SpiderCloud Wireless RN200HB2 High Capacity Indoor Radio Node for UMTS Coverage User Manual 2
SpiderCloud Wireless High Capacity Indoor Radio Node for UMTS Coverage 2
Contents
- 1. user manual 1
- 2. User Manual 2
User Manual 2
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| Document ID | 1852091 |
| Application ID | G2HNgxUfP5hEfeURHE/+9Q== |
| Document Description | User Manual 2 |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 259.64kB (3245546 bits) |
| Date Submitted | 2012-12-04 00:00:00 |
| Date Available | 2013-01-18 00:00:00 |
| Creation Date | 2012-12-04 15:43:30 |
| Producing Software | Acrobat Distiller 10.1.0 (Windows) |
| Document Lastmod | 2012-12-04 15:43:44 |
| Document Title | SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide |
| Document Creator | FrameMaker 10.0.1 |
| Document Author: | SpiderCloud Wireless |
SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide Step 2 Route the Ethernet cable through the pedestal base cable opening and through the cable guards. Insert the RJ-45 connector into the Ethernet port as shown in Figure 13: RJ-45 Connector in Ethernet Port Cable Opening Cable Guard Spring Clip Figure 13 Route and Terminate the Cable Step 3 Slide the pedestal base of the radio node into the groove opening in the mount bracket. When the pedestal reaches the end of the trough, a spring clip will secure the unit into place. Figure 14 Fully Mounted SpiderCloud Wireless, Inc. 15 SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide Installing the Radio Node (Method 2) To route the cable directly and mount the radio node Step 1 Route the Ethernet cable through the large hole in the mounting bracket. Figure 15 Mount Bracket with Direct Cable Routing Step 2 With two user-provided screws, attach the mount bracket assembly to a wall or ceiling. The screw holes are sized for an M4 (#10) screw. Ensure the screws have a snug fit onto the studs, sheetrock, anchor, or other material you are bolting onto. Step 3 Insert the RJ-45 connector into the Ethernet port as shown in Figure 16: RJ-45 Connector in Ethernet Port Figure 16 Route and Terminate the Cable Step 4 16 Push as much cable back through the wall or ceiling as possible. The mount bracket assembly has room for some cable slack. SpiderCloud Wireless, Inc. SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide Step 5 Slide the pedestal base of the radio node into the groove opening in the mount bracket. When the pedestal reaches the end of the trough, a spring clip will secure the unit into place. Figure 17 Fully Mounted Completing the Installation Step 1 For radio nodes for use with external antennas, attach the antennas to the TNC connectors. If the radio node is mounted on a horizontal surface, direct the antennas downward. If it is mounted on a vertical surface, orient the antennas upward. Ceiling Wall Figure 18 External Antenna Orientation SpiderCloud Wireless, Inc. 17 SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide Step 2 Attach a padlock or cable tie wrap through the cutout lock holes in the mount bracket and pedestal base. Figure 19 Padlock and Lock Holes The lock in the above figure is shown schematically. The orientation is for illustration purposes (not accurate) since the bracket is typically wall or ceiling mounted. Note Step 3 The radio node boots up and attempts to connect to the services node. Refer to Boot Sequence and Services Node Communication below for more information. Detaching the Radio Node from the Mount Bracket To remove the radio node from the bracket assembly Step 1 If needed, remove the padlock or cable tie wrap securing the radio node. Step 2 Depress the spring clip on the pedestal base and slide the radio node out of the mount bracket. Step 3 Detach the RJ-45 clip from the Ethernet port and remove the cable from cable brackets and cable opening. 