Guide to GVDA & WLA Networking

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Alban McCoy
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2 GVDA Networking Overview Network to the Hut is HPWREN s private subnet x o Address allocation managed by HPWREN/UCSD o Network supports DHCP o Default gateway at (netmask ) In the HUT network is a VPN subnet y o ICS/UCSB manages all aspects of this LAN subnet o Interface router is a Netgear VPN box o Network supports DHCP o Router local address (default gateway for local nodes) o WAN port on HPWREN at (which maps to public address xxx.xxx) In-hut Equipment Top-shelf on south wall is networking gear o Two 10/100 Netgear FS116 switches (with auto MDI/MDI_X sense) o VPN Firewall Router (Netgear) o FreeWave radio and Lantronix Device server (not shown below) Local Subnet xx HPWREN Subnet xx Radio SUN gvdashk eri1 16-port Switch Netgear FVS318 VRN Router Wan Port 4-port Hub 16-port Switch Available 10/100 Ports Lan Ports to Q330s etc. Lantronix/FreeWave to remote rock site Available 10/100 Ports

168.2.1 o WAN port on HPWREN at 172.16.236.35 (which maps to public address 198.202.xxx.

3 Network Layout Back at ICS WAN: xxx VPN Router The INTERNET HPWREN RADIO 4-Port Hub Shows VPN tunnel WAN: (Maps to xxx.xxx) VPN Router 10/100 Switch 10/100 Switch Sun Netra (2xNI) Ports on local subnet ( x) to Q330s, Balers, Lantronix, Digitexx etc. HP DL140 (2xNI)

35 (Maps to 198.202.xxx.xxx) VPN Router 10/100 Switch 10/100 Switch Sun Netra (2xNI) 192.

4 Summary of GVDA Address Allocation Netgear VPN router (WAN at which maps to public xxx.xxx) Sun Netra (gvdashk/shaken) interface eri0 ( Sun Netra (gvdashk/shaken) interface eri1) HP DL140 Linux server (rolled) interface 0 ( HP DL140 Linux server (rolled) interface 1) Reserved for shaker i/f Digitexx PC Digitexx-rack APC Controllable power-strip Outside camera Inside camera Lantronix connected to the FreeWave radio to the K Main-rack mounted APC controllable power-strip GVDA Q GVDA Baler GVA01 Q GVA01 Baler GVA02 Q GVA02 Baler GVA04 Q GVA05 Q GVA06 Q GVA07 Q GVA08 Q PTAC# PTAC#2 In summary, the allocation scheme is: always by the default gateway/vpn router to fixed server machines and non-data-logger equipment to DHCP space to data-loggers and balers to special sensor related equipment (data converters etc.) to whatever else comes up. 1 Note: port 22 traffic is also port forwarded (by the Netgear router) from the HPWREN address assigned to the router ( and xxx.xxx) to the Netra at to figure out the address take the station name number, i.e. 4 for gva04, multiply it by 2 and add 100. This gives the IP address of the Q330, the attached baler is this address plus one. So, for GVA04 the Q330 is at , its Baler is at ) to will be for other special sensor related equipment (data converters etc.)

168.2.10 Outside camera 192.168.2.11 Inside camera 192.168.2.12 Lantronix connected to the FreeWave radio to the K2 192.168.2.13 Main-rack mounted APC controllable power-strip 192.168.2.100 GVDA Q330 192.

5 The HPWREN Radio Path The path from the HPWREN backbone involves a local repeater station to the west(ish) of the hut, the other side of the Hemet Store. This repeater is required to get line-of-site to the HPWREN station on Toro Peak. The HPWREN statically assigned addresses associated with this link are: Toro Peak WiLan Radio Local-repeater-radio to Toro Local-repeater-radio to Hut GVDA Hut WiLan Radio GVDA Bandwidth Usage Bandwidth usage is made up of three main components. 1. Continuous near-real-time data stream is expected to be approx. 350kbps when fully operational 2. Occasional streaming video up to 2Mbps 3. Occasional interactive log-in, administration etc. which should represent low average bandwidth Thus normal everyday average bandwidth is expected to be in the <400kbps range The Netgear FVS318 box currently in use seems to support a maximum h/w bandwidth (limited by the VPN overhead processing of the router) of approx. 1.4Mbps. In order to facilitate better video quality and lower latency of data when there is larger throughput requirement, upgrading to hardware that could support >5Mbps may be considered.

2 Local-repeater-radio to Toro 172.16.235.20 Local-repeater-radio to Hut 172.16.235.21 GVDA Hut WiLan Radio 172.16.235.22 GVDA Bandwidth Usage Bandwidth usage is made up of three main components. 1. Continuous near-real-time data stream is expected to be approx.

