Upload speeds RS700 are slow when compared to etherneted laptop direct to cm3000

[Clonea1]

Slow upload speeds from rs700+cm3000

• 2gbit down / 300mb up service plan i am contracted for
• Comcast tech just left and did a meter-based speed test on the coax line.  the coax line tested at 2300~ down and 480~ upload.  This establishes that the coax is good for the speeds of my contracted plan
• CM3000 directly connected to a laptop via USB-c to ethernet adaptor gets 980mb (the dongle only supports 1gbit connectivity), and the laptop via the same connection gets 150mb/s~ upload. (its a older laptop... and its a laptop but this establishes a soft control)
• CM3000 connected to the multi gig port via cat6 to the rs700 test ran both from in the router and the nighthawk app.  Speed test yields solid downloads from 1900 - 2200 mbp/s.  however, the upstream hard walls at 75mbp/s up load this will fluctuate 73,72,75 etc... never past.

rs700 is running firmware : 

Firmware Version V1.0.7.86_2.0.82

cm300 is running firmware :

Firmware Version V5.01.02

[Clonea1 · Accepted solution]

I called into support he had me disable QOS  and first try the thing ripped 

[FURRYe38]

What is brand and model# of USB C adapter and the laptop?

Tried a different PC or laptop to compare results? 

@BH-C 

[Clonea1]

The US dingle is not reliant as that performs better the the rs700 directly connected to the cm3000 useing the internal speed test to the router. Also all the devices on the Lan (Ethernet) reflect the same 75mbs upload that the rs700 is showing

[BH-C]

If Comcast confirms it delivers more than 300mbps for the upload on the cable, the CM3000 + RS700 should be able to get 300mbps upload speeds for the embedded speed test, or at least 150mbps same as the laptop with the USB dongle.

I think we've done this test in our lab. I will check it. Thanks.

[Clonea1]

Yes I would agree the hardware should support it. 300 is not a huge ask when it's doing the 2k down fine. So yeh the laptop on dingle direct to cable modem sets an atleast minimum to see on the router side of the house. But yeah the techs test meter came back in what we would expect so we know the coax is good so now dealing with firmware or something on the netgear side. I may re do the laptop direct test as well when the isp connection is no longer needed, on a newer nicer laptop with a fresh os image to see if I can even best that first couple of tests directly off the cm3000. Also Comcast certifies the cm3000 at 2.3gps down and 483mbps up

[Clonea1]

@BH-C more testing completed, 

took tests from the router its self, as well s the laptop ethernet to router, then did tests with laptop direct to cm3000

from the router admin page

from the speed test page via laptop to router

in both these tests the upload speed aligns, download wont align because the laptop does not have a multi gig port so 1gb exceeds capacity on the down stream

here we can see that the direct to modem had no issues hitting the 355 (plan is only 300 so this over performed)

i do not understand the wall that the rs700 seems to be hitting it can clearly handle the down stream, but its not talking upstream, this feels firmware ish to me.  its to late now i need sleep, in the morning i will see if i get different results if i LAG the modem and rs700 together ... like maybe the multi gig port on the cable modem does not have a compatible config with the multi gig internet port on the router

[BH-C]

Hi @Clonea1,

We just ran the test (RS700 + CM3000) today with our Comcast service (2Gbps DS, 300mbps US), and we could constantly got more than 300mbps for US in our test. We used the router's spped test from the Web GUI.

When you used your laptop to run speed test through the modem directly and through the RS700, did you see if the two tests were against the same Ookla server? The screenshot for the test directly going through the modem does not show which server was used.

Can you try the RS700's speed test vs. some other servers? You can choose different servers from the Web GUI:
From the Advanced tab -> Setup group -> QoS Setup menu: (1) click on the "Select Speedtest Server" button first (2) choose a different server from the slection box on the right. Please see the screenshot below. Please try a few other servers.

Besides, when you connected the laptop to the CM3000, did you use the same Ethernet cable that was used to connect the RS700 to the CM3000? Let's make sure the same cable is used.

