Matrox M264 10-bit H.264 4:2:2 multi-channel encoding card now available
This card is ideal for OEMs that need to add IP streaming capability to their systems.
Matrox has announced at IBC 2015 that the Matrox M264 4:2:2 10-bit H.264 multichannel encoding card is now available. The M264 card is a mid-length PCIe card, featuring a codec for unprecedented H.264 multi-channel encoding and decoding quality and performance, from Baseline to High Profile 10 Intra up to Level 5.2. Multi-channel, motion-adaptive interlacing cancellation and up/down/cross scaling allow content to be re-edited at any resolution before encoding or after decoding, which is particularly beneficial for OTT workflows.
The M264 card delivers the impeccable quality required in broadcast production, creation and distribution applications. Encodes a single 4Kp60 H.264/AVC intra-frame stream at 4:2:2 10-bit, up to 10 HD long GOP streams at 4:2:2 10-bit, or up to 16 HD streams at 4:2:0 8-bit. Preconfigured for Sony XAVC and Panasonic AVC-Ultra formats. The card is designed for low latency and offers dynamic bit rate and GOP control to allow on-the-fly adjustments.
La tarjeta M264 se ha podido ver tanto en el stand de Matrox como en el de Vizrt presentando una demostración de la tecnología de Viz Engine que incorpora la tarjeta Matrox M264 para proporcionar reproducción IP con calidad de creación 4:2:2 10 bits H.264.
Matrox M264 es la tarjeta de codificación H.264 ideal para OEM que necesiten incorporar capacidad de streaming IP a sus sistemas channel-in-a-box, servidores de vídeo, sistemas de emisión de gráficos, multiviewers y conmutadores o crear codificadores, transcodificadores y otros equipos de emisión de medios de alta densidad.
Matrox Endea
Matrox has presented its most modern multi-channel encoding/decoding platform for developers at IBC. The Matrox Endea OEM Reference Platform (Encoding and Decoding Device) greatly facilitates the development of custom video encoders, decoders, transcoders and switches, greatly reducing designers' R&D investment for H.264 encoding and decoding applications.
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