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政府开放95 GHz - 3太赫兹光谱带6 g相关实验使用
“部门寻求建议从印度的电信监管机构(火车)电视广播在95 GHz 3太赫兹波段,为实验目的使用它来开发产品和解决方案基于新技术特别是第六代(6克),”一位高级官员告诉ETTelecom。乐动娱乐招聘
“国防部将要求的建议印度电信管理部门(火车)电视广播在95 GHz 3太赫兹波段,为实验目的使用它来开发产品和解决方案基于新技术特别是第六代(6克),”一位高级官员告诉ETTelecom。乐动娱乐招聘
频谱分配将在未来10年的任期。
主动是识别和分配频谱在地平线上,根据官方,进一步说,是时候让电视广播使用开发新技术,用例和产品配合的一些全球发达经济体。
此举可能会允许学术机构、研究机构和行业获得无线电波与pre-standardisation过程进行研究,并使他们能够带来融合卫星通信和地面网络解决方案和产品。
官方进一步表示,通过及时授权所需的光谱,印度可以积极参与标准制定,技术创新,成为全球供应链的一个组成部分卫星和地面通信设备和组件。
点残羹剩饭一堆宽带设备强制检测
有严重短缺的产品如路由器和局域网交换机在最近的过去,迫使电信运营商和互联网服务提供商申请点寻求帮助。短缺的主要原因是延迟测试电信工程中心(TEC)用于认证测试和认证的所有产品,有时可能需要数月之久。
今年,联邦通信委员会(FCC),美国电信监管机构授予“频谱视野许可证”在一个特殊的类别之间的试验频率95兆赫和太赫兹范围。监督部门也成立了一个专家小组建议董事会6 g相关谱。
太赫兹地区通常被认为包含0.1太赫兹到10太赫兹,和从100 GHz或0.1太赫兹频率范围开始,到10太赫兹和100 GHz和300 GHz之间电波也被称为低太赫兹或sub-THz。
印度的目标是成为下一代领导人或6 g技术,去年12月,设置多达六academia-driven任务部队下技术创新组(TIG)。
早些时候通知,电信部门确认的一些直接交付6克的映射等活动和能力在世界范围内,和印度的白皮书能力,包括研究和开发(研发)和pre-standardisation活动。
点移动包括放弃给费用导致大储蓄:BIF
“点最近的行动给指控和移除MPVT指控,铺平了道路自我验证将导致估计每年节省约120卢比的卫星电视和广播通信行业,包括所有球员支付责任,”印度宽带论坛(BIF)周一表示。
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<\/figure>NEW DELHI: The Department of Telecommunications<\/a> (DoT<\/a>) will seek sector regulator's views in a bid to open up spectrum in the 95 gigahertz (GHz) - 3 terahertz (THz) frequency range for free allocation to develop new technologies like 6G-driven products and solutions. \"The department will ask for suggestions from the Telecom Regulatory Authority of India<\/a> (Trai<\/a>) for airwaves in the 95 GHz to 3 THz band, to use it for experimental purposes to develop products and solutions based on new technologies particularly the sixth generation (6G),\" a senior official told ETTelecom.
The spectrum allocation will be for the next 10-year term.
<\/div><\/div>The terahertz, or THz refers to trillions of cycles per second, and frequency range lies between the microwave and infra-red regions. The band is being potentially considered for a 6G network worldwide.
The initiative is a part to identify and allocate spectrum on the horizon, according to the official, who further said that it is high time to put airwaves to use to develop new technologies, use cases and products in tandem with some of the advanced economies worldwide.
The move may allow academic institutions, research organisations and the industry to obtain radiowaves to undertake studies with a pre-standardisation process, and enable them to bring about solutions and products converging satellite communications and terrestrial networks.
The official further said that by timely authorisation of desired spectrum, India could actively take part in standards setting, technical innovations, and become an integral part of the supply chain worldwide for satellite and terrestrial communication gear and components.
The initiative is a part to identify and allocate spectrum on the horizon, according to the official, who further said that it is high time to put airwaves to use to develop new technologies, use cases and products in tandem with some of the advanced economies worldwide.
The move may allow academic institutions, research organisations and the industry to obtain radiowaves to undertake studies with a pre-standardisation process, and enable them to bring about solutions and products converging satellite communications and terrestrial networks.
The official further said that by timely authorisation of desired spectrum, India could actively take part in standards setting, technical innovations, and become an integral part of the supply chain worldwide for satellite and terrestrial communication gear and components.