Thanks.

[Clonea1]

@BH-C 

So i have two cables involved isolated for the testing purposes, i have the cat6 flat black cable that shipped with the rs700 and i have the yellow cat5e STP that shipped with the CM3000.  i have tested both cables one at a time direct to the cm300 and got the expected test results on the laptops of the roughly 950* down / 300 up as expected (*i only have a 1gb dongle but this is a test of upstream, down stream as that is happy).

I conducted three sets of tests this took a couple of hours 

i pulled all the serverID's from the QOS test page interface and wrote a quick batch file to run speedtest.exe at the CLI so i could export results

I ran the batch file on the laptop under two connections

Direct to CM300

Direct to RS700 via port 4

the router does not have a CLI so i ran each server location manually and transposed to excel

from these results we can see that the direct connect regardless of the serverid gets the expected upstream performance

we can then see that when the rs700 is involved the upstream performance drops regardless of if its on router testing or on laptop testing the results are nearly the same (a suspicious consistent 4mbps tax on the laptop connected to rs700 vs rs700 on appliance test 74 vs 70)

*the router based test doesnt give nearly the details that the CLI test on the laptop gives hence the white spots

*a couple of the test servers seemed to have cripped when hit with a 2gbps load but this is kind of expected and does not changes the findings of the upstream

speedtest.exe -f csv -s 1774
speedtest.exe -f csv -s 2405
speedtest.exe -f csv -s 60283
speedtest.exe -f csv -s 45728
speedtest.exe -f csv -s 18687
speedtest.exe -f csv -s 63673
speedtest.exe -f csv -s 34463
speedtest.exe -f csv -s 4981
speedtest.exe -f csv -s 46989
speedtest.exe -f csv -s 16614
speedtest.exe -f csv -s 33195

[FURRYe38]

You happen to have a different router that you could test and compare with? 

I'd ask about an RMA and see if this would observe same thing at the router.

Can you get a CAT6A STP cable in between the CM modem, RS and your USB dongle as well? 

[Clonea1]

i do have another 3foot cat6 that i picked up to test with but plan on returning, 5e is rated for 300mbit anyway so thats not it.  but yes i have multiple cables.  but the two cables have both been validated to get the desired speeds when direct to cm3000 

i am still in the return period for a few more days with the rs700 with best buy however,.... eh i dont know if this is RMA or if this is config this feels more like config vs malfunction but i could be wrong.  

i still have my rbr50 that i could hookup after hours but thats not apples to apples ie firmware issue with the rs700 vs the rbr50 could be fine but i will run that test this evening 

[FURRYe38]

If you can, let us know the results with the RBR50. 

If your in the return period with best buy, might ask them if you can try another RS. Seems like this points to something happening with the current RS. 

[Clonea1]

even for being older gear the rbr50 had zero issues hitting 350~mbps (it does not support past 1gb hence the 927) up both on laptop and via web admin console

further indicating that the rs700 has something going on with it, i would hate to think that its actually bad hardware

[FURRYe38]

Ok, great comparison test. 

Ya, seems like something happening with the RS. I'd try another RS from best buy. 

@BH-C said testing there's didn't produce this on there unit so, kind of pointing to your unit being the problem. Trying another should reveal a difference. 

[Clonea1]

im out side of the lunch window to keep testing but the last thing i tested was flow control on / off on all ports no change in performance observed

im really reluctant to swapping out, want to see if their is more test or debut etc... 

[FURRYe38]

Maybe @BH-C can offer up more info to try. Would be good to try another one if you can though.

[Clonea1]

Is bh-c netgear community support? Or should I open a support case somehow?

[Clonea1 · Accepted solution]

I called into support he had me disable QOS  and first try the thing ripped 

[BH-C]

So looks you enabled QoS previously when the upstream speeds were about 70-80mbs, not boosted to 300mbps yet. Wen you enable QoS, it locks the max speeds based on what you entered or based on the speed test results at that time.

