D-Link Forums
COVR - D-Link Whole Home Systems => COVR-C1203-US => Topic started by: bingo19 on December 02, 2018, 07:28:56 AM
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Hello,
I installed the system and have some questions about it.
The first question is the existence of a second hidden SSID on the 2.4 Ghz band, on the same channel for each access point. What is it for ? Can I avoid it?
The second question is the setting of IPv6: COVR is connected to the ISP modem-router which provides IPv4 and IPv6 addresses. The DMZ is set to the fixed IP of the COVR. In "auto configuration" mode, I can see the IPv6 address of the WAN on the COVR interface. But the LAN devices connected to COVR do not receive an IPv6 address (Chromebook, Android or Windows devices). Do I have to create fixed routes? My ISP refuses to answer knowing that it is not one of the products it sells …
Thanks a lot
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Link>Welcome! (http://forums.dlink.com/index.php?topic=49573.0)
- What Hardware version is your router? Look at sticker under the router case.
- Link>What Firmware (http://forums.dlink.com/index.php?topic=47512.0) version is currently loaded? Found on the routers web page under status.
- What region are you located?
Internet Service Provider and Modem Configurations
- What ISP Service do you have? Cable or DSL?
- What ISP Modem Mfr. and model # do you have?
It's possible that the ISP Modem needs to be in bridge mode.
How do you have the 1203 configured for IPv6? Auto or do you have any ULA or SLAAC set?
Try this:
"Powered off cable modem and A unit. Left power off for 30 seconds and plugged in cable modem. Let it fully boot up and powered on A unit. After it was done rebooting, opened up the webui and it was getting an IPv6 address using the auto configuration(SLAAC\SHCPv6) setting."
Ensure your PCs are configured and have IPv6 enabled on there network adapters.
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The first question is the existence of a second hidden SSID on the 2.4 Ghz band, on the same channel for each access point. What is it for ? Can I avoid it?
Wouldn't that be the Wi-Fi backhaul channel? The way the covr's communicate with each other and form a wireless mesh?
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It is.