Ekahau Site Report. Ekahau Site Report

Transcription

1 Ekahau Site Report

2 . Hiilikatu 3 Survey routes and Access Points for Hiilikatu 3 2

3 .. Requirements - Coverage and Performance Requirement criteria for / Web signal strength at least signal-to-noise ratio at least data rate at least dbm 0.0 db 2 Mbps number of access points at least 2 when signal strength at least dbm ping round trip time at most ms Packet loss at most 0.0 % Network Health for Hiilikatu 3 Wi-Fi is typically built for a certain purpose or several purposes, such as VoIP, web browsing, or location tracking. With Network Health, you can, with a single visualization, display whether the network meets your requirements or not. 3

4 Network Issues for Hiilikatu 3 Network Issues complements Network Health by showing the requirement that is below the threshold level at each location. Whereas Network Health answers the question "Does it work?", Network Issues answers the question "If it doesn't work, why?". 4

5 .2. Requirements - Capacity WiFi clients: Amount Device 50 n Laptop Capacity Health for Hiilikatu 3 20 bg VoIP Phone Capacity Health displays if the network can handle the load of the configured Wi-Fi clients 5

6 Associated Clients for Hiilikatu 3 Shows how the Wi-Fi clients configured in your Capacity Requirement are distributed between the access points. The image shows Requested Associations

7 .3. Coverage, Overlap and Performance Data Rate for Hiilikatu 3 Data Rate is the highest possible speed (measured in megabits per second) at which the wireless devices will be transmitting data. Typically the true data throughput is about half of the data rate or less. 7

8 Maximum Throughput for Hiilikatu 3 Displays the estimated maximum effective throughput. 8

9 Number of APs for Hiilikatu 3 Number of Access Points indicates the number of access points audible at each location. 9

10 Channel Overlap for Hiilikatu 3 Channel overlap indicates the number of access points audible at each location in a single channel. 0

11 Signal Strength for Hiilikatu 3 Signal Strength - sometimes called coverage - is the most basic requirement for a wireless network. As a general guideline, low signal strength means unreliable connections, and low data throughput.

12 Signal To Noise Ratio for Hiilikatu 3 Signal-To-Noise Ratio indicates how much the signal strength is stronger than the noise (cochannel interference). Signal must be stronger than noise (SNR greater than zero) for data transfer to be possible. If the signal is only barely stronger than noise, you may encounter occasional connection drop-offs. 2

13 Interference/Noise for Hiilikatu 3 Displays the noise level in the network as measured by the network adapter. 3

14 .4. Connectivity on map Hiilikatu 3 Associated Access Point for Hiilikatu 3 Displays the access point the client device is associated with. The image shows Measured Association 4

15 Ping Packet Loss for Hiilikatu 3 Displays how many replies did not arrive to a sent packet. 5

16 Ping Round Trip Time for Hiilikatu 3 Displays how long it took for a reply to arrive to a sent packet.

17 .5. Access Points on Hiilikatu My Access Points on Hiilikatu 3 Simulated Access Points on Hiilikatu 3 None. Measured Access Points on Hiilikatu 3 # Access Point Buffalo WZR-D800H c 48@80 0:f:3f:a:ac:08, c 2 Linksys EA500 c 48@80 c8:d7:9:77:c:9e, linksys c.5.2. Other Access Points on Hiilikatu 3 Simulated Access Points on Hiilikatu 3 None. Measured Access Points on Hiilikatu 3 # Access Point 3 Cisco 00:f:9e:8d:c:a, Unknown SSID 00:f:9e:8d:c:9, Unknown SSID 7

