Anyone Using an Asus DSL-AC68U
- Thread starter Socrates470BC
- Start date
Associate
- Joined
- 21 Mar 2015
- Posts
- 2
BT TV with DSL-AC68U?
My DSL-AC68U is running nicely with BT Infinity 2 and the YouView box - except that none of the extra/internet channels work (#406+). Freeview channels work perfectly.
BT say those channels will only work with the HH5 (which I think is funny, because my HH5 was useless in every way).
Anyone have experience of this?
R.
My DSL-AC68U is running nicely with BT Infinity 2 and the YouView box - except that none of the extra/internet channels work (#406+). Freeview channels work perfectly.
BT say those channels will only work with the HH5 (which I think is funny, because my HH5 was useless in every way).
Anyone have experience of this?
R.
Associate
- Joined
- 29 Sep 2014
- Posts
- 64
A slight nervousness with the latest stats: The CRC down count was certainly ahead of 20 per hour when I had turned on G.Inp and G.Vector. However, it now stands at 75 an hour. It seems to be accelerating.
Code:
outDiscards=689
inDiscards=35
outBytes=2196747590
inBytes=3995367291
outPkts=4096387
inPkts=9454224
fwVer= FwVer:5.5.1.127_B_A60901 HwVer:T14.F7_0.1
lineState=up
Opmode=ITU G.993.2(VDSL2)
SNRMarginDown=5.8 dB
AttenDown=9.3 dB
SNRMarginUp=6.1 dB
AttenUp=0.1 dB
DataRateDown=71335 kbps
DataRateUp=20000 kbps
WanListMode=1
FECDown=7844
FECUp=461
CRCDown=827
CRCUp=79
HECDown=0
HECUp=0
ADSLUpTime=11:15, 50 secs
ADSLActiveTime=0 min, 19 secs
PowerDown=13.3 dbm
PowerUp=4.4 dbm
ATURID=26005443434e0000
ATUCID=b5004946544eb204
AttainUp=20630
AttainDown=85412
ShowtimeStart=19
TotalStart=39
ATURANSIRev=0
ATUCANSIRev=0
ATURANSIStd=0
ATUCANSIStd=0
InterleaveDepth=1
AdslStandard=VDSL2
AdslType=ANNEX_B
mtenStandard=G.dmt.bisplus (Annex L)i think you need to start worrying when u hit about 2000 CRC in 24hours
over 2 days uptime
i have 25 crc down errors and 717 up errors
any idea how i can reduce these? or is it acceptable
I've read of some people mentioning on other forums that you should avoid this unit on longer lines due to the mediatek chip set. Does this even apply to VDSL as I would have thought most long lines would be at least halved with sticking in a cab along the way. What would be deemed a long line anyway?
I think that's a bit of old news, considering that the problems now appear to be resolved with ESNP. MediaTek has a reputation of being unstable on long lines but there's no sufficient proof yet to say that it's unstable on this particular chipset model (other than before ESNP was implemented).
Yes. If you're experiencing stability problems or abnormal rises in the FEC errors then you should try the latest beta on this forum thread (ESNP) and set ESNP to stable on the DSL settings page. It's solved all my stability problems here, including the FEC error count which no longer rockets upwards 
.
.Thats more than acceptable that is in fact very good even the 717 up errors based on 2 days is less that 15 per hour average. Of course this is assuming the stats on this new firmware are accurate.
Id say that is pretty much hearsay rather than evidence. Also you can in theory be on a longer line with vdsl than you were on adsl.
Example you live really close to the exchange and the old adsl cabinet was almost outside your house but the new fibre cabinet is further up or down the road (say on the opposite side of the road or junction to the old cabinet). The copper loop involved could be longer (it would depend on the distance between old and new cabinet).
OR to visualise it easier...
old adsl setup...
telephone exchange -- adsl/old cabinet -- house
New vdsl setup...
telephone exchange +++ vdsl/new cabinet ----- house
Where "-" equals copper and "+" equals fibre and each "+" and each "-" equals 50 Metres of copper and fibre respectively.
In the above, with the old adsl set up you would technically have less copper in your line. (200 Metres) compared to the vdsl setup (250 Metres).
This would not be very common i grant but entirely possible. I can think of a road not that far from me near the exchange something very similar.
Yes. If you're experiencing stability problems or abnormal rises in the FEC errors then you should try the latest beta on this forum thread (ESNP) and set ESNP to stable on the DSL settings page. It's solved all my stability problems here, including the FEC error count which no longer rockets upwards
Can you when/if interleaving gets removed with this new firmware check to see how it performs on fastpath over a 72 hour period. Or force fastpath again after a few days if it does not put you back on it.
I have a theory on what they may had done to keep the errors down, im hoping im wrong, because if im right the errors are only going to remain low for around 24-48 hours before they rise again. (my theory... they have altered tone allocation/bit loading to favour a specific frequency range, again will mask issues until after 48 ish hours when it can no longer allocate properly, bit load to those frequencies in the manner they have altered).
Linksys done something similar with a device a few years back, ultimately they introduced a "v2" or "B" model in the end when savy users still moaned lol I hope im wrong though. This would also explain now why people are seeing higher CRC and FEC in general on the up rather than down stream, you can actually have higher up errors but not commonly.
This theory would explain things. For most people before it was higher FEC/CRC on the downstream (which despite the prior silly figures in the millions is typically the common scenario for FEC and CRC IE more on downstream) seems funny now its the up stream, i doubt that many lines have issues with WORSE/HIGHER upstream errors rather than downstream.... Im watching with interest. I hope Asus have not tried to be clever and failed! I (AGAIN) really hope im wrong cos im ready to pull the trigger and buy one again, but if they have pulled a bodge rather than real fix on it then ill be going Billion or TP-Link.
Last edited:
will this explain anything? there something in here about changing tones.
Code:
1. Realtek RTL8139/810x Family Fast Ethernet NIC (Microsoft's Packet Scheduler)
MAC address: 00-03-0d-55-a3-79
Search ADSL modem...
ADSL Router...
Connect to ADSL modem...
TC Console function ON..
tc>Program will take around >>> 20 <<< hours
/bin/sh: Syntax error: redirection unexpected
tc>[OVHD_DBG] Rx MGCNT_READ Req(rx_sf=104, rx_sb=256)
[OVHD_DBG] Tx MGCNT_READ_ACK(rx_sf=104, rx_sb=256)
[OVHD_DBG] Rx PMD_TEST_SINGLE_READ Req(rf=104, rb=256)
[OVHD_DBG] Tx PMD_TEST_SINGLE_READ_ACK(rf=104, rb=256)
admin
/bin/sh: admin: not found
tc>admin
/bin/sh: admin: not found
tc>[OVHD_DBG] Tx MGCNT_READ Req...(tx_sf=176, tx_sb=224)
[OVHD_DBG] Rx MGCNT_READ_ACK(rx_sf=177, rx_sb=256)(tx_sf=177, tx_sb=223)
[OVHD_DBG] Tx PMD_TEST_PARAM_SINGLE_READ Req...(tx_sf=177, tx_sb=224)
[OVHD_DBG] === Rx PMD_TEST_SINGLE_READ_ACK(rf=178,rb=256)(tf=178,tb=223)
[OVHD_DBG] latn (LATN*10 dB) => 1 167 268 0 0
[OVHD_DBG] satn (SATN*10 dB) => 1 166 268 0 0
[OVHD_DBG] snrm (SNRM*10 dB) => 62 75 66 60 0 0
[OVHD_DBG] attndr(ATTNDR) = 22355250 (bps)
[OVHD_DBG] Near-end actatp = 125 (ACTATP*10 dBm)
[OVHD_DBG] Far-end actatp = 46 (ACTATP*10 dBm)
!
/bin/sh: Syntax error: newline unexpected
tc>[OVHD_DBG] Rx MGCNT_READ Req(rx_sf=182, rx_sb=256)
[OVHD_DBG] Tx MGCNT_READ_ACK(rx_sf=182, rx_sb=256)
[OVHD_DBG] Rx PMD_TEST_SINGLE_READ Req(rf=182, rb=256)
[OVHD_DBG] Tx PMD_TEST_SINGLE_READ_ACK(rf=182, rb=256)
Tx_CRC[0] = 0
Tx_FEC[0] = 152
Tx_ERR_SEC = 0
Tx_FEC_SEC = 22
Rx_CRC[0] = 2
Rx_FEC[0] = 32628
Rx_ERR_SEC = 1
Rx_FEC_SEC = 579
Near-end total: los=0, sef=0, lpr=0
Far-end total: los=1, sef=1, lpr=0
VDSL2 Sync-Up Time: 0 Day(s) 6: 8:11
[Vcxo]=10754835
##TASK:Vdsl2LogShowTimeErrPwr done [5 symbols]
Pilot info:[146] SNRM=48.06,SNR=50.56,Bit= 0,ErrPwr=16,FFTout(222/-405)
SNRM:Ave= 5.61-> 5.8, Max[3200]=10.99, Min[518]= 2.89
SNRM_Band[0]= 5.6-> 5.8
SNRM_Band[1]= 5.5-> 5.7
SNRM_Band[2]= 5.6-> 5.8
US SNRM = 6.2
##TASK:Vdsl2TaskPMDSNRSNRMCalc done [15 symbols]
[ST_TASK] OLR_EXEC (1)
CG=7, NM=2, CG-NM=4
##TASK:Vdsl2NearACTATP done [29 symbols]
[END] SSCN/STSSC (DS SSC) = 1024/1023 (0)
[OVHD_DBG] Rx MGCNT_READ Req(rx_sf=4, rx_sb=256)
[OVHD_DBG] Tx MGCNT_READ_ACK(rx_sf=4, rx_sb=256)
[OVHD_DBG] Rx PMD_TEST_SINGLE_READ Req(rf=4, rb=256)
[OVHD_DBG] Tx PMD_TEST_SINGLE_READ_ACK(rf=4, rb=256)
[OVHD_DBG] Tx PMD_TEST_PARAM_SINGLE_READ Req...(tx_sf=81, tx_sb=224)
!
/bin/sh: Syntax error: newline unexpected
tc>[OVHD_DBG] Rx MGCNT_READ Req(rx_sf=82, rx_sb=256)
[OVHD_DBG] Tx MGCNT_READ_ACK(rx_sf=82, rx_sb=256)
[OVHD_DBG] Rx PMD_TEST_SINGLE_READ Req(rf=82, rb=256)
[OVHD_DBG] Tx PMD_TEST_SINGLE_READ_ACK(rf=82, rb=256)
[OVHD_DBG] === Rx PMD_TEST_SINGLE_READ_ACK(rf=82,rb=256)(tf=82,tb=223)
[OVHD_DBG] latn (LATN*10 dB) => 1 167 268 0 0
[OVHD_DBG] satn (SATN*10 dB) => 1 166 268 0 0
[OVHD_DBG] snrm (SNRM*10 dB) => 62 74 66 60 0 0
[OVHD_DBG] attndr(ATTNDR) = 22342950 (bps)
[OVHD_DBG] Near-end actatp = 125 (ACTATP*10 dBm)
[OVHD_DBG] Far-end actatp = 46 (ACTATP*10 dBm)
Tx_CRC[0] = 0
Tx_FEC[0] = 152
Tx_ERR_SEC = 0
Tx_FEC_SEC = 22
Rx_CRC[0] = 2
Rx_FEC[0] = 32628
Rx_ERR_SEC = 1
Rx_FEC_SEC = 579
Near-end total: los=0, sef=0, lpr=0
Far-end total: los=1, sef=1, lpr=0
VDSL2 Sync-Up Time: 0 Day(s) 6: 8:21
[Vcxo]=10754817
##TASK:Vdsl2LogShowTimeErrPwr done [5 symbols]
!
/bin/sh: Syntax error: newline unexpected
tc>
Pilot info:[146] SNRM=48.06,SNR=50.56,Bit= 0,ErrPwr=19,FFTout(223/-404)
SNRM:Ave= 5.58-> 5.7, Max[3179]=11.99, Min[518]= 2.89
SNRM_Band[0]= 5.6-> 5.8
SNRM_Band[1]= 5.4-> 5.6
SNRM_Band[2]= 5.6-> 5.8
US SNRM = 6.2
##TASK:Vdsl2TaskPMDSNRSNRMCalc done [15 symbols]
[ST_TASK] OLR_EXEC (1)
CG=7, NM=2, CG-NM=4
##TASK:Vdsl2FarACTATP done [53 symbols]
[END] SSCN/STSSC (DS SSC) = 1024/1023 (0)
w tc sh fw
FW version : V5.5.1.126_20141202
Compile option : c3c0a
Release Testlab NUM : All
FW version[ADSL] : V3.12.8.0_MT7510
tc>w rt db off
RTS debug message OFF!
tc>w ad p
near-end FEC error fast: 0
near-end FEC error interleaved: 32680
near-end CRC error fast: 0
near-end CRC error interleaved: 2
near-end HEC error fast: 0
near-end HEC error interleaved: 0
far-end FEC error fast: 0
far-end FEC error interleaved: 152
far-end CRC error fast: 0
far-end CRC error interleaved: 0
far-end HEC error fast: 0
far-end HEC error interleaved: 0
ADSL uptime : 6:19, 42 secs
tc>w ad c
near-end interleaved channel bit rate: 62200 kbps
near-end fast channel bit rate: 0 kbps
far-end interleaved channel bit rate: 19000 kbps
far-end fast channel bit rate: 0 kbps
tc>w vdsl2 set sync_sym 0
Showtime sync sym update by pattern on!
tc>w vdsl2 set sync_sym 0
Showtime sync sym update by pattern on!
tc>w ad r
string: ad
tc>
PTM reset hold
tpstc_txRxReset
Link State: DSL link down.
w rt db on
RTS debug message ON!
tc>Tx 10000 RTones_Req Symbols * 0
### TONES_REQ 0 50000 14783
Change to SILENT0 (1) SILENT1 (10001)
-------GhsHwReset------
AFE TX_A_PATH_RX_A_PATH
ANNEXAIJLM
unitgain= 200
unitgain_v43= 80
CARRIER_SET_A43
HwFeqWatchToneCtrl1 tone = 64 mode = 1(0:FEQ_out 1:FEQ_in 2:FEQ_coef)
HwFeqWatchToneCtrl2 tone = 64 mode = 0(0:FEQ_out 1:FEQ_in 2:FEQ_coef)
HwFeqWatchToneCtrl3 tone = 63 mode = 1(0:FEQ_out 1:FEQ_in 2:FEQ_coef)
HwFeqWatchToneCtrl4 tone = 65 mode = 1(0:FEQ_out 1:FEQ_in 2:FEQ_coef)
---------------------
##T:GhsHwReset D [15037][202 symbs]
Tx 2176 RSilent0 Symbols
### SILENT0 2176 10000 16959
Change to TONES_REQ (1) SILENT1 (1)
Reset rx gain !
rtone_req_paramreset done!!
##T:GhsReduceRxGain D [16969][0 symbs]
clip:0 , adc 49 ,cnt :(50,50)!
Reduce rx gain 1 !
##T:GhsReduceRxGain D [17014][0 symbs]
clip:0 , adc 50 ,cnt :(100,100)!
Reduce rx gain 2 !
##T:GhsReduceRxGain D [17061][0 symbs]
RxFilter ReAdjust to RXFLTR_COEFF_33_150_ADSL_309x
A43 CTONES Detected
a43 paccu = 77420063
SymbolCount = 20363, R_State = 2(1: TX_VDSL / 2: TX_ADSL / 3: TX_ACT)
read A43 DPSKdecodeddata
### SILENT1 32411 2578 37322
Change to TONES (129) TONES_REQ (20364)
temp_cnt = 20363
### TONES_REQ 20613 50000 37572
Change to SILENT1 (1) TONES (379)
S:LNA:
lna g=0db,a=0db;hpf=off,g=-2db;aaf g= -10db;aaf_sf = off,total g=-10db,cnt=397state = 2,cnt = 1, max_pwr= 542,afe_pwr = 4257,4257,4257,need_gain = 24
lna g=18db,a=0db;hpf=off,g=-2db;aaf g= -10db;aaf_sf = off,total g=8db,cnt=402
state = 2,cnt = 4, pwr= 4258,afe_pwr = 4265
state = 2,cnt = 5, pwr= 4266,afe_pwr = 4265
state = 2,vref= 9600, pwr= 4266,afe_pd_en = 1, now_module= 18db, need= 7db
S:LNHPF:
lna g=15db,a=0db;hpf=on,g=-2db;aaf g= -12db;aaf_sf = off,total g=1db,cnt=411
state = 4,cnt = 1, max_pwr= 1049,afe_pwr = 8718,8718,8718,need_gain = 19
lna g=15db,a=0db;hpf=on,g=16db;aaf g= -12db;aaf_sf = off,total g=19db,cnt=415
state = 4,cnt = 4, pwr= 8630,afe_pwr = 8656
state = 4,cnt = 5, pwr= 8657,afe_pwr = 8656
state = 4,vref= 9600, pwr= 8657,afe_pd_en = 1, now_module= 16db, need= 0db
S:AAF:
lna g=15db,a=0db;hpf=on,g=16db;aaf g= -12db;aaf_sf = off,total g=19db,cnt=424
state = 6,cnt = 1, max_pwr= 7908,afe_pwr = 7912,7912,7912,need_gain = 1
lna g=15db,a=0db;hpf=on,g=16db;aaf g= -12db;aaf_sf = off,total g=19db,cnt=429
state = 6,cnt = 4, pwr= 7913,afe_pwr = 7916
state = 6,cnt = 5, pwr= 7917,afe_pwr = 7916
state = 6,vref= 9600, pwr= 7917,afe_pd_en = 1, now_module= -12db, need= 1db
##T:GhsAgcTrain D [37627][49 symbs]
AGC done = 56
sys_param->vcxo_for_boot = 9197
GhsSymGetPaccu r_state_cnt = 454
##T:GhsSymGetPaccu D [38210][172 symbs]
Select loop info from Table a43 with feet: (10kft/3000m)
##T:GhsGetLoopLen D [38240][0 symbs]
### SILENT1 1956 2578 39528
Change to TONE1 (1) TONES (2335)
unitgain= 200
unitgain_v43= 80
CARRIER_SET_A43
##T:GhsTxTabSetInit D [39550][6 symbs]
### TONES 2505 2578 39699
Change to GALF1 (1) TONE1 (172)
Insert AEC task in GHS!!!
