ADN2814: Recover a 1T clock from a EFM signal

Question Can I recover a 1T clock from a EFM signal which varies between 3T and 14T? Answer The ADN2814 can recover the 1T clock from that signal. There are two ways the device could be configured to recover the 1T clock. The first way is the default mode of operation where the ADN2814 automatically recovers the clock from the incoming data stream without the need of a reference clock as an acquisition aid. To use the device in this mode (no refclk), it is required that the incoming signal be random in nature, with transitions at the 1T frequency.. The signal you show in the jpeg does not have any transitions at the 1T rate, although i am assuming that over time there would be many transitions at the 1T rate. If the incoming signal does not have sufficient transitions at the 1T rate, then the ADN2814 can be configured in LTR ("Lock To Refclk") mode. In this mode, you need to supply a reference clock that is at the desired datarate divided by some integer "n". You can choose the "n" based on what you have available for a reference clock. The ADN2814 can be programmed into LTR mode via the I2C interface. This is detailed in the datasheet.

ADN2814: power consumption at 10MHz

Question I want to evaluate the power consumption of ADN2814 for my design. I want it to recover clock from data stream of 10Mbps. But the datasheet only gives the POWER SUPPLY CURRENT @ 622.08 Mb/s is about 132 mA, I want to know how much current would be needed, when the data rate is about 10-20Mbps. Answer The CDR will take little less power consumption when it locks to a 10Mbps signal, however, the power consumption locked at the 622Mbps Signal can be a good reference.

ADN2814: FAQ - Documents - Clocks & Timers

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ADN2814 Production
The ADN2814 provides the receiver functions of quantization, signal level detect, and clock and data recovery for continuous data rates from 10 Mb/s to...
Datasheet
ADN2814 on Analog.com

ADN2814: FAQ