Cisco C1000 Ios Download

[Cora Auch]

Im looking for a configuration guide on how to setup a c1000 catalyst switch for ISE 3.0 according to the compatibility matrix, it is a supported device, yet I can't get it configured. I have currently setup and configured 3850 and 9300s just fine. I currently have an open TAC case for support. In the meantime, I'm checking to see if the community has setup this model catalyst switch.

I haven't worked with the C1000 switch yet, but the commands you are trying to configure are part of the legacy authentication mode. It's likely that the C1000 uses the 'new-style' configuration mode by default (or possibly does not even support legacy mode), so I would suggest trying to leverage the IBNS 2.0 configuration templates as shown in the Secure Wired Access Prescriptive Deployment Guide.

I've tried absolutely everything I can with switch 2 but no joy. I can console into it, everything boots normally but zero communication. I think the problem is something to do with the stack config......

I've downgraded my switch 1 to the previous 15.2.7E8 build which has been rock stable since it came out. I am currently using XMODEM to transfer (very slowly) 15.2.7E8 to switch 2 in the hope that it comes back to life.

Maybe the software upgrade went bad for switch 2? Not sure. Its never done this before when upgrading the software. I think I've done 3 or 4 software upgrades in stack previously and all have worked without a hitch. Not sure why this one is different.

I've come to realise 90% of the Cisco documentation does not work on the C1K series. These things are great when working correctly, but any problems you will be frustrated by the incorrect documentation supplied by Cisco.

I have received any info about this fact. As far as I am aware, IOS for the Catalyst 1000 is the same "lineage" as 2960S, 2960X and IE4000. The base IOS is the same and nothing is "stripped down" in regards to functionality.

Booting in E8 you can see the connected SFP's assigned to the H-Stack light up and start blinking during discovery, and the switches immediately see each other. A stack is then formed. This unfortunately won't happen in E9 with the C1000-8T-2G-L as no SFPs inserted in this model using this version will initialize during the boot phase, so there is no possibility of the 8-port switch communicating with other members of the stack during discovery. I've tried GLC-SX-MM, GLC-SX-MMD, and GLC-LH-SMD SFPs and they all behave the same.

From my experience, upgrading a stacked 8-port c1000 to E9 from any prior version will result in that stacked-member losing connectivity with the rest of the stack, and it will become it's own master while incapable of controlling the others. You will see the H-Stacked SFPs light up after the switch(es) boot, but the lights remain solid as no data is being sent over the fiber. Normal behavior of H-Stacked SFPs are a fast and constant blinking while information is exchanged between stacked members, but this will not happen in E9 on 8-port switches.

I'm adding a C1000-8P-E-2G-L to an existing network. The network is composed of two segments, VLAN 1 (native) for general network activity and internet, VLAN 10 is the multicast lab. I have a C3560CG as the core switch. The ports are configured as access (vlan 1) when connected to phone or PCs. Other ports are configured as trunk and native VLAN 10 for connections to multicast devices that include unmanaged switch (embedded systems). A port is configured as a simple trunk (no pruning or altering the native vlan) and this goes to an old cisco 2960 on a lab bench. For years I have successfully had access to VLAN 1 or VLAN 10 on the 2960. I'm adding a new lab area with the C1000 and configured the ports just as I have for the 2960. When trying to access a VLAN 10 device from the PC on VLAN 1, the TCP connection fails. In troubleshooting, I've discovered that VLAN tagging is partially absent with the C1000. IGMP reports from a device get tagged (802.1q encapsulated) but everything else is not tagged.

The trunk port lines were present and the other items are for QOS oriented issues. Either way, I simplified the configuration per your post. The 3560 supports ISL encapsulation and thus requires the dot1q call out where the C1000 only supports dot1q.

You have shown us only very abbreviated configurations. In particular you have not shown us that the c1000 has configured vlan 10 (the vlan itself and not the vlan interface - which you do show us). Perhaps the output of these commands might be helpful

That is a fair request. Take note that I've simplify the deployment for now because I'm trying to reduce variables and validate basics. The end goal is that I can access a device on VLAN 10 connected to C1000 from a PC on VLAN 1 of the 3560. I'm not trying that now and simply wish to prove that VLAN tagging is working. So my goal for now is to ping the VLAN interface of the 3560 from the C1000. After that I will move onto other milestones.

Thank you for the additional information. It does show that the 1000 does have a device connected in vlan 10 and does show that the trunk form the 1000 is carrying vlan 10. On the 3560 it does show that the 3 trunk interfaces are carrying vlan 10. I do not see a connected device in vlan 10 (but that might not matter). Could you provide some additional information.

I'd like to use an Asus USB-BT400 bluetooth dongle. So I connected the dongle to the switch, and paired it with the Mac. I get what you see below. I've contacted Asus, and I was told that the dongle doesn't come with a PIN.

If your device supports Bluetooth, it loads with the initial setup tasks preconfigured. Connect your PC to the

device using Bluetooth. In your Web browser, enter the IP address 172.16.0.1. Enter the following default

credentials: username: cisco, password: cisco and press Enter.

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