18 4 Cisco 5 Cisco Cisco 52@40 52@40 52@ @40 2 2@40 2@ @40 00@ @40 00:f:9e:8d:c:3, Unknown SSID 00:f:9e:8d:c:f, leibniz 00:f:9e:8d:c:, ofi2 00:f:9e:8d:c:2, ofi3 00:f:9e:8d:c:0, testissid2 00:f:9e:8d:c:e, ofi2 00:f:9e:8d:c:7, 5_ghz_only 00:f:9e:8d:c:0, leibniz 00:f:9e:8d:c:f, testissid2 00:f:9e:8d:c:d, ofi3 00:f:9e:8d:20:82, ofi3 00:f:9e:8d:20:8, ofi2 00:f:9e:8d:20:80, testissid2 00:f:9e:8d:20:8f, leibniz 00:f:9e:8d:20:83, Unknown SSID 00:f:9e:8d:20:8a, Unknown SSID 00:f:9e:8d:20:89, Unknown SSID 00:f:9e:8d:20:8d, ofi3 00:f:9e:8d:20:80, leibniz 00:f:9e:8d:20:8f, testissid2 00:f:9e:8d:20:8e, ofi2 00:f:9e:8d:20:87, 5_ghz_only 00:f:9e:8d:8:2, ofi3 00:f:9e:8d:8:, ofi2 00:f:9e:8d:8:0, testissid2 00:f:9e:8d:8:a, Unknown SSID 00:f:9e:8d:8:9, Unknown SSID 00:f:9e:8d:8:3, Unknown SSID 00:f:9e:8d:8:f, leibniz 00:f:9e:8d:8:f, testissid2 00:f:9e:8d:8:7, 5_ghz_only 00:f:9e:8d:8:e, ofi2 00:f:9e:8d:8:d, ofi3 00:f:9e:8d:8:0, leibniz 00:9:07:c5:58:0, testissid2 00:9:07:c5:58:, ofi2 00:9:07:c5:58:f, leibniz 00:9:07:c5:58:3, Unknown SSID 00:9:07:c5:58:9, Unknown SSID 00:9:07:c5:58:a, Unknown SSID 00:9:07:c5:58:2, ofi3 8

19 7 Cisco :9:07:c5:58:d, ofi3 00:9:07:c5:58:d, ofi3 00:9:07:c5:58:f, testissid2 00:9:07:c5:58:e, ofi2 00:9:07:c5:58:7, 5_ghz_only 00:9:07:c5:58:0, leibniz 00:9:07:8c:5b:59, Unknown SSID 00:9:07:8c:5b:5a, Unknown SSID 00:9:07:8c:5b:53, Unknown SSID 00:9:07:8c:5b:5f, leibniz 00:9:07:8c:5b:50, testissid2 00:9:07:8c:5b:52, ofi3 00:9:07:8c:5b:5, ofi2 00:9:07:8c:5b:50, leibniz 00:9:07:8c:5b:50, leibniz 00:9:07:8c:5b:5e, ofi2 00:9:07:8c:5b:5f, testissid2 00:9:07:8c:5b:5f, testissid2 00:9:07:8c:5b:5e, ofi2 00:9:07:8c:5b:57, 5_ghz_only 00:9:07:8c:5b:5d, ofi3 8 Cisco: entrance :9:07:05:89:52, ofi3 00:9:07:05:89:53, Unknown SSID 00:9:07:05:89:5f, leibniz 00:9:07:05:89:59, Unknown SSID 00:9:07:05:89:5a, Unknown SSID 00:9:07:05:89:50, testissid2 00:9:07:05:89:5, ofi2 00:9:07:05:89:57, 5_ghz_only 00:9:07:05:89:5e, ofi2 00:9:07:05:89:5f, testissid2 00:9:07:05:89:50, leibniz 00:9:07:05:89:5d, ofi3 9