6 WLA Networking Overview Network to the Hut is HPWREN s private subnet x o Address allocation managed by HPWRE/UCSD o Network supports DHCP o Default gateway at In the HUT network is a VPN subnet x o ICS/UCSB manages all aspects of this LAN subnet o Interface router is a Linksys VPN box o Network supports DHCP (served by the CerfCube) o Router local address (default gateway for local nodes) o WAN port on HPWREN at (which maps to public address xxx.xxx) In-hut Equipment The networking gear is distributed vertically on the right-hand edges of the shelves in the hut. o VPN Firewall Router o One ADAM port 10/100 switch o One HP ProCurve 8-port 10Mbps hub o One Netgear FS port (commercial rated, normally off but can be remotely powered-on) The biggest issue facing equipment in the WLA site is the potential operating temperature. It is expected the cooling system will keep the hut at about 70F, but outside temperatures can run to 120F. Equipment Voltage Temp Remarks Rating Linksys BEFVP41 12Vdc 32F to 131F Should be OK, temp and voltage. ADAM to 30Vdc 14F to 158F No worries HP Procurve 10BaseT Hub 7Vac(modified 32F to 131F Should be OK w/temp. Modified for use with ext dc/dc to run on 5Vdc) Netgear FS116 12Vdc 32F to 105F Normally off, remote power-on only if temp OK The logical and physical hook-up in indicated in the diagram below.

nodes) 192.168.1.1 o WAN port on HPWREN at 172.16.195.35 (which maps to public address 198.202.xxx.

7 WLA Network Layout Back at ICS WAN: xxx VPN Router The INTERNET HPWREN MP --- SM ---WLA (see text below) Nomarally powered-down, remote power-on control. 16-port 10/100 Switch 10/100 Switch RADIO WAN: (Maps to xxx.xxx) VPN Router 8-Port Hub CerfCube Shows VPN tunnel Wireless Modem (805)448-xxxx Ports on local subnet ( x) to Q330s, camera etc. Ports on local subnet ( x) to Balers etc. Only accessible when switch (commercial range temp rating) is powered on

16-port 10/100 Switch 10/100 Switch RADIO WAN: 172.16.195.35 (Maps to 198.202.xxx.xxx) VPN Router 8-Port Hub CerfCube 192.168.1.5 Shows VPN tunnel Wireless Modem (805)448-xxxx Ports on local subnet (192.

8 Summary of WLA Address Allocation Linksys VPN router (WAN at which maps to public xxx.xxxx) Intrinsyc CerfCube (wlashk) Outside camera WLA Q WLA Baler WLA01 Q WLA01 Baler WLA02 Q WLA02 Baler WLA04 Q WLA04 Baler WLA05 Q WLA05 Baler WLA06 Q WLA06 Q PTAC# PTAC# PTAC#3 In summary, the allocation scheme is: the default gateway/vpn router to fixed server machines and non-data-logger equipment to DHCP space to data-loggers and balers to special sensor related equipment (data converters etc.) to whatever else comes up. 3 Note: port 22 traffic is also port forwarded (by the Linksys router) from the HPWREN address assigned to the router ( and xxx.xxx) to the CerfCube at to figure out the address take the station name number, i.e. 4 for wla04, multiply it by 2 and add 100. This gives the IP address of the Q330, the attached baler is this address plus one. So, for WLA04 the Q330 is at , its Baler is at ) to will be for other special sensor related equipment (data converters etc.)

168.1.110 WLA05 Q330 192.168.1.111 WLA05 Baler 192.168.1.112 WLA06 Q330 192.168.1.113 WLA06 Q330 192.168.1.200 PTAC#1 192.168.1.201 PTAC#2 192.168.1.202 PTAC#3 In summary, the allocation scheme is: 192.

9 The HPWREN Radio Path (and Superstition Mt sub-station ) The path from the HPWREN backbone involves a repeater station (which houses a K2 datalogger) on Superstition mountain. The HPWREN statically assigned addresses associated with this link are: Monument Peak WiLan Radio Superstition WiLan to MP Superstition WiLan to WLA WLA WiLan Radio The Lantronix UDS-10 on Superstition mountain for communication with the K2 is at address Bandwidth Usage Bandwidth usage is made up of three main components. 1. Continuous near-real-time data stream is expected to be approx. 170kbps when fully operational 2. Occasional streaming video up to 2Mbps 3. Occasional interactive log-in, administration etc. which should represent low average bandwidth Thus normal everyday average bandwidth is expected to be in the <200kbps range

16.195.13 The Lantronix UDS-10 on Superstition mountain for communication with the K2 is at address 172.16.195.34 Bandwidth Usage Bandwidth usage is made up of three main components. 1. Continuous near-real-time data stream is expected to be approx.

10 ICS Networking Overview Hub of network communications to remote field huts (VPN) Data-center for NEES presence Public addresses part of the crustal.ucsb.edu domain x Local private LAN that is part of the project VPN is y ICS Network Layout WAN: xxx.xxx VPN Router The INTERNET HPWREN To WLA & GVDA Stirred / Shows VPN tunnel neespop / neestpm / Summary of ICS Address Allocation Netgear FVS318 VPN router (WAN at ) Stirred POP TPM

xxx VPN Router The INTERNET HPWREN To WLA & GVDA Stirred 192.168.0.3/128.111.236.181 Shows VPN tunnel neespop 192.168.0.4/128.111.236.176 neestpm 192.168.0.5/128.

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