Ondas Networks FS-CP757787 FullMAX Cobalt-Plus User Manual Rev

Full Spectrum Inc. FullMAX Cobalt-Plus Rev

User Manual Rev

Full Spectrum Inc. | 687 N. Pastoria Avenue, Sunnyvale, CA 94085 | (888) 350-9994 | fullspectrumnet.com FullMAX Cobalt-Plus Installation Manual Version 1.2 June 2017 Warning: Never power on a FullMAX radio without a load on the RF connector.
Page 2 of 13 January 2017 Copyright © 2017 Full Spectrum Inc. All rights reserved. NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. NOTE: The user’s manual or instruction manual for an intentional or unintentional radiator shall caution the user that changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. In cases where the manual is provided only in a form other than paper, such as on a computer disk or over the Internet, the information required by this section may be included in the manual in that alternative form, provided the user can reasonably be expected to have the capability to access information in that form. FCC Compliance Statement: Note: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. Any changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. End users must follow the specific operating instructions for satisfying RF exposure compliance. This transmitter must be at least 180 cm from the user and must not be co‐located or operating in conjunction with any other antenna or transmitter. The maximum allowable antenna gain for this device is 23.5 dBi and 9.5 dBi at 757.5 MHz and 787.5 MHz respectively
Page 3 of 13 January 2017 Table of Contents 1 System Overview .................................................................................................................................. 4 2 Physical Installation .............................................................................................................................. 6 2.1 Introduction ................................................................................................................................... 6 2.2 Cobalt-Plus Enclosure ................................................................................................................... 6 2.2.1 Specifications ........................................................................................................................ 6 2.2.2 Product Overview ................................................................................................................. 7 2.2.3 Connection Descriptions ....................................................................................................... 8 2.2.4 Mounting Guidelines............................................................................................................. 9 3 Operation and Configuration CLI Instructions ................................................................................... 10
Page 4 of 13 January 2017 1 System Overview FullMAX is a multi‐cell, Point‐to‐Multipoint (PtMP) broadband wireless system based on the IEEE 802.16e (Mobile WiMAX) standard with modifications to enable its operation in a wide range of frequencies below 1 GHz and a wide range of channel sizes. The system is used to establish a private, broadband wireless service for electrical utilities and other mission critical industries. It supports both fixed and mobile applications. The main characteristics of the FullMAX System include the following: FullMAX employs TDD framing to provide greater flexibility and to maximize spectrum utilization. FullMAX is capable of operating in any frequency band between 40 MHz and 958 MHz and in any channel size between 100 KHz and 5 MHz. FullMAX can be configured to operate in a downlink to uplink ratio to support symmetrical, asymmetrical and reverse asymmetrical applications. The FullMAX system offers the private system operator wide area coverage by leveraging the following: • High transmit power from both the Base Station and Remote Stations • Exceptional receiver sensitivity • Superior propagation due to the operation in narrower channel sizes and low band frequencies The FullMAX system offers excellent frequency utilization through the following capabilities: • Adaptive Modulation and Coding per link in both the downlink and uplink • Optimization of the downlink and uplink ratio for the user’s main applications. For example, in the case of SCADA applications, the FullMAX frame is configured as reverse asymmetrical, i.e., more bandwidth is allocated to the uplink than to the downlink. • Modifications to the standard air interface protocol to minimize MAC layer overhead. • Employ Band-AMC subcarrier allocation scheme in both uplink and downlink direction to maximize the percentage of data transport subcarriers. • Packet Header Suppression (PHS) with the following characteristics: o Compressible header field values are learned automatically with no need for manual configurations. o Support for multiple compressible values for the same header fields. As a result, PHS can be used even when the header fields are not constant.
Page 5 of 13 January 2017 FullMAX includes a versatile set of Quality of Service (QoS) tools that can optimize traffic performance for each application and prioritize access to the available bandwidth according to the operator’s requirements. QoS tools include various scheduling methods (e.g., Best Efforts and Unsolicited Grant Service), service flows with various QoS parameters such as priority level, minimum and maximum traffic rates, guaranteed delay, jitter, etc. FullMAX provides secure connections with strong encryption (AES‐128), strong authentication (EAP after RSA with X.509 certificates) and advanced key management protocol (PKMv2). FullMAX supports various frequency reuse methods including: • Traditional full channel based frequency reuse • OFDMA based Band-AMC sub‐channel reuse with up to 6 sub-channels in both uplink and downlink. Any combination of sub-channels can be used in each sector in both downlink and uplink. FullMAX Remote Stations support a pre‐configured channel acquisition plan, i.e., a preconfigured list of channel alternatives, characterized by center frequency, bandwidth, sub-channels and other parameters. During channel acquisition, the Remote Station goes through the list and evaluates the best alternative. FullMAX has an advanced remote management system that enables the system operator to monitor, configure, manage, detect failures and diagnose problems. The FullMAX system configuration and FullMAX system provisioning support centralized management profiles. The FullMAX system architecture consists of Base