Now with 2Gbps DS / 300mbps US condition, you can enable QoS again and then you should be able to get 300mbpds US speeds even when QoS is enabled.

[Clonea1]

yeh so issues with the modem as well previously so story time

when we moved in years ago our speeds where trash, comcast put a amp in, things got better.... then 3-4~ years ago we had more issues, so they ran a new underground line........ fast forward

cm3000 - indicating powerlevels are to high, and that their is no locks on upstream OFDMA channels

Cable Diagnostic

Status: Poor

Action:
[Downstream Power Level]
Try these actions (Click the Refresh button after each step):
1) Make sure the coaxial cable is tightly connected.
2) Remove any unnecessary splitters.
3) Replace any required splitters.
4) Contact your service provider for troubleshooting help.

CM Status: Good

Downstream Status: Poor

Downstream Power Level: Poor
Downstream power is poor (11.1dBmV). The recommended level is between -10dBmV to 10dBmV.

Downstream SNR Level: Good

Upstream Status: Good

Upstream Power Level: Good

Upstream OFDMA Channels
Channel LockedStatus ProfileID ChannelID Frequency Power
1 Not Locked 0 0 0 Hz 0 dBmV
2 Not Locked 0 0 0 Hz 0 dBmV

i deleted the amp, this allowed for OFDMA locks however downstream power was still to high (the techs indicated that those amps didnt have the spectrum to support docsis 3.1 so the ofdma spectrum just gets dropped

Cable Diagnostic

Status: Poor

Action:
[Downstream Power Level]
Try these actions (Click the Refresh button after each step):
1) Make sure the coaxial cable is tightly connected.
2) Remove any unnecessary splitters.
3) Replace any required splitters.
4) Contact your service provider for troubleshooting help.

CM Status: Good

Downstream Status: Poor

Downstream Power Level: Poor
Downstream power is poor (10.7dBmV). The recommended level is between -10dBmV to 10dBmV.

Downstream SNR Level: Good

Upstream Status: Good

Upstream Power Level: Good

Upstream OFDMA Channels
Channel LockedStatus ProfileID ChannelID Frequency Power
1 Locked 12 ,13 41 36200000 Hz 36.0 dBmV
2 Not Locked 0 0 0 Hz 0 dBmV

so i added 2 splitters because each has a -3.5 tax to drag down stream power back into range around 3.4dbmv

Cable Diagnostic

Status: Good

Action:
Your setup looks fine. If you can't access the internet, make sure you properly activated the modem. If modem has been activated and you still can't access the internet, contact your service provider for troubleshooting help.
If you can access the internet but has other internet issue, the Netgear Cable Knowledge Base can provide additional troubleshooting info.

CM Status: Good

Downstream Status: Good

Downstream Power Level: Good

Downstream SNR Level: Good

Upstream Status: Good

Upstream Power Level: Good

Upstream OFDMA Channels
Channel LockedStatus ProfileID ChannelID Frequency Power
1 Locked 12 ,13 41 36200000 Hz 42.5 dBmV
2 Not Locked 0 0 0 Hz 0 dBmV

and with the decrease of down stream power the ofdma locks went from 36 to 42.5 - it was at this point when the modem was then testing direct connect at 100% but the rs700 was still testing poor as well as all client machines

@BH-C so now the next theory to test is the thought that speed tests being ran where not updating the QOS limits well it was enabled and that testing with no ofdma locks got hard coded in to the qos config at 75, but disabled and re enable should re read in the test results?  if this is the case that feels like a defect where qos limits are not dynamically updating on test runs thus needing to disable/re-enable.  i would think that should be dynamic 

[Clonea1]

now the next think and ill do more testing on this now that i know cable modem and router are running proper now i can work down the stream i need to figure out why devices connected via my insight managed switches (gc510p) are testing like this 

(ill most likely create a new thread once i have some testing done)

[FURRYe38]

Please post a copy and paste of the modems connection status and event log page. Full data from the download section please. 
https://kb.netgear.com/30007/How-do-I-obtain-the-cable-connection-information-from-a-NETGEAR-cable-m...
https://kb.netgear.com/30008/How-do-I-view-or-clear-the-event-logs-on-my-NETGEAR-cable-modem-or-mode...

