General Certification Areas THIS IS A DEMO VERSION. Please get a login for full access. [] This contains a range of Cisco simulators, including router, switch, PIX/ASA and Wireless, along with a Juniper simulator. If you have Microsoft Windows, you can download the PROFSIMS Networksims package Demo Purchase Our router and switch simulators are now available for demonstration in a number of areas: Routing • [] • [][] • [][] • [][] • [][] • [] Switching • [][] • Switching: Introduction. • Switching: VLANs. • Switching: MLS. • Switching: STP. Cisco MDS 16G Multilayer Fabric Switch–AAG (PDF - 792 KB) Brochures. Make Your Storage Networks Self-Provisioning Brochure (PDF - 504 KB) Top Five Reasons for Investing in Cisco MDS 9000 32-Gbps Fabric Switches Brochure (PDF - 654 KB) Data Sheets. • Switching: QoS. • Switching: Availability. Security • [][] • [][] • [][] • [] Wireless • [][] • [] Voice/QoS • [][] • [][] Router Simulator Cisco Router. Some samples are: • []. This challenge involves the configuration of the E0 port on a router. This challenge involves the setting up the serial port parameters. This challenge involves the configuration of the name server, user names and passwords. This challenge involves the configuration of the interface ports. Switch Simulator Cisco Switch. Some samples are: • []. This challenge involves the configuration of ethernet port settings and CDP. This challenge involves the configuration of the Ethernet ports. This challenge involves the configuration of passwords, and usernames • []. This challenge involves the configuration the host table, hostname and default gateway. Cisco Aironet 1200 Simulator Cisco Aironet. Some samples are: • []. This challenge involves the configuration of the BVI interface. This challenge involves the configuration of the E0 interface • []. SSID_Hostname_Domain_Name • []. Passwords_Usernames_and_HTTP Cisco PIX/ASA Cisco PIX/ASA. ![]() Some samples are: • []. This challenge involves the configuration of basic PIX details for E0. E1_and_E2_details • []. Port_Names_and_Username • []. Passwords_and_Banners • []. This challenge involves the configuration of a static route, and some banners. Juniper Juniper. Some samples are: • []. The configure command within operation is used, the system is in candidate config, which must then be committed before it is used in a running configuration. This challenge provides an introduction to JunOS commands. This challenge adds additional services for the Juniper device, such as enabling SSH, a time-zone and a new user. This challenge adds additional services for the Juniper device, such as defining the loopback (lo0) address, defining an Ethernet IP address, and adding a new user. This challenge adds additional services for the Juniper device, such as enabling SSH, TELNET, finger, FTP and Netconfig. It also involves setting the baud rate for the serial console port. This challenge shows some basic system information, such as the JUNOS version, the interface details and users. Host We are currently working on this. Some samples are: • [] Themes Some samples are: • []. This has some ACL challenges. I was doing some reading this morning on the new switch and came across a feature I hadn’t heard of before. The feature is called “ ” and is a real godsend for SAN and data center administrators. Traditionally SAN admins that follow best practices follow the “single initiator”, “single target” rule for zoning FC fabrics. There are a couple reasons why this is a best practice: • Keep SAN traffic generated by devices in other zones isolated. Traffic like Registered State Change Notifications (RSCN)• FC switch hardware resources. For every 2 members in a zone that communicate with each other two ACEs (Access Control Entries) are created in the TCAM (Ternary Content Addressable Memory). One entry that permits the host to receive traffic from another host/target and another ACE for the opposite direction. Wms 8 4 crackles. Harness the power of your trading partner community with the world’s most complete supply chain platform. January 13, 2019 December 13, 2018 November 14, 2018 HighJump Elevate 2019 March 3 — March 6, 2019 TIA Capital Ideas Conference & Exhibition April 10 — April 13, 2019 Mapadoc Connections 2019 April 16 — April 19, 2019 NRF 2019: HighJump Digitally Transforms Retail Supply Chain 1 week, 1 day ago HighJump Unveils Global Cloud Initiative - HighJump Now 1 month, 1 week ago How are eCommerce Order Volumes and Profiles Changing Your Warehouse Processes? The more members in a zone the more pairs of ACEs that are consumed in the TCAM. Smart Zoning allows the SAN admin to define which members are targets and which members are initiators. Since targets (SAN front-end ports) do not usually need to talk to targets and initiators (host HBAs) do not need to talk to initiators there isn’t a need for ACEs to get created for target-to-target and initiator-to-initiator. With Smart Zoning a host will only need a single zone in each fabric instead of the typical 2-4 zones per fabric. The number of zones a host needs depends on how many SAN front-end ports the host needs access to. Take for example 10 Cisco UCS ESXi hosts that need to access LUNs on an EMC VNX 5500. • Each host will have 2 vHBAs; one in each SAN fabric• EMC VNX will have 4 SP front-end ports in each fabric• Each host vHBA will need to communicate with 4 EMC VNX ports in each fabric Typically this configuration would look something like this for a single host. Multiple this out for 10 hosts and you have 40 zones needed in each FC fabric.
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