>>>>> AFEA60901 EC !! <<<<<
>>>>> Ec Global Search Start !! <<<<<
%ec_pwrdn_avg_pwr = (1559067),start tone : 29 , end tone : 31
EC method = EC Lookup Table !
% 0 10 1 2 1 4 ( 143476)
% 1 11 1 2 1 6 ( 222233)
% 2 15 1 8 0 1 ( 7665274)
% 3 15 1 6 0 5 ( 4694272)
% 4 10 1 3 1 6 ( 250342)
% 5 9 1 5 1 4 ( 949409)
% 6 7 1 6 1 6 ( 1282287)
% 7 6 1 7 1 4 ( 2060542)
% 8 3 1 9 1 5 ( 3441863)
% 9 5 0 13 1 5 ( 8353544)
% 10 10 0 14 1 7 ( 9870051)
% 11 15 0 15 1 0 (34888299)
% 12 15 0 11 1 7 ( 7785437)
% 13 15 0 2 1 7 ( 6452396)
Ec Code Search Loop Type is SG
% init ec1_pole = 250, 10 1 2 1 pwr(143476)
% ec0_value -10 (EC0:10/16)
% ec1_value -2 (EC1:2/16)
% ec1_pole 4 (EC1_POLE:250KHz)
% range 2,3 5 8 12 0 4
% finial ec1_pole = 200, 8 1 2 1, pwr (22409)
% finial ec1_pole form sw = 5
%=> EC active
##T:HwAfeInternalEchoCancel D [40683][968 symbs]
##T:HwAfeWritePerfParam D [40683][0 symbs]
### TONE1 1835 2749 41363
Change to FLAG1 (1) GALF1 (1665)
vco value=00a41d12
### GALF1 0 2578 41555
Change to FLAG1 (1857) FLAG1 (193)
### FLAG1 384 2578 41747
### FLAG1 0 2578 41747
Change to HSINIT (1) HSINIT (2049)
Change to HSINIT (2049) HSINIT (1)
Tx CLR
ATUR REVISION_NUM=03
### HSINIT 576 2578 42323
preset_std=33
Not support G.INP!!
Not support G.INP!!
Not support G.INP!!
Not support G.INP!!
ATUR total Msg. len=183
Tx Seg. 1
##T:GhsMsgEncode D [42323][0 symbs]
Change to HSCLR (1) HSINIT (2625)
Rx msg len=4
ATUC revision no.=3
Rx HS_ACK2,Tx CLR next seg.
Tx Seg. 2
w ad diag
------------------------------------------------------------
wan rts dbg off =>
RTS debug message OFF!
------------------------------------------------------------
wan hwdmt show clip =>
----------------------------------------------------------
IFFT: max_output = 0xe623(Max:0x7ffff)
IFFT: ovfl_cnt = 0
TxWindow: max_dout = 0x1e623(Max:0x7ffff)
TXFltr: max_dout = 0x36417(Max:0x3ffff)
TxFltr: clip_cnt = 0
TxFltr: ovfl_cnt = 0
TxFltr: lpf_ovfl_cnt = 0(Adsl Path with ASIC)
TxFltr: lpf1_ovfl_cnt = 0(Adsl Path with ASIC)
TxFltr: hpf_ovfl_cnt = 0(VLR)
TxFltr: lpf1_ovfl_cnt = 0(VLR)
TxFltr: lpf2_ovfl_cnt = 0(VLR)
TxFltr: lpf3_ovfl_cnt = 0(VLR)
AFE: dac_max_value = 0x6c82(Max:0x7fff)
AFE: adc_max_value = 0x62fd(Max:0x7fff)
AGC: clip_cnt = 0
RxFltr: clip_cnt = 0
RxFltr: ovfl_cnt = 0
RxFltr: max_dout = 0x6195(Max:0x7fff)
RxFltr: lpf1_ovfl_cnt = 0(ASIC only)
RxFltr: hpf1_ovfl_cnt = 0(ASIC only)
Teq: maxdout = 0xc32a(Max:0xffff)
Teq: clip_cnt = 0(V2)
Teq: teq_in_ready_error_flag = 0(VLR)
Teq: dvga_input_truncate_error_flag = 0(VLR)
Teq: dvga_output_truncate_error_flag = 0(VLR)
RxWindow: max_dout = 0xc32a(Max:0xffff)
FFT: ovfl_cnt = 0
------------------------------------------------------------
wan tcif show fw =>
FW version : V5.5.1.126_20141202
Compile option : c3c0a
Release Testlab NUM : All
FW version[ADSL] : V3.12.8.0_MT7510
------------------------------------------------------------
wan adsl chandata =>
near-end interleaved channel bit rate: 62353 kbps
near-end fast channel bit rate: 0 kbps
far-end interleaved channel bit rate: 19000 kbps
far-end fast channel bit rate: 0 kbps
------------------------------------------------------------
wan adsl perfdata =>
near-end FEC error fast: 0
near-end FEC error interleaved: 126
near-end CRC error fast: 0
near-end CRC error interleaved: 0
near-end HEC error fast: 0
near-end HEC error interleaved: 0
far-end FEC error fast: 0
far-end FEC error interleaved: 0
far-end CRC error fast: 0
far-end CRC error interleaved: 0
far-end HEC error fast: 0
far-end HEC error interleaved: 0
ADSL uptime :0 min, 59 secs
------------------------------------------------------------
wan ghs show opm =>
VDSL2(Multi)
Annex B
STD: G.993.2
Profile: 17a
------------------------------------------------------------
wan vdsl2 show mgcnt =>
near-end path0 fec: 126(245084)
near-end path0 crc: 0(560)
near-end fec sec: 2(5635)
near-end err sec: 0(2)
near-end ses sec: 0(1)
near-end los sec: 0(0)
near-end ua sec: 0(226)
far-end path0 fec: 0(100922)
far-end path0 crc: 0(514)
far-end fec sec: 0(5305)
far-end err sec: 0(178)
far-end ses sec: 0(0)
far-end los sec: 0(499)
far-end ua sec: 0(19497)
------------------------------------------------------------
wan vdsl2 show st_avg_snrm tx =>
TX SNRM:Ave= 6.2
TX SNRM_Band[1]= 8.0
TX SNRM_Band[2]= 6.6
TX SNRM_Band[3]= 6.0
TX SNRM_Band[4]= 0.0
TX SNRM_Band[5]= 0.0
------------------------------------------------------------
wan vdsl2 show st_avg_snrm rx =>
RX SNRM:Ave= 5.9
RX SNRM_Band[1]= 5.7
RX SNRM_Band[2]= 5.9
RX SNRM_Band[3]= 5.9
------------------------------------------------------------
wan vdsl2 show dmt =>
=============== TX_MOD_PARAMS ==================
tx_window_len = 224
tx_window_type = 7
ce_len = 640
cp_len = 320
cs_len = 544
hw_idft_size = 7
idft_size = 13
hw_ifft_size = 0
ifft_size = 13
ifft_factor = 0
symbol_len = 8832
ifft_bit_stealing = 1aaa
shift_direction = Right shift
=============== RX_MOD_PARAMS ==================
tx_window_len = 240
rx_window_len = 400
rx_window_type = 7
ce_len = 640
cp_len = 440
cs_len = 440
hw_idft_size = 7
idft_size = 13
hw_fft_size = 0
fft_size = 13
fft_factor = 0
symbol_len = 8832
fft_bit_stealing = 1aaa
shift_direction = Right shift
=============== FILTER ==================
tx_fltr_type = 0x b
tx_fltr_gain = 0x e8eee
rx_fltr_type = 0x b
rx_fltr_gain = 0x fee
=============== BAND ==================
TX BAND : start_idx, stop_idx, period
0-th TX band : 10 31 22
1-th TX band : 882 1193 312
2-th TX band : 1984 2770 787
TX band total tone num = 1121
RX BAND : start_idx, stop_idx, period
0-th RX band : 33 857 825
1-th RX band : 1218 1959 742
2-th RX band : 2795 4083 1289
RX band total tone num = 2856
RFI BAND : start_idx, stop_idx
=============== PILOT & WATCH TONE ==================
IT pilot_tone_num = 1
ST pilot_tone_num = 1
pilot tone : 130
RX watch tone : 40 50 60 70
TX watch tone : 882 883
===== MESSAGE_TONE =====
0-th Tone_Set : 61 63 65 67
1-th Tone_Set : 71 73 75 77
2-th Tone_Set : 81 83 85 87
3-th Tone_Set : 91 93 95 97
4-th Tone_Set : 101 102 103 104 106 107 108 109
5-th Tone_Set : 111 112 113 114 116 117 118 119
===== SYNCHRO_TONE =====
60 62 64 66 68 70 72 74 76 78 80 82 84 86 88 90 92 94 96 98
=============== GHS_PARAMS ==================
all_digital_mode = 1
support_ds_vnoise = 0
lineprobe = 0
ldm_mode = 0
support_psd_shaping_us0 = 1
support_us0_flag = 1
=============== TX_PARAMS ==================
TX_TCM_MODE = ENABLED
tx_sig_without_ce = 1
qam_unit_gain_psd_level = -71.3 dBm/Hz
tx_gain_offset = 0.0 dB
tx_pwr_limit_manual_flag = FALSE
tx_pwr_limit = 10.1 dBm
tx_pwr_limit_hw = 10.1 dBm
tx_pwr_actual = 4.9 dBm
tx_comp_flag = 1
tx_comp_tone = 1050,2000,3200
tx_comp_value = 0,10,15
tx_comp_offset(non-upbo/upbo) = 0, 0
=============== RX_PARAMS ==================
agc_vref = 28160 0 0 0
agc_gain = 8 6 7 6
RX_TAR_SNRM = 3072
RX_TCM_MODE = ENABLED
rx_sig_without_ce = 1
hw_rx_without_ce_limit = 0
=============== OTHERS ==================
tx_win_en = 1
rx_win_en = 1
ta_operation = 1
rfi_cancel = 0
amd_type = 3
tone_spacing_ghs_30a_4k_flag = 1
profile = 17a
DMT symbol rate(f_dmt) = 4. 0 (Ksymb/sec)
Data symbol rate(f_s) = 3.9844 (Ksymb/sec)
================== PhyR ======================
------------------------------------------------------------
wan hwdmt afe show param =>
==== AFE EC Measure Setting =====
% ec_start_tone 29
% ec_end_tone 31
% ec_calc_start_tone 29
% ec_calc_end_tone 31
% ec_lookup_table_flag 1(Look Up Table)
% ec_lookup_table_loop_type 0(SG)
% paccu 0x3d534(54 db)
==== AFE AGC Setting =====
% agc_manual_cfg (Disable)
% agc_gain 6 dB
===== A60901 COMMON Setting =====
% DT Power ON/OFF: 0
% DT Mode(0: Auto Mode/1: SCM Mode) 1
==== AFE AGC Setting =====
===== A60901 RXV Setting =====
% AFEA60901_VLNA_ONOFF: 1
% AFEA60901_VLNA_DCCAL_EN: 0
% AFEA60901_VLNA_ATT: 0 (-0 db)
% AFEA60901_VLNA_GAIN: 4(8 db)
% AFEA60901_VLNA_COMP: 1
% AFEA60901_VAAF_ONOFF: 1
% AFEA60901_VAAF_ENABLE: 1
% AFEA60901_VAAF_ATT: 1 (-6 db)
% AFEA60901_VAAF_GAIN: 4 (4 db)
% AFEA60901_VAAF_HPF_SEL: 3 (HPF 2MHz)
% AFEA60901_VAAF_LPF_SEL: 1 (LPF 17MHz)
% AFEA60901_VAAF_COMP: 4
% AFEA60901_ALNA_BIAS: 2
===== A60901 RXA_0 Setting =====
% AFEA60901_ECALNA_ATT, 3 (-3 db)
% AFEA60901_ECALNA_STB, 3
% AFEA60901_ECALNA_GAIN , 0 (0 db)
===== AFE EC Setting =====
% ec0_value +0 (EC0:0/16)
% ec1_value +0 (EC1:0/16)
% ec1_pole 0 (EC1_POLE:450KHz)
% AFEA60901_ECALNA_ENABLE 0
% AFEA60901_ECALNA_HYB_SW 1
% AFEA60901_ECALNA_COMOP 15
% AFEA60901_ECALNA_COMFB 15
===== A60901 RXA_1 Setting =====
% AFEA60901_ECALNA_SOP, 0
% AFEA60901_LNHPF_ONOFF, 0
% AFEA60901_LNHPF_MODE_SEL, 0 (HGM)
% AFEA60901_LNHPF_GAIN, 0 (-8 db)
% AFEA60901_LNHPF_BC, 3 (340KHz)
% AFEA60901_AAAF_ONOFF, 0
% AFEA60901_HPF_BYPASS, 3 (Bypass)
% AFEA60901_AAAF_GAIN, 0 (-14 db)
% AFEA60901_AAAF_HPF_BC, 1 (Bypass)
% AFEA60901_AAAF_LPF_BC, 0 (2.5MHz)
===== A60901 DTADC Setting =====
% AFEA60901_DTADC_RSTB_DWA 1
===== A60901 TX Setting =====
% AFEA60901_CLK_MODE_SEL, 0
% AFEA60901_DAC_ATT_GAIN, 2 (-2db)
% AFEA60901_I2V_ENABLE, 0
% AFEA60901_I2V_MODE_SEL, 0
% AFEA60901_DAC_MODE_SEL_BIAS, 1
% AFEA60901_DAC_I2V_BYPASS, 1
===== MT7555 All Reg Setting From SW =====
% VLD Gain: 0 (12 db)
% VLD ONOFF: 1
% ALD ONOFF: 0
% LD SEL: 0
% TXNF ONOFF: 0
% TXNF FC: 7 (222KHz)
------------------------------------------------------------
wan vdsl2 show pms_pmd tx =>
<<< TX PMSTC Parameters >>>
MSGLP = 0
MappingLp = 0x f
Nlp = 1
Nbc = 1
Path[0] = ENABLE
Path[1] = DISABLE
Bearer[0] = 0 (mapped onto LP #0)
Bearer[1] = ff (disabled)
B[0] = 48
B[1] = 0
PMSTC Primary Parameters
T[0] = 3
G[0] = 1
F[0] = 1
M[0] = 1
L[0] = 6369
R[0] = 16
I[0] = 65
D[0] = 294
q[0] = 1
PMSTC Derived Parameters
Lmin[0] = 4707
Lmax[0] = 4704
ceil(G/T) = 1
MDF = 49
K = 49
N = 65
PERB = 16965 (bytes)
U = 87
SEQ = 87
MSGc = 81
S = 0.081
OR = 130.137 (Kbps)
NDR = 19000.117 (Kbps)
TDR = 25376.871 (Kbps)
msgOR = 121.162 (Kbps)
PER = 5.348 (ms)
CRCsec = 0.35
INP = 2.95 (symbols)
delay = 5.91 (ms)
<<< TX Line Bit Information >>>
TCM = ENABLE
Nsc = 1121
Seg_Num = 9
nc_load = 1118
nc_used = 1118
nc_1bit = 2
tcm_tones = 1117
line_bits = 6932
tcm_ovhd = 563
L_total = 6369
------------------------------------------------------------
wan vdsl2 show pms_pmd rx =>
<<< RX PMSTC Parameters >>>
MSGLP = 0
MappingLp = 0x f
Nlp = 1
Nbc = 1
Path[0] = ENABLE
Path[1] = DISABLE
Bearer[0] = 0 (mapped onto LP #0)
Bearer[1] = ff (disabled)
B[0] = 45
B[1] = 0
PMSTC Primary Parameters
T[0] = 28
G[0] = 1
F[0] = 255
M[0] = 1
L[0] = 21109
R[0] = 16
I[0] = 31
D[0] = 2652
q[0] = 2
PMSTC Derived Parameters
Lmin[0] = 20914
Lmax[0] = 21216
ceil(G/T) = 1
MDF = 46
K = 46
N = 62
PERB = 15624 (bytes)
U = 9
SEQ = 9
MSGc = 3
S = 0.023
OR = 48.448 (Kbps)
NDR = 62353.851 (Kbps)
TDR = 84107.453 (Kbps)
msgOR = 16.149 (Kbps)
PER = 1.486 (ms)
CRCsec = 0.09
INP = 4.02 (symbols)
delay = 7.56 (ms)
<<< RX Line Bit Information >>>
TCM = ENABLE
Nsc = 2856
Seg_Num = 23
nc_load = 2855
nc_used = 2856
nc_1bit = 0
tcm_tones = 2855
line_bits = 22541
tcm_ovhd = 1432
L_total = 21109
------------------------------------------------------------
wan vdsl2 show st_soc_info =>
<<< ST SOC INFO - Channel Discovery Phase>>>
SNRM_MODE = 0 (0: SNRM_MODE1 1: SNRM_MODE2)
RX_SUPPORTED_SET_NUM = 3
start_idx[0]= 33 end_idx[0]= 857
start_idx[1]=1218 end_idx[1]=1959
start_idx[2]=2795 end_idx[2]=4083
TX_SUPPORTED_SET_NUM = 3
start_idx[0]= 6 end_idx[0]= 31
start_idx[1]= 882 end_idx[1]=1193
start_idx[2]=1984 end_idx[2]=2770
RX_CD_PSD_BKPT_NUM = 32
psd_level[ 1]= -99 (dBm/Hz)
psd_level[ 6]= -53 (dBm/Hz)
psd_level[ 32]= -54 (dBm/Hz)
psd_level[ 33]= -54 (dBm/Hz)
psd_level[ 36]= -54 (dBm/Hz)
psd_level[ 38]= -56 (dBm/Hz)
psd_level[ 81]= -60 (dBm/Hz)
psd_level[ 109]= -62 (dBm/Hz)
psd_level[ 144]= -65 (dBm/Hz)
psd_level[ 239]= -72 (dBm/Hz)
psd_level[ 267]= -73 (dBm/Hz)
psd_level[ 301]= -79 (dBm/Hz)
psd_level[ 332]= -83 (dBm/Hz)
psd_level[ 375]= -89 (dBm/Hz)
psd_level[ 378]= -89 (dBm/Hz)
psd_level[ 462]= -95 (dBm/Hz)
psd_level[ 510]= -95 (dBm/Hz)
psd_level[ 541]= -53 (dBm/Hz)
psd_level[ 679]= -53 (dBm/Hz)
psd_level[ 857]= -55 (dBm/Hz)