[Clonea1]

Pre amp removal and pre addition of splitter to cause -7dbmv tax

Cable Diagnostic

Status: Poor

Action:
[Partial Service]
If the Partial Service mode does not go away within a few hours (Click the Refresh button after each step):
1) Make sure the coaxial cable is tightly connected.
2) Remove any unnecessary splitters.
3) Replace any required ones.
4) Contact your service provider for troubleshooting help.
[Downstream Power Level]
Try these actions (Click the Refresh button after each step):
1) Make sure the coaxial cable is tightly connected.
2) Remove any unnecessary splitters.
3) Replace any required splitters.

CM Status: Good

Downstream Status: Poor

Downstream Power Level: Poor
Downstream power is poor (11.0dBmV). The recommended level is between -10dBmV to 10dBmV.

Downstream SNR Level: Good

Upstream Status: Poor

Partial Service: Poor
Cable modem is in partial service mode. Your service provider might be under maintenance. Most of the time it won't affect your traffic and will automatically clear when work is complete.

Upstream Power Level: Good

Current Time: Sun Aug 25 11:27:02 2024

Startup Procedure
Acquire Downstream Channel: 399000000 Hz Locked
Connectivity State: OK Operational
Boot State: OK Operational
Security: Enabled BPI+
IP Provisioning Mode: Honor MDD IPv6 only

Downstream Bonded Channels
Channel LockedStatus Modulation ChannelID Frequency Power SNR Correctables Uncorrectables
1 Locked QAM256 4 399000000 Hz 10.8 44.4 0 0
2 Locked QAM256 1 381000000 Hz 11 44.5 12 0
3 Locked QAM256 2 387000000 Hz 10.9 44.5 8 0
4 Locked QAM256 3 393000000 Hz 10.8 44.5 0 0
5 Locked QAM256 5 405000000 Hz 10.6 44.3 0 0
6 Locked QAM256 6 411000000 Hz 10.5 43.8 0 0
7 Locked QAM256 7 417000000 Hz 10.4 44.2 0 0
8 Locked QAM256 8 423000000 Hz 10.2 44.1 0 0
9 Locked QAM256 9 429000000 Hz 10.1 44 0 0
10 Locked QAM256 10 435000000 Hz 10.2 44.1 0 0
11 Locked QAM256 11 441000000 Hz 9.9 44 0 0
12 Locked QAM256 12 447000000 Hz 10.2 44 0 0
13 Locked QAM256 13 453000000 Hz 10.1 44 0 0
14 Locked QAM256 14 459000000 Hz 10 43.9 0 0
15 Locked QAM256 15 465000000 Hz 10 43.9 0 0
16 Locked QAM256 16 471000000 Hz 10.1 43.8 0 0
17 Locked QAM256 17 477000000 Hz 9.9 43.8 0 0
18 Locked QAM256 18 483000000 Hz 10 43.8 0 0
19 Locked QAM256 19 489000000 Hz 10 43.7 0 0
20 Locked QAM256 20 495000000 Hz 9.8 43.6 0 0
21 Locked QAM256 21 501000000 Hz 9.8 43.6 0 0
22 Locked QAM256 22 507000000 Hz 9.9 43.7 0 0
23 Locked QAM256 23 513000000 Hz 9.8 43.7 0 0
24 Locked QAM256 24 519000000 Hz 9.8 43.6 0 0
25 Locked QAM256 25 525000000 Hz 9.9 43.7 12 0
26 Locked QAM256 26 531000000 Hz 9.8 43.6 14 0
27 Locked QAM256 27 537000000 Hz 9.9 43.6 9 0
28 Locked QAM256 28 543000000 Hz 10 43.6 0 0
29 Locked QAM256 29 549000000 Hz 9.7 43.5 0 0
30 Locked QAM256 30 555000000 Hz 9.8 43.5 10 0
31 Locked QAM256 31 561000000 Hz 10.3 43.7 14 0
32 Locked QAM256 32 567000000 Hz 10.3 43.7 10 0

