为今后的参考，我收到了一个答案的微芯片专家关于这个问题：“VE内置OTP用于配置，因此客户不需要向BOM成本添加EEPROM。在OTP内存中，您只需对要更改的值进行配置更改即可。对于使用EEPROM的新设计没有任何好处，除非您正计划使用该设备进行开发，这样您就可以在集线器OTP中完成最后的设置。通过EEPROM可获得的配置选项仅限于如图所示的精确寄存器。UB2514B数据表。您只需加载EEPROM与寄存器0x00 - 0xFF所需的寄存器值。EEPROM中的存储器偏移0x00对应于UB2514B寄存器映射寄存器0x00，对应于UB2534寄存器映射的0x3000的寄存器值。EEPROM中的内存偏移0xFF对应于UB2514B寄存器映射寄存器0xFF，对应于UB2534寄存器映射的0x30FF。事业单位；
以上来自于百度翻译
以下为原文
For future reference, I have received an answer from the Microchip experts regarding this issue :
"
=======================================================
The EEPROM support was designed so that USB2534 can be backward compatible with USB2514B designs (as a drop-in replacement).
For new designs, we have built in OTP for configuration so customers don't need to add an EEPROM to the BOM cost. In OTP memory, you only need to make configuration changes to the values you want to change. There isn't any benefit for new designs to use EEPROM, unless you are just planning to use the device for development purposes so you can finalize on the final settings you want to make in the hub OTP.
The configuration options available via EEPROM are limited to the exact registers as shown in the USB2514B datasheet. You just need to load the EEPROM with the desired register values for registers 0x00 - 0xFF. Memory offset 0x00 in the EEPROM corresponds to register 0x00 of the USB2514B register map, which corresponds to register value of 0x3000 of the USB2534 register map. Memory offset 0xFF in the EEPROM corresponds to register 0xFF of the USB2514B register map, which corresponds to 0x30FF of the USB2534 register map.
=======================================================
"
为今后的参考，我收到了一个答案的微芯片专家关于这个问题：“VE内置OTP用于配置，因此客户不需要向BOM成本添加EEPROM。在OTP内存中，您只需对要更改的值进行配置更改即可。对于使用EEPROM的新设计没有任何好处，除非您正计划使用该设备进行开发，这样您就可以在集线器OTP中完成最后的设置。通过EEPROM可获得的配置选项仅限于如图所示的精确寄存器。UB2514B数据表。您只需加载EEPROM与寄存器0x00 - 0xFF所需的寄存器值。EEPROM中的存储器偏移0x00对应于UB2514B寄存器映射寄存器0x00，对应于UB2534寄存器映射的0x3000的寄存器值。EEPROM中的内存偏移0xFF对应于UB2514B寄存器映射寄存器0xFF，对应于UB2534寄存器映射的0x30FF。事业单位；
以上来自于百度翻译
以下为原文
For future reference, I have received an answer from the Microchip experts regarding this issue :
"
=======================================================
The EEPROM support was designed so that USB2534 can be backward compatible with USB2514B designs (as a drop-in replacement).
For new designs, we have built in OTP for configuration so customers don't need to add an EEPROM to the BOM cost. In OTP memory, you only need to make configuration changes to the values you want to change. There isn't any benefit for new designs to use EEPROM, unless you are just planning to use the device for development purposes so you can finalize on the final settings you want to make in the hub OTP.
The configuration options available via EEPROM are limited to the exact registers as shown in the USB2514B datasheet. You just need to load the EEPROM with the desired register values for registers 0x00 - 0xFF. Memory offset 0x00 in the EEPROM corresponds to register 0x00 of the USB2514B register map, which corresponds to register value of 0x3000 of the USB2534 register map. Memory offset 0xFF in the EEPROM corresponds to register 0xFF of the USB2514B register map, which corresponds to 0x30FF of the USB2534 register map.
=======================================================
"
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