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High-speed chip-to-chip communication interface with signal trace routing and phase offset detection

机译:具有信号走线和相位偏移检测功能的高速芯片间通信接口

摘要

A high-speed parallel interface for communicating data between integrated circuits is disclosed. In one embodiment, the transmitter controller accepts 40-bit wide data every 167 Mhz clock cycle, the receiver controller delivers 40-bit wide data every 167 Mhz clock cycle, and the interconnect bus transmits 10-bit wide data at every transition of a 333 Mhz clock cycle. In another embodiment, the transmitter controller accepts 32-bit wide data every 167 Mhz clock cycle, the receiver controller delivers 32-bit wide data every 167 Mhz clock cycle, and the interconnect bus of this embodiment transmits 8-bit wide data at every transition of a 333 Mhz clock cycle. Output pins of the transmitter interface can be connected to any input pins of the receiver interface. Furthermore, the high-speed parallel interface does not require a fixed phase relationship between the receiver's internal clock(s) and the bus clock signal.
机译:公开了一种用于在集成电路之间传送数据的高速并行接口。在一个实施例中,发送器控制器每167 Mhz时钟周期接收40位宽的数据,接收器控制器每167 Mhz时钟周期接收40位宽的数据,并且互连总线在333的每次转换时发送10位宽的数据兆赫时钟周期。在另一个实施例中,发送器控制器每167 Mhz时钟周期接收32位宽的数据,接收器控制器每167 Mhz时钟周期接收32位宽的数据,并且此实施例的互连总线在每个转换时发送8位宽的数据333 Mhz时钟周期。发送器接口的输出引脚可以连接到接收器接口的任何输入引脚。此外,高速并行接口在接收器的内部时钟和总线时钟信号之间不需要固定的相位关系。

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