21ic News Fujitsu Semiconductor (Shanghai) Co., Ltd. has announced that its HDTV multi-standard decoder processor MB86H611 (one of the MB86H61 series products) with advanced security architecture has successfully passed NAGRA's on-chip security technology certification. NAGRA is the world's leading provider of advanced content protection and multi-screen experience solutions. And this latest information highlights Fujitsu Semiconductor's HDTV decoder family, which is fully compliant with today's content security architectures that increasingly rely on the market for video chipsets to deliver powerful features.
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With the rapid growth of operators worldwide, the importance of content protection to operators continues to rise, especially in emerging markets. Fujitsu Semiconductor has developed a variety of pay-TV solutions using its extensive experience in the cost-sensitive FTA (Free-to-Air) set-top box market. The MB86H611 and NAGRA's on-chip security requirements are compatible with version 1.1 (NOCS 1.1) and perform the latest NAGRA products on Fujitsu's platform.
The MB86H61 series is a highly integrated, multi-format, high-definition digital TV decoder that can be used in a wide range of high-definition set-top boxes and digital TV all-in-ones that support CI+ or embedded CAS-class advanced security features. The MB86H61 is also a single-chip video decoder that supports high-resolution H.264 / AVC, MPEG-2, AVS, and VC-1 video decoding and supports up to 1080p 50/60Hz output.
The core processing unit of the MB86H611 includes a high-performance ARM 1176JZF-STM CPU with over 475DMIPS, an advanced programmable audio processor, and a 2D graphics engine that accelerates the On-Screen Display (OSD) and supports MPEG1 Layer. 1. Layer 2 and Layer 3 (MP3), HE-AAC, Dolby Digital, Dolby Digital Plus and other decoding technologies. In addition, it supports a variety of video output interfaces, including HDMI, CCIR656 (SD) or SMPTE 296M/274M (HD) for copy protection; 4x speed I2S output, SPDIF and multiple audio support from 8kHz to 192kHz Stereo audio digital analog converter (DAC); also supports eSATA/SATA 3Gb/s, SDIO, two USB 2.0 and 10/100 Base-T Ethernet MAC. In addition, the chip's deep power down mode minimizes system power consumption during standby.
Mr. Zheng Guowei, Vice President of Asia Pacific, Fujitsu Semiconductor Co., Ltd. said: "As the needs of customers continue to increase, the requirements for performance-oriented set-top boxes are getting higher and higher, and the security of digital content is urgently needed. Fujitsu's set-top box chipset has built-in NOCS security technology that provides security features for certified platforms for digital content output control and protection."
Fujitsu Semiconductor has begun sampling the MB86H611 chipset, and customers can now begin set-top box development for built-in NAGRA conditional access systems (CAS) and digital rights management (DRM) products.
Industrial Energy Storage System
The main function of the Industrial Energy Storage System is to store energy in the industrial field to meet the energy demand in the industrial production process. It is an energy storage solution for improving energy efficiency and power supply stability in industrial production systems.
Main effect:
Energy peak shaving: Industrial energy storage systems can store energy and release energy at the peak of energy demand to meet the high energy consumption demand in the industrial production process. This helps to achieve a balanced deployment of energy and avoid energy waste or power outages caused by imbalances in energy supply and demand.
Reserve power supply: When the power supply of the power grid is unstable or there is a power outage, the industrial energy storage system can be used as a backup power supply to continue to supply the power required by industrial equipment and ensure the continuous operation of industrial production.
Energy saving and emission reduction: Through rational use of energy storage, industrial energy storage systems can optimize energy consumption and reduce energy waste, thereby achieving the goal of energy saving and emission reduction, and reducing the impact of industrial production on the environment.
Differences from other energy storage systems:
Scale and capacity: Industrial energy storage systems usually have large scale and energy storage capacity to meet the high energy demand in industrial production. Home energy storage systems, on the other hand, are usually smaller and are mainly used in home photovoltaic power generation systems.
Application scenarios: Industrial energy storage systems are mainly used in the industrial field to meet the energy demand in the industrial production process. The Home Energy Storage System is used in the home photovoltaic power generation system to improve the energy self-sufficiency of the home.
Control and management: Due to the large scale of industrial energy storage systems, their control and management require more complex and precise technical means to achieve efficient energy utilization and stable supply. Home energy storage systems are usually relatively simple and easier to automate and manage.
Generally speaking, the main function of industrial energy storage systems is to meet the energy demand in the process of industrial production, realize the balanced deployment of energy, and the stability of the power supply. Compared with home energy storage systems, it is different in terms of scale, capacity, application scenarios, and technical complexity. The application of industrial energy storage systems helps to improve the energy utilization efficiency of industrial production, optimize energy management, and promote sustainable development and green production.
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