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在恶劣条件下，需要采取诸如在 PCB 层面使用保形涂层等保护措施，以维持网络安全连续运行。
AGV 的性能取决于能否以统一的方式管理和控制有线和无线网络。
深入了解我们与离散型制造商共同探讨的策略和注意事项，以确保他们在启动再工业化计划时取得成功。
在恶劣条件下，需要采取诸如在 PCB 层面使用保形涂层等保护措施来维持网络的安全和持续运行。
探索 IT/OT 融合和网络弹性对于现代工业环境中物理 AI 和实时决策的真正推动作用。
随着工业蜂窝技术的成熟，以及新的应用不断拓展 Wi-Fi 的功能极限，人们对 Wi-Fi 作为默认标准的依赖正在发生变化。’ 5G 现在已成为仓储、物流和离散工作负载的现实竞争者，而这些工作负载曾经似乎只适合 Wi-Fi。
在人口密集的环境中，增加更多接入点和带宽并不能解决问题。’解决网络处理共享容量的效率问题。 那’这就是 Wi-Fi 7 的用武之地。
量子计算机在解决优化问题方面取得的进步，同时也使传统的加密方法面临风险。 这意味着你必须在 Q 日到来之前很久就重新思考网络连接方式和流量保护方式。
冶金行业向自动化转型，暴露出传统有线和无线技术的局限性。 基于 PRP 的工业无线技术可保持实时控制，并确保生产和人员安全。——
在实现关键基础设施现代化改造的同时，如何降低风险而不至于使进程变得极其缓慢？ 首先，请遵循以下电网现代化建议。
尽管 6G 和 Wi-Fi 7 的设计架构和部署领域各不相同，但它们有一个共同点：它们都旨在支持数字应用。’
是时候采用受网络启发的电力分配方法，应用星型拓扑结构了。’ 原因如下’。
为了跟上数字化和日益复杂的步伐，网络管理处于不断发展演变之中。 基于意图的网络（IBN）能够应对这些日益严峻的挑战，同时减轻网络工程师的压力。
人工智能和数字化会改变您的仓库运营吗？ 绝对地。 这些转变能否保证邮政/包裹和第三方物流供应商（3PL）获得更好的效率、准确性和客户成果？ 如果没有首先对数据和操作采取战略性和整体性的方法，这是不行的。
光纤电缆与光纤布线有何不同？ 方向和定位是一样的吗？ 该博客解答了常见的光纤问题，并可作为您了解常见光纤术语的资源。
简化了光缆结构。
Belden创建了一种高密度的光纤管理解决方案，支持几乎无限数量的连接，以帮助ISP通过专用光纤线路向客户提供高速度。
它没有’不仅仅是超越同类其他电缆解决方案—它是独立的。
数据中心和LAN安装光纤产品选择指南。
On the surface, ribbon fiber cables provide the best of two worlds: They combine high fiber density with the easiest, fastest mass fusion termination process. Inside these cables, many conducting wires run parallel to each other on the same flat plane (hence the name “ribbon fiber cable”).
光纤主干系统将不同位置连接在一起以形成局域网 （LAN）。
在本节中，我们可以包括我们知道用户感兴趣的产品、联系人提醒或我们想要突出显示的任何其他内容。
Technology projects are becoming more complex. The more data we create, and the more processor-intensive technologies we deploy (like artificial intelligence and machine learning), the more vital—and more complicated—technology projects become.
Artificial intelligence, machine learning and automation. Big data and analytics. The cloud. Virtual and augmented reality. Wireless and 5G.
随着人工智能、机器学习和虚拟现实融入商业实践，组织依赖于越来越多的数据中心工作负载。
We’re facing a future where 5G, virtual and augmented reality (AR), artificial intelligence (AI) and IoT are transforming technology and cabling infrastructure. These technologies are quickly taking data volume and data rates to levels we’ve never seen before.
The demand for big data and instantaneous video, IoT growth and the explosion of social media are pushing IT management teams to consider edge solutions, where computing occurs closer to the actual source of the data itself. Innovative, disruptive technologies, such as driverless automobiles, industrial IoT (IIoT) and artificial intelligence (AI) systems will only accelerate the need for edge solutions in data centers.
