5G

5G

Ensuring the promises of reliable and efficient communications brings new challenges to the design of 5G products. 5G连接需要高吞吐量, 低延时, 以及价格合理的特殊保险, 同时减少能源消耗. 随着网络和应用程序的发展, the precise simulation of antennas in their environment is the key to developing the next generation of broadband products. “ope苹果客户端” 5 g仿真解决方案 support and enable the innovation and deployment of wireless connectivity technology improving communication, 确保兼容性, 减少能源消耗和排放.

自由电子指南

5G & 6克的产品设计

The rollout of 5G communication networks and 6G networks on the horizon promise to be a boon for telecommunication and manufacturing companies globally. 了解ope苹果客户端如何帮助他们迎接这些挑战.

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室外-室内模拟场景对于有效的5G校园网络至关重要

将5G问题转化为5G解决方案

创建统一连接的专用校园网, 优化服务, 在特定区域内的安全通信对私人网络运营商来说是一个挑战. 为了提高速度, 低延时, 以及5G承诺的其他好处, 电信系统集成商, 工程师, 咨询公司必须拥有高效的5G开发工具.

“ope苹果客户端”提供5G天线和5G网络的集成仿真, 这有助于理解用例, 定义对5G基础设施的要求, 并创建一个使用计划来申请频谱. 采用整体模拟方法, campus network planners avoid interferences upfront and prevent radio wave leakage in surrounding areas.

Early 5G network planning with outdoor-indoor simulation scenarios ensures reliable 5G campus network applications

更快获得监管部门批准

如何主动推动网络license申请过程, 更快实现5G应用? “ope苹果客户端” enables optimized 5G network planning in complex environments like urban outdoor-indoor scenarios. The possibility of exact representation from single antennas up to complete systems interacting with their infrastructure and environment allow a unique prediction quality and efficient network realization.

The openness of ope苹果客户端的 5G network simulation tools allows for a smooth integration into existing planning environments. 与集成的经验波传播模型, 我们可以帮助加快网络许可证的申请过程.

什么是5G ?为什么有这么多新的天线?

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集成Car2X沟通

“ope苹果客户端” accelerates the development and integration of vehicle-to-everything (V2X) communication, 允许更好地管理集成方面, 减少复杂测试, 更好地计划测试运行, 更低的开发成本.

ope苹果客户端为5G连接提供最全面的虚拟测试驱动. 从单个天线到完整系统的精确表示的可能性, as they interact with the vehicle structure and environment scenarios - like changing terrain, 允许一个独特的预测质量和无线应用程序的高效设计.

“ope苹果客户端” simulation tools enable autonomous driving, assessing connectivity in real driving conditions. 天线设计的整体工作流程, 放置, and system performance via virtual drive tests ensures proper and optimized 5G connectivity on the vehicle.

查看网络研讨会
具有波束形成的大规模MiMo天线阵仿真

加快5G基础设施建设步伐

只有扩大通信基础设施,5G革命才有可能发生. The holistic representation of massive MIMO antennas within a network can significantly improve antenna designs, 同时减少开发时间, 确保更快的应用程序集成, 更好的设备特性. 这样的自动化设计过程加速了创新之路, 减少测试和测量活动, 降低开发成本, 加快上市时间.

使用ope苹果客户端的开放环境解决方案, integration with proprietary tools allows for seamless and accelerated development processes. 结合 优化技术,自动化设计过程加快了创新路径,并缩短了上市时间.

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5G Antenna Simulation on Industrial 物联网-Device with Industrial Robot and Factory Floor Network Coverage

优化与工厂的沟通

5G标准是许多工业物联网应用的基础. 模拟设备, 5 g天线, 以及它们所运行的5G网络, 有助于创建所需的通信性能.

“ope苹果客户端” helps you to achieve the data rates required for each application and ensure optimized behavior in the network. Design changes to optimize the antenna design and positions within a device can be identified early, 同时避免 电磁兼容性 (EMC)问题引起的无线通信的干扰.

Being able to precisely represent single antennas up to complete systems interacting with an environment allows a unique prediction quality and efficient design of wireless applications.

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无与伦比的无所不在的网络覆盖

减少实地耗时的测试和测量活动的次数. Measurement campaigns become more meaningful with the preliminary and follow-up evaluations using “ope苹果客户端” simulation. 在运行中,保证了所有用户所需的速度和数据速率.

Accelerate your 5G radio coverage analysis and evaluation with “ope苹果客户端” 5G simulation software. Plan and optimize 5G new radio networks considering different existing and new scenarios and business cases.

“ope苹果客户端” supports your planning phase, allowing you to quickly and easily simulate countless scenarios. ope苹果客户端的 5 g仿真工具 uniquely combine antenna design with radio coverage and planning analysis and provides the broadest set of scenarios for 5G applications.

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特色资源

迎接5G天线设计和无线电覆盖的挑战

The much anticipated roll out of 5G communication networks will be a boon for telecommunications companies all over the world, 但它的到来并非没有挑战.

博客

矿业行业工业物联网连接解决方案

行业4.0 has led companies to investigate the automation of traditional manufacturing and industrial practices using modern smart technologies via Industrial 物联网 (I物联网) making agricultural 和采矿设备, 卡车, 和其他重工业资产通过有效的连接解决方案变得更智能.

技术文件

Accelerate Product Development Uniquely Combining Antenna Design and Wireless Connectivity Simulation

在本次网络研讨会中,我们将展示ope苹果客户端的电磁仿真解决方案, which uniquely combine antenna design and wireless connectivity for a broad array of communication technologies, 包括等, 5G, 物联网, WiFi和射频识别. 成为全球智能设备制造商值得信赖的解决方案, “ope苹果客户端”'s electromagnetic solutions shorten development cycles for higher-performing products by accurately simulating the antenna(s) performance within the physical device and at the same time the performance of the device within the wireless network. The same solution at a communication system level is also used by leading organizations to analyze and design wireless networks, 包括天线的影响, 在复杂的场景中,比如室内, 城市和农村

在线研讨会

由5G新无线电供电的工业物联网(I物联网)网络

The 4th industrial revolution or the digital enterprise will re-build the business models in various industries through connectivity. 工业物联网(I物联网)网络中5G NR的驱动因素是(i)生产率的提高, (ii) digital transformation through wireless technology and (iii) the use of private networks. 工业物联网(I物联网)网络的连接性将是可扩展的, and number of devices and will be designed to deliver optimal performance for all industrial applications using key LTE and 5G NR features like URLLC, mMTC, 5 g定位, 时间敏感通信(TSC)和较小程度的eMBB. 本演示从概述、用例和工业物联网需求开始. 本报告讨论了在3GPP Rel 15中提出的NR中URLLC的基础, 主要支持工业物联网, 以及Rel-16中的URLLC增强, NR定位(Rel-16), TSC (Rel-16) and a version of NR known as NR-Light which is planned to be introduced in Rel 17. NR- light旨在解决NR eMBB、URLLC或mMTC无法满足的用例. The system performance for an indoor ray traced factory using key 5G NR features like URLCC and TSC is presented.

会议演讲
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