ISO/IEC 29341-20-2:2017符合通用即插即用设备体系结构1.0版[14]。它定义了本文中称为MediaRenderer的设备类型。 MediaRenderer规范定义了一个通用设备模板，可用于实例化任何能够从家庭网络呈现AV内容的消费电子（CE）设备。它公开了一组渲染控件，其中控制点可以控制指定AV内容的渲染方式。这包括控制各种渲染功能，如亮度、对比度、体积等。 MediaRenderer的示例包括电视和立体声系统等传统设备。 一些更现代的例子包括数字设备，如MP3播放器和电子相框（EPF）。尽管大多数示例通常呈现一种特定类型的内容（例如，电视通常呈现视频内容），但MediaRenderer能够支持多种不同的数据格式和传输协议。例如，TV MediaRenderer的复杂实现还可以支持MP3数据，以便其扬声器可以用来播放MP3音频内容。 MediaRenderer设备规范非常轻量级，易于在MP3播放器等低资源设备上实现。 不过，它也可以用来展示PC等设备的高端功能。

ISO/IEC 29341-20-2:2017 is compliant with the Universal Plug and Play Device Architecture version 1.0 [14]. It defines a device type referred to herein as MediaRenderer. The MediaRenderer specification defines a general-purpose device template that can be used to instantiate any Consumer Electronics (CE) device that is capable of rendering AV content from the home network. It exposes a set of rendering controls in which a control point can control how the specified AV content is rendered. This includes controlling various rendering features such as brightness, contrast, volume, etc. Example instances of a MediaRenderer include traditional devices such as TVs and stereo systems. Some more contemporary examples include digital devices such as MP3 players and Electronic Picture Frames (EPFs). Although most of these examples typically render one specific type of content (for example, a TV typically renders video content), a MediaRenderer is able to support a number of different data formats and transfer protocols. For example, a sophisticated implementation of a TV MediaRenderer could also support MP3 data so that its speakers could be used to play MP3 audio content. The MediaRenderer device specification is very lightweight and is easy to implement on low-resource devices such as an MP3 player. However, it can also be used to expose the high-end capabilities of devices such as a PC.