psd_level[ 869]= -55 (dBm/Hz)
psd_level[ 870]= -99 (dBm/Hz)
psd_level[1206]= -99 (dBm/Hz)
psd_level[1207]= -57 (dBm/Hz)
psd_level[1218]= -57 (dBm/Hz)
psd_level[1959]= -59 (dBm/Hz)
psd_level[1970]= -59 (dBm/Hz)
psd_level[1971]= -99 (dBm/Hz)
psd_level[2782]= -99 (dBm/Hz)
psd_level[2783]= -60 (dBm/Hz)
psd_level[4083]= -60 (dBm/Hz)
psd_level[4084]= -99 (dBm/Hz)
RX_MEDLEY_REF_PSD_BKPT_NUM = 31
psd_level[ 1]= -99 (dBm/Hz)
psd_level[ 6]= -53 (dBm/Hz)
psd_level[ 32]= -54 (dBm/Hz)
psd_level[ 36]= -54 (dBm/Hz)
psd_level[ 38]= -56 (dBm/Hz)
psd_level[ 81]= -60 (dBm/Hz)
psd_level[ 109]= -62 (dBm/Hz)
psd_level[ 144]= -65 (dBm/Hz)
psd_level[ 239]= -72 (dBm/Hz)
psd_level[ 267]= -73 (dBm/Hz)
psd_level[ 301]= -79 (dBm/Hz)
psd_level[ 332]= -83 (dBm/Hz)
psd_level[ 375]= -89 (dBm/Hz)
psd_level[ 378]= -89 (dBm/Hz)
psd_level[ 462]= -95 (dBm/Hz)
psd_level[ 510]= -95 (dBm/Hz)
psd_level[ 541]= -53 (dBm/Hz)
psd_level[ 679]= -53 (dBm/Hz)
psd_level[ 857]= -55 (dBm/Hz)
psd_level[ 869]= -55 (dBm/Hz)
psd_level[ 870]= -99 (dBm/Hz)
psd_level[1206]= -99 (dBm/Hz)
psd_level[1207]= -57 (dBm/Hz)
psd_level[1218]= -57 (dBm/Hz)
psd_level[1959]= -59 (dBm/Hz)
psd_level[1970]= -59 (dBm/Hz)
psd_level[1971]= -99 (dBm/Hz)
psd_level[2782]= -99 (dBm/Hz)
psd_level[2783]= -60 (dBm/Hz)
psd_level[4083]= -60 (dBm/Hz)
psd_level[4084]= -99 (dBm/Hz)
RX_MEDLEYSET_NUM = 3 TOTAL_TONE_NUM(DsNsc) = 2856
start_idx[0]= 33 end_idx[0]= 857 period[0]= 825 period_sum[0]= 825
start_idx[1]=1218 end_idx[1]=1959 period[1]= 742 period_sum[1]=1567
start_idx[2]=2795 end_idx[2]=4083 period[2]=1289 period_sum[2]=2856
RX_TSSI_NUM = 0
TX_MEDLEY_REF_PSD_BKPT_NUM = 6
psd_level[ 6]= -99 (dBm/Hz)
psd_level[ 31]= -53 (dBm/Hz)
psd_level[ 882]= -54 (dBm/Hz)
psd_level[1193]= -54 (dBm/Hz)
psd_level[1984]= -56 (dBm/Hz)
psd_level[2770]= -60 (dBm/Hz)
TX_MEDLEYSET_NUM = 3 TOTAL_TONE_NUM(UsNsc) = 1121
start_idx[0]= 10 end_idx[0]= 31 period[0]= 22 period_sum[0]= 22
start_idx[1]= 882 end_idx[1]=1193 period[1]= 312 period_sum[1]= 334
start_idx[2]=1984 end_idx[2]=2770 period[2]= 787 period_sum[2]=1121
TX_TSSI_NUM = 4
TSSI[ 1]= -3 (dB)
TSSI[ 10]= 0 (dB)
TSSI[ 31]= 0 (dB)
TSSI[ 63]= -5 (dB)
<<< ST SOC INFO - Channel Analysis & Exchange Phase >>>
TARSNRMrx = 60
MINSNRMrx = 0
MAXSNRMrx = 310
RA_MODErx = 2 (1: fixed rate 2: adaptive rate 3: dynamically adaptive rate)
NTR = DISABLE
RX_DYNAMIC_framing (amd3) = DISABLED
RX_SRA_DYNAMIC_L (amd3) = DISABLED
RX_DYNAMIC_D (amd3) = DISABLED
RX_SOS_support (amd3) = DISABLED
RX_REOC_support (amd3) = DISABLED
TX_DYNAMIC_framing (amd3) = DISABLED
TX_SRA_DYNAMIC_L (amd3) = DISABLED
TX_DYNAMIC_D (amd3) = DISABLED
TX_SOS_support (amd3) = DISABLED
TX_REOC_support (amd3) = DISABLED
RX_MSG_OR = 16 (kbps)
TX_MSG_OR = 16 (kbps)
RX MAX_NDR[0] = 30000 (x8 kbps)
RX MAX_NDR[1] = 30000 (x8 kbps)
RX_MAX_1_S = 48
TX_MAX_1_S = 24
RX_ROC_SNRMO = 3072
RX_BEARER[0] = 2 (0: inactive 2: PTMTC 4: ATMTC 8: STMTC)
RX_BEARER[1] = 0 (0: inactive 2: PTMTC 4: ATMTC 8: STMTC)
TX_BEARER[0] = 2 (0: inactive 2: PTMTC 4: ATMTC 8: STMTC)
TX_BEARER[1] = 0 (0: inactive 2: PTMTC 4: ATMTC 8: STMTC)
RX_RA_RATIO = 100
*** RX BEARER[0] Capabilities ***
NET_MIN[0] = 16 (x8 kbps)
NET_MAX[0] = 9250 (x8 kbps)
NET_RESERVE[0] = 0 (x8 kbps)
MAX_INTL_DELAY[0] = 16 (ms)
INP_MIN[0] = 4 (DMT symbol)
INP_NO_ERASURE[0] = NOT REQUIRED
TPSTC_OPT[0] = 0
*** RX BEARER[1] Capabilities ***
NET_MIN[1] = 0 (x8 kbps)
NET_MAX[1] = 0 (x8 kbps)
NET_RESERVE[1] = 0 (x8 kbps)
MAX_INTL_DELAY[1] = 0 (ms)
INP_MIN[1] = 0 (DMT symbol)
INP_NO_ERASURE[1] = NOT REQUIRED
TPSTC_OPT[1] = 0
TX_REOC_enable (amd3) = DISABLED
RX_REOC_enable (amd3) = DISABLED
TX_SOS_enable (amd3) = DISABLED
RX_SOS_enable (amd3) = DISABLED
RX_MAX_INTL_DELAY_PATH[0] = 0x 136c0( 79552)
RX_MAX_INTL_DELAY_PATH[1] = 0xffffff(Autonomous Partition)
------------------------------------------------------------
wan vdsl2 show o_signature =>
=== O_Signature Msg ===
SUPPORTEDCARRIERSds num = 3
0-th DS band start idx = 33, stop idx = 857
1-th DS band start idx = 1218, stop idx = 1959
2-th DS band start idx = 2795, stop idx = 4083
SUPPORTEDCARRIERSus num = 3
0-th US band start idx = 6, stop idx = 31
1-th US band start idx = 882, stop idx = 1193
2-th US band start idx = 1984, stop idx = 2770
PSDMASKds num = 32
0-th DS band tone idx = 1, psd level = - 95.0 dBm/Hz
1-th DS band tone idx = 6, psd level = - 49.5 dBm/Hz
2-th DS band tone idx = 32, psd level = - 50.0 dBm/Hz
3-th DS band tone idx = 36, psd level = - 50.0 dBm/Hz
4-th DS band tone idx = 38, psd level = - 52.0 dBm/Hz
5-th DS band tone idx = 81, psd level = - 56.5 dBm/Hz
6-th DS band tone idx = 109, psd level = - 58.5 dBm/Hz
7-th DS band tone idx = 144, psd level = - 61.5 dBm/Hz
8-th DS band tone idx = 239, psd level = - 68.0 dBm/Hz
9-th DS band tone idx = 267, psd level = - 69.5 dBm/Hz
10-th DS band tone idx = 301, psd level = - 75.0 dBm/Hz
11-th DS band tone idx = 332, psd level = - 79.0 dBm/Hz
12-th DS band tone idx = 375, psd level = - 85.5 dBm/Hz
13-th DS band tone idx = 378, psd level = - 85.5 dBm/Hz
14-th DS band tone idx = 462, psd level = - 91.5 dBm/Hz
15-th DS band tone idx = 510, psd level = - 91.5 dBm/Hz
16-th DS band tone idx = 541, psd level = - 49.5 dBm/Hz
17-th DS band tone idx = 679, psd level = - 49.5 dBm/Hz
18-th DS band tone idx = 857, psd level = - 51.5 dBm/Hz
19-th DS band tone idx = 869, psd level = - 51.5 dBm/Hz
20-th DS band tone idx = 870, psd level = - 95.0 dBm/Hz
21-th DS band tone idx = 1206, psd level = - 95.0 dBm/Hz
22-th DS band tone idx = 1207, psd level = - 53.0 dBm/Hz
23-th DS band tone idx = 1218, psd level = - 53.5 dBm/Hz
24-th DS band tone idx = 1959, psd level = - 55.0 dBm/Hz
25-th DS band tone idx = 1970, psd level = - 55.0 dBm/Hz
26-th DS band tone idx = 1971, psd level = - 95.0 dBm/Hz
27-th DS band tone idx = 2782, psd level = - 95.0 dBm/Hz
28-th DS band tone idx = 2783, psd level = - 56.5 dBm/Hz
29-th DS band tone idx = 2795, psd level = - 56.5 dBm/Hz
30-th DS band tone idx = 4083, psd level = - 56.5 dBm/Hz
31-th DS band tone idx = 4084, psd level = - 95.0 dBm/Hz
PSDMASKus num = 22
0-th US band tone idx = 1, psd level = - 90.0 dBm/Hz
1-th US band tone idx = 2, psd level = - 68.5 dBm/Hz
2-th US band tone idx = 3, psd level = - 56.0 dBm/Hz
3-th US band tone idx = 4, psd level = - 47.0 dBm/Hz
4-th US band tone idx = 5, psd level = - 40.0 dBm/Hz
5-th US band tone idx = 6, psd level = - 35.0 dBm/Hz
6-th US band tone idx = 31, psd level = - 35.0 dBm/Hz
7-th US band tone idx = 32, psd level = - 35.0 dBm/Hz
8-th US band tone idx = 40, psd level = - 57.5 dBm/Hz
9-th US band tone idx = 48, psd level = - 76.5 dBm/Hz
10-th US band tone idx = 56, psd level = - 92.5 dBm/Hz
11-th US band tone idx = 62, psd level = - 93.5 dBm/Hz
12-th US band tone idx = 63, psd level = -117.0 dBm/Hz
13-th US band tone idx = 881, psd level = -117.0 dBm/Hz
14-th US band tone idx = 882, psd level = - 51.0 dBm/Hz
15-th US band tone idx = 1193, psd level = - 52.5 dBm/Hz
16-th US band tone idx = 1194, psd level = -117.0 dBm/Hz
17-th US band tone idx = 1983, psd level = -117.0 dBm/Hz
18-th US band tone idx = 1984, psd level = - 54.5 dBm/Hz
19-th US band tone idx = 2318, psd level = - 55.5 dBm/Hz
20-th US band tone idx = 2770, psd level = - 55.5 dBm/Hz
21-th US band tone idx = 2771, psd level = -117.0 dBm/Hz
CDPSDds num = 32
0-th DS band tone idx = 1, psd level = - 98.5 dBm/Hz
1-th DS band tone idx = 6, psd level = - 53.0 dBm/Hz
2-th DS band tone idx = 32, psd level = - 53.5 dBm/Hz
3-th DS band tone idx = 33, psd level = - 53.5 dBm/Hz
4-th DS band tone idx = 36, psd level = - 53.5 dBm/Hz
5-th DS band tone idx = 38, psd level = - 55.5 dBm/Hz
6-th DS band tone idx = 81, psd level = - 60.0 dBm/Hz
7-th DS band tone idx = 109, psd level = - 62.0 dBm/Hz
8-th DS band tone idx = 144, psd level = - 65.0 dBm/Hz
9-th DS band tone idx = 239, psd level = - 71.5 dBm/Hz
10-th DS band tone idx = 267, psd level = - 73.0 dBm/Hz
11-th DS band tone idx = 301, psd level = - 78.5 dBm/Hz
12-th DS band tone idx = 332, psd level = - 82.5 dBm/Hz
13-th DS band tone idx = 375, psd level = - 89.0 dBm/Hz
14-th DS band tone idx = 378, psd level = - 89.0 dBm/Hz
15-th DS band tone idx = 462, psd level = - 95.0 dBm/Hz
16-th DS band tone idx = 510, psd level = - 95.0 dBm/Hz
17-th DS band tone idx = 541, psd level = - 53.0 dBm/Hz
18-th DS band tone idx = 679, psd level = - 53.0 dBm/Hz
19-th DS band tone idx = 857, psd level = - 55.0 dBm/Hz
20-th DS band tone idx = 869, psd level = - 55.0 dBm/Hz
21-th DS band tone idx = 870, psd level = - 98.5 dBm/Hz
22-th DS band tone idx = 1206, psd level = - 98.5 dBm/Hz
23-th DS band tone idx = 1207, psd level = - 56.5 dBm/Hz
24-th DS band tone idx = 1218, psd level = - 57.0 dBm/Hz
25-th DS band tone idx = 1959, psd level = - 58.5 dBm/Hz
26-th DS band tone idx = 1970, psd level = - 58.5 dBm/Hz
27-th DS band tone idx = 1971, psd level = - 98.5 dBm/Hz
28-th DS band tone idx = 2782, psd level = - 98.5 dBm/Hz
29-th DS band tone idx = 2783, psd level = - 60.0 dBm/Hz
30-th DS band tone idx = 4083, psd level = - 60.0 dBm/Hz
31-th DS band tone idx = 4084, psd level = - 98.5 dBm/Hz
CDMAXMASKds = -49.5 dBm/Hz
MAXNOMATPds = 14.5 dBm
UPBOPSD num = 2
0-th US band a = 60.0, b = 21.0
1-th US band a = 60.0, b = 8.0
max_target_total_data_rate = 240000 kbit/s
ds_max_snrm = 31.0 dB
ds_target_snrm = 6.0 dB
ds_tx_window_len = 240
ds_cp_len = 440
VTU-R shall select the initial setting of the timing advance
TXREFVNds num = 0
SNRM_MODE = 0
Downstream SNRM_MODE = 1
Upstream SNRM_MODE = 1
TXREFVNUs num = 0
UPBO Band Number (amd2) = 0
------------------------------------------------------------
wan vdsl2 show r_msg1 =>
--- R_Msg1 Msg ---
Estimate of electrical length = 9.8 dB
Initial US PSD ceiling(CDMAXMASKus) = -49.5 dBm/Hz
CDPSDus num = 21
0-th US breakpoint tone index = 1, psd level = - 93.5 dBm/Hz
1-th US breakpoint tone index = 2, psd level = - 72.0 dBm/Hz
2-th US breakpoint tone index = 3, psd level = - 59.5 dBm/Hz
3-th US breakpoint tone index = 4, psd level = - 53.0 dBm/Hz
4-th US breakpoint tone index = 5, psd level = - 53.0 dBm/Hz
5-th US breakpoint tone index = 6, psd level = - 60.6 dBm/Hz
6-th US breakpoint tone index = 31, psd level = - 60.6 dBm/Hz
7-th US breakpoint tone index = 32, psd level = - 53.0 dBm/Hz
8-th US breakpoint tone index = 40, psd level = - 61.0 dBm/Hz
9-th US breakpoint tone index = 48, psd level = - 80.0 dBm/Hz
10-th US breakpoint tone index = 56, psd level = - 96.0 dBm/Hz
11-th US breakpoint tone index = 62, psd level = - 97.0 dBm/Hz
12-th US breakpoint tone index = 63, psd level = -120.5 dBm/Hz
13-th US breakpoint tone index = 881, psd level = -120.5 dBm/Hz
14-th US breakpoint tone index = 882, psd level = - 81.9 dBm/Hz
15-th US breakpoint tone index = 1193, psd level = - 85.5 dBm/Hz
16-th US breakpoint tone index = 1194, psd level = -120.5 dBm/Hz
17-th US breakpoint tone index = 1983, psd level = -120.5 dBm/Hz
18-th US breakpoint tone index = 1984, psd level = - 60.6 dBm/Hz
19-th US breakpoint tone index = 2770, psd level = - 60.6 dBm/Hz
20-th US breakpoint tone index = 2771, psd level = -120.5 dBm/Hz
Initialization pilot tone num = 1
1-th pilot tone idx = 136
Timing advance = 266
Pilot tones shall be allocated power in O-P_PILOT1
Pilot tones shall be allocated power in O-P_PILOT2
Pilot tones shall be allocated power in O-P_PILOT3
US Tx window length = 224
US CP length = 320
------------------------------------------------------------
wan vdsl2 show o_update =>
=== O_Update Msg ===
final_elect_len = 9.8 dB
MAXMASKus = -51.0 dBm/Hz
us_highest_tone_idx = 2770
us_lowest_tone_idx = 10
BLACKOUTUs num = 0
correction_ta = -199
------------------------------------------------------------
wan vdsl2 show r_update =>
--- R_Update Msg ---
No limit on the downstream PSD ceiling level
Proposed highest DS sub-carrier = 4083
Proposed lowest DS sub-carrier = 33
BLACKOUTds num = 0
Suggested CE value = 5
------------------------------------------------------------
wan vdsl2 show o_prm =>
=== O_Prm Msg ===
MREFPSDds num = 31
0-th DS band tone idx = 1, psd level = - 98.5 dBm/Hz
