Download Cisco.350-401.NewDumps.2023-06-03.635q.vcex

The CAPWAP protocol allows a lightweight access point (AP) to use DHCP to discover a wireless controller to which it is connected to. Cisco lightweight APs running 8.0 and above support DHCP discovery for both IPv4 and IPv6 networks:IPv4  Cisco lightweight APs implement DHCP option 43 to supply the IPv4 management interface addresses of the primary, secondary, and tertiary wireless controllers (see the guide).IPv6  Cisco lightweight APs implement DHCPv6 option 52 (RFC 5417) to supply the IPv6 management interface addresses of the primary, secondary, and tertiary wireless controllers.Reference: https://www.cisco.com/c/en/us/td/docs/wireless/controller/technotes/8-0/IPV6_DG.htmlThis question asks about DHCPv6, not DHCPv4 so Option 52 is the best answer.

There are different switching methods to forward IP packets. Here are the different switching options:Process switching:All packets are examined by the CPU and all forwarding decisions are made in software...very slow!Fast switching (also known as route caching):The first packet in a flow is examined by the CPU; the forwarding decision is cached in hardware for the next packets in the same flow. This is a faster method.(CEF) Cisco Express Forwarding (also known as topology based switching):Forwarding table created in hardware beforehand. All packets will be switched using hardware. This is the fastest method but there are some limitations. Multilayer switches and routers use CEF.

We tested this code successfully:          And this is the result:          Note:In Python, "pass" is a null statement. It is usually used as a placeholder.In order to run the code successfully, we must have the "devicesData.json" first with at least one sample.This code runs infinitely with "while True:" so we have to use Keyboard interrupt to exit (Ctrl-C in Windows, for example).

EIGRP supports unequal-cost load balancing via "variance" command -> Answer A is correct while answer E is not correct.Answer C is not correct obviously.The maximum number of hops that EIGRP will accept is 100 by default, the maximum can be configured to 225 with metric maximum hops -> Answer B is correct.Reference:  https://www.oreilly.com/library/view/cisco-ios-in/0596008694/re597.htmlThe network convergence time is faster than OSPF networks, because EIGRP network can learn the topology information and updates more rapidly -> Answer D is not correct.Reference:  https://scialert.net/fulltext/?doi=aujcs.2014.1.8

Step 6. Ensure that the WLAN has Aironet IE enable, otherwise WGB wont be able to associate.Reference:  https://www.cisco.com/c/en/us/support/docs/wireless-mobility/service-set-identifier-ssid/211293-Configure-Work-Group-Bridge-WGB-Multip.html

Deploying the Cisco DNA Spaces: Connector OVAThis deployment is recommended when most of the devices that are managed by the Connector are on private or internal networks.Reference:  https://www.cisco.com/c/en/us/td/docs/wireless/cisco-dna-spaces/connector/config/b_connector/m_ova.htmlNote:Cisco DNA Spaces: Detect and Locate maintains a device eviction time of 10 minutes. As long as you receive updates (RSSI, AOA, Info, Stats) from the controller, the device is kept active and is displayed on the dashboard. If updates (RSSI, AOA, Info, Stats) are not received for a particular device within this eviction time, the device is removed from the system.

Process switching, also referred to as software switching or slow path, is the switching mechanism in which the general-purpose CPU on a router is in charge of packet switching.Reference:  https://www.ciscopress.com/articles/article.asp?p=2272154&seqNum=2