Upstream Bonded Channels
Channel LockedStatus ChannelType ChannelID SymbolRate Frequency Power
1 Locked ATDMA 3 5120 Ksym/sec 29200000 Hz 41.3 dBmV
2 Locked ATDMA 2 5120 Ksym/sec 22800000 Hz 41.3 dBmV
3 Locked ATDMA 1 5120 Ksym/sec 16400000 Hz 41.5 dBmV
4 Locked ATDMA 4 5120 Ksym/sec 35600000 Hz 41.5 dBmV
5 Not Locked Unknown 0 0 0 0.0
6 Not Locked Unknown 0 0 0 0.0
7 Not Locked Unknown 0 0 0 0.0
8 Not Locked Unknown 0 0 0 0.0

Downstream OFDM Channels
Channel LockedStatus ProfileID ChannelID Frequency Power SNR/MER ActiveSubcarrier Unerror Correctable Uncorrectable
1 Locked 0 ,1 ,2 ,3 193 690000000 Hz 9.98 dBmV 42.7 dB 388 ~ 3707 1949071570 1641321612 887
2 Locked 0 ,1 ,2 ,3 194 957000000 Hz 8.08 dBmV 41.0 dB 148 ~ 3947 1983216713 1277918392 0

Upstream OFDMA Channels
Channel LockedStatus ProfileID ChannelID Frequency Power
1 Not Locked 0 0 0 Hz 0 dBmV
2 Not Locked 0 0 0 Hz 0 dBmV

[Clonea1]

pre removal of amp and addition of splitter to bring down power level 

Cable Diagnostic

Status: Poor

Action:
[Downstream Power Level]
Try these actions (Click the Refresh button after each step):
1) Make sure the coaxial cable is tightly connected.
2) Remove any unnecessary splitters.
3) Replace any required splitters.
4) Contact your service provider for troubleshooting help.

CM Status: Good

Downstream Status: Poor

Downstream Power Level: Poor
Downstream power is poor (11.1dBmV). The recommended level is between -10dBmV to 10dBmV.

Downstream SNR Level: Good

Upstream Status: Good

Upstream Power Level: Good

Current Time: Sun Aug 25 11:11:41 2024

Startup Procedure
Acquire Downstream Channel: 399000000 Hz Locked
Connectivity State: OK Operational
Boot State: OK Operational
Security: Enabled BPI+
IP Provisioning Mode: Honor MDD IPv6 only

Downstream Bonded Channels
Channel LockedStatus Modulation ChannelID Frequency Power SNR Correctables Uncorrectables
1 Locked QAM256 4 399000000 Hz 10.9 44.4 0 0
2 Locked QAM256 1 381000000 Hz 11.1 44.5 12 0
3 Locked QAM256 2 387000000 Hz 11 44.5 8 0
4 Locked QAM256 3 393000000 Hz 10.9 44.4 0 0
5 Locked QAM256 5 405000000 Hz 10.7 44.3 0 0
6 Locked QAM256 6 411000000 Hz 10.6 43.8 0 0
7 Locked QAM256 7 417000000 Hz 10.5 44.2 0 0
8 Locked QAM256 8 423000000 Hz 10.2 44 0 0
9 Locked QAM256 9 429000000 Hz 10.2 44 0 0
10 Locked QAM256 10 435000000 Hz 10.2 44 0 0
11 Locked QAM256 11 441000000 Hz 10 43.9 0 0
12 Locked QAM256 12 447000000 Hz 10.3 43.9 0 0
13 Locked QAM256 13 453000000 Hz 10.2 43.9 0 0
14 Locked QAM256 14 459000000 Hz 10.1 43.8 0 0
15 Locked QAM256 15 465000000 Hz 10.2 43.8 0 0
16 Locked QAM256 16 471000000 Hz 10.3 43.8 0 0
17 Locked QAM256 17 477000000 Hz 10 43.6 0 0
18 Locked QAM256 18 483000000 Hz 10.1 43.7 0 0
19 Locked QAM256 19 489000000 Hz 10.1 43.7 0 0
20 Locked QAM256 20 495000000 Hz 9.9 43.5 0 0
21 Locked QAM256 21 501000000 Hz 9.9 43.5 0 0
22 Locked QAM256 22 507000000 Hz 10.1 43.6 0 0
23 Locked QAM256 23 513000000 Hz 9.9 43.6 0 0
24 Locked QAM256 24 519000000 Hz 10 43.6 0 0
25 Locked QAM256 25 525000000 Hz 10.1 43.7 12 0
26 Locked QAM256 26 531000000 Hz 9.9 43.6 14 0
27 Locked QAM256 27 537000000 Hz 10 43.4 9 0
28 Locked QAM256 28 543000000 Hz 10.2 43.5 0 0
29 Locked QAM256 29 549000000 Hz 9.8 43.3 0 0
30 Locked QAM256 30 555000000 Hz 9.9 43.3 10 0
31 Locked QAM256 31 561000000 Hz 10.4 43.5 14 0
32 Locked QAM256 32 567000000 Hz 10.4 43.4 10 0

