CubeSat is a nanosatellite concept emerged from a paper published by Stanford University and with their low cost nature and extreme feasibility , more started researching on nano satellites. New technology emerged , paving path to many academics and small vendors to create their own CubeSat models . This nanosatellite requires a transceiver to maintain its communication between it's systems and the ground station, which helps it navigate and collects data gained from its programmed functions. This transceiver system consists mainly of a transmitter and a receiver. The transmitter manages sending data from the satellite to ground station while the receiver captures the data and instruction sent from the ground station to the satellite. These systems were built using separate digital communication devices in the beginning, with many critical limitations with respect to the space and scalability of the modules to be attached and the programmability of hardware materials and the concept of system-on -board emerged. Meanwhile, As the size of electronic devices minimized with the research conducted, FPGA (Filed Programmable Logic Array) was introduced as an architecture to be used in various applications and research needs. The reason FPGA was mention was for the fact that it provides flexibility in the designing of transceiver ed with design and prototypes implementation at a low cost competitional electronic ware and the system -on chip Concept was introduced . This research describes the development a system-on-chip transceiver model for nanosatellites which contains a single carrier . Keywords-Single Carrier, transceiver, system C, FPGA

翻译：CubeSat是一种由斯坦福大学发表的论文中提出的纳米卫星概念，凭借其低成本特性和极高的可行性，越来越多的研究开始关注纳米卫星。新技术的出现为许多学术界人士和小型供应商创造了开发自有CubeSat模型的途径。这种纳米卫星需要收发器来维持其系统与地面站之间的通信，这有助于导航并收集其编程功能所获得的数据。该收发系统主要由发射器和接收器组成。发射器负责管理从卫星到地面站的数据发送，而接收器则捕获从地面站发送到卫星的数据和指令。这些系统最初采用独立的数字通信设备构建，但在模块附加的空间与可扩展性、硬件材料的可编程性方面存在诸多关键限制，由此催生了片上系统概念。同时，随着电子设备尺寸在研究推进中不断缩小，FPGA（现场可编程逻辑阵列）作为一种架构被引入，以满足各种应用和研究需求。提及FPGA的原因在于，它能够以低成本竞争性电子器件实现收发器设计与原型实施的灵活性，片上系统概念由此应运而生。本研究描述了一种用于纳米卫星的单载波片上系统收发器模型的开发。关键词-单载波，收发器，系统C，FPGA