A Guide to the Industrial Internet of Things

2023-01-13
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What Is Industrial IoT?

The industrial Internet of Things (industrial IoT or IIoT) refers to devices and sensors that collect and analyze data from machines and processes in the industrial sector. These complex IIoT deployments are dependent on reliable connectivity and efficient networking, as well as industrial-grade hardware. 

IIoT vs. IoT

IIoT and IoT devices have much in common, from sensors to their reliance on connectivity to communicate with each other. However, what separates them is their usage in different industries.  

IoT devices — such as voice assistance, monitoring systems and wearable technology — are broad in scope. They can be found in multiple business, commercial and consumer settings, such as agriculture and health care. Industrial IoT applications connect machines and capital goods across verticals, including:  

  • Manufacturing
  • Utilities, from electricity to oil and gas
  • Transportation
  • Mining

Downtime severity is quite distinct, as poor IIoT connectivity or outages could cause significant productivity and revenue loss. In contrast, a home voice assistant experiencing downtime isn’t nearly as catastrophic.

Advantages of IIoT

Upgrading to IIoT enables you to optimize your factory with smart factory features, including predictive maintenance and smart supply chain management.

The advantages of upgrading to IIoT from analog information sources, legacy technologies and manual workflows are manifold. IIoT is the backbone of digital transformation within various industrial sectors. Moreover, IIoT platforms can integrate with operational technology (OT), including traditional information technology (IT) systems.

Optimization

Factories enhanced by IIoT connectivity and capabilities are called smart factories. As the name implies, smart factories provide decision-makers with real-time data and edge intelligence for enhanced visibility and insights.

This abundance of data allows manufacturers to:

  • Increase productivity
  • Identify revenue opportunities
  • Improve operational efficiencies

Likewise, IIoT solutions can create safer work environments, reduce costs and maintain product quality.  

Predictive Maintenance 

A particularly beneficial feature of IIoT is predictive maintenance. It enables connected factory equipment and assets to send condition and usage updates to manufacturers. This information helps maximize uptime and prevent disruptions.  

Supply Chain Management 

IIoT also augments supply chain management to create smart supply chains that can close the control loop. Production managers and suppliers gain real-time visibility across the entire chain for improved business decisions with data collected by IoT sensors.

Industrial IoT Networking

IIoT needs secure private LTE and 5G networks that empower you with the scalability and performance your IIoT devices need.

IIoT needs reliable and secure networking to function, as it typically enables mission-critical applications and processes. Industrial organizations can leverage private LTE and 5G networks to facilitate data exchange between IIoT devices.   

Benefits of Private LTE and 5G 

Private LTE and 5G (also known as non-public networks or NPN) provide dependable connectivity and, compared to traditional Wi-Fi, are more scalable and resilient. They offer greater security than public mobile networks, as sensitive data remains on-site and doesn’t go to the operator’s core network.

These private networks permit companies to track and control traffic performance and authorization. In the era of LTE and Wi-Fi (less than 6), 5G and Wi-Fi were used in patchwork ways. Starting from private 5G, Wi-Fi (6 and up) and 5G cellular solution architectures complement each other well.

Private LTE and 5G for IIoT Applications

Private LTE and 5G are ideal for IIoT applications. They are especially suitable for automated machines or businesses that operate in locations not covered by public wireless infrastructure. Other instances in which private LTE and 5G are advantageous include:

  • Factory-floor autonomous robotics
  • Logistics and warehousing machinery
  • Mission-critical services

Our IIoT Expertise

With our expansive private LTE and 5G IoT module and data card portfolio, we offer reliable radio performance and connectivity. Our quality assurance includes vigorous environmental testing, making our solutions highly reliable and secure.

Speak with our IoT experts to get started on your private LTE or private 5G IIoT solution.

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参考译文
《工业物联网指南
工业物联网(工业物联网或IIoT)指的是收集和分析工业部门机器和流程数据的设备和传感器。这些复杂的工业物联网部署依赖于可靠的连接和高效的网络,以及工业级硬件。工业物联网和物联网设备有很多共同之处,从传感器到相互通信时对连接的依赖。然而,区别它们的是它们在不同行业中的使用。物联网设备——如语音辅助、监控系统和可穿戴技术——范围广泛。它们可以在多种商业、商业和消费者环境中找到,例如农业和医疗保健。停机时间的严重程度非常明显,因为糟糕的工业物联网连接或停机可能会导致显著的生产力和收入损失。相比之下,一个家庭语音助手遇到停机时间就没有那么灾难性了。从模拟信息源、遗留技术和手动工作流程升级到工业物联网的优势是多方面的。工业物联网是各个工业部门数字化转型的支柱。此外,工业物联网平台可以与运营技术(OT)集成,包括传统的信息技术(IT)系统。通过工业物联网连接和能力增强的工厂被称为智能工厂。顾名思义,智能工厂为决策者提供实时数据和边缘智能,以增强可见性和洞察力。同样,工业物联网解决方案可以创造更安全的工作环境,降低成本并保持产品质量。工业物联网的一个特别有益的特点是预测性维护。它使连接的工厂设备和资产能够向制造商发送状态和使用情况更新。这些信息有助于最大限度地延长正常运行时间并防止中断。工业物联网还增强了供应链管理,以创建可以关闭控制循环的智能供应链。生产经理和供应商通过物联网传感器收集的数据获得整个供应链的实时可见性,以改善业务决策。工业物联网需要可靠和安全的网络才能运行,因为它通常支持关键任务应用程序和流程。工业组织可以利用专用LTE和5G网络来促进工业物联网设备之间的数据交换。私有LTE和5G(也称为非公共网络或NPN)提供可靠的连接,与传统的Wi-Fi相比,它们的可扩展性和弹性更强。它们提供了比公共移动网络更高的安全性,因为敏感数据保留在现场,不会进入运营商的核心网络。这些专用网络允许公司跟踪和控制流量性能和授权。在LTE和Wi-Fi时代(不到6个),5G和Wi-Fi的使用方式是拼凑的。从私有5G开始,Wi-Fi(6及以上)和5G蜂窝解决方案架构可以很好地互补。私有LTE和5G是工业物联网应用的理想选择。它们特别适用于在公共无线基础设施未覆盖的位置运行的自动化机器或企业。通过我们广泛的专用LTE和5G物联网模块和数据卡组合,我们提供可靠的无线电性能和连接。我们的质量保证包括严格的环境测试,使我们的解决方案高度可靠和安全。与我们的物联网专家交谈,开始您的专用LTE或专用5G IIoT解决方案。
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