Organizations require real-time interactions with operations, 员工, 客户, partners and suppliers anywhere and at any time. 为了迎接这个挑战, they need communication networks that are reliable, 灵活的, 高效和安全.
无线网络 continues to support business driven communications, but its limitations in terms of capacity, 报道, 安全也带来了许多挑战. This is why LTE provides a better wireless network for mission and business critical applications.
泰特私人LTE offers organizations full control of data traffic and applications. 与商用LTE不同(商用LTE是为大规模使用而设计的)，泰特私有LTE是一个独立的蜂窝网络，专门为您的组织的特定通信和覆盖要求而构建. 泰特私人LTE solutions can be deployed anywhere, including areas beyond the reach of public networks.
泰特目前专注于为受限的地理区域，如矿业企业行业的客户建立私有LTE解决方案, 公共安全, Utilities, and 运输ation and presently not in business of building networks for Commercial carriers.
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我们的端到端的产品组合和突破性的创新为人类和机器连接到比以往任何时候都更智能的行业新时代提供了门户. The 泰特私人LTE solution allows your organization to integrate machines, 传感器, 人, and vehicles securely and reliably with performance to meet the requirements of almost any industrial application, 包括物联网.
With our highly customizable Private LTE solution, 用户完全控制独家无线宽带网络，保证覆盖您的操作区域.
泰特是关键通信标准和技术发展的领导者，拥有超过50年的经验. 我们将技术与世界级的专业和管理服务相结合，为世界各地最苛刻的客户提供解决方案.
泰特私人LTE解决方案将我们在关键通信系统集成方面的良好记录与我们的LTE技术合作伙伴相结合. 与我们的合作伙伴诺基亚一起, BlackNed, and AirSpan we provide a highly robust broadband solution, 为您量身定制.
泰特私人LTE 解决方案 are a complete, 端到端组合，提供灵活和可扩展的无线网络解决方案，满足本地和广域需求, as well as business critical and 高速 non-critical day-to-day connectivity.
Narrowband LMR solutions will continue to be a significant part of critical communications, that are complemented by wireless broadband technology layers. Tait can deliver converged LMR and broadband solutions, or can deliver Private LTE as a distinct communications layer for your operation.
我们世界级的专业服务, 管理服务和设备策略支持为企业提供一站式服务，与值得信赖的合作伙伴合作，实现专用LTE网络解决方案.
Monitor IoT 传感器 from a variety of global vendors. 泰特私有LTE是一个高速网络，可以将警报等数据和其他关键传感器信息传输到集成商友好的基于云的物联网平台.
Designed to meet the needs of small private networks, the 泰特微核心网络 is a complete Evolved Packet Core (EPC) based on 3GPP LTE R11 specifications. The 泰特微核心网络 can be deployed rapidly using compact servers.
The 泰特微核心网络 is 灵活的, cost efficient, and easily portable. It runs Linux OS with a 灵活的 range of performance and capacity options. 操作维护系统通过本地管理服务器实现分布式应用系统的轻松发放和操作. 绩效管理工具, fault management and diagnostics are designed to be easy to use by non-skilled operators.
各种eNodeB设备可以方便地部署在室内和室外，适用于小型或大型工业站点和现场区域网络. 您可以消除覆盖漏洞, boost traffic and solve in-building penetration problems to deliver a greater user experience.
Power output options range from 250mW to 20W.
Global LTE bands supported include B1, B2, B3, B4, B9, B26, B38, B48.
下载室外eNodeB目录泰特拥有行业领先的Backhaul和固定接入组合，专门设计用于解决需要高容量的室外和室内Backhaul连接问题.
通过使用全面的自修复和自优化功能，以及最大限度地减少传统Backhaul技术通常需要的光纤链路前期投资，您可以享受更低的总拥有成本. The Tait wireless backhaul solution uses a Macro eNodeB to connect the wireless back node to any end node.
