2023年4月15日 · 美卫星通信的创新趋势，主要包括数字中频、频分复用（FDMA）单路单载波（SCPC）调制解调器的进步，以及地理分散的战略射频入口点。 美卫星通信带来了新的挑战——主要包括对开放商业标准的理解与实践，市场规模（仅仅美国防部卫星通信市场可能远远不够，而是全球的通信覆盖，已经通信商业化）。 美卫星通信确认并开发必要的卫星与地面资源分配与控制方法，系统工程的优化，以及在所有链路上实现大规模地理分散所需的地面网络容量。 …

2013年6月1日 · We offer a brief comparison with the first-generation DVB-RCS, and we highlight the various profiles for different target use cases and include the latest status of the mobile and mesh...

Specific mesh terminal types are considered for different mesh network architectures (transparent mesh and regenerative mesh) and user segments. These terminal types may be associated with supplemental specifications required for mesh management and control.

2024年10月23日 · The present document constitutes a complete specification of the lower layers for a transparent star satellite network, a transparent mesh overlay satellite network and a regenerative remultiplexing satellite network.

2023年5月3日 · 文章介绍了DVB-S2标准协议的传输系统部分，包括系统定义、系统架构和系统配置。 重点讲述了信号处理流程，如模式自适应、FEC编码、映射、物理层帧和基带滤波正交调制。

DVB standards cover all aspects of digital television from transmission through interfacing, conditional access and interactivity for digital video, audio and data. The consortium came together in 1993 to provide global standardization, interoperability and future proof specifications.

STM has implemented “DVB-RCS mesh” capabilities Mesh networks have variety of useful applications, but voice networking is the major mesh application – especially for rural telephony

This paper presents satellite mesh connectivity architecture based on DVB-RCS and C2P protocol, especially in terms of connection control procedure. C2P protocol provides dynamic connectivities in the diverse network scenarios over DVB-RCS system.

2023年3月9日 · 7、灵敏度（dBm） 接收机能够识别到的、最低的电磁波能量，单位也是dBm；即能接收到的最小功率信号。 Mesh设备的灵敏度通常在-100dBm左右，灵敏度负的越多，信号强度就越低，灵敏度也就越高，传输距离也就越远。 8、底噪 (dBm)

Based on the Mesh Receiver and an iQ Series, 9 Series, or X7 modem, the DVB-S2/DVB-S2X (iQ Series) mesh offering is implemented as a mesh overlay on an Evolution ® star topology network.