Mbit

Transferring High Accuracy Standard Time Signal by SDH 2.048 Mbit/ s Branch

利用光纤数字同步传送网2.048Mbit/s支路传送高精度标准时间信号

The speed rate of data transmission reaches 1 Mbit/ s. The stability and good reliability of data transmission can meet the real-time need of the field. Dependability is good, and the field real time demand is satisfied.

试验表明，CAN总线的多主结构使系统改型灵活，数据传输稳定，可靠性好，数据传输速率可达1Mbit/s，能满足现场的实时性要求。

The filter is featured with center frequency of 65.28 MHz, code rate of 4.08 Mbit/ s ( with tap space of 0.245 μ s) and duration of 250.735 μ s. The ratio of self related peak value to maximum sidelobe is 26 dB.

匹配滤波器的中心频率为65.28MHz，编码速率为4.08Mbit／s（抽头间隔为0.245μs），持续时间为250.735μs，自相关峰值与最大旁瓣比为26dB。

Research and Development of 565 Mbit/ s Optical Line Multiplexing Terminal

565Mbit/s光纤线路复用终端机的研制

The received signal strength indicator ( RSSI) in a CMOS limiting/ logarithmic amplifier, which is proposed for optical receiver at bit rate of 155 Mbit/ s, is designed and realized in a 0.6 μ m double-poly n-well CMOS process.

介绍了一种应用于光接收机系统、速率可达155Mbit/s的CMOS限幅/对数放大器的接收信号强度指示器（RSSI）。电路采用0.6μm双多晶硅N阱CMOS工艺设计并实现。

Analysis on 2 Mbit/ s Interface for Fault Information System in Inner Mongolia West Electric Grid

2兆口内蒙古西部电网故障信息系统分析

The extraction of 2 Mbit/ s signal from STM-1 and desynchronizing

STM-1中2Mbit/s信号的解映射及去同步

Design of 25.344 Mbit/ s optical supervisory information transport system in DWDM

DWDM上25.344Mbit/s光监控信息传送系统的设计

Field Trail of 565 Mbit/ s Optical Cable Communication System

565Mbit/s光缆通信系统现场试验

The transmission speed could reach 1 Mbit/ s in a 3000 m logging armored cable.

在3000m的测井电缆上使得上传速率能够达到1Mbit/s。

The result shows that 8 Mbit/ s speed meets the system needs very well.

结果证明其8Mbit/s的传输速度很好地满足了系统需要。

When 4G services launched at the end of 2012, the average download speed was up at around 19 Mbit/ s, however the new research suggests an average of 14.7 and other studies put it as low as 10.

当4G服务在2012年年底刚开通时，平均下载速度可达19Mbit/s。新的研究表明现在这一数字仅为14.7Mbit/s，甚至有研究认为只有10Mbit/s。

Analysis on 2 Mbit/ s differential protection channel and improving its operation reliability

2Mbit/s差动保护通道技术分析及运行可靠性提高策略

Physical layer bandwidth of the data link is 1 056 Mbit/ s. Sustained throughput of 545 Mbit/ s was achieved at the data-link layer. The application layer throughput was 300 Mbit/ s.

链路物理层带宽达1056Mbit/s，链路稳定传输带宽为545Mbit/s，在应用层可得到300Mbit/s的数据传输率。