Upstream Bonded Channels
Channel LockedStatus ChannelType ChannelID SymbolRate Frequency Power
1 Locked ATDMA 3 5120 Ksym/sec 29200000 Hz 41.3 dBmV
2 Locked ATDMA 2 5120 Ksym/sec 22800000 Hz 41.3 dBmV
3 Locked ATDMA 1 5120 Ksym/sec 16400000 Hz 41.5 dBmV
4 Locked ATDMA 4 5120 Ksym/sec 35600000 Hz 41.5 dBmV
5 Not Locked Unknown 0 0 0 0.0
6 Not Locked Unknown 0 0 0 0.0
7 Not Locked Unknown 0 0 0 0.0
8 Not Locked Unknown 0 0 0 0.0

Downstream OFDM Channels
Channel LockedStatus ProfileID ChannelID Frequency Power SNR/MER ActiveSubcarrier Unerror Correctable Uncorrectable
1 Locked 0 ,1 ,2 ,3 193 690000000 Hz 10.18 dBmV 42.8 dB 388 ~ 3707 1942524232 1636061877 887
2 Locked 0 ,1 ,2 ,3 194 957000000 Hz 8.18 dBmV 40.9 dB 148 ~ 3947 1976552318 1273421820 0

Upstream OFDMA Channels
Channel LockedStatus ProfileID ChannelID Frequency Power
1 Not Locked 0 0 0 Hz 0 dBmV
2 Not Locked 0 0 0 Hz 0 dBmV

[FURRYe38]

Power needs to come down a bit more I believe, should be between +7dbm and -7dbm.

Please post the event logs from the mode as well. 

[Clonea1]

right correct, yeh i tried to post before and after and it told me 'access denied' and double posted the before

here is after deleting the amp fromt he line and adding a splitter that has a -7dbmv tax

Cable Diagnostic

Status: Good

Action:
Your setup looks fine. If you can't access the internet, make sure you properly activated the modem. If modem has been activated and you still can't access the internet, contact your service provider for troubleshooting help.
If you can access the internet but has other internet issue, the Netgear Cable Knowledge Base can provide additional troubleshooting info.

CM Status: Good

Downstream Status: Good

Downstream Power Level: Good

Downstream SNR Level: Good

Upstream Status: Good

Upstream Power Level: Good

Current Time: Wed Aug 28 18:47:00 2024

Startup Procedure
Acquire Downstream Channel: 399000000 Hz Locked
Connectivity State: OK Operational
Boot State: OK Operational
Security: Enabled BPI+
IP Provisioning Mode: Honor MDD IPv6 only