1-th DS band tone idx = 6, psd level = - 53.0 dBm/Hz
2-th DS band tone idx = 32, psd level = - 53.5 dBm/Hz
3-th DS band tone idx = 36, psd level = - 53.5 dBm/Hz
4-th DS band tone idx = 38, psd level = - 55.5 dBm/Hz
5-th DS band tone idx = 81, psd level = - 60.0 dBm/Hz
6-th DS band tone idx = 109, psd level = - 62.0 dBm/Hz
7-th DS band tone idx = 144, psd level = - 65.0 dBm/Hz
8-th DS band tone idx = 239, psd level = - 71.5 dBm/Hz
9-th DS band tone idx = 267, psd level = - 73.0 dBm/Hz
10-th DS band tone idx = 301, psd level = - 78.5 dBm/Hz
11-th DS band tone idx = 332, psd level = - 82.5 dBm/Hz
12-th DS band tone idx = 375, psd level = - 89.0 dBm/Hz
13-th DS band tone idx = 378, psd level = - 89.0 dBm/Hz
14-th DS band tone idx = 462, psd level = - 95.0 dBm/Hz
15-th DS band tone idx = 510, psd level = - 95.0 dBm/Hz
16-th DS band tone idx = 541, psd level = - 53.0 dBm/Hz
17-th DS band tone idx = 679, psd level = - 53.0 dBm/Hz
18-th DS band tone idx = 857, psd level = - 55.0 dBm/Hz
19-th DS band tone idx = 869, psd level = - 55.0 dBm/Hz
20-th DS band tone idx = 870, psd level = - 98.5 dBm/Hz
21-th DS band tone idx = 1206, psd level = - 98.5 dBm/Hz
22-th DS band tone idx = 1207, psd level = - 56.5 dBm/Hz
23-th DS band tone idx = 1218, psd level = - 57.0 dBm/Hz
24-th DS band tone idx = 1959, psd level = - 58.5 dBm/Hz
25-th DS band tone idx = 1970, psd level = - 58.5 dBm/Hz
26-th DS band tone idx = 1971, psd level = - 98.5 dBm/Hz
27-th DS band tone idx = 2782, psd level = - 98.5 dBm/Hz
28-th DS band tone idx = 2783, psd level = - 60.0 dBm/Hz
29-th DS band tone idx = 4083, psd level = - 60.0 dBm/Hz
30-th DS band tone idx = 4084, psd level = - 98.5 dBm/Hz
MEDLEYds set num = 3
0-th DS band start idx = 33, stop idx = 857
1-th DS band start idx = 1218, stop idx = 1959
2-th DS band start idx = 2795, stop idx = 4083
ce_len = 640
ds_cp_len = 440
ds_tx_window_len = 240
vtu_o_idft_size = 8192
vtu_o_ec_period = 1024
vtu_o_teq_request_period = 6400
vtu_r_teq_request_period = 0
min_periodic_signal_period = 512
Log_tssi ds num = 0
------------------------------------------------------------
wan vdsl2 show r_prm =>
--- R_PRM Msg ---
MREFPSDus num = 6
0-th US band tone idx = 6, psd level = - 60.6 dBm/Hz
1-th US band tone idx = 31, psd level = - 60.6 dBm/Hz
2-th US band tone idx = 882, psd level = - 81.9 dBm/Hz
3-th US band tone idx = 1193, psd level = - 85.5 dBm/Hz
4-th US band tone idx = 1984, psd level = - 60.6 dBm/Hz
5-th US band tone idx = 2770, psd level = - 60.6 dBm/Hz
MEDLEYus set num = 3
0-th US band start idx = 10, stop idx = 31
1-th US band start idx = 882, stop idx = 1193
2-th US band start idx = 1984, stop idx = 2770
us_cp_len = 320
us_tx_window_len = 224
vtu_r_idft_size = 8192
vtu_r_ec_period = 1024
vtu_r_teq_request_period = 1024
vtu_o_teq_request_period = 1024
min_periodic_signal_period = 1024
min_r_p_train_period = 5120
Log_tssi us num = 4
0-th US breakpoint idx = 1, log_tssi value = - 3.0 dB
1-th US breakpoint idx = 10, log_tssi value = - 0.0 dB
2-th US breakpoint idx = 31, log_tssi value = - 0.0 dB
3-th US breakpoint idx = 63, log_tssi value = - 5.0 dB
------------------------------------------------------------
wan vdsl2 show r_taupdate =>
--- R_Ta_Update Msg ---
Current timing advance = 67
Timing advance correction = 0
Max timing advance = 8191
B_ex_ds_r = 2
B_ex_us_r = 2
------------------------------------------------------------
wan vdsl2 show o_taupdate =>
=== O_Ta_Update Msg ===
timing_advance_correction = - 68
B_ex_ds_o = 2
B_ex_us_o = 2
------------------------------------------------------------
wan vdsl2 show o_msg1 =>
=== O_Msg1 Msg ===
ds_target_snrm (TARSNRM_ds) = 6.0 dB
ds_min_snrm (MINSNRM_ds) = 0.0 dB
ds_max_snrm (MAXSNRM_ds) = 31.0 dB
RA_MODE = AT_INIT(adaptive rate and does not change)
NTR = 0
--- TPS-TC Capabilities ---
Maximum number of downstream TPS-TCs of each type
Maximum number of downstream STM TPS-TCs = 0
Maximum number of downstream ATM TPS-TCs = 0
Maximum number of downstream PTM TPS-TCs = 1
Maximum number of upstream TPS-TCs of each type
Maximum number of upstream STM TPS-TCs = 0
Maximum number of upstream ATM TPS-TCs = 0
Maximum number of upstream PTM TPS-TCs = 1
Supported combinations of ds bearer channels and TPS-TCs
Support PTM on ds bearer channel 0
Supported combinations of us bearer channels and TPS-TCs
Support PTM on us bearer channel 0
Downstream PTM TPS-TC chennel 0 Capabilities
Min_net_data_rate = 128 kbit/s
Max_net_data_rate = 74000 kbit/s
Rederved_net_data_rate = 0 kbit/s
Max_interleaving_delay = 16 ms
INP_min = 4 symbols
Dynamic interleaver reconfig(amd1) = N
INP no erasure = N
Pre-emption = N
Short packet = N
CIpolicy(amd1) = Mandatory
Upstream PTM TPS-TC chennel 0 Capabilities
Min_net_data_rate = 128 kbit/s
Max_net_data_rate = 19000 kbit/s
Rederved_net_data_rate = 0 kbit/s
Max_interleaving_delay = 8 ms
INP_min = 4 symbols
Dynamic interleaver reconfig(amd1) = N
INP no erasure = N
Pre-emption = N
Short packet = N
CIpolicy(amd1) = Mandatory
--- PMS-TC Capabilities ---
ds_olr_capability[rrufdsii] = 0x 0
us_olr_capability[rrufdsii] = 0x 0
DS framing reconfig(change of Tp, Gp, Bp0)(amd1) = N
DS SRA(change of Lp, bi, gi)(amd1) = N
DS interleaver reconfig(change of Dp)(amd1) = N
DS SOS(amd3) = N
DS ROC(amd3) = N
US framing reconfig(change of Tp, Gp, Bp0)(amd1) = N
US SRA(change of Lp, bi, gi)(amd1) = N
US interleaver reconfig(change of Dp)(amd1) = N
US SOS(amd3) = N
US ROC(amd3) = N
DS Min Message Overhead Data Rate = 16 kbit/s
US Min Message Overhead Data Rate = 16 kbit/s
Max DS net data rate for latency path 0 = 240000 kbit/s
Max US net data rate for latency path 0 = 240000 kbit/s
Max DS net data rate for latency path 1 = 240000 kbit/s
Max US net data rate for latency path 1 = 240000 kbit/s
DS (1/S)max = 48
US (1/S)max = 24
RA-DSNRMds(amd1) = 0.0 dB
RA-DTIMEds(amd1) = 0 sec
RA-USNRMds(amd1) = 0.0 dB
RA-UTIMEds(amd1) = 0 sec
flexible_OH_frame_type2(amd3) = N
DS SOS MULTISTEP ACTIVATION(amd3) = DS All tones
US SOS MULTISTEP ACTIVATION(amd3) = US All tones
Mini Net Data Rate(DS)(Bearer Channel 0)(amd3) = 0 kbit/s
Mini Net Data Rate(DS)(Bearer Channel 1)(amd3) = 0 kbit/s
DS SOS triggering criteria(amd3) = N
DS SOS-NTONES used in the decision criteria(amd3) = N
DS SOS-CRC(amd3) = 0. 0
No limit of DS MAX-SOS(amd3)
DS SNRMOFFSET-ROC(amd3) = 0.0
DS INPMIN-ROC(amd3) = 0
------------------------------------------------------------
wan vdsl2 show r_msg2 =>
--- R_Msg2 Msg ---
--- TPS-TC Capabilities ---
Maximum number of downstream TPS-TCs of each type
Maximum number of downstream STM TPS-TCs = 0
Maximum number of downstream ATM TPS-TCs = 0
Maximum number of downstream PTM TPS-TCs = 2
Maximum number of upstream TPS-TCs of each type
Maximum number of upstream STM TPS-TCs = 0
Maximum number of upstream ATM TPS-TCs = 0
Maximum number of upstream PTM TPS-TCs = 2
Supported combinations of DS bearer channels and TPS-TCs
Support PTM on ds bearer channel 0
Support PTM on ds bearer channel 1
Supported combinations of US bearer channels and TPS-TCs
Support PTM on us bearer channel 0
Support PTM on us bearer channel 1
Downstream PTM TPS-TC chennel 0 Capabilities
Min_net_data_rate = 0 kbit/s
Max_net_data_rate = 240000 kbit/s
Rederved_net_data_rate = 0 kbit/s
Max_interleaving_delay = 0 ms
INP_min = 0 symbols
Dynamic interleaver reconfig(amd1) = N
INP no erasure = N
Pre-emption = Y
Short packet = Y
CIpolicy(amd1) = Optional
Downstream PTM TPS-TC chennel 1 Capabilities
Min_net_data_rate = 0 kbit/s
Max_net_data_rate = 240000 kbit/s
Rederved_net_data_rate = 0 kbit/s
Max_interleaving_delay = 0 ms
INP_min = 0 symbols
Dynamic interleaver reconfig(amd1) = N
INP no erasure = N
Pre-emption = Y
Short packet = Y
CIpolicy(amd1) = Optional
Upstream PTM TPS-TC chennel 0 Capabilities
Min_net_data_rate = 0 kbit/s
Max_net_data_rate = 240000 kbit/s
Rederved_net_data_rate = 0 kbit/s
Max_interleaving_delay = 0 ms
INP_min = 0 symbols
Dynamic interleaver reconfig(amd1) = N
INP no erasure = N
Pre-emption = Y
Short packet = N
CIpolicy(amd1) = Optional
Upstream PTM TPS-TC chennel 1 Capabilities
Min_net_data_rate = 0 kbit/s
Max_net_data_rate = 240000 kbit/s
Rederved_net_data_rate = 0 kbit/s
Max_interleaving_delay = 0 ms
INP_min = 0 symbols
Dynamic interleaver reconfig(amd1) = N
INP no erasure = N
Pre-emption = Y
Short packet = N
CIpolicy(amd1) = Optional
--- PMS-TC Capabilities ---
DS dynamic interleaver depth = 0xf5
US dynamic interleaver depth = 0xf5
DS framing reconfig(change of Tp, Gp, Bp0)(amd1) = Y
DS SRA(change of Lp, bi, gi)(amd1) = Y
DS interleaver reconfig(change of Dp)(amd1) = one latency path
DS SOS(amd3) = Y
DS ROC(amd3) = both support DS ROC and dual latency mode
US framing reconfig(change of Tp, Gp, Bp0)(amd1) = Y
US SRA(change of Lp, bi, gi)(amd1) = Y
US interleaver reconfig(change of Dp)(amd1) = one latency path
US SOS(amd3) = Y
US ROC(amd3) = both support US ROC and dual latency mode
DS SOS MULTISTEP ACTIVATION(amd3) = (DS) No Limitation
US SOS MULTISTEP ACTIVATION(amd3) = (US) No Limitation
DS Min Message Overhead Data Rate = 16 kbit/s
US Min Message Overhead Data Rate = 16 kbit/s
Max DS net data rate for latency path 0 = 240000 kbit/s
Max US net data rate for latency path 0 = 240000 kbit/s
Max DS net data rate for latency path 1 = 240000 kbit/s
Max US net data rate for latency path 1 = 240000 kbit/s
DS (1/S)max = 64
US (1/S)max = 64
------------------------------------------------------------
wan vdsl2 show o_tps =>
=== O_TPS Msg ===
--- TPS-TC Capabilities ---
Mapped configurations of DS bearer channels and TPS-TC types
PTM-TC is mapped to DS bearer channel 0
DS bearer channel 1 is inactive
Mapped configurations of US bearer channels and TPS-TC types
PTM-TC is mapped to DS bearer channel 0
DS bearer channel 1 is inactive
Rate adaptation ratio of DS bearer channel 0 = 100
The whole excess capacity is allocated to bearer channel 0
DS bearer channel 0 configuration
Min_net_data_rate = 128 kbit/s
Max_net_data_rate = 74000 kbit/s
Rederved_net_data_rate = 0 kbit/s
Max_interleaving_delay = 16 ms
INP_min = 4 symbols
Dynamic interleaver reconfig(amd1) = N
INP no erasure = N
Pre-emption = N
Short packet = N
CIpolicy(amd1) = Mandatory
US bearer channel 0 configuration
Min_net_data_rate = 128 kbit/s
Max_net_data_rate = 19000 kbit/s
Rederved_net_data_rate = 0 kbit/s
Max_interleaving_delay = 8 ms
INP_min = 4 symbols
Dynamic interleaver reconfig(amd1) = N
INP no erasure = N
Pre-emption = N
Short packet = N
CIpolicy(amd1) = Mandatory
DS_MDV_BC#0(amd1) = 0.0 ms
ROC(amd3) = disable
SOS(amd3) = disable
------------------------------------------------------------
wan vdsl2 show o_pms =>
=== O_PMS Msg ===
MSG_LP : latency path = 0 (Selected for OH frames of Type1 in the US direction)
Mapping of bearer channels to latency paths
Bearer channel 0 is carried in latency path 0
Bearer channel 1 is disable
Bx0 = 48 (octets shall be transported in each MDF in US from ch-0)
Bx1 = 0 (octets shall be transported in each MDF in US from ch-1)
PMS-TC parameters for latency path 0 in the US direction
T = 3 (Number of MDFs in an OH sub-frame)
G = 1 (Total number of overhead octets in an OH sub-frame)
F = 1 (Number of OH frames in the OH superframe)
M = 1 (Number of MDFs in an RS codeword)
L = 6369
R = 16
I = 65
D = 294 (Interleaver depth)
PMS-TC parameters for latency path 1 in the US direction
T = 0 (Number of MDFs in an OH sub-frame)
G = 0 (Total number of overhead octets in an OH sub-frame)
F = 0 (Number of OH frames in the OH superframe)
M = 0 (Number of MDFs in an RS codeword)
L = 0
R = 0
I = 0
D = 0 (Interleaver depth)
Maximun interleaver delay for LP#0(DS) = 0x 136c0
Maximun interleaver delay for LP#1(DS) = 0x ffffff
Maximun interleaver delay for LP#0(US)(amd1) = 0x 0
Maximun interleaver delay for LP#1(US)(amd1) = 0x 0
US SOS tone group(amd3) = 0
ROC parameters for latency path 0 in the US direction(amd3)
T = 0 (Number of MDFs in an OH sub-frame)
G = 0 (Total number of overhead octets in an OH sub-frame)
F = 0 (Number of OH frames in the OH superframe)