20 2. Measured Access Points not placed on any map 2.. My Access Points not placed on any map None Other Access Points not placed on any map Access Point 00:a:9f:9:0d:a, 00a9f90da :05:89:b7:fc:5, einal 00:0c:e:02:05:89, einal 02:d:80:b7:fc:5, einal 00:0c:e:02:d:80, einal 08:0:e:f5:c0:78, Gramont 802.b 4 02:20:a:b5:fe:f0, Unknown SSID 802.b 4 02:20:a:b5:fe:f, ESS_test_b_4ch 3COM Accton :8:e:33:d8:04, mawell-net2 00:8:e:33:d8:02, mawell-net 00:2:cf:8:44:45, AMX Marx Accton 00:2:cf:8:44:4, AMX2 Apple 44@40 70:73:cb:b8:58:90, dlf Apple 20:c9:d0:b:52:87, TimeC net Apple 48 20:c9:d0:b:52:88, TimeC net 5GHz Apple 70:73:cb:b8:58:8f, dlf Apple c8:bc:c8:e:d:3, Aku Kotkavuo's MacBook Pro Aruba d8:c7:c8:20:ef:a0, aruba_3200xm Aruba d8:c7:c8:85:53:00, aruba_3200xm 20

21 Asustek 30:85:a9:9:9e:8c, prospectum Asustek 30:85:a9:9:9e:8d, prospectum5 Cisco Cisco Cisco: ap :3a:9a:37:e:e0, JollaGuest 00:3a:9a:37:e:e0, JollaGuest 00:3a:9a:37:e:e, JollaMobile 00:3a:9a:37:e:e, JollaMobile 00:3a:9a:3c:ef:0, JollaGuest 00:3a:9a:3c:ef:, JollaMobile 3 8:33:9d:29:db:0, TBG Cisco: ap-ll c:b:4f:c9:7d:40, TechnoWLAN 52@40 8c:b:4f:c9:7d:4f, TechnoWLAN Cisco: ap-ll @40 44:e4:d9:0:c:0f, TechnoWLAN Cisco: brink-ap :3a:99:3c:e9:, brink-guest-g 00:3a:99:3c:e9:0, brink-g 00:3a:99:38:0f:b, brink-guest-a 00:3a:99:38:0f:b0, brink-a 3 00:b::9:f9:8d, tikal c:7e:e5:35:5:8e, BLStream 3@40 cc:b2:55:d:7f:a, i2_5ghz 8 00:24:0:ab:ba:, ylensankiapriha 8 00:24:0:ab:ba:0, faerg 3 90:94:e4:39:c3:a, IgenceHki 2

22 00:7:9a:f2:d:5b, ekahau_dummy5 3 ac:f:df:5:4:78, c:bd:b9:90:79:c, 00:b::e5:c0:7b, I-5 cc:b2:55:f4:8f:, bravelink 2 90:94:e4:3d:2:82, BuorreHKI cc:b2:55:d:7f:8, i2_2.4ghz HP Linksys 08@40 08@40 c8:cb:b8:e:73:d, EkahauEmiliaArvid c8:cb:b8:e:73:d0, HP c8:cb:b8:e:73:c, EkahauEmiliaArvid c8:cb:b8:e:73:c0, HP 8 00:c:0:f7:2d:cd, bccoy2009-guest Linksys 8 00:c:0:f7:2d:cc, bccoy2009 Proxim 00:20:a:5:20:24, PXI-WLAN Proxim 802.b 00:20:a:5:20:30, Unknown SSID Proxim 802.b 00:20:a:5:20:e, BATTTEST Proxim 3 00:20:a:5:20:7, Armstrong Proxim 3 00:20:a:5:20:d, Unknown SSID Proxim 802.b 00:20:a:5:20:8, BATTTEST 22

23 Ruckus wireless Xirrus c4:0:7c:9:7a:08, Datpro c4:0:7c:59:7a:08, DatproGuest 2 00:0f:7d:09:e3:0, Heyerdahl Xirrus 24 00:0f:7d:09:e3:20, Heyerdahl Xirrus 0 00:0f:7d:09:e3:40, Heyerdahl Xirrus 00:0f:7d:09:e3:30, Heyerdahl Xirrus 44 00:0f:7d:09:e3:50, Heyerdahl Xirrus 4 00:0f:7d:09:e3:00, Heyerdahl Xirrus 52 00:0f:7d:09:e3:70, Heyerdahl Zyxel 50:7:f0:95:c0:cf, ZyXEL Zyxel 50:7:f0:39:33:5e, AMX Valopiha 23