18 SpiderCloud Wireless, Inc. SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide Boot Sequence and Services Node Communication On initial boot, the radio node performs the following boot sequence and communicates with the services node. This sequence takes about one minute to complete. When completed, all devices are reachable: LK AT LK AT LK AT LK AT LK AT LK AT LK AT LK AT POWER Radio Node LNK MGMT ACT USB CONSOLE SIM 0 STATUS SIM 1 Services Node DHCP Request for IP Address DHCP Response (RN, IP, Controller IP) Join Request Join Response (Join Grant, Redirect, Denied) Arrival sequence begins Send SpiderCloud software package Mount package, join the network Figure 20 Radio Node Boot Sequence Sequence description: 1. When the radio node is powered on, the device sends a DHCP Request to the services node DHCP server to get IP information. The DHCP server is configured on the services node by default to respond only to DHCP requests from SpiderCloud Wireless radio nodes. Refer to the SpiderCloud OS (SCOS) Administrator Guide for more information about the services node DHCP server configuration. 2. The server responds with the IP addresses of the radio node and the services node (the master of the radio node). 3. Using its own IP address, the radio node sends a Join Request message to the services node. The radio node seeks to join the cellular network. 4. The services node responds with a Join Response message indicating whether the radio node is allowed to join the network or not. 5. The arrival sequence begins. Based on the configuration of the radio node, the radio node will join the system and get its configuration. The services node sends the SpiderCloud software image (the system image and configuration settings) to the radio node. 6. The radio node reboots and mounts the SpiderCloud software image as a RAM-based file system. 7. The radio node contacts the services node and joins the network. SpiderCloud Wireless, Inc. 19 SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide Radio Node LED Boot Sequence The radio node state machine is sequential and progresses in the following order: State 0 -> State 1 -> State 2 -> State 3 -> State 4 -> State 5 A normal boot sequence transitions through all these states sequentially and the LED state transitions accordingly. If the radio node fails to transition to the next state, the system restarts the boot sequence, starting with State 0. You can determine the progress during the booting stages by observing the LED color transitions. On failure, the last LED state will display the state that encountered the failure. Table 3 shows the radio node boot sequence and corresponding LED behavior: Table 3: Radio Node LED Boot Sequence State LED Color 0. Power On/ Reset Green Flashing Description This is the initial state on startup. The radio node bootup is controlled by firmware in this state. It will go through a lamp test in this state. A lamp test involves cycling through all LED colors. 1. DHCP Red Solid Possible Failures and Actions This state should be very short lived and should transition to the next state immediately. A radio node should not stay in this state indefinitely. Note: Flashing Green is also used to indicate a radio node that has been administratively disabled. This can be determined from the CLI. The radio node starts by sending out No DHCP Response, IP Address not allocated. a DHCP Request. Check cabling, DHCP Server The radio node moves to the next configuration. state (State 2) upon receiving a DHCP response and an IP Address. 2. Join Blue Solid The radio node has an IP Address and sends a UDP Join request to the Serving services node. The radio node moves to the next state (State 3) upon getting a JOIN GRANT from the services node. 3. TFTP Blue Flashing The radio node proceeds next to download the operating system image from the services node. No IP reachability to the services node. Check IP network between radio node and services node for routing issues. Failure to download TFTP image. Check firewall between radio node and services node. The radio node moves to the next state (State 4) after the image has been downloaded. 