The challenge for designers is to find ways of providing high levels of security in low-cost devices that have become worthwhile targets because of their role as gateways to more valuable information.
Using USB Type-C connectors to combine both USB-C 3.1 and DisplayPort data streams, to support data, audio, video and power connections on a single port
CCIX is a cache coherency protocol, based on PCI Express, for interconnecting high-performance heterogenous multiprocessing systems.
Quadrupling the performance of a dedicated CNN engine within an embedded vision processing core brings more complex graph processing within reach.
SoC developers who want to use USB Type-C in their designs will have to implement HDCP 2.2 content protection so that the target devices will be able to play protected content.
The increasing complexity of human-machine interfaces is challenging processor designers to produce the necessary performance within a limited power budget
The rising bandwidth demands of data centres have driven the development of 25G Ethernet, which will also form a pathway to 100G.
Using deep learning techniques and convolutional neural networks to bring facial recognition capabilities to embedded systems.
Addressing the challenge of achieving ASIL D certification of the functional safety of an SoC for use in the safety-critical path of an automotive system.
Thinner phones are going to need new connectors. Many designers are considering USB Type-C, and the related Audio Device Class 3.0 specification (ADC 3.0), for use in high-quality digital headsets.
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