国防部IP卫星通信向WGS过渡

B. Bennett, K. Quock, J. Greeves, M. Nguyen
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引用次数: 3

摘要

随着即将发射的宽带全球卫星通信(WGS)星座,国防部将有机会将现有卫星网络从商业卫星带宽过渡到军用卫星资源。向WGS的过渡将为作战人员提供额外的能力,以增加当前和未来军事卫星通信的需求。WGS ka波段有效载荷将在多个可操纵点波束上提供超过2Gbps的容量。这些高功率,高频光束允许部署较小的战术终端。为了在WGS卫星上使用终端,它必须首先通过认证,以满足空间和导弹防御司令部/陆军部队战略司令部(SMDC / ARSTRAT)定义的所有适用的军事标准(MIL-STD)。认证过程将确保终端符合WGS ka波段终端认证要求文件中定义的最低性能和操作控制要求。美国国防信息系统局(DISA)目前正在为全球广播服务(GBS)和USCENTCOM数字视频广播-通过卫星(DVB-RCS)网络返回信道向WGS提供系统工程解决方案和过渡计划。由于GBS已经利用了超高频后续(UFO)卫星上的ka波段,因此GBS向WGS的过渡将不需要对系统进行重大更改。然而,这种转变确实提供了将现有DVB-S波形更新为第二代DVB-S2波形的机会,并通过迁移到联合IP调制解调器实现双向业务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DoD IP SATCOM Transition to WGS
With the upcoming launch of the Wideband Global SATCOM (WGS) constellation, the DoD will have the opportunity to transition existing satellite networks from commercial satellite bandwidth to military-owned satellite resources. Transition to WGS will provide the Warfighter with additional capacity to augment current and future MILSATCOM needs. WGS Ka-band payloads will provide over 2Gbps of capacity across multiple steerable spot beams. These high power, high frequency beams allow for deployment of smaller tactical terminals. In order for a terminal to be used over the WGS satellites it must first be certified to meet all applicable Military Standards (MIL-STD) as defined by Space and Missile Defense Command /Army Forces Strategic Command (SMDC / ARSTRAT). The certification process will ensure that terminals conform to the minimum performance and operational control requirements as defined in the WGS Ka-Band Terminal Certification Requirements Document. The Defense Information Systems Agency (DISA) is currently working to provide a systems engineering solution and transition plan for the Global Broadcast Service (GBS) and the USCENTCOM Digital Video Broadcast - Return Channel via Satellite (DVB-RCS) network, to WGS. Since GBS already utilizes Ka-band over UHF Follow-On (UFO) satellites, transition of GBS to WGS will not require significant system changes. However, this transition does provide an opportunity to perform a technology refresh of the existing DVB-S waveform to the Second Generation DVB-S2 waveform as well as enable two-way services with a migration to the Joint IP Modem.
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