20 SpiderCloud Wireless, Inc. SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide Table 3: Radio Node LED Boot Sequence (continued) State 4. Operating System Booting LED Color Description Green Flashing The radio node loads the operating system and starts the default platform applications. The radio node moves to the next state (State 5) when it establishes connectivity with the service node. 5. Running Green Solid The operating system is running. The radio node continues the startup sequence, but is now controlled by the services node. Possible Failures and Actions Failure to start the operating system. This normally points to a software/ build issue. Please contact SpiderCloud support. The operating system is up and running on the radio node. Any subsequent state transitions can now be tracked from events and logs on the services node. Radio Node LED Management The LED display is active by default, but can be deactivated in light-sensitive environments as needed. Even when the display is disabled, the LED will be lighted during the following conditions: • while the radio node is booting • if the radio node or cell is in fault state • if there is an active emergency call • if the locate radio node feature is active • if the follow IMSI feature is active Table 4 shows the expected LED behavior of the radio node once it has booted and joined the network. The LED also supports advanced troubleshooting functions when the system is operational. Table 4: Radio Node LED Behavior LED Status Flash Rate Green: slow flashing Administratively disabled Approximately ½ second on, 1½ sec. off Green: solid Operational Red: solid Fault Red: fast flashing One or more emergency calls active Approximately 1 second on/off cycle Blue: fast flashing Locate radio node enabled* Approximately 1 second on/off cycle Blue: solid Follow IMSI enabled* Off Powered off or LED disabled * Refer to the SpiderCloud OS (SCOS) Administrator Guide for information about the locate radio node and follow IMSI features. SpiderCloud Wireless, Inc. 21 SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide The SpiderCloud Documentation Set The SpiderCloud documentation set includes: • The SpiderCloud System Description provides an overview of how the SpiderCloud system fits within an operator’s network and in an enterprise, describes key features of the system, and provides specifications for the services and radio nodes. • The SpiderCloud OS (SCOS) Administrator Guide provides procedures for configuring the software environment and internetworking between the services node and radio node devices. • The SpiderCloud Services Node - SCSN-8000 Hardware Installation Guide provides hardware specifications and installation instructions. • The SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide provides hardware specifications and installation instructions. • The E-RAN Deployment Planning Guide provides information about planning and dimensioning E-RAN systems. • The SpiderCloud OS (SCOS) CLI User Guide provides an introduction to the key features and functionalities of the SpiderCloud Command Line Interface (CLI). • The SCOS NB Data Model Reference Guide provides details about the objects and parameters that comprise the system configuration and operational state. • The SpiderCloud System Commissioning Guide provides information about turning up a SpiderCloud E-RAN with the Local Configuration Interface (LCI) graphical user interface. • The Performance Measurements for SpiderCloud Small-Cell E-RAN provides a reference guide to Key Performance Indicators (KPI) that monitor the health and state of the E-RAN system. • The E-RAN Troubleshooting Guide provides information about diagnosing and correcting problems with installing, provisioning, administrating, and maintaining SpiderCloud equipment and services. • The SpiderNet Management System Installation and Administration Guide provides information about installing the SpiderNet network management server and client and using it to remotely manage E-RAN deployments. 