Webcasts

Webcasts  |  Whitepapers  |  Glossary of Terms

Below is a list of webcasts relating to CEVA technologies

Designing an Efficient HD Audio Chip - Challenges and Considerations for DSP Selection
This webinar will describe efficient implementation of HD-Audio applications by using the CEVA-TL3210 DSP Core. It will start with a description of the requirements for HD-Audio in Blu-ray Disk and Digital TV applications. This will be followed by a description of the CEVA-TL3210 DSP core features and capabilities. Afterwards, an explanation on how CEVA-TL3210 is used for the most intensive and complex HD-Audio use-cases in the Multimedia market. A detailed description of each use-case and its performance characteristics will conclude the session.

Addressing the Design Challenges of High Definition (HD) Audio and Other Consumer Applications with a 32-bit DSP Engine
High-end audio applications such as HD DVDs, Digital TVs, Set-top Boxes and A/V Receivers are becoming an enormous challenge for DSP engines. With next generation HD audio codecs, such as Dolby Digital Plus 7.1 and DTS-HD, and the growing requirement for multi-stream decoding, a mere 16-bit DSP becomes an inadequate solution for these growing processing requirements. In addition, low power and small die size are still mandatory requirements when developing chips for such applications.

Considerations when Licensing SAS & SATA IP
With Serial ATA and Serial Attached SCSI rapidly taking over from their parallel predecessors, many designers are looking to integrate these serial storage interfaces into their next generation SoC. Join us as we attempt to highlight some of the important factors for consideration when facing such a challenge.

CEVA-X - A Pioneering New DSP Architecture from the world's leading licensor of DSP Cores
Choosing the right DSP for your next generation products is a far-reaching and critical decision. The programmable DSP is a key element in most SoC systems and it must take into account the architecture features offered by the DSP and the ability to provide the best performance solution for your needs including performance, frequency and power consumption. Today additional critical decisions in DSP choice include availability of complete tool chain, the ability to write efficiently in a high level C language and to use third parties software. Finally, the quality of the DSP IP for SoC design could be the difference between first pass success and failure.