M = 0 (Number of MDFs in an RS codeword)
L = 0
R = 0
I = 0
D = 0 (Interleaver depth)
------------------------------------------------------------
wan vdsl2 show r_pms =>
--- R_PMS Msg ---
MSG_LP : latency path = 0 (Selected for OH frames of Type1 in the DS direction)
Mapping of bearer channels to latency paths
Bearer channel 0 is carried in latency path 0
Bearer channel 1 is disable
Bx0 = 45 (octets shall be transported in each MDF in DS from ch-0)
Bx1 = 0 (octets shall be transported in each MDF in DS from ch-1)
PMS-TC parameters for latency path 0 in the DS direction
T = 28 (Number of MDFs in an OH sub-frame)
G = 1 (Total number of overhead octets in an OH sub-frame)
F = 255 (Number of OH frames in the OH superframe)
M = 1 (Number of MDFs in an RS codeword)
L = 21109
R = 16
I = 31
D = 2652 (Interleaver depth)
PMS-TC parameters for latency path 1 in the DS direction
T = 1 (Number of MDFs in an OH sub-frame)
G = 0 (Total number of overhead octets in an OH sub-frame)
F = 0 (Number of OH frames in the OH superframe)
M = 1 (Number of MDFs in an RS codeword)
L = 0
R = 0
I = 0
D = 1 (Interleaver depth)
Erasure decoding is not used on any DS latency path
DS SOS tone group(amd3) = 0
ROC parameters for latency path 0 in the DS direction(amd3)
T = 0 (Number of MDFs in an OH sub-frame)
G = 0 (Total number of overhead octets in an OH sub-frame)
F = 0 (Number of OH frames in the OH superframe)
M = 0 (Number of MDFs in an RS codeword)
L = 0
R = 0
I = 0
D = 0 (Interleaver depth)
------------------------------------------------------------
wan vdsl2 show bgtbl tx =>
TX :
Bit Table:
0-th band( 10~ 31) :
10 ~19 : 1 1 2 2 3 4 4 5 5 6
20 ~29 : 6 6 6 7 7 7 7 8 7 8
30 ~39 : 8 8
1-th band( 882~1193) :
882 ~891 : 5 5 5 5 5 5 5 5 5 5
892 ~901 : 5 5 5 5 5 5 5 5 5 5
902 ~911 : 5 5 5 5 5 5 5 5 5 5
912 ~921 : 5 5 5 5 5 5 5 5 5 5
922 ~931 : 5 5 5 5 5 5 5 5 5 5
932 ~941 : 5 5 5 5 5 5 5 5 4 5
942 ~951 : 5 5 5 5 5 5 5 4 5 5
952 ~961 : 4 4 4 4 4 5 4 5 4 4
962 ~971 : 4 4 5 4 4 4 4 5 5 4
972 ~981 : 4 4 4 4 4 4 4 4 4 4
982 ~991 : 4 4 4 4 4 4 4 4 4 4
992 ~1001: 4 4 4 4 4 4 4 4 4 4
1002~1011: 4 4 4 4 4 4 4 4 4 4
1012~1021: 4 4 4 4 4 4 4 4 4 4
1022~1031: 4 0 0 4 4 4 4 4 4 4
1032~1041: 4 4 4 4 4 4 4 4 4 4
1042~1051: 4 4 4 4 4 4 4 4 4 4
1052~1061: 4 4 4 4 4 4 4 4 4 4
1062~1071: 4 4 4 4 4 4 4 4 4 4
1072~1081: 4 4 4 4 4 4 4 4 4 4
1082~1091: 3 4 4 4 3 4 4 4 4 4
1092~1101: 4 4 4 4 4 4 4 4 4 3
1102~1111: 4 3 4 4 3 4 3 4 4 3
1112~1121: 4 4 3 3 4 3 3 3 3 3
1122~1131: 3 4 3 3 3 3 3 3 3 4
1132~1141: 3 3 3 3 3 4 3 3 3 3
1142~1151: 3 3 3 3 3 3 3 3 3 3
1152~1161: 3 3 3 3 4 4 4 4 4 4
1162~1171: 4 4 4 4 4 4 4 4 4 4
1172~1181: 4 4 4 4 4 4 4 4 4 4
1182~1191: 4 4 4 4 4 4 4 4 4 4
1192~1201: 4 3
2-th band(1984~2770) :
1984~1993: 8 8 8 8 7 8 7 7 8 8
1994~2003: 7 8 8 8 8 8 8 8 8 8
2004~2013: 7 8 8 8 8 8 8 8 8 8
2014~2023: 7 7 8 8 8 8 7 8 8 7
2024~2033: 8 8 8 8 8 8 8 8 7 7
2034~2043: 8 7 7 7 8 8 8 8 7 8
2044~2053: 8 8 8 0 8 8 8 7 8 8
2054~2063: 8 7 8 8 7 8 8 7 8 8
2064~2073: 8 7 8 8 8 8 7 8 8 8
2074~2083: 8 8 8 8 8 8 8 8 8 8
2084~2093: 8 8 8 8 8 7 8 7 7 7
2094~2103: 8 7 8 8 8 8 8 7 8 8
2104~2113: 8 8 7 8 7 8 7 8 8 7
2114~2123: 8 7 7 7 7 8 8 7 7 7
2124~2133: 7 7 8 7 8 7 8 7 7 7
2134~2143: 7 7 7 8 7 7 7 7 7 7
2144~2153: 7 7 7 7 7 7 7 7 7 7
2154~2163: 7 7 7 7 7 7 7 7 7 7
2164~2173: 7 7 7 7 7 7 7 7 7 7
2174~2183: 7 7 7 7 7 7 7 7 7 7
2184~2193: 7 7 7 7 7 7 7 7 7 7
2194~2203: 7 7 7 7 7 7 7 7 7 7
2204~2213: 7 7 7 7 7 7 7 7 7 7
2214~2223: 7 7 8 7 7 7 8 7 7 7
2224~2233: 7 7 7 7 7 7 7 7 7 7
2234~2243: 7 7 7 7 7 7 7 7 7 7
2244~2253: 7 7 7 7 7 7 7 7 7 7
2254~2263: 7 7 7 8 7 7 7 7 7 7
2264~2273: 7 7 7 7 7 7 8 7 7 7
2274~2283: 7 7 7 7 7 7 7 7 7 7
2284~2293: 7 7 7 7 7 7 7 7 7 7
2294~2303: 7 7 7 7 7 7 7 7 7 7
2304~2313: 7 7 7 7 7 7 7 7 7 7
2314~2323: 7 7 7 7 7 7 7 7 7 7
2324~2333: 7 7 7 7 7 7 7 7 7 7
2334~2343: 7 7 7 7 7 7 7 7 7 7
2344~2353: 7 7 7 7 7 7 7 7 7 7
2354~2363: 7 7 7 7 7 7 7 7 7 7
2364~2373: 7 7 7 7 7 7 7 7 8 7
2374~2383: 7 7 7 7 7 8 7 8 8 8
2384~2393: 8 8 8 7 7 8 8 8 8 8
2394~2403: 8 8 8 8 8 7 8 8 8 7
2404~2413: 8 8 8 8 8 8 8 8 7 8
2414~2423: 8 8 8 7 8 7 8 7 7 8
2424~2433: 8 7 8 7 8 7 7 7 8 8
2434~2443: 8 8 8 8 8 7 7 8 8 8
2444~2453: 8 7 7 8 7 7 7 7 7 8
2454~2463: 8 8 7 7 7 7 8 7 7 7
2464~2473: 7 7 7 8 7 7 8 7 8 7
2474~2483: 8 8 7 7 7 7 7 7 7 7
2484~2493: 7 7 7 7 7 8 7 7 7 7
2494~2503: 7 7 7 7 7 7 7 7 7 7
2504~2513: 7 7 7 7 7 7 7 7 7 7
2514~2523: 7 7 7 7 7 7 7 7 7 7
2524~2533: 7 7 7 7 7 7 7 7 7 7
2534~2543: 7 7 7 7 7 7 7 7 7 7
2544~2553: 7 7 7 7 7 7 7 7 7 7
2554~2563: 7 7 7 7 7 7 7 7 7 7
2564~2573: 7 7 7 7 7 7 7 7 7 7
2574~2583: 7 7 7 7 7 7 7 7 7 7
2584~2593: 7 7 7 7 7 7 7 7 6 7
2594~2603: 7 7 7 7 7 7 7 7 7 7
2604~2613: 7 7 7 7 7 7 7 7 6 6
2614~2623: 7 7 7 7 7 7 7 7 7 7
2624~2633: 7 7 6 6 7 7 6 6 6 6
2634~2643: 7 7 7 7 6 7 7 6 7 6
2644~2653: 6 7 6 6 6 6 7 6 6 6
2654~2663: 6 6 7 6 6 6 6 7 6 7
2664~2673: 7 7 6 6 6 6 7 6 6 6
2674~2683: 6 7 6 6 7 7 7 6 6 6
2684~2693: 6 7 6 7 6 6 6 6 6 6
2694~2703: 6 6 6 6 6 6 6 6 6 6
2704~2713: 6 6 6 6 6 6 6 6 6 6
2714~2723: 6 6 6 6 6 6 6 6 6 6
2724~2733: 6 6 6 6 6 6 6 6 6 6
2734~2743: 6 6 6 6 6 6 6 6 6 6
2744~2753: 6 6 6 6 6 6 6 6 6 6
2754~2763: 6 6 6 6 6 6 6 6 6 6
2764~2773: 6 6 6 6 6 6 6
Gain Table:
0-th band( 10~ 31) :
10 ~19 : 960 974 1009 1044 1108 1165 1172 1269 1270 1387
20 ~29 : 1315 1315 1315 1342 1315 1315 1315 1380 1315 1315
30 ~39 : 1315 1315
1-th band( 882~1193) :
882 ~891 : 124 117 116 113 117 117 112 112 113 113
892 ~901 : 116 116 110 111 110 116 112 110 113 111
902 ~911 : 113 114 113 116 109 109 113 109 114 108
912 ~921 : 108 110 108 113 111 106 106 111 107 110
922 ~931 : 110 111 113 114 113 113 106 113 112 117
932 ~941 : 109 116 114 109 112 110 112 112 104 107
942 ~951 : 111 111 110 114 115 112 108 103 109 110
952 ~961 : 102 102 102 102 102 110 102 111 100 100
962 ~971 : 100 100 110 100 100 100 100 105 106 99
972 ~981 : 99 99 99 99 99 99 98 98 98 98
982 ~991 : 98 98 98 98 97 97 97 97 97 97
992 ~1001: 97 97 97 96 96 96 96 96 96 96
1002~1011: 96 95 95 95 95 95 95 95 95 95
1012~1021: 94 94 94 94 94 94 94 94 94 93
1022~1031: 93 0 0 93 93 93 93 92 92 92
1032~1041: 92 92 92 92 92 92 91 91 91 91
1042~1051: 91 91 91 91 91 90 90 90 90 90
1052~1061: 90 90 90 88 88 88 88 92 88 88
1062~1071: 88 88 88 88 91 88 88 88 88 88
1072~1081: 90 91 90 87 87 88 88 92 89 86
1082~1091: 85 90 92 86 85 92 91 91 88 90
1092~1101: 87 87 88 85 85 88 89 85 86 84
1102~1111: 89 84 85 91 84 85 82 86 85 82
1112~1121: 84 89 82 82 85 82 82 82 82 82
1122~1131: 82 88 81 81 81 81 81 81 81 87
1132~1141: 81 80 80 80 80 86 80 80 80 80
1142~1151: 79 79 79 80 80 80 80 80 79 79
1152~1161: 79 79 79 79 88 95 90 91 92 94
1162~1171: 91 96 96 97 95 92 90 90 91 90
1172~1181: 95 94 95 89 96 93 101 97 97 99
1182~1191: 95 99 97 96 106 108 107 107 103 108
1192~1201: 112 95
2-th band(1984~2770) :
1984~1993: 2181 2188 2264 2264 1701 2143 1701 1697 2291 2204
1994~2003: 1678 2284 2249 2196 2238 2181 2205 2259 2259 2286
2004~2013: 1686 2178 2344 2221 2259 2332 2278 2329 2286 2175
2014~2023: 1751 1705 2198 2059 2302 2263 1736 2340 2286 1678
2024~2033: 2355 2305 2128 2259 2332 2355 2090 2205 1701 1736
2034~2043: 2259 1751 1716 1686 2255 2098 2290 2186 1689 2175
2044~2053: 2086 2121 2144 0 2032 2275 2363 1740 2198 2336
2054~2063: 2167 1693 2336 2082 1724 2232 2178 1689 2305 2271
2064~2073: 2167 1682 2121 2205 2186 2186 1724 2317 2232 2271
2074~2083: 2178 2329 2201 2271 2309 2232 2255 2094 2252 2178
2084~2093: 2167 2329 2163 2278 2101 1716 2305 1701 1747 1840
2094~2103: 2355 1682 2336 2305 2209 2236 2332 1713 2194 2228
2104~2113: 2151 2071 1674 2332 1678 2298 1682 2244 2240 1689
2114~2123: 2317 1674 1720 1705 1701 2332 2255 1728 1763 1686
2124~2133: 1686 1778 2340 1689 2278 1843 2336 1747 1743 1736
2134~2143: 1763 1674 1770 2332 1774 1878 1709 1728 1724 1716
2144~2153: 1697 1824 1813 1782 1736 1790 1728 1790 1813 1809
2154~2163: 1678 1747 1867 1774 1759 1847 1843 1790 1886 1832
2164~2173: 1793 1897 1836 1874 1786 1705 1920 1820 1763 1766
2174~2183: 1886 1874 1674 1994 1974 1890 1863 1901 1867 1867
2184~2193: 1882 1828 1894 1955 1986 1847 1920 1940 1932 1971
2194~2203: 1917 2013 2017 2024 1913 1951 1836 1947 1817 1967
2204~2213: 1917 1986 1924 1959 1928 1940 2059 1990 2009 1905
2214~2223: 1997 1986 2363 1774 1793 2009 2309 1890 1786 1801
2224~2233: 1867 1905 1851 2044 1990 1836 1924 2051 1986 1994
2234~2243: 1994 1697 1686 1843 1689 1701 1693 1888 1872 1900
2244~2253: 1814 1829 1759 1693 1732 1720 1701 1845 1701 1701
2254~2263: 1744 1814 1853 2355 1752 1720 1888 1755 1755 1709
2264~2273: 1783 1876 1833 1907 1911 1720 2297 1744 1701 1740
2274~2283: 1806 1903 1861 1942 1865 1907 1974 1896 1798 1845
2284~2293: 1954 1923 1822 1849 2106 1907 1931 1903 1915 1732
2294~2303: 1868 1950 1880 1970 1915 2009 1981 1888 1837 1865
2304~2313: 1829 2114 1892 1935 1919 1865 1802 1837 2001 1900
2314~2323: 1865 1724 1822 1857 1915 1993 1845 2094 1903 1962
2324~2333: 1962 1818 1970 1931 1829 1818 1833 1837 1974 1861
2334~2343: 1938 2098 1993 1985 1822 2001 1903 1814 1829 1833
2344~2353: 1779 1861 1857 1755 1923 1942 1903 1896 1849 1693
2354~2363: 1896 1728 1713 1802 1775 1744 1771 1907 1853 1806
2364~2373: 1693 1791 1748 1845 2040 1810 1697 1732 2359 1837
2374~2383: 1697 1752 1818 1717 1740 2359 1697 2386 2382 2382
2384~2393: 2355 2258 2316 1775 1713 2382 2343 2242 2211 2390
2394~2403: 2297 2371 2367 2293 2312 1755 2351 2277 2343 1787
2404~2413: 2359 2269 2320 2301 2308 2242 2293 2312 1709 2343
2414~2423: 2378 2262 2164 1736 2363 1755 2336 1709 1705 2320
2424~2433: 2343 1709 2308 1728 2351 1767 1759 1717 2289 2386
2434~2443: 2363 2382 2324 2336 2386 1697 1767 2242 2371 2316
2444~2453: 2355 1724 1705 2332 1822 1728 1736 1720 1763 2269
2454~2463: 2266 2289 1713 1728 1771 1814 2390 1798 1779 1740
2464~2473: 1818 1724 1763 2336 1693 1775 2328 1771 2375 1767
2474~2483: 2371 2355 1709 1709 1724 1736 1823 1898 1776 1803
2484~2493: 1776 1717 1768 1792 1795 2382 1760 1831 1843 1717
2494~2503: 1847 1815 1855 1815 1843 1792 1858 1831 1961 1780
2504~2513: 1788 1756 1760 1776 1823 1780 1788 1792 1819 1827
2514~2523: 1866 1807 1780 2004 1878 1807 1882 1803 1992 1890
2524~2533: 1902 1839 1831 1906 1890 1866 2087 1988 1874 1843
2534~2543: 1910 2012 2059 2134 1933 1933 2134 2012 1996 1981
2544~2553: 2000 1890 2103 2170 2044 1988 1996 2008 1858 1996
2554~2563: 2095 1918 2028 2028 2012 1953 2075 2197 2107 2067
2564~2573: 2126 2048 1961 1992 2126 1988 2154 2051 2201 2170
2574~2583: 2146 2355 2044 2280 2059 2315 2114 2118 2150 2016
2584~2593: 2051 2256 2189 2280 2177 2288 2181 2339 1709 2284
2594~2603: 2288 2347 2394 2351 2292 2418 2264 2276 2363 2323
2604~2613: 2197 2122 2296 2300 2217 2205 2225 2363 1756 1752
2614~2623: 2355 2311 2240 2256 2394 2319 2209 2276 2284 2162
2624~2633: 2307 2374 1784 1713 2237 2331 1752 1717 1811 1764
2634~2643: 2335 2418 2347 2406 1776 2284 2406 1732 2398 1713
2644~2653: 1709 2406 1721 1811 1717 1705 2406 1709 1705 1784
2654~2663: 1709 1795 2359 1756 1792 1835 1847 2268 1803 2374
2664~2673: 2382 2406 1811 1772 1736 1713 2272 1784 1768 1937
2674~2683: 1858 2406 1811 1831 2406 2382 2311 1756 1713 1843
2684~2693: 1780 2264 1709 2288 1788 1748 1728 1772 1890 1780
2694~2703: 1776 1795 1918 1732 1839 1756 1713 1855 1933 1882
2704~2713: 1819 1689 1819 1705 1788 1764 1855 1843 1752 1949
2714~2723: 1929 1732 1697 1827 1902 1941 1781 1717 1852 1836
2724~2733: 1908 1892 1904 1952 2028 2087 1872 2008 1880 1980
2734~2743: 2012 2095 1992 1900 2028 2036 1968 1944 1920 1932
2744~2753: 1980 1916 2071 2024 1960 1964 1860 2087 2000 2051
2754~2763: 1956 2103 2055 2008 2175 2119 2091 2131 2187 2211
2764~2773: 2036 2079 2083 1972 2095 2203 2008
------------------------------------------------------------
wan vdsl2 show bgtbl rx =>
RX :
Bit Table:
0-th band( 33~ 857) :
33 ~42 : 14 15 15 15 15 15 15 15 15 15
43 ~52 : 15 15 15 15 15 15 15 15 15 15
53 ~62 : 15 15 15 15 15 15 15 15 15 15
63 ~72 : 15 15 15 15 15 15 15 15 15 15
73 ~82 : 15 15 15 15 15 15 15 15 15 15
83 ~92 : 15 15 15 15 15 15 15 15 15 15
93 ~102 : 15 15 15 15 15 15 15 15 15 15