22 SpiderCloud Wireless, Inc. SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide Appendix, Antenna Patterns 0º UMTS Band Antenna Patterns 90º Up Front 0o 3 dB -30o 30o -3 -6 -60o 60o -9 -12 -15 90º -90o 9 0o -15 0º -12 -9 -6 -120o Front 120o 90o 3 dB 120o -3 -150o 60o -3 150o 3 dB -6 150o 180o 30o -9 AUT = 2140 MHz : Max Gain = 2.59 dBi at 90 o AUT = 2140 MHz : Max Gain = -0.08 dBi at 93o -12 EL1Cut (Front-to-Back) -15 180o 0º 0o -15 -12 Up 90º -9 0o 3 dB -30o -6 -150o 30o -3 -6 -60o -30 o -3 -120o 60o -60o 3 dB -9 -90o AUT @ 2140 MHz : Max Gain = 2.59 dBi at 3o -12 AUT @ 2140 MHz : Max Gain = 2.04 dBi at -63o -15 -90o 9 0o AZ Cut -15 -12 -9 -6 -120o 120o -3 -150o 150o 3 dB 180o AUT = 2140 MHz : Max Gain = 0.61 dBi at 75o AUT = 2140 MHz : Max Gain = 0.69 dBi at -96 o Transmit Antenna EL2 Cut (Side-to-Side) SpiderCloud Wireless, Inc. 23 SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide UMTS Low Band Antenna Patterns 0º 90º Up 0o Front 3 dB -30o 30o -3 -6 -60o 60o -9 -12 -15 90º 9 0o 0º -15 -12 -9 Front -6 -120o 120o 90 o 3 dB 120o -3 -150o -3 150o 3 dB -6 150o 30o -9 180o -12 AUT = 915 MHz : Max Gain = -0.38 dBi at 30o -15 AUT = 915 MHz : Max Gain = -0.72 dBi at 153o 180 o Low Band, EL1Cut (Front-to-Back) 0º 60o 0o -15 -12 90º Up -9 0o 3 dB -30o -6 -150o 30o -30o -3 -3 -120 o -6 -60o -60o 3 dB 60o -90o -9 AUT @ 915 MHz : M ax Gain = 0.76 dBi at -51 o -12 AUT @ 915 MHz : M ax Gain = -0.53 dBi at 66 o -15 -90o 9 0o Low Band, AZ Cut -15 -12 -9 -6 -120o 120o -3 -150o 150o 3 dB 180o AUT = 915 MHz : Max Gain = -0.46 dBi at 78 o AUT = 915 MHz : Max Gain = -1.16 dBi at 102o Transmit Antenna Low Band, EL2 Cut (Side-to-Side) 24 SpiderCloud Wireless, Inc. SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide PCS Band Antenna Patterns 0º 90º Up 0o Front 3 dB -30o 30o -3 -6 -60o 60o -9 -12 -15 -90o 9 0o 90º -15 -12 0º -9 -6 -120o 120o -3 90o Front 3 dB 120o -150o 60o -3 150o 3 dB -6 150o 180o AUT = 1960 MHz : Max Gain = 4.43 dBi at 84 o 30o -9 AUT = 1960 MHz : Max Gain = 2 dBi at 78o -12 -15 EL1 Cut (Front-to-Back) 180o 0o 0º -15 -12 Up -9 90º 0o 3 dB -30o -6 -150o 30o -120o -3 -6 -60o -30 o -3 -60o 3 dB -90o 60o AUT @ 1960 MHz : Max Gain = 4.1 dBi at 3 o -9 AUT @ 1960 MHz : Max Gain = 2.33 dBi at -36o -12 -15 AZ Cut -90o 9 0o -15 -12 -9 -6 -120o 120o -3 -150o 150o 3 dB 180o AUT = 1960 MHz : Max Gain = 1.49 dBi at 63 o Transmit Antenna AUT = 1960 MHz : Max Gain = 0.64 dBi at -129 o EL2 Cut (Side-to-Side) SpiderCloud Wireless, Inc. 25 SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide DCS Band Antenna Patterns 0º 90º Up Front 0o 3 dB -30o 30o -3 -6 -60o 60o -9 -12 90º -15 -90o 9 0o 0º -15 -12 -9 90o Front -6 -120o 3 dB 120o 120o -3 -150o 60o -3 150o 3 dB -6 150o 30o -9 180o -12 AUT = 1844 MHz : Max Gain = 3.55 dBi at 54 o -15 AUT = 1844 MHz : Max Gain = 0.42 dBi at 84 o 180o 0o EL1 Cut (Front-to-Back) -15 -12 -9 0º -6 -150o -30 o -3 Up 90º -120o -90o 0o AUT @ 1844 MHz : Max Gain = 3.53 dBi at 24o 3 dB -30o -60o 3 dB 30o AUT @ 1844 MHz : Max Gain = 0.9 dBi at 39o -3 -6 -60o AZ Cut 60o -9 -12 -15 -90o 9 0o -15 -12 -9 -6 -120o 120o -3 -150o 150o 3 dB Transmit Antenna 180o AUT = 1844 MHz : Max Gain = -0.73 dBi at 72o AUT = 1844 MHz : Max Gain = -1.27 dBi at -123o EL2 Cut (Side-to-Side) 26 SpiderCloud Wireless, Inc. Index activity LED 9 altitude range 7 antenna external 6 external orientation 17 ports 10 antennas 9 LED boot sequence 20 management 21 length 7 link LED 9, 10 locating 12 boot sequence LED 20 bottom view 6 mount bracket 13 NRTL Marking 8 cabling guidelines 14 CB certification 8 CE marking 8 compliance 8 connector, TNC 6 operating humidity range 7 operating temperature range 7 detaching 18 DHCP request 19 pedestal base 13 ports 9 ports, antenna 10 power 7 environmental requirements 7 FCC compliance 8 frequency bands of operation 7 height 7 Industry Canada RSS-133, RSS-139, ICES-003 (Class A) 8 R&TTE compliance 8 relative humidity range 7 RoHS compliance 8 separation distances 13 services 6 specifications 7 storage temperature range 7 system diagram 5 system specifications 7 TNC connector 6 top view 6 SpiderCloud Radio Node - SCRN-200 Hardware Installation Guide 27 Index UMTS bands 7 weight 7 width 7 28 SpiderCloud Wireless, Inc.
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