Analysis
Fujitsu Introduces NAGRA Certified Set-Top-Box Chipsets to Ensure Content Security
Fujitsu Semiconductor Europe announced that its HDTV multi-decoder processor MB86H611 (a member of MB86H61 series) with advanced security architecture has been successfully certified by NAGRA, the world’s leading provider of advanced content protection and multi-screen user experienced solutions. The announcement underscores a good fit for the company’s HDTV decoder family to meet the market where modern content security architectures increasingly rely on the video chipset.
WithThe MB86H61 series is a highly integrated HD Multi-Standard Digital Television Decoder designed to meet the needs of globally expanding HD set-top-box and IDTV market featuring CI+ and/or embedded CAS for advanced security. The MB86H61 is a single-chip video decoder supporting H.264 / AVC, MPEG-2, AVS and VC-1 video decoding up to high definition resolution with up to 1080p 50/60Hz output.
Core processing units include a high performance ARM 1176JZF-STM CPU with more than 475DMIPS, an advanced, programmable audio processor offers full flexibility of decoding MPEG1 layer 1, 2 and 3 (MP3), HE-AAC, Dolby Digital and Dolby Digital plus; and a 2D graphic engine to accelerate OSD. Rich interfaces are consisted of copy protected HDMI, CCIR656 (SD) or SMPTE 296M/274M (HD) for video outputs; 4x I²S from 8kHz to 192kHz, SPDIF and stereo audio DAC for audios; as well as eSATA/SATA 3Gb/s, SDIO, two USB 2.0 and 10/100 Base-T Ethernet MAC. A deep power down mode allows a system design with very low power consumption during standby mode.
“With increasing demands driven by the customers, the bar of performance for set-top boxes has been pushed higher and higher while security stays as a critical concern to address,” said Johannes Richter, Senior Director Home Entertainment at Fujitsu Semiconductor Europe. “Fujitsu’s set-top box chipsets with integrated NOCS technology ensures certified platform level security for multiple purposes such as controlling and securing digital outputs.”