Application of FPGA in Other Fields (3)

Broadcast field:

Professional A/V (Audio/Video), and the studio industry are undergoing exciting changes such as UHD/8K (Ultra High Definition) video, multi-platform content delivery, IP network transport and cloud computing. The 2016 Rio Olympics used 4K resolution video playback, while Japan plans to use 8K resolution video playback for the 2020 Tokyo Olympics. Additionally, online video streaming services can now offer viewers 4K and 4K HDR (High Dynamic Range) resolution video content.

HDR technology

Media standards continue to evolve to keep up with changing technical requirements for higher resolutions, faster frame rate drives, deep color, and mobile IP networks. The launch of new technologies with the lowest cost and lowest risk due to market-induced uncertainty has become a priority. Scalable and flexible FPGA solutions and permanent studio, professional A/V applications to minimize risk, reduce development costs, and shorten time to market. Check out FPGA high-performance, programmable solutions that integrate different IP cores together using comprehensive, plug-and-play video processing and IP combinatorial connectivity.

FPGA IN BROADCAST

Studio Application:

FPGAs provide the performance, flexibility, and reliability needed to enhance the I/O and video processing horsepower needed to move from capture to consumption through film and television production. In addition, FPGA's comprehensive video IP portfolio enables it to quickly capture the market in a wide range of applications, such as the virtualization of studio workflows, as current and future needs change.

collection
contribute
make
distributed
Consumption

studio

Professional A/V Applications:

Intel offers a wide range of video connectivity and video processing IP to connect directly to partner networks. The combination of the latest FPGA devices and cutting-edge IP provides a platform for creating high-performance solutions for the latest video and audio standards.

video conference
A/V Networking
display and projection
media processing

Audio Video Applications

IP Solutions:

The new market trends of UHD and HDR require professional A/V and studio industries to be more perfect to support higher bandwidth and rapidly evolving standards. Understanding the Intel FPGA IP collection can help you bring your solution to market quickly.

IP connectivity
Video Image Processing IP

Intellectual Property Solutions

FPGA advantages:

Fast time-to-market: A complete, off-the-shelf suite of standard IP reduces time-to-market, enabling you to be the first to capture the latest market trends.
高性能：采用最新的硅工艺节点，和收发器、存储器、核心处理技术和设计工具等领域的行业突破性进展相结合。
灵活性：高度的灵活性适应快速的设计变化，使您能够快速响应动态的市场趋势，不断开发的标准和快速发展的基础设施。
可定制的解决方案：可定制的解决方案允许您使用自己专有的IP来区分产品。
规模和规范：可伸缩的核心、I/O性能、内存和电源需求，以及不同产品系列之间连同产品线和相邻应用程序在单一平台上的标准化，减少了计划和过时的风险。
长产品生命周期：在非常长的系统部署期间，安全性、质量和可靠性将成为系统设计的要求。

FPGA创新技术实现广播到超广播

军事和航天：

政府分析：

在政府分析中，机器学习被应用于大数据以帮助政府做出决定并采取行动。随着人工智能深入数据中心，机器学习算法和技术每年都在不断发展和扩大。在这个快速发展的领域，可编程的FPGA允许最新的算法和神经网络的拓扑结构不断更新实现。

机器学习

雷达：

雷达是近二十年来半导体工业发挥巨大作用的基础性技术领域。诸如高性能数据处理、超宽带宽、高动态射程和适应不同任务要求所需的自适应系统等参数是系统设计者面临的最常见挑战之一。在解决这些挑战时，FPGA是理想的，在某些情况下是必要的解决方案。采用浮点技术与英特尔FPGA系列和可变精度的数字信号处理（DSP）允许设计者定义设计的各个阶段所需要的精度。有效地利用逻辑和dsp资源，同时可以降低功耗。

雷达

电子战：

在电子战（EW）系统中，电子反对抗措施（ECCM），隐身技术，紧密连接的智能传感器网络，智能制导武器将是不断增强的关键因素。这些系统必须能够在很短的时间内快速分析和应对多种威胁。试图在宽带噪声发现目标特征，设计时试图执行复杂的处理，如快速傅里叶变换（FFT），楚列斯基分解和矩阵乘法。英特尔FPGA为这些系统提供高处理和交换受限的解决方案。