkPlus family of specialized, small-footprint, low-power FPGAs to address the latest trends in video processing: mixing multiple sensors and displays, higher resolution video, multiple interfaces, and Edge AI processing. Many of these intelligent Edge devices use image sensors to support various embedded vision applications and include AI/ML-driven applications such as object...
Lattice Semiconductor created the CrossLinkPlus family of specialized, small-footprint, low-power FPGAs to address the latest trends in video processing: mixing multiple sensors and displays, higher resolution video, multiple interfaces, and Edge AI processing. Many of these intelligent Edge devices use image sensors to support various embedded vision applications and include AI/ML-driven applications such as object...
Arm and Siemens are partnering to address the automotive revolution that will lead to autonomous vehicles. The integration of Arm's vast IP library into the Siemens PAVE360 digital twin simulation platform will allow for the design of optimized SoCs to address the needs of future generations of vehicles while reducing the development time of the entire vehicle. The platform could also lead to the development of custom IP for automotive and other applications changing the way semiconductors, electronics, and all related platforms are designed in the future.
There is a growing number of choices beyond Intel’s Xeon processors for cloud services and choice is good. Numerous Arm server vendors are entering or are established in the server market. In addition, Amazon has developed its own Arm-based server chip called Graviton. The advantages of Arm compatible cores are lower power per core, more...
The last time AMD disrupted the data center was with the introduction of the 64-bit Opteron processor back in 2004. Then in July 2017, AMD launched its EPYC processor that began the next revolution in processor and data center design. The first generation EPYC processor offered more cores, more bandwidth, and more I/O than a...
The last time AMD disrupted the data center was with the introduction of the 64-bit Opteron processor back in 2004. Then in July 2017 AMD launched its EPYC processor that began the next revolution in processor and data center design. The first generation EPYC processor offered more cores, more bandwidth, and more I/O than a...
Technology advancements are leading to complex mechatronic systems capable of interacting with the physical world through advanced sensor technology and artificial intelligence (AI). These systems are capable of functions ranging from basic tasks up to complete autonomous operation, and they can perform these tasks as well or better than humans. However, designing, training, verifying, and validating these complex systems requires extensive simulation platforms and processing solutions that are pushing the limits of existing platforms. As a result, there is a need for closed-loop simulation platforms that not only provide the virtual environment required to develop the next generation of mechatronic systems, but also to develop the processing solutions to control them.
Technology advancements are leading to complex mechatronic systems capable of interacting with the physical world through advanced sensor technology and artificial intelligence (AI). These systems are capable of functions ranging from basic tasks up to complete autonomous operation, and they can perform these tasks as well or better than humans. However, designing, training, verifying, and...
GTC has become the premier Artificial Intelligence (AI) conference that brings together innovators across the industry and academia to discuss the latest methodologies, technologies, and applications for AI. San Jose, CA – March 18-21, 2019 For meetings with TIRIAS Research at or around the conference, please contact Principal Analyst Jim McGregor (jim@tiriasresearch.com) or Kevin Krewell...