103 ~112 : 15 15 15 15 15 15 15 15 15 15
113 ~122 : 15 15 15 14 15 14 15 15 15 14
123 ~132 : 15 14 14 15 15 15 14 0 15 14
133 ~142 : 15 14 15 14 14 14 14 14 14 14
143 ~152 : 14 14 14 14 14 14 14 14 14 14
153 ~162 : 14 14 14 14 14 14 14 14 13 14
163 ~172 : 14 14 14 14 14 13 14 14 14 14
173 ~182 : 13 14 14 14 14 13 13 13 13 13
183 ~192 : 13 13 13 13 13 13 14 13 13 13
193 ~202 : 13 14 13 14 13 13 13 13 13 13
203 ~212 : 13 13 13 13 13 13 13 12 8 12
213 ~222 : 13 13 13 13 13 13 13 13 13 13
223 ~232 : 13 13 13 13 13 13 13 13 13 13
233 ~242 : 13 13 13 13 13 13 12 12 13 13
243 ~252 : 12 13 12 12 13 13 12 12 12 11
253 ~262 : 11 12 12 12 12 13 12 13 12 12
263 ~272 : 12 12 12 12 12 12 12 12 11 12
273 ~282 : 12 12 12 12 12 11 12 12 12 11
283 ~292 : 11 12 12 12 11 11 11 12 11 12
293 ~302 : 11 11 11 11 11 11 11 11 11 11
303 ~312 : 11 11 10 11 11 11 11 11 11 10
313 ~322 : 10 10 10 10 10 10 10 10 10 10
323 ~332 : 10 10 10 9 10 10 10 10 10 10
333 ~342 : 10 10 10 10 9 10 10 9 10 9
343 ~352 : 9 9 10 9 9 9 9 9 9 9
353 ~362 : 9 9 9 9 9 9 8 9 8 8
363 ~372 : 8 8 8 8 8 8 8 8 7 8
373 ~382 : 8 8 8 8 8 8 8 8 8 8
383 ~392 : 8 8 7 7 8 7 7 7 7 7
393 ~402 : 7 7 7 7 7 7 7 7 7 7
403 ~412 : 7 7 7 7 7 7 7 7 7 7
413 ~422 : 7 7 6 7 7 7 7 7 7 7
423 ~432 : 7 7 7 7 7 7 7 7 7 7
433 ~442 : 6 6 6 7 6 6 7 6 6 6
443 ~452 : 6 6 6 6 6 6 6 6 6 6
453 ~462 : 6 6 6 6 6 6 6 6 6 6
463 ~472 : 6 6 6 6 6 6 5 6 6 6
473 ~482 : 6 6 6 5 5 6 6 5 6 5
483 ~492 : 6 6 5 5 6 5 6 5 6 6
493 ~502 : 6 6 6 5 6 5 6 6 5 5
503 ~512 : 6 6 6 5 6 6 6 6 6 7
513 ~522 : 7 7 8 8 8 9 9 10 10 10
523 ~532 : 10 10 11 11 11 11 11 11 11 12
533 ~542 : 11 11 12 12 11 12 12 12 12 12
543 ~552 : 12 12 11 12 11 12 12 12 12 11
553 ~562 : 12 12 11 12 12 12 11 11 11 11
563 ~572 : 12 11 11 11 11 11 11 12 12 11
573 ~582 : 11 12 12 11 11 11 11 12 11 11
583 ~592 : 11 11 11 11 11 12 11 12 11 11
593 ~602 : 11 12 12 12 11 11 11 12 11 11
603 ~612 : 11 11 11 11 12 11 11 12 11 11
613 ~622 : 12 11 12 12 11 12 12 12 12 12
623 ~632 : 11 11 11 12 11 11 11 12 11 12
633 ~642 : 11 11 11 11 11 11 11 11 11 11
643 ~652 : 11 11 11 11 11 11 11 11 11 11
653 ~662 : 11 12 11 11 11 10 11 11 11 11
663 ~672 : 11 11 11 11 11 11 10 11 11 11
673 ~682 : 11 11 11 11 11 11 11 11 11 11
683 ~692 : 11 11 11 11 11 11 11 11 11 11
693 ~702 : 11 11 11 11 11 11 11 11 11 11
703 ~712 : 11 11 11 11 11 11 11 11 11 11
713 ~722 : 11 11 11 11 11 11 11 11 11 11
723 ~732 : 11 11 11 11 11 11 11 11 11 11
733 ~742 : 11 11 11 11 11 11 11 11 10 11
743 ~752 : 11 11 11 11 11 10 11 10 11 11
753 ~762 : 11 11 11 10 11 10 11 11 11 11
763 ~772 : 11 11 11 10 11 10 11 11 11 11
773 ~782 : 11 11 11 11 11 10 11 11 10 10
783 ~792 : 11 11 10 11 11 11 10 10 10 10
793 ~802 : 11 10 11 11 11 11 10 10 10 10
803 ~812 : 11 11 10 10 11 10 10 11 10 11
813 ~822 : 10 11 11 10 10 11 11 11 11 11
823 ~832 : 10 10 11 10 11 11 11 10 11 11
833 ~842 : 10 11 11 11 10 10 11 11 10 10
843 ~852 : 11 10 10 10 11 11 10 11 10 11
853 ~862 : 11 10 11 11 11
1-th band(1218~1959) :
1218~1227: 9 9 9 9 9 9 8 8 9 8
1228~1237: 9 8 9 9 9 9 8 9 9 9
1238~1247: 9 9 8 8 8 9 8 8 9 9
1248~1257: 8 8 9 9 9 9 9 9 8 8
1258~1267: 8 9 8 8 9 9 8 9 8 8
1268~1277: 8 8 8 8 8 8 8 9 8 8
1278~1287: 8 8 8 8 8 8 8 8 8 8
1288~1297: 9 9 8 9 8 8 8 9 8 8
1298~1307: 8 8 9 8 8 8 8 8 8 9
1308~1317: 8 8 8 8 8 8 8 9 8 9
1318~1327: 9 8 8 8 8 8 8 8 8 8
1328~1337: 8 9 8 8 8 8 8 8 8 9
1338~1347: 8 8 8 9 8 8 8 8 9 9
1348~1357: 9 8 9 8 8 8 9 9 8 8
1358~1367: 8 8 8 8 7 8 8 8 8 8
1368~1377: 8 8 8 9 8 8 9 8 8 8
1378~1387: 8 8 8 8 9 8 8 8 9 9
1388~1397: 8 8 9 8 8 9 8 8 8 8
1398~1407: 8 9 8 8 8 8 8 8 8 8
1408~1417: 8 8 8 8 8 8 8 9 8 8
1418~1427: 8 8 8 8 8 8 8 8 8 8
1428~1437: 8 8 8 8 8 8 8 8 8 8
1438~1447: 8 8 8 8 8 8 8 8 8 8
1448~1457: 9 8 8 9 8 8 8 8 8 8
1458~1467: 9 8 8 9 8 8 8 8 8 8
1468~1477: 9 8 9 9 8 8 8 9 8 8
1478~1487: 8 8 8 8 8 8 9 8 8 9
1488~1497: 8 8 8 8 8 8 8 8 8 8
1498~1507: 8 8 8 8 8 8 8 8 8 8
1508~1517: 8 8 8 8 8 8 9 8 8 8
1518~1527: 8 8 9 8 8 8 9 8 9 8
1528~1537: 8 9 8 8 8 9 8 9 8 8
1538~1547: 8 8 8 9 9 9 8 9 9 8
1548~1557: 8 9 8 8 8 8 9 9 8 8
1558~1567: 8 9 8 9 9 9 8 8 9 8
1568~1577: 8 8 8 8 9 8 9 8 9 8
1578~1587: 8 9 9 8 9 8 9 8 8 8
1588~1597: 8 8 8 8 8 8 8 8 8 8
1598~1607: 8 8 8 8 8 8 8 9 8 8
1608~1617: 8 8 8 8 8 8 8 8 8 8
1618~1627: 8 8 8 8 8 8 8 8 8 8
1628~1637: 8 8 8 8 8 8 8 8 8 8
1638~1647: 8 8 8 8 8 8 8 8 8 8
1648~1657: 8 8 8 8 8 8 8 8 8 8
1658~1667: 9 8 8 8 8 8 8 8 8 8
1668~1677: 8 8 8 8 8 8 8 8 8 8
1678~1687: 8 8 9 8 8 8 8 8 8 8
1688~1697: 8 8 8 8 8 8 8 8 8 8
1698~1707: 9 8 8 9 9 9 8 8 8 8
1708~1717: 8 8 8 8 8 9 9 9 9 8
1718~1727: 8 8 8 8 9 9 8 8 8 8
1728~1737: 8 8 9 8 8 8 8 8 8 8
1738~1747: 8 8 9 8 8 8 8 8 8 8
1748~1757: 8 8 8 8 8 8 8 8 8 8
1758~1767: 8 8 8 8 8 8 8 8 8 8
1768~1777: 8 8 8 8 8 8 8 8 8 8
1778~1787: 8 8 8 8 8 8 8 8 8 8
1788~1797: 8 8 7 8 8 8 8 8 8 8
1798~1807: 8 8 8 8 8 7 8 8 8 8
1808~1817: 8 8 8 8 8 8 8 8 8 8
1818~1827: 8 8 8 8 8 8 8 8 8 8
1828~1837: 8 8 8 8 8 8 8 8 8 8
1838~1847: 8 8 8 8 8 8 8 8 8 8
1848~1857: 8 8 8 8 8 8 8 8 8 8
1858~1867: 8 8 8 8 8 8 8 8 8 8
1868~1877: 8 8 8 7 8 8 8 8 8 8
1878~1887: 8 8 8 8 7 8 8 8 7 8
1888~1897: 7 8 7 8 8 7 8 8 8 8
1898~1907: 8 8 7 8 8 8 8 8 8 8
1908~1917: 7 8 8 7 8 8 8 8 8 8
1918~1927: 8 7 8 7 8 8 8 8 8 8
1928~1937: 8 8 8 7 8 8 8 8 8 8
1938~1947: 8 8 7 8 8 8 8 8 8 8
1948~1957: 7 8 8 8 8 8 8 8 8 8
1958~1967: 8 8
2-th band(2795~4083) :
2795~2804: 7 8 7 7 7 7 7 7 7 7
2805~2814: 7 7 7 7 7 7 7 7 6 7
2815~2824: 7 7 7 7 7 7 7 7 7 7
2825~2834: 7 7 7 7 7 7 7 7 6 7
2835~2844: 7 7 7 7 7 7 7 7 7 7
2845~2854: 7 7 7 7 7 7 7 7 7 7
2855~2864: 7 7 7 7 7 7 7 7 7 7
2865~2874: 7 7 7 7 7 7 7 7 6 7
2875~2884: 7 7 7 7 7 7 7 7 7 7
2885~2894: 7 7 7 7 7 7 7 7 7 7
2895~2904: 7 6 6 7 7 7 7 7 7 7
2905~2914: 7 7 7 7 7 7 7 6 7 7
2915~2924: 7 7 7 7 7 7 7 7 7 7
2925~2934: 7 7 7 7 7 7 7 7 7 7
2935~2944: 7 7 7 7 7 7 7 7 7 7
2945~2954: 7 7 7 7 6 7 7 7 7 7
2955~2964: 6 7 7 7 7 7 7 7 7 7
2965~2974: 7 7 7 7 7 7 7 6 7 7
2975~2984: 7 7 7 7 7 6 7 7 7 7
2985~2994: 7 7 7 7 7 7 7 7 7 7
2995~3004: 7 7 7 7 7 7 7 7 6 7
3005~3014: 7 7 7 7 7 7 7 7 7 7
3015~3024: 7 7 7 7 7 7 7 7 6 7
3025~3034: 7 6 7 6 7 6 7 6 7 7
3035~3044: 7 7 7 6 7 7 7 7 7 7
3045~3054: 7 6 7 7 6 7 7 7 7 7
3055~3064: 7 7 7 7 7 7 7 7 6 7
3065~3074: 7 7 6 7 7 7 7 7 7 7
3075~3084: 7 7 7 7 7 7 7 6 7 7
3085~3094: 7 7 6 7 6 7 6 6 6 6
3095~3104: 7 7 6 7 6 6 7 7 7 7
3105~3114: 7 6 6 6 7 7 6 7 6 7
3115~3124: 6 7 7 6 7 7 6 7 6 7
3125~3134: 6 7 6 7 7 7 6 6 6 6
3135~3144: 7 7 7 7 7 7 7 6 6 6
3145~3154: 7 7 7 7 6 6 6 6 6 7
3155~3164: 6 7 6 6 6 6 7 7 6 6
3165~3174: 7 7 6 7 7 7 7 7 7 7
3175~3184: 7 6 7 6 5 6 7 7 7 7
3185~3194: 7 6 6 7 7 7 7 6 7 7
3195~3204: 7 7 7 7 7 7 7 7 7 7
3205~3214: 7 7 6 7 7 7 7 7 7 7
3215~3224: 6 7 7 7 7 7 7 7 7 6
3225~3234: 6 7 7 7 7 7 7 6 7 6
3235~3244: 7 6 7 7 7 6 7 6 7 7
3245~3254: 7 7 6 7 7 7 7 7 6 7
3255~3264: 6 7 6 6 7 7 6 7 6 6
3265~3274: 6 6 6 6 6 6 6 6 6 6
3275~3284: 6 6 6 6 6 6 6 7 6 6
3285~3294: 6 6 6 7 6 6 6 6 7 6
3295~3304: 6 6 6 6 7 6 6 6 7 6
3305~3314: 6 6 6 6 6 6 6 6 5 6
3315~3324: 6 6 6 6 6 6 6 7 6 6
3325~3334: 6 6 6 6 6 6 6 6 6 6
3335~3344: 6 6 6 6 6 6 7 6 6 6
3345~3354: 6 6 6 6 6 6 7 6 6 6
3355~3364: 6 7 6 6 6 6 6 6 6 6
3365~3374: 6 6 5 6 6 6 5 6 6 6
3375~3384: 6 6 6 6 6 6 6 6 6 6
3385~3394: 6 6 6 6 6 6 6 6 6 6
3395~3404: 6 5 6 6 6 6 6 6 6 5
3405~3414: 6 5 6 5 6 6 6 6 5 5
3415~3424: 6 6 6 5 6 6 6 5 6 5
3425~3434: 5 5 5 6 6 5 6 6 5 6
3435~3444: 6 5 6 5 5 6 6 6 5 6
3445~3454: 5 6 6 6 5 5 5 5 5 5
3455~3464: 6 6 5 5 5 5 5 6 5 5
3465~3474: 6 5 5 5 5 5 5 5 5 6
3475~3484: 5 5 5 5 5 6 5 5 5 6
3485~3494: 5 5 6 5 5 5 5 6 5 5
3495~3504: 5 5 5 5 5 5 5 5 6 5
3505~3514: 6 5 5 5 5 5 5 5 5 5
3515~3524: 5 5 5 5 6 5 6 5 5 5
3525~3534: 5 5 5 6 5 5 5 6 5 5
3535~3544: 5 6 6 6 6 6 5 6 5 6
3545~3554: 6 5 5 5 5 6 6 6 5 5
3555~3564: 5 6 6 5 6 6 6 6 6 6
3565~3574: 6 5 6 6 6 6 6 6 6 5
3575~3584: 6 6 5 5 5 6 5 6 6 6
3585~3594: 6 6 6 6 5 6 6 6 6 6
3595~3604: 6 6 6 5 6 5 5 5 5 6
3605~3614: 6 5 5 6 6 5 5 5 5 5
3615~3624: 6 5 6 5 6 6 5 6 5 5
3625~3634: 5 6 5 6 5 5 5 5 5 6
3635~3644: 5 5 5 5 5 5 6 6 6 5
3645~3654: 5 6 5 6 6 5 5 6 5 5
3655~3664: 5 5 5 5 6 5 5 5 5 5
3665~3674: 5 5 5 5 6 6 5 5 5 5
3675~3684: 6 5 5 5 5 5 5 5 5 5
3685~3694: 5 6 5 5 5 5 5 5 5 5
3695~3704: 5 5 5 5 5 5 5 5 5 5
3705~3714: 5 5 5 5 5 5 5 5 5 5
3715~3724: 5 5 5 5 5 5 5 5 5 5
3725~3734: 5 5 5 5 5 5 5 5 5 5
3735~3744: 5 5 5 5 5 5 5 5 5 5
3745~3754: 5 5 5 5 5 5 5 5 5 5
3755~3764: 5 5 5 5 5 5 5 5 5 5
3765~3774: 5 5 5 5 5 5 5 5 5 5
3775~3784: 5 5 5 5 4 5 5 5 5 5
3785~3794: 5 5 5 4 5 5 4 4 4 4
3795~3804: 5 5 4 4 5 4 4 5 5 5
3805~3814: 5 4 5 4 5 5 5 4 5 5
3815~3824: 5 4 4 5 4 5 5 4 5 5
3825~3834: 5 5 4 5 5 5 5 4 5 5
3835~3844: 5 5 5 5 5 5 5 5 5 5
3845~3854: 5 5 5 5 5 5 5 4 5 5
3855~3864: 4 5 4 5 5 5 5 5 5 5
3865~3874: 5 5 5 5 5 5 5 5 5 5
3875~3884: 5 5 5 5 5 5 5 5 5 5
3885~3894: 5 5 5 5 5 5 5 5 5 5
3895~3904: 5 5 5 5 5 5 5 5 5 5
3905~3914: 5 5 5 5 5 5 5 5 5 5
3915~3924: 5 5 4 5 5 5 5 5 5 5
3925~3934: 5 5 5 5 5 5 5 5 5 5
3935~3944: 5 5 4 5 5 5 5 5 5 5
3945~3954: 5 5 5 5 5 5 5 5 5 5
3955~3964: 5 5 5 5 5 5 5 5 5 5
3965~3974: 5 5 5 5 5 5 5 5 5 5
3975~3984: 5 5 5 5 5 5 5 5 5 5
3985~3994: 5 5 5 5 5 5 5 5 5 5
3995~4004: 5 5 5 5 5 5 5 4 5 5
4005~4014: 5 5 5 5 5 5 5 5 5 5
4015~4024: 5 5 5 5 5 5 5 5 5 5
4025~4034: 5 5 5 5 5 5 5 5 5 5
4035~4044: 5 5 5 5 5 5 5 5 5 5
4045~4054: 5 5 5 5 5 5 5 5 5 5
4055~4064: 5 5 5 5 5 5 5 5 5 5
4065~4074: 5 5 5 5 5 5 5 3 5 5
4075~4084: 5 5 6 5 5 6 5 5 5
Gain Table:
0-th band( 33~ 857) :
33 ~42 : 469 558 526 512 497 591 512 558 497 558
43 ~52 : 512 483 526 542 483 483 430 497 430 430
53 ~62 : 430 430 443 430 443 469 574 443 483 483
63 ~72 : 483 469 456 456 456 512 526 456 526 512
73 ~82 : 497 497 526 469 512 469 526 542 512 512
83 ~92 : 526 469 512 497 512 542 526 512 497 512
93 ~102 : 497 558 558 574 558 497 497 526 574 542
103 ~112 : 542 542 526 558 608 574 542 591 574 644
113 ~122 : 608 644 558 469 626 469 644 608 626 483
123 ~132 : 626 497 497 626 626 608 542 512 608 512
133 ~142 : 644 469 644 469 469 512 483 512 469 483
143 ~152 : 497 483 526 497 497 483 497 497 558 558
153 ~162 : 497 512 512 542 512 542 558 558 497 574
163 ~172 : 512 512 574 558 542 430 526 574 574 574
173 ~182 : 418 558 591 574 542 418 418 430 418 418
183 ~192 : 456 430 430 497 443 418 574 443 497 526
193 ~202 : 483 558 456 574 430 483 430 443 497 456
203 ~212 : 469 591 591 497 497 542 526 591 443 469
213 ~222 : 558 497 591 483 542 512 526 512 526 526
223 ~232 : 574 591 512 497 542 512 526 526 512 574
233 ~242 : 591 574 558 591 591 542 469 443 591 574
243 ~252 : 483 574 443 456 591 591 497 430 512 512
253 ~262 : 526 469 430 443 443 591 430 591 456 526
263 ~272 : 542 443 469 443 526 456 469 483 430 497
273 ~282 : 469 483 483 512 542 469 542 574 542 497
283 ~292 : 469 542 558 574 443 497 443 591 430 574
293 ~302 : 430 483 542 542 456 456 456 526 512 483
303 ~312 : 483 526 443 591 542 526 542 558 558 497
313 ~322 : 430 443 430 456 430 456 456 443 483 430
323 ~332 : 443 456 483 456 512 542 542 512 512 591
333 ~342 : 512 558 526 542 456 574 558 443 574 456
343 ~352 : 512 443 591 469 483 469 512 574 497 497
353 ~362 : 526 526 591 526 542 542 469 591 469 443
363 ~372 : 483 443 469 497 497 558 483 512 443 512
373 ~382 : 574 526 526 574 591 542 591 558 574 574
383 ~392 : 558 591 443 406 591 456 430 430 406 430
393 ~402 : 430 443 469 418 443 430 430 430 497 418
403 ~412 : 443 497 483 558 558 483 497 512 483 542
413 ~422 : 558 512 443 497 542 542 526 558 526 591
423 ~432 : 542 542 558 526 542 558 591 574 558 591
433 ~442 : 443 512 443 574 469 469 591 456 443 497
443 ~452 : 512 483 469 497 574 497 497 591 512 526
453 ~462 : 558 558 542 497 512 526 542 542 526 542
463 ~472 : 591 558 591 558 558 574 430 574 542 542
473 ~482 : 558 558 542 430 469 526 558 456 542 497
483 ~492 : 574 558 456 443 558 443 574 430 574 512
493 ~502 : 591 558 558 469 526 483 558 558 443 430
503 ~512 : 574 542 591 443 542 558 574 558 483 574
513 ~522 : 469 443 574 456 443 497 443 542 512 443
523 ~532 : 526 430 526 497 483 483 483 443 456 591
533 ~542 : 483 456 591 591 430 591 558 574 591 542
543 ~552 : 558 558 443 558 443 558 574 574 574 469
553 ~562 : 591 558 469 574 558 574 430 430 469 443
