 | | The H264-ULL-PMC is an ultra low latency, dual channel, H.264 encoder on a PMC Mezzanine form factor board. The H264-ULL-PMC provides a powerful and flexible solution for capturing and compressing up to 2 analog video inputs at up to 1080p HD resolution to the H.264/MPEG-4 AVC (Part 10) standard.The H264-ULL-PMC is ideal for time-critical applications as it offers Ultra Low Latency encoding of below 40ms across the entire capture resolution range. The H264-ULL-PMC supports dual H.264 encodes at resolutions up to 1080p30 or a single encode at 1080p60. The H.264 encoding can be flexibly configured to suit a range of bandwidth and storage requirements. |
| The H264-ULL-PMC is an ultra low latency, dual channel, H.264 encoder on a PMC Mezzanine form factor board. The H264-ULL-PMC provides a powerful and flexible solution for capturing and compressing up to 2 analog video inputs at up to 1080p HD resolution to the H.264/MPEG-4 AVC (Part 10) standard.
The H264-ULL-PMC is ideal for time-critical applications as it offers Ultra Low Latency encoding of below 40ms across the entire capture resolution range. The H264-ULL-PMC supports dual H.264 encodes at resolutions up to 1080p30 or a single encode at 1080p60. The H.264 encoding can be flexibly configured to suit a range of bandwidth and storage requirements. |
| For the second year in a row, Byte Paradigm has conducted an online survey to understand the role of using a ‘live’ prototype for testing and debugging embedded systems. This year, we paid special attention to the equipment that the electronic engineer finds in the lab or on the desk to efficiently test and debug embedded systems. Results show that using a prototype is widely seen as a way to speed up debugging and that digital pattern generators are gaining success for the generation of digital input stimuli. |
| Technically Rich Program Designed to Help Magma Users Meet Challenges of Nanometer IC Implementation |
| A programmable logic design solution |
| ZeBu Selected for Superior Performance, Ease of Adoption, Cost Effectiveness |
 | | In an example using an FPGA[ ] development kit to try out innovative designs, a student team explores the possibilities for going beyond the basic digital picture frame. | |
| The UK Defence Science and Technology Laboratory (DSTL) chooses Artisan Studio for a new project requiring compliance with the Ministry of Defence Architectural Framework (MODAF) and recently standardized UPDM Profile |
| For ByteSnap Design, 2009 was a year of growth. The company’s expertise in embedded systems design, including custom electronic design, Windows CE and Windows mobile BSP development, helped it to deliver a growing number of successful embedded devices on behalf of its clients. |
| Simulation acceleration and rapid prototyping system generates APIs and hardware. |
 | | Innovative companies must focus on software development to deliver smarter products. | |
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