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TLK3134
SLLS838F – MAY 2007 – REVISED DECEMBER 2009
ADDRESS: 0x800D
BIT(s)
Lane 1 end of packet
4/5.32781.15:0
error counter
(1) Counter will increment by 1 when EOP error is found on the corresponding lane and when all the lanes are aligned (align_status should
be high). Counter will hold on to its value when align_status goes low or when the counter reaches its maximum value. It will be cleared
when it is read.
ADDRESS: 0x800E
BIT(s)
Lane 2 end of packet
4/5.32782.15:0
error counter
(1) Counter will increment by 1 when EOP error is found on the corresponding lane and when all the lanes are aligned (align_status should
be high). Counter will hold on to its value when align_status goes low or when the counter reaches its maximum value. It will be cleared
when it is read.
ADDRESS: 0x800F
BIT(s)
Lane 3 end of packet
4/5.32783.15:0
error counter
(1) Counter will increment by 1 when EOP error is found on the corresponding lane and when all the lanes are aligned (align_status should
be high). Counter will hold on to its value when align_status goes low or when the counter reaches its maximum value. It will be cleared
when it is read.
ADDRESS: 0x8010
BIT(s)
Lane 0 Code Error
4/5.32784.15:0
Counter
(1) Counter will increment by 1 when code word error is found on the corresponding lane and when all the lanes are aligned (align_status
should be high). Counter will hold on to its value when align_status goes low or when the counter reaches its maximum value. It will be
cleared when it is read.
ADDRESS: 0x8011
BIT(s)
Lane 1 Code Error
4/5.32785.15:0
Counter
(1) Counter will increment by 1 when code word error is found on the corresponding lane and when all the lanes are aligned (align_status
should be high). Counter will hold on to its value when align_status goes low or when the counter reaches its maximum value. It will be
cleared when it is read.
56
Detailed Description
Table 2-44. LANE_1_EOP_ERROR_COUNT
NAME
End of packet termination error counter for lane 1. End of packet error
for lane 1 is detected on the RX side. It is detected when Terminate
character is in lane 1 and one or both of the following holds:
•
Terminate character is not followed by /K/ characters in lanes 2
and 3
•
The column following the terminate column is neither ||K|| nor ||A||.
Table 2-45. LANE_2_EOP_ERROR_COUNT
NAME
End of packet termination error counter for lane 2. End of packet error for
lane 2 is detected on the RX side. It is detected when Terminate
character is in lane 2 and one or both of the following holds:
•
Terminate character is not followed by /K/ character in lane 3
•
The column following the terminate column is neither ||K|| nor ||A||.
Table 2-46. LANE_3_EOP_ERROR_COUNT
NAME
End of packet termination error counter for lane 3. End of packet error for
lane 3 is detected on the RX side. It is detected when Terminate
character is in lane 3 and the column following the terminate column is
neither ||K|| nor ||A||.
Table 2-47. LANE_0_CODE_ERROR_COUNT
NAME
Output 16-bit counter for invalid code group found in lane 0. Invalid code
group is detected when the 8B10B decoder cannot decode the received
code word.
Table 2-48. LANE_1_CODE_ERROR_COUNT
NAME
Output 16-bit counter for invalid code group found in lane 1. Invalid code
group is detected when the 8B10B decoder cannot decode the received
code word.
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DEFAULT: 0xFFFD
DESCRIPTION
(1)
DEFAULT: 0xFFFD
DESCRIPTION
(1)
DEFAULT: 0xFFFD
DESCRIPTION
(1)
DEFAULT: 0xFFFD
DESCRIPTION
(1)
DEFAULT: 0xFFFD
DESCRIPTION
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