563 ~572 : 591 430 443 443 574 430 443 591 558 456
573 ~582 : 443 574 574 497 456 483 430 558 497 456
583 ~592 : 443 430 430 526 430 591 443 591 443 456
593 ~602 : 497 591 558 542 430 430 430 591 497 430
603 ~612 : 497 430 483 512 591 443 443 574 469 469
613 ~622 : 558 443 591 574 456 591 574 591 574 591
623 ~632 : 456 469 469 591 430 443 430 591 430 574
633 ~642 : 430 456 469 443 430 443 430 483 469 574
643 ~652 : 483 526 469 469 456 483 542 456 443 497
653 ~662 : 526 591 542 456 497 418 497 497 469 497
663 ~672 : 497 469 558 483 469 526 418 483 469 469
673 ~682 : 512 469 483 526 526 497 512 512 483 526
683 ~692 : 542 512 483 542 469 512 512 591 512 483
693 ~702 : 512 542 512 526 497 542 497 558 558 526
703 ~712 : 591 512 574 526 512 558 526 526 558 542
713 ~722 : 558 542 542 574 542 542 558 526 558 542
723 ~732 : 591 526 526 574 574 542 558 542 526 574
733 ~742 : 574 542 542 591 558 512 591 526 443 558
743 ~752 : 558 542 591 574 558 430 591 443 526 574
753 ~762 : 558 558 558 418 542 430 558 542 542 558
763 ~772 : 574 558 542 430 574 418 591 558 574 574
773 ~782 : 542 558 591 574 542 418 574 526 443 418
783 ~792 : 591 574 443 574 591 558 456 456 430 430
793 ~802 : 558 443 591 591 591 591 456 418 456 418
803 ~812 : 542 591 430 443 574 418 430 574 430 574
813 ~822 : 430 591 574 483 418 574 574 558 558 591
823 ~832 : 430 456 574 418 558 574 558 418 574 574
833 ~842 : 418 574 591 542 469 418 558 558 418 443
843 ~852 : 574 430 430 418 591 591 430 591 443 574
853 ~862 : 591 497 574 574 574
1-th band(1218~1959) :
1218~1227: 558 558 526 542 574 542 443 443 558 469
1228~1237: 574 443 574 542 574 558 469 591 558 558
1238~1247: 542 574 456 456 469 591 443 456 591 574
1248~1257: 443 469 574 591 574 542 526 591 456 483
1258~1267: 512 591 483 443 574 591 483 574 443 497
1268~1277: 497 512 456 483 469 443 443 591 483 443
1278~1287: 443 483 497 443 456 469 526 469 483 443
1288~1297: 591 591 497 574 469 483 456 591 443 483
1298~1307: 443 483 591 443 558 443 469 469 443 591
1308~1317: 483 469 483 443 512 512 456 591 469 591
1318~1327: 591 483 483 456 456 469 483 469 512 443
1328~1337: 483 591 456 483 526 483 469 483 469 591
1338~1347: 443 456 526 591 483 483 497 512 591 591
1348~1357: 591 469 591 483 483 497 591 591 443 443
1358~1367: 469 469 483 483 430 456 497 456 456 469
1368~1377: 483 443 443 558 469 483 591 526 443 443
1378~1387: 483 483 483 497 591 456 497 443 591 574
1388~1397: 469 483 574 443 456 591 469 483 497 483
1398~1407: 456 591 483 558 456 456 456 497 483 443
1408~1417: 483 469 443 497 497 483 497 542 443 456
1418~1427: 469 469 456 469 483 483 469 469 456 456
1428~1437: 469 483 512 443 443 456 512 497 469 512
1438~1447: 526 526 542 456 483 469 483 483 469 483
1448~1457: 558 469 469 574 469 512 456 456 591 558
1458~1467: 558 456 526 574 497 469 483 443 483 469
1468~1477: 574 469 574 591 497 469 558 558 443 469
1478~1487: 497 469 558 456 512 456 591 497 456 591
1488~1497: 526 497 469 526 443 497 469 456 469 456
1498~1507: 469 542 512 443 456 469 469 483 469 443
1508~1517: 469 526 497 512 443 469 591 469 483 512
1518~1527: 483 456 591 443 443 526 591 483 591 443
1528~1537: 469 574 469 497 456 574 443 591 512 456
1538~1547: 443 558 469 591 574 574 443 591 574 483
1548~1557: 443 558 469 483 443 456 574 591 456 443
1558~1567: 469 558 443 558 591 558 456 483 574 483
1568~1577: 483 443 497 443 574 443 591 469 574 469
1578~1587: 526 591 591 483 591 469 591 483 456 443
1588~1597: 469 497 443 443 469 443 456 443 526 443
1598~1607: 443 469 456 469 456 483 443 591 469 497
1608~1617: 443 526 483 497 483 483 542 483 483 443
1618~1627: 456 574 497 456 443 497 512 526 456 443
1628~1637: 456 469 512 512 469 456 483 469 456 456
1638~1647: 443 443 526 456 483 469 483 526 497 497
1648~1657: 483 542 456 526 443 456 443 497 542 574
1658~1667: 591 512 443 443 483 483 469 542 456 497
1668~1677: 443 469 469 512 526 443 512 483 456 443
1678~1687: 456 469 591 469 497 443 483 483 542 469
1688~1697: 497 469 469 512 469 497 497 574 456 469
1698~1707: 591 526 497 591 574 558 483 497 483 497
1708~1717: 469 469 456 526 469 591 591 591 542 542
1718~1727: 443 469 526 497 591 558 456 469 456 483
1728~1737: 497 456 591 512 469 469 469 456 456 526
1738~1747: 558 483 591 542 483 483 443 456 542 542
1748~1757: 483 512 483 469 512 512 512 469 483 497
1758~1767: 526 483 483 497 497 497 542 469 483 483
1768~1777: 526 526 591 512 591 483 497 497 526 512
1778~1787: 512 483 469 574 497 526 526 512 512 497
1788~1797: 542 526 418 542 497 558 574 526 512 558
1798~1807: 526 542 542 497 558 406 512 526 512 497
1808~1817: 558 542 483 574 542 512 469 512 469 469
1818~1827: 497 542 558 469 558 483 542 526 526 497
1828~1837: 558 443 574 558 497 497 483 574 512 469
1838~1847: 542 469 497 542 512 512 512 526 497 526
1848~1857: 526 512 542 526 558 497 542 512 542 512
1858~1867: 558 512 526 497 542 512 497 483 558 574
1868~1877: 574 558 512 430 526 526 526 542 512 526
1878~1887: 591 512 542 591 443 526 526 512 406 574
1888~1897: 456 558 469 558 542 406 526 591 558 558
1898~1907: 542 542 418 558 526 591 526 512 526 526
1908~1917: 456 591 526 430 591 591 558 574 526 526
1918~1927: 497 443 558 430 591 542 574 526 526 558
1928~1937: 542 542 558 430 558 526 558 526 574 526
1938~1947: 497 526 406 542 542 558 591 526 542 558
1948~1957: 406 542 558 526 574 526 574 558 542 558
1958~1967: 574 558
2-th band(2795~4083) :
2795~2804: 406 591 418 456 430 443 443 483 443 443
2805~2814: 483 469 512 443 456 526 512 483 443 574
2815~2824: 542 469 469 456 469 469 469 497 497 483
2825~2834: 512 512 542 497 526 497 497 542 483 526
2835~2844: 497 512 512 469 526 526 591 483 483 526
2845~2854: 469 512 558 526 497 542 526 497 526 512
2855~2864: 456 526 483 483 558 558 542 512 497 483
2865~2874: 512 469 497 512 512 497 574 497 443 558
2875~2884: 497 591 558 512 512 483 574 591 483 542
2885~2894: 497 558 497 497 512 574 512 512 497 574
2895~2904: 483 456 483 542 591 526 497 526 558 574
2905~2914: 558 526 558 512 512 512 542 469 542 558
2915~2924: 526 574 497 526 526 526 526 542 497 542
2925~2934: 542 542 558 526 526 542 526 591 574 542
2935~2944: 574 512 542 512 542 558 526 542 512 574
2945~2954: 526 542 558 558 443 558 526 542 558 591
2955~2964: 443 558 526 558 542 542 526 542 574 591
2965~2974: 574 542 542 542 526 512 542 483 558 574
2975~2984: 542 512 526 591 591 469 574 574 526 558
2985~2994: 526 512 558 526 574 542 558 512 574 526
2995~3004: 558 526 542 591 542 558 591 591 443 542
3005~3014: 591 591 574 558 591 558 574 558 542 526
3015~3024: 542 591 542 591 574 558 591 574 456 574
3025~3034: 574 443 574 443 558 483 542 443 558 574
3035~3044: 574 574 542 443 526 591 542 574 526 542
3045~3054: 574 469 591 574 443 591 574 542 526 574
3055~3064: 558 526 542 591 574 512 526 542 443 497
3065~3074: 526 558 483 512 558 526 591 591 542 574
3075~3084: 542 558 574 574 574 591 591 443 591 526
3085~3094: 574 591 456 558 512 574 469 443 443 483
3095~3104: 542 542 456 542 512 512 558 574 512 526
3105~3114: 591 512 456 456 591 574 469 591 443 558
3115~3124: 558 574 526 443 542 591 443 512 456 558
3125~3134: 443 591 526 558 591 591 443 469 443 456
3135~3144: 574 591 526 574 574 591 512 443 443 469
3145~3154: 558 542 558 591 443 456 456 469 469 591
3155~3164: 469 574 443 469 456 469 574 591 469 443
3165~3174: 542 591 456 512 574 542 542 542 591 542
3175~3184: 558 443 542 483 469 497 512 574 574 558
3185~3194: 558 443 558 574 558 558 542 443 526 574
3195~3204: 574 558 542 512 558 574 526 542 526 542
3205~3214: 558 558 469 526 558 591 526 574 542 526
3215~3224: 443 574 574 542 558 542 542 558 512 574
3225~3234: 497 574 526 558 558 574 558 443 526 558
3235~3244: 591 443 558 574 558 469 574 497 558 542
3245~3254: 558 542 469 591 558 512 591 558 512 542
3255~3264: 456 558 512 483 574 591 456 591 456 456
3265~3274: 483 456 497 443 443 483 456 456 526 497
3275~3284: 443 443 443 456 483 558 542 591 456 542
3285~3294: 456 526 512 574 512 469 456 469 591 443
3295~3304: 526 469 512 512 591 526 456 456 574 456
3305~3314: 469 497 483 456 497 526 469 483 430 443
3315~3324: 443 456 443 456 456 483 469 591 512 497
3325~3334: 443 443 483 483 456 469 443 443 469 558
3335~3344: 542 456 469 558 558 574 591 497 512 497
3345~3354: 443 469 443 574 483 483 591 558 443 558
3355~3364: 512 591 483 443 512 526 469 456 456 483
3365~3374: 526 542 456 456 591 526 456 558 542 443
3375~3384: 526 497 483 456 591 512 443 558 469 542
3385~3394: 542 542 456 483 469 483 542 558 558 512
3395~3404: 542 430 558 542 542 483 574 497 591 430
3405~3414: 574 443 542 430 526 526 591 591 430 430
3415~3424: 469 591 591 443 574 591 574 430 558 443
3425~3434: 456 443 443 574 574 483 591 591 456 558
3435~3444: 497 497 591 456 483 574 591 591 430 574
3445~3454: 443 542 591 526 456 430 526 443 430 430
3455~3464: 497 591 443 443 456 456 456 591 469 483
3465~3474: 497 456 456 430 443 456 526 430 456 591
3475~3484: 443 456 430 497 469 591 456 456 483 558
3485~3494: 430 469 591 443 469 542 456 591 456 456
3495~3504: 456 526 443 443 483 483 456 456 512 456
3505~3514: 574 512 443 443 558 497 483 456 443 497
3515~3524: 430 430 443 430 542 443 591 443 483 469
3525~3534: 497 456 497 591 456 456 469 558 456 483
3535~3544: 430 542 558 512 526 574 456 526 430 512
3545~3554: 542 512 512 512 497 558 542 542 469 443
3555~3564: 469 526 542 483 542 526 591 591 574 526
3565~3574: 591 456 542 542 542 558 542 558 591 430
3575~3584: 574 591 456 443 512 526 456 591 542 542
3585~3594: 591 558 542 542 497 591 574 526 558 591
3595~3604: 591 591 574 430 574 558 443 430 558 591
3605~3614: 574 456 443 542 591 443 443 483 430 430
3615~3624: 574 430 558 456 591 591 430 591 430 430
3625~3634: 483 591 443 591 456 430 456 456 443 591
3635~3644: 443 512 430 443 430 469 574 574 591 443
3645~3654: 456 574 456 591 591 512 497 591 542 443
3655~3664: 443 430 469 430 591 456 430 483 512 443
3665~3674: 430 456 456 430 591 574 456 430 430 443
3675~3684: 591 456 469 469 456 430 456 430 456 469
3685~3694: 456 591 443 430 430 469 430 483 497 443
3695~3704: 456 443 512 483 430 483 526 430 443 497
3705~3714: 469 512 456 443 469 469 483 483 483 497
3715~3724: 443 512 456 483 469 469 512 483 443 497
3725~3734: 512 542 456 456 497 469 512 483 483 469
3735~3744: 456 574 456 469 469 526 456 456 443 497
3745~3754: 497 497 497 469 497 512 469 558 483 512
3755~3764: 574 497 456 526 526 483 469 574 497 469
3765~3774: 497 497 542 469 497 483 456 469 469 512
3775~3784: 574 483 512 497 443 469 469 497 469 558
3785~3794: 469 526 542 443 456 443 430 430 469 469
3795~3804: 469 591 430 483 574 456 430 526 456 591
3805~3814: 469 430 483 469 497 469 469 469 456 497
3815~3824: 469 443 443 526 469 497 469 430 512 497
3825~3834: 574 483 456 512 483 497 542 430 558 512
3835~3844: 483 469 456 574 512 443 542 574 469 469
3845~3854: 469 512 443 574 526 456 497 430 497 497
3855~3864: 443 497 443 512 512 574 512 512 483 574
3865~3874: 469 542 469 497 497 483 526 497 469 512
3875~3884: 526 469 512 497 512 542 483 512 512 591
3885~3894: 483 512 558 526 542 469 574 512 469 456
3895~3904: 469 469 483 497 558 512 483 512 542 558
3905~3914: 574 542 483 512 497 558 542 497 497 512
3915~3924: 512 542 469 526 512 483 512 456 483 542
3925~3934: 526 526 574 456 497 469 542 483 497 483
3935~3944: 558 483 469 512 456 483 469 456 542 526
3945~3954: 497 512 456 497 512 469 483 469 542 542
3955~3964: 574 456 483 512 497 469 574 526 469 542
3965~3974: 497 558 497 469 497 497 512 542 558 497
3975~3984: 469 558 497 469 469 526 469 469 591 574
3985~3994: 469 542 497 469 497 542 469 526 512 469
3995~4004: 469 469 558 526 497 497 469 430 512 574
4005~4014: 483 526 497 542 542 497 483 526 497 497
4015~4024: 483 512 526 542 512 512 483 456 483 497
4025~4034: 512 469 469 526 497 512 497 526 443 512
4035~4044: 497 483 469 469 526 497 526 574 526 512
4045~4054: 512 526 497 483 469 483 469 469 497 497
4055~4064: 512 542 512 456 542 456 469 456 512 430
4065~4074: 497 497 512 483 526 456 456 558 591 456
4075~4084: 469 456 591 430 456 558 430 512 469
w rts db on
RTS debug message ON!
