From the ITU-T G.993.2 document:
With G.INP active in a direction, all the overhead data in that direction gets moved into Bearer 1.
Where did those stats come from, we don't usually see TDR and CRCsec?
can you be more detailed how it works regarding that parameter?it's ms,does it add delay or something? why is ms?
the parameters are from my asus dsl ac 68u,for some reason the admin did move the post,i posted in the ixel's thread regarding the ac68
dunno how to add a spoiler to make it cleaner
anyway you are right,the PER has delay on the bearer 1
<<< RX PMSTC Parameters >>>
MSGLP = 0
MappingLp = 0x1f
Nlp = 2
Nbc = 1
Path[0] = ENABLE
Path[1] = ENABLE
Bearer[0] = 1 (mapped onto LP #1)
Bearer[1] = ff (disabled)
B[0] = 235
B[1] = 0
PMSTC Primary Parameters
T[0] = 4
G[0] = 32
F[0] = 1
M[0] = 4
L[0] = 16
R[0] = 16
I[0] = 48
D[0] = 1
q[0] = 1
PMSTC Derived Parameters
Lmin[0] = 0
Lmax[0] = 0
ceil(G/T) = 8
MDF = 8
K = 32
N = 48
PERB = 96 (bytes)
U = 2
SEQ = 64
MSGc = 58
S = 24.000
OR = 42.500 (Kbps)
NDR = 0.000 (Kbps)
TDR = 63.750 (Kbps)
msgOR = 38.516 (Kbps)
PER = 12.046 (ms)
CRCsec = 0.80
INP = 4.00 (symbols)
delay = 0.00 (ms)
PMSTC Primary Parameters
T[1] = 1
G[1] = 1
F[1] = 0
M[1] = 1
L[1] = 25013
R[1] = 16
I[1] = 252
D[1] = 1
q[1] = 1
PMSTC Derived Parameters
Lmin[1] = 0
Lmax[1] = 0
ceil(G/T) = 1
MDF = 236
K = 236
N = 252
PERB = 0 (bytes)
U = 0
SEQ = 0
MSGc = 0
S = 0.080
OR = 0.000 (Kbps)
NDR = 93186.601 (Kbps)
TDR = 99662.695 (Kbps)
msgOR = 0.000 (Kbps)
PER = 0.000 (ms)
CRCsec = 0.00
INP = 0.00 (symbols)
delay = 0.00 (ms)
<<< RX Line Bit Information >>>
TCM = ENABLE
Nsc = 2399
Seg_Num = 19
nc_load = 2398
nc_used = 2399
nc_1bit = 0
tcm_tones = 2398
line_bits = 26256
tcm_ovhd = 1203
L_total = 25053