Video encoder IP
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High-Perfomance, multi-format Video Encoder IP
- The E300 Series of Encoder IP features a new hardware architecture that minimizes the silicon area while enabling 4K resolution encoding in a single core and beyond in a multi-core configuration.
- The E300 Series Encoder is built around a true multi format architecture that shares resources between the H.264, H.265, VP9, AV1, JPEG, VVC compression standards, while providing superior video encoding quality.
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AV1 Video Encoder IP
- ‘Pulsar-AV1’ is a fully hardwired AV1 video encoder IP that offers high computational and compression efficiency beyond customer-grade.
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Single-core video encoder - AV1, HEVC, AVC
- 8-bit depth
- I/P-frame
- Frame buffer compression
- Multi-instances
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Single-core video encoder - AV1, HEVC, AVC
- 8/10-bit depth
- I/P/B-frame
- Frame buffer compression
- Multi-instances
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High-Speed JPEG Video Encoder
- Speed and Area-Optimized encoder engine suitable for both still image and real-time video compression.
- 8 bits (byte) Streaming output interface with Backpressure. Easy to connect to the ALSE Ethernet communication engine for example. Output format is 8x8 YUV Blocks (4:2:2).
- Supports any image resolution up to 64k x 64k.
- Suitable for still image and real-time video (streaming).
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AVC/H.264 Video Encoder with Compressed Frame Store
- Low power AVC/H.264 encoder
- Small silicon footprint
- Optimized for low-latency
- Low-bit-rate video streaming
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HEVC/AVC Dual-core video encoder
- 8/10-bit depth
- I/P/B-frame
- Frame buffer compression
- Multi-instances
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H.264/265 Video Encoder and Decoder IP
- Encoder acceleration
- Performance up to 330 Mpixel/sec (2160p30 + 1080p30)
- HEVC Main support, Level 4.2 (2160p30)
- H.264 High Profile Progressive, Level 5.1 (2160p30, 1080p120)
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Single-core video encoder - HEVC, AVC
- 8-bit depth
- I/P-frame
- Frame buffer compression
- Multi-instances
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Multi-format video encoder IP Core
- Multi-format video encoder supporting H.264, VP8 and JPEG.
- First HW IP encoder to support VP8 for Google’s WebM and WebRTC.
- Designed for battery operated devices using state-of-the-art power saving methods leading to unbeatable power consumption.