tc>[OVHD_DBG] Rx MGCNT_READ Req(rx_sf=30, rx_sb=256)
[OVHD_DBG] Tx MGCNT_READ_ACK(rx_sf=30, rx_sb=256)
[OVHD_DBG] Rx PMD_TEST_SINGLE_READ Req(rf=30, rb=256)
[OVHD_DBG] Tx PMD_TEST_SINGLE_READ_ACK(rf=30, rb=256)
w ad p
near-end FEC error fast: 0
near-end FEC error interleaved: 290
near-end CRC error fast: 0
near-end CRC error interleaved: 0
near-end HEC error fast: 0
near-end HEC error interleaved: 0
far-end FEC error fast: 0
far-end FEC error interleaved: 0
far-end CRC error fast: 0
far-end CRC error interleaved: 0
far-end HEC error fast: 0
far-end HEC error interleaved: 0
ADSL uptime :2 min, 32 secs
tc>w ad c
near-end interleaved channel bit rate: 62353 kbps
near-end fast channel bit rate: 0 kbps
far-end interleaved channel bit rate: 19000 kbps
far-end fast channel bit rate: 0 kbps
tc>[OVHD_DBG] Rx MGCNT_READ Req(rx_sf=108, rx_sb=256)
[OVHD_DBG] Tx MGCNT_READ_ACK(rx_sf=108, rx_sb=256)
[OVHD_DBG] Rx PMD_TEST_SINGLE_READ Req(rf=108, rb=256)
[OVHD_DBG] Tx PMD_TEST_SINGLE_READ_ACK(rf=108, rb=256)
[ST_TASK] OLR_EXEC (1)
CG=7, NM=2, CG-NM=5
##TASK:Vdsl2TaskPMDSATN done [64 symbols]
[END] SSCN/STSSC (DS SSC) = 1024/1023 (0)
w rts db on
RTS debug message ON!
tc>w ad c
near-end interleaved channel bit rate: 62353 kbps
near-end fast channel bit rate: 0 kbps
far-end interleaved channel bit rate: 19000 kbps
far-end fast channel bit rate: 0 kbps
tc>[OVHD_DBG] Rx MGCNT_READ Req(rx_sf=186, rx_sb=256)
[OVHD_DBG] Tx MGCNT_READ_ACK(rx_sf=186, rx_sb=256)
[OVHD_DBG] Rx PMD_TEST_SINGLE_READ Req(rf=186, rb=256)
[OVHD_DBG] Tx PMD_TEST_SINGLE_READ_ACK(rf=186, rb=256)
[OVHD_DBG] Rx MGCNT_READ Req(rx_sf=7, rx_sb=256)
[OVHD_DBG] Tx MGCNT_READ_ACK(rx_sf=7, rx_sb=256)
[OVHD_DBG] Rx PMD_TEST_SINGLE_READ Req(rf=7, rb=256)
[OVHD_DBG] Tx PMD_TEST_SINGLE_READ_ACK(rf=7, rb=256)
[OVHD_DBG] Tx MGCNT_READ Req...(tx_sf=16, tx_sb=224)
[OVHD_DBG] Rx MGCNT_READ_ACK(rx_sf=17, rx_sb=256)(tx_sf=17, tx_sb=223)
[OVHD_DBG] Tx PMD_TEST_PARAM_SINGLE_READ Req...(tx_sf=17, tx_sb=224)
[OVHD_DBG] === Rx PMD_TEST_SINGLE_READ_ACK(rf=18,rb=256)(tf=18,tb=223)
[OVHD_DBG] latn (LATN*10 dB) => 1 168 268 0 0
[OVHD_DBG] satn (SATN*10 dB) => 1 166 268 0 0
[OVHD_DBG] snrm (SNRM*10 dB) => 62 76 66 60 0 0
[OVHD_DBG] attndr(ATTNDR) = 22016946 (bps)
[OVHD_DBG] Near-end actatp = 126 (ACTATP*10 dBm)
[OVHD_DBG] Far-end actatp = 47 (ACTATP*10 dBm)
Tx_CRC[0] = 0
Tx_FEC[0] = 0
Tx_ERR_SEC = 0
Tx_FEC_SEC = 0
Rx_CRC[0] = 0
Rx_FEC[0] = 290
Rx_ERR_SEC = 0
Rx_FEC_SEC = 5
Near-end total: los=0, sef=0, lpr=0
Far-end total: los=1, sef=1, lpr=0
VDSL2 Sync-Up Time: 0 Day(s) 0: 2:41
[Vcxo]=10754902
##TASK:Vdsl2LogShowTimeErrPwr done [5 symbols]
Pilot info:[130] SNRM=48.06,SNR=50.56,Bit= 0,ErrPwr= 9,FFTout(274/-414)
SNRM:Ave= 5.67-> 5.8, Max[4072]= 8.75, Min[383]= 2.20
SNRM_Band[0]= 5.5-> 5.7
SNRM_Band[1]= 5.7-> 5.9
SNRM_Band[2]= 5.7-> 5.9
US SNRM = 6.2
##TASK:Vdsl2TaskPMDSNRSNRMCalc done [15 symbols]
[ST_TASK] OLR_EXEC (1)
CG=7, NM=2, CG-NM=5
ATTNDR = 97344000 (bps)
##TASK:Vdsl2AttNetDataRate done [5 symbols]
[END] SSCN/STSSC (DS SSC) = 1024/1023 (0)
w ad p
near-end FEC error fast: 0
near-end FEC error interleaved: 162185
near-end CRC error fast: 0
near-end CRC error interleaved: 12
near-end HEC error fast: 0
near-end HEC error interleaved: 0
far-end FEC error fast: 0
far-end FEC error interleaved: 419
far-end CRC error fast: 0
far-end CRC error interleaved: 0
far-end HEC error fast: 0
far-end HEC error interleaved: 0
ADSL uptime :10:04, 10 secs
tc>[OVHD_DBG] Rx MGCNT_READ Req(rx_sf=113, rx_sb=256)
[OVHD_DBG] Tx MGCNT_READ_ACK(rx_sf=113, rx_sb=256)
[OVHD_DBG] Rx PMD_TEST_SINGLE_READ Req(rf=113, rb=256)
[OVHD_DBG] Tx PMD_TEST_SINGLE_READ_ACK(rf=113, rb=256)
[OVHD_DBG] Rx MGCNT_READ Req(rx_sf=191, rx_sb=256)
[OVHD_DBG] Tx MGCNT_READ_ACK(rx_sf=191, rx_sb=256)
[OVHD_DBG] Rx PMD_TEST_SINGLE_READ Req(rf=191, rb=256)
[OVHD_DBG] Tx PMD_TEST_SINGLE_READ_ACK(rf=191, rb=256)
[OVHD_DBG] Tx MGCNT_READ Req...(tx_sf=208, tx_sb=224)
[OVHD_DBG] Rx MGCNT_READ_ACK(rx_sf=209, rx_sb=256)(tx_sf=209, tx_sb=223)
[OVHD_DBG] Tx PMD_TEST_PARAM_SINGLE_READ Req...(tx_sf=209, tx_sb=224)
[OVHD_DBG] === Rx PMD_TEST_SINGLE_READ_ACK(rf=210,rb=256)(tf=210,tb=223)
[OVHD_DBG] latn (LATN*10 dB) => 1 168 268 0 0
[OVHD_DBG] satn (SATN*10 dB) => 1 166 268 0 0
[OVHD_DBG] snrm (SNRM*10 dB) => 62 66 63 61 0 0
[OVHD_DBG] attndr(ATTNDR) = 22029210 (bps)
[OVHD_DBG] Near-end actatp = 126 (ACTATP*10 dBm)
[OVHD_DBG] Far-end actatp = 47 (ACTATP*10 dBm)
Tx_CRC[0] = 0
Tx_FEC[0] = 419
Tx_ERR_SEC = 0
Tx_FEC_SEC = 28
Rx_CRC[0] = 12
Rx_FEC[0] = 162207
Rx_ERR_SEC = 5
Rx_FEC_SEC = 4979
Near-end total: los=0, sef=0, lpr=0
Far-end total: los=1, sef=1, lpr=0
VDSL2 Sync-Up Time: 0 Day(s) 9:46:21
[Vcxo]=10739442
##TASK:Vdsl2LogShowTimeErrPwr done [5 symbols]
Pilot info:[130] SNRM=46.04,SNR=48.54,Bit= 0,ErrPwr=29,FFTout(272/-416)
SNRM:Ave= 5.70-> 5.9, Max[252]= 9.75, Min[1702]= 1.91
SNRM_Band[0]= 5.7-> 5.9
SNRM_Band[1]= 5.6-> 5.8
SNRM_Band[2]= 5.7-> 5.9
US SNRM = 6.2
##TASK:Vdsl2TaskPMDSNRSNRMCalc done [15 symbols]
[ST_TASK] OLR_EXEC (1)
CG=7, NM=1, CG-NM=5
##TASK:Vdsl2TaskPMDSATN done [66 symbols]
w ad p
near-end FEC error fast: 0
near-end FEC error interleaved: 227106
near-end CRC error fast: 0
near-end CRC error interleaved: 12
near-end HEC error fast: 0
near-end HEC error interleaved: 0
far-end FEC error fast: 0
far-end FEC error interleaved: 633
far-end CRC error fast: 0
far-end CRC error interleaved: 0
far-end HEC error fast: 0
far-end HEC error interleaved: 0
ADSL uptime :20:05, 40 secs
tc>Disconnect ADSL modem..
*** Çë ²» Òª ¹Ø ±Õ µ± Ç° ´° ¿Ú !!! ***
*** PLEASE DO NOT CLOSE THE WINDOW !!! ***
Parsing Packets...
>>>>>>>> ³Ì Ðò ÔË ÐÐ ½á Êø <<<<<<<<
>>>>>>>> END of program <<<<<<<<
°´ ¼ü ÅÌ ÈÎ Òâ ¼ü ÍË ³ö ³Ì Ðò ...
Press any key to exit program ...
Last edited:
I'll give it a week from now, if DLM for some reason doesn't perform a positive change in that time then I might force fastpath. However, with the ECI G.INP rollout supposedly coming up in a few days (which will probably take a few months), I'm reluctant to force fastpath incase someone at the DCoE notices this and doesn't like what they see (when G.INP is applied to the connection).
However, a fair test is to leave it connected for a week on interleaved. If FEC starts to rise suddenly and rapidly then it should indicate what you believe ASUS may have done. I hope however it doesn't happen.
I've further tweaked my transmit power and have now set target stability to 6dB. However, it appears with a high INP and delay that the modem won't sync much beyond a certain sync rate/SNRM even though the upper limit is actually 67Mbps.
Settings: http://i.imgur.com/Ha6Uxoi.png
Stats: http://i.imgur.com/ykJesQf.png
@mjgr33n: What's your cabinet, I presume it's a Huawei and not ECI?
However, a fair test is to leave it connected for a week on interleaved. If FEC starts to rise suddenly and rapidly then it should indicate what you believe ASUS may have done. I hope however it doesn't happen.
I've further tweaked my transmit power and have now set target stability to 6dB. However, it appears with a high INP and delay that the modem won't sync much beyond a certain sync rate/SNRM even though the upper limit is actually 67Mbps.
Settings: http://i.imgur.com/Ha6Uxoi.png
Stats: http://i.imgur.com/ykJesQf.png
@mjgr33n: What's your cabinet, I presume it's a Huawei and not ECI?
Last edited:
Not sure, it is new VDSL since XMAS, how do I tell which it is?
All I know is I was getting over 100~200 CRC Up/Down errors per day and I went on Holiday, when I came back I noticed the line had reset on Friday morning and no more CRC since then.
my speed is the same and ping rate is the same around 17ms.
If you've seen your cabinet then it'll be one of the photos on here: http://www.robertos.me.uk/html/street_cabinets_etc.html
Each photo has a label to say which model it is. The ECI 128 is actually green, not black (as shown in the picture on that website), but it's unique as the design is slightly different to the Huawei 128 (e.g. ECI 128 has a large ventilation grill on the front door where Huawei 128 has a small ventilation grill on the door).
Each photo has a label to say which model it is. The ECI 128 is actually green, not black (as shown in the picture on that website), but it's unique as the design is slightly different to the Huawei 128 (e.g. ECI 128 has a large ventilation grill on the front door where Huawei 128 has a small ventilation grill on the door).
Looks like ours is ECI 128, will double check later.
to check the dslam vendor chipset (even if if huawei, juniper, eci etc) type at telnet
cat /tmp/adsl/info_adsl.txt
then you will see something like this (from previous posters up)
http://forums.overclockers.co.uk/showpost.php?p=27844409&postcount=1725
http://forums.overclockers.co.uk/showpost.php?p=27844745&postcount=1726
note the ATUCID and the middle highlighted numbers
ATURID=26005443434e0000
ATUCID=b5004946544eb204
Now using this convertor
http://ascii.cl/
49=I 46=F 54=T 4e=N which stands for IFTN = INFINEON
hope you can spot them in the convertor ... usually is the down ones & middle column
I have asked Asus & they said will add the vendor id sometime in dsl stats page
cat /tmp/adsl/info_adsl.txt
then you will see something like this (from previous posters up)
http://forums.overclockers.co.uk/showpost.php?p=27844409&postcount=1725
http://forums.overclockers.co.uk/showpost.php?p=27844745&postcount=1726
note the ATUCID and the middle highlighted numbers
ATURID=26005443434e0000
ATUCID=b5004946544eb204
Now using this convertor
http://ascii.cl/
49=I 46=F 54=T 4e=N which stands for IFTN = INFINEON
hope you can spot them in the convertor ... usually is the down ones & middle column
I have asked Asus & they said will add the vendor id sometime in dsl stats page
Last edited:
Nice find. I was wondering how to convert those.
EDIT: Quicker method to convert is at http://www.rapidtables.com/convert/number/hex-to-ascii.htm
Last edited: