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X6QSFP28
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这个符合Vita57.4标准的FMC +模块由六个QSFP28（100G）或六个QSFP +（40G / 56G）端口和低抖动可编程时钟发生器提供支持。 器件寄存器和EEPROM设置可通过I2C串行接口在系统内完全编程，以便轻松生成其他行业标准或定制时钟。 I2C总线可由主机FPGA或板载PIC处理器控制。This Vita57.4 compliant FMC module is supported by six QSFP28(100G) or six QSFP (40G/56G) ports and a low jitter programmable clock generator. The device registers and EEPROM settings can be fully programmed within the system through the I2C serial interface, To easily generate other industry standards or custom clocks. I2C bus can be controlled by a host FPGA or on board PIC processor.
这个符合Vita57.4标准的FMC +模块由六个QSFP28（100G）或六个QSFP +（40G / 56G）端口和低抖动可编程时钟发生器提供支持。 器件寄存器和EEPROM设置可通过I2C串行接口在系统内完全编程，以便轻松生成其他行业标准或定制时钟。 I2C总线可由主机FPGA或板载PIC处理器控制。This Vita57.4 compliant FMC module is supported by six QSFP28(100G) or six QSFP (40G/56G) ports and a low jitter programmable clock generator. The device registers and EEPROM settings can be fully programmed within the system through the I2C serial interface, To easily generate other industry standards or custom clocks. I2C bus can be controlled by a host FPGA or on board PIC processor.
这个符合Vita57.4标准的FMC +模块由六个QSFP28（100G）或六个QSFP +（40G / 56G）端口和低抖动可编程时钟发生器提供支持。 器件寄存器和EEPROM设置可通过I2C串行接口在系统内完全编程，以便轻松生成其他行业标准或定制时钟。 I2C总线可由主机FPGA或板载PIC处理器控制。This Vita57.4 compliant FMC module is supported by six QSFP28(100G) or six QSFP (40G/56G) ports and a low jitter programmable clock generator. The device registers and EEPROM settings can be fully programmed within the system through the I2C serial interface, To easily generate other industry standards or custom clocks. I2C bus can be controlled by a host FPGA or on board PIC processor.
这个符合Vita57.4标准的FMC +模块由六个QSFP28（100G）或六个QSFP +（40G / 56G）端口和低抖动可编程时钟发生器提供支持。 器件寄存器和EEPROM设置可通过I2C串行接口在系统内完全编程，以便轻松生成其他行业标准或定制时钟。 I2C总线可由主机FPGA或板载PIC处理器控制。This Vita57.4 compliant FMC module is supported by six QSFP28(100G) or six QSFP (40G/56G) ports and a low jitter programmable clock generator. The device registers and EEPROM settings can be fully programmed within the system through the I2C serial interface, To easily generate other industry standards or custom clocks. I2C bus can be controlled by a host FPGA or on board PIC processor.
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