无线Backhaul选项包括:
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In natural disasters fixed communication infrastructure may be impaired. 当需要在没有覆盖的地区执行救援任务时，协调应急小组就变得非常困难. 快速部署, self-sufficient broadband communication infrastructure is of essence to deliver unplanned communications services.
Tait offers two types of mobile deployable networks:
CBRS使各组织能够建立私人无线宽带网络，而不需要昂贵的频谱许可证.
与CBRS, Private LTE can easily be deployed as an alternative to 无线网络 networks, delivering significantly higher performance. CBRS亦为现有的网络营办商提供扩展频谱的服务，以加强流动宽频服务(eMBB)。.
CBRS adds Spectrum Access System (SAS) servers to provide an advanced, three-tier spectrum sharing framework adopted by the FCC for CBRS 3.5GHz spectrum available in the US and emerging in other countries.
With the option to use either Priority Access License (PAL) or General Authorized Access (GAA) spectrum, 或两个, your organization can have access to up to 150MHz of spectrum for gigabit-level services.
Read on the blog: CBRS: An Inexpensive Radio Spectrum Option
The RAN software for Element 管理 manages the entire range of products both in Access and Backhaul domains. 基于客户机-服务器架构, it provides an always-on service with front-end web applications and interfaces to interconnect with customer OSS.
With 灵活的 configuration and architectural options, 可以部署它来支持可伸缩性和高可用性，并在任何节点故障时提供无缝故障转移选项.
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越来越多的微型, storage and energy conservation mean the power sector is facing lower demand and flatter revenues. As a power utility, you have three main options for addressing these trends:
泰特私人LTE can make your grid smarter, more reliable and more responsive to new demands. 泰特的专家可以与您合作，帮助您实现数字化和自动化的好处，以更高效的运作, reduce costs and get the most from your assets.
Tait can accommodate the connectivity needs of digital mining applications such as autonomous vehicle technology, 物联网传感和远程操作具有理想的工业无线平台，支持向未来矿山的数字化转型.
泰特公司提供石油和天然气网络, platforms and applications for the critical connection to reach natural resources more efficiently and 安全ly. 回来ed by our technical expertise in all-IP, ultra-broadband网络, 和LTE连接, 这种安全可靠的网络解决方案将您现有的环境转变为重新发明和创新的基础.
与泰特的关键联系, 你可以遵守严格的规定, 保证员工安全, and stand out in a highly competitive marketplace.
泰特私人LTE provides a strong foundation for smart airports. 从着陆到地面处理再到起飞——以及两者之间的每一个点——机场运营商正在处理比以往任何时候都需要更多数据的更多过程.
一个专门的, 专用LTE / 5 g网络, separate from the passenger 无线网络 and cellular connectivity will deliver the capacity, reliability and needed for improved airport operations
通信网络在帮助Railways运营商和公共交通部门确保准时方面发挥着至关重要的作用, 安全, 和连接的旅程. 它们与Railways的基础设施一起运行，是为列车控制提供可靠的语音和数据服务的途径, 业务和紧急通信, 多媒体协作, 视频保护, 和乘客的连接.
Future Railway Mobile Communication System (FRMCS) is the single global standard for railway communications, 以及GSM-R的后继者. 从第一天开始, 5G will fully support the mission-critical needs of rail operators and the FRMCS framework, 与飞船稳定性极强,, 高速, 低延时 networks that enable faster communications, 支持人工智能等新技术 & 机器学习.
动荡的全球市场, 运输路线的改变和船舶尺寸的增大给码头运营商带来了挑战，他们要适应动态运量以及到2050年集装箱运输量将翻倍.
The LTE networks that were once only available to mobile network operators are now within reach for ports. 政府s around the world have been designating LTE spectrum for industry, Tait和我们的合作伙伴一直在开拓小型蜂窝技术，这是私营工业网络的理想选择，无需专门的移动无线专业知识即可轻松操作. That means you can deploy a private wireless network with 4.9G capabilities that’s ready to meet your needs today, with a clear roadmap for a simple evolution to 5G tomorrow.
