暂无图片
暂无图片
暂无图片
暂无图片
暂无图片

What's the difference between Maxon WiFi6 4x4 M.2 industrial Wireless Module with QCN9074 & QCN9024?

原创 wifi6_module 2023-08-04
136

Qualcomm's QCN9074 and QCN9024 are two powerful wireless chips that have been widely adopted in a variety of networking devices. Their advanced features and capabilities have made them top choices for many manufacturers and users in demanding industrial wireless communication environments.

the QCN9074 is a more powerful and capable wireless chip than the QCN9024. However, it is also more expensive. The best choice for your application will depend on your specific requirements.

Here are some additional details about the differences between QCN9074 and QCN9024:

Frequency range: The QCN9074 supports a wider frequency range, which means that it can be used in more demanding wireless environments. For example, the QCN9074 can be used in the 6 GHz band, which is a new band that is not yet widely used but is expected to become more popular in the future.

Maximum connected clients: The QCN9074 can support more connected clients, which makes it a better choice for applications with a high density of wireless devices. For example, the QCN9074 can be used in large enterprise networks or in dense urban areas.

MU-OFDMA DL/UL: The QCN9074 supports more MU-OFDMA users per PPDU, which means that it can more efficiently share the available bandwidth between multiple users. This results in better performance for all users.

Operating temperature: The QCN9074 can operate in a wider range of temperatures, which makes it a better choice for applications that are subject to extreme temperatures. For example, the QCN9074 can be used in outdoor environments or in industrial applications.

Cost: The QCN9074 is more expensive than the QCN9024. This is because the QCN9074 is a more powerful and capable chip.



「喜欢这篇文章,您的关注和赞赏是给作者最好的鼓励」
关注作者
【版权声明】本文为墨天轮用户原创内容,转载时必须标注文章的来源(墨天轮),文章链接,文章作者等基本信息,否则作者和墨天轮有权追究责任。如果您发现墨天轮中有涉嫌抄袭或者侵权的内容,欢迎发送邮件至:contact@modb.pro进行举报,并提供相关证据,一经查实,墨天轮将立刻删除相关内容。

评论