1. UNM Wireless Overview Irteza Rana Adiel Sanchez Network AssistantNetwork Engineer

2. BASIC NEEDS

3. WIRELESS NODES

4. Design for Average user to have 4.8 wireless devices

5. BANDWITH HUNGRY APPLICATIONS

6. SMART STATE OF THE ART WIRELESS Providing 802.11ac with throughput up to 1Gbps Security & Mobility Redundancy Custom Policy based on client’s needs. Controller based connectivity. Traffic Management Ability to shift routes based on congestion and noise.

7. CHALLENGES Coverage Management & Security Capacity & Density Limitation Deployment

8. COVERAGE POOR DENSITY

9. OLD ADOBE BUILDING

10. Wireless Coverage

11. OPEN AREAS Wireless here too!!!

12. Context Aware User Device Location App/Service Access Control Permit/Deny Blacklist/Whitelist NAT Redirect MANAGEMENT & SECURITY

13. CLEARPASS ACCESS MANAGEMENT

14. CLIENT VISIBILITY

16. STUDENT UNION BUILDING DENSITY

17. STUDENT UNION BUILDING USERS

18. UNM WIRELESS DEPLOYMENT

19. IMPROVING WIRELESS DEPLOYMENTS Adding additional capacity in the dorms this summer 1.Hokona Hall 2.Laguna Hall 3.De Vargas Hall 4.Santa Clara Hall 5.Redondo Village

20. TOP 10 BULDINGS The following buildings have been identified as the top buildings in need of increased wireless coverage: 1.Bandelier Hall East 2.Economics 3.Mechanical Engineering 4.Mesa Vista Hall 5.Northrop Hall 6.Ortega Hall 7.Regener Hall 8.Scholes Hall 9.Social Sciences 10.SSB

21. TOP 10 BULDINGS Mesa Vista 2 nd floor

22. IMPROVING WIRELESS INFRASTRUCTURE PLANNING 1.Install and support 802.11 AC capable access points a)Capable of using the 5GHz spectrum more efficiently allowing for speeds of up to 1.73Gbps to each client 2.Consolidate Lobo-WiFi and Lobo-SEC into one encrypted SSID for students, faculty, and staff 3.Use your Microsoft Active Directory account for wireless authentication 4.Continue to look for more ways to provide a seamless wireless experience for users, regardless of which device they use to connect to the network. 5. Certificate based authentication 802.1x