Downstream Bonded Channels
Channel LockedStatus Modulation ChannelID Frequency Power SNR Correctables Uncorrectables
1 Locked QAM256 4 399000000 Hz 3.9 44.3 0 0
2 Locked QAM256 1 381000000 Hz 4.4 44.6 0 0
3 Locked QAM256 2 387000000 Hz 4.2 44.5 0 0
4 Locked QAM256 3 393000000 Hz 4.2 44.4 0 0
5 Locked QAM256 5 405000000 Hz 3.9 44.3 0 0
6 Locked QAM256 6 411000000 Hz 3.7 43.7 0 0
7 Locked QAM256 7 417000000 Hz 3.5 44.1 0 0
8 Locked QAM256 8 423000000 Hz 3.3 44 0 0
9 Locked QAM256 9 429000000 Hz 3.3 43.9 0 0
10 Locked QAM256 10 435000000 Hz 3.2 43.9 0 0
11 Locked QAM256 11 441000000 Hz 3.3 44 0 0
12 Locked QAM256 12 447000000 Hz 3.4 44 0 0
13 Locked QAM256 13 453000000 Hz 3.5 44 0 0
14 Locked QAM256 14 459000000 Hz 3.6 44 0 0
15 Locked QAM256 15 465000000 Hz 3.5 44 0 0
16 Locked QAM256 16 471000000 Hz 3.4 43.9 0 0
17 Locked QAM256 17 477000000 Hz 3.4 43.8 0 0
18 Locked QAM256 18 483000000 Hz 3.1 43.7 0 0
19 Locked QAM256 19 489000000 Hz 3.2 43.7 0 0
20 Locked QAM256 20 495000000 Hz 2.9 43.6 0 0
21 Locked QAM256 21 501000000 Hz 2.8 43.6 0 0
22 Locked QAM256 22 507000000 Hz 2.9 43.6 0 0
23 Locked QAM256 23 513000000 Hz 3.1 43.7 0 0
24 Locked QAM256 24 519000000 Hz 3 43.7 0 0
25 Locked QAM256 25 525000000 Hz 3.3 43.8 0 0
26 Locked QAM256 26 531000000 Hz 3.2 43.7 0 0
27 Locked QAM256 27 537000000 Hz 3.3 43.7 0 0
28 Locked QAM256 28 543000000 Hz 3.4 43.8 0 0
29 Locked QAM256 29 549000000 Hz 3.5 43.8 0 0
30 Locked QAM256 30 555000000 Hz 3.8 43.8 0 0
31 Locked QAM256 31 561000000 Hz 4 43.9 0 0
32 Locked QAM256 32 567000000 Hz 4.3 44.1 0 0

Upstream Bonded Channels
Channel LockedStatus ChannelType ChannelID SymbolRate Frequency Power
1 Locked ATDMA 4 5120 Ksym/sec 35600000 Hz 48.3 dBmV
2 Locked ATDMA 2 5120 Ksym/sec 22800000 Hz 48.3 dBmV
3 Locked ATDMA 3 5120 Ksym/sec 29200000 Hz 48.0 dBmV
4 Locked ATDMA 1 5120 Ksym/sec 16400000 Hz 48.5 dBmV
5 Not Locked Unknown 0 0 0 0.0
6 Not Locked Unknown 0 0 0 0.0
7 Not Locked Unknown 0 0 0 0.0
8 Not Locked Unknown 0 0 0 0.0

Downstream OFDM Channels
Channel LockedStatus ProfileID ChannelID Frequency Power SNR/MER ActiveSubcarrier Unerror Correctable Uncorrectable
1 Locked 0 ,1 ,2 ,3 193 690000000 Hz 3.08 dBmV 42.9 dB 388 ~ 3707 205841800 142411069 0
2 Locked 0 ,1 ,2 ,3 194 957000000 Hz 1.28 dBmV 41.0 dB 148 ~ 3947 209797070 138165917 16462

Upstream OFDMA Channels
Channel LockedStatus ProfileID ChannelID Frequency Power
1 Locked 12 ,13 41 36200000 Hz 42.5 dBmV
2 Not Locked 0 0 0 Hz 0 dBmV