Problem with DisplayPort Clock Recovery

[MDiDo]

Hello, I have a problem in my simulation with the Clock Recovery during the Display Port Link Training through the AUX channel. I'm using Quartus 16.1 and the DisplayPort has the following features:

DPCD revision number: 1.2

MAX_LINK_RATE = 2.7 Gbps per lane 

MAX_LANE_COUNT = 2

I use the following sequence to perform the Link Training:

// Write DPCD LINK_BW_SET to 2.7Gb/s
wr_data = {8'h0a};
aux_write (20'h00100, wr_data);

// Write DPCD LANE_COUNT_SET to dual lane with Enhanced Framing symbol
wr_data = {8'h82};
aux_write (20'h00101, wr_data);

// Write DPCD TRAINING_PATTERN_SET (Training Pattern 1 disabling scramble)
wr_data = {8'h21}; aux_write (20'h00102, wr_data);

// TRAINING_LANE0_SET

wr_data = {8'h800};

aux_write (20'h00103, wr_data);

// TRAINING_LANE1_SET

wr_data = {8'h00};

aux_write (20'h00104, wr_data);

// Read TRAINING_AUX_RD_INTERVAL
aux_read (20'h0000E, 8'h0, rd_data);  => rd_data 00h = 100us

#100us => wait for TRAINING_AUX_RD_INTERVAL

// Read DPCD LANE0_1_STATUS
aux_read (20'h00202, 8'h0, rd_data); => rd_data = 00h

// Read DPCD ADJUST_REQUEST_LANE0_1
aux_read (20'h00206, 8'h0, rd_data,); => rd_data = 11h

So I update the Voltage/Pre-Emphasis with the read value.

// TRAINING_LANE0_SET

wr_data = {8'h801};

aux_write (20'h00103, wr_data);

// TRAINING_LANE1_SET

wr_data = {8'h01};

aux_write (20'h00104, wr_data);

#100us => wait for TRAINING_AUX_RD_INTERVAL

// Read DPCD LANE0_1_STATUS
aux_read (20'h00202, 8'h0, rd_data); =>  rd_data = 00h

// Read DPCD ADJUST_REQUEST_LANE0_1
aux_read (20'h00206, 8'h0, rd_data); => rd_data = 22h

// TRAINING_LANE0_SET

wr_data = {8'h02};

aux_write (20'h00103, wr_data);

// TRAINING_LANE1_SET

wr_data = {8'h02};

aux_write (20'h00104, wr_data);

#100us => wait for TRAINING_AUX_RD_INTERVAL

// Read DPCD LANE0_1_STATUS
aux_read (20'h00202, 8'h0, rd_data); =>  rd_data = 00h

// Read DPCD ADJUST_REQUEST_LANE0_1
aux_read (20'h00206, 8'h0, rd_data); => rd_data = 33h

// TRAINING_LANE0_SET

wr_data = {8'h803};

aux_write (20'h00103, wr_data);

// TRAINING_LANE1_SET

wr_data = {8'h03};

aux_write (20'h00104, wr_data);

#100us

// Read DPCD LANE0_1_STATUS
aux_read (20'h00202, 8'h0, rd_data); =>  rd_data = 00h

// Read DPCD ADJUST_REQUEST_LANE0_1
aux_read (20'h00206, 8'h0, rd_data); => rd_data = 33h

From now on I get always rd_data = 33h from DPCD ADJUST_REQUEST_LANE0_1 and rd_data = 00h from DPCD LANE0_1_STATUS, so the DisplayPort don't compete the Clock Recovery and I'm stuck at this point.

What could be my problem? I'm following the Link Training Clock Recovery procedure.