Gear Up to Drive IIoT with Single Pair Ethernet–from the Sensor to the Cloud Over the past 20 years, Ethernet has increasingly infiltrated the factory floor as the primary means of connecting automation systems and transmitting field data to the network. Now the industrial arena is experiencing yet another revolution with Industry 4.0 and IIoT by which real-time data from connected sensors and actuators are being monitored, shared and analyzed. This enables advancements like artificial intelligence, machine learning and digital twin technology that prevent downtime via predictive maintenance and optimize productivity via automated forecasting and inventory management.
Realisieren Sie mit Lösungen von Belden ein zuverlässiges und kostengünstiges Netzwerk in den rauen Umgebungsbedingungen intelligenter Verkehrssysteme
智能交通系统 (ITS) 让驾驶员和有关部门了解道路上发生的情况，以便他们做出相应的计划。我们的博客探讨了 ITS 使用数据来提高安全性的四种方法。
Belden Inc. (纽约证券交易所代码：BDC) 今天宣布，根据市场情况，它打算以私募方式向合格购买者出售总额为 €300 百万美元的 2025 年到期的次级债券（“债券发行”）。
As a follow-up to the blog on the reasons why UTP cables should not be painted, let's talk about cables that have been exposed to water or other liquids.
百通的解决方案能够满足水处理行业的极端环境的特殊要求。
在极其潮湿的环境条件下提供可靠服务的强大解决方案对于水 & 废水系统至关重要。 Belden 针对这些要求提供了合适的监控 & 解决方案。
You have likely never worried about the possibility of a high school geek doing some programming that affects your home water quality. Well, neither had I until I learned that some municipal networks have no security between the network their schools use and the one that runs their water/wastewater facility.
北拉斯维加斯市水回收设施是一座最先进的设施，采用浸没式膜生物反应器 (MBR) 技术为其 250,000 多名居民生产清洁、可回收的水。作为美国第三大废水 MBR 工厂，它每天平均处理 1700 万加仑的水流量。为了满足这一需求，该设施通过配备训练有素的人员的广泛计算机化操作系统，一年 365 天、每天 24 小时运行。
It may be that when you read the title of this blog, "Waterblocking" that you thought to yourself, "Isn't ALL jacketed wire and cable waterproof?" The answer is "No." Almost every jacket compound, from PVC to Polyethylene to Teflon® is at least water resistant, so they can get wet and then dry out and they cables would probaby be okay. It really depends on how much time they spend in water, and what kind of exposure they might have. For example if your cable is on the outside deck of a ship, that would require a lot more waterblocking protection than inside a rack room. The real problem is when a cable is in standing water which doesn't go away. An example of this could be a conduit filled with water goes all the way to a lake in a theme park. Water is often called the 'universal solvent': given enough time, it will get through anything. Water can easily work its way through polyvinyl chloride (PVC) which is the most common cable jacket material. A cable underwater with a PVC jacket maybe has weeks, or a few months, before it fails. The first step toward long-term waterblocking is a better jacket material such as polyethylene (PE). This is much more water resistant, especially if it is high-density PE, and may last many months, even years, underwater. But there is one more step you can take, and that is to specify that the cable has a 'waterblocking' layer.
We all know that water in an electrical system is bad news. And we do our best to keep it out by specifying waterproof cable and connectors, and following industry best practices for installation and maintenance.
Industrial control systems (ICS) are the workhorses of our physical world, and becoming more internet-connected, more virtualized in many cases, and more remotely accessible by the day. Gartner Research indicates 5.5 million devices were added per day in 2016, a pace that leads to an estimated 21+ billion internet-connected “things” running our world by 2020.
Technology doesn’t escape cruise ships just because most of their business happens on the water. Like any on-shore entertainment venue, these vessels need to offer immersive guest experiences, wireless connectivity and system convergence onto ship networks.
Ethernet technology has expanded from commercial offices into industrial control and automation sites–but the modules, cables, connectors and switches used to support this protocol are very different. Products designed to work behind ceilings and walls in clean, temperature-regulated environments aren’t typically cut out for dirt, debris and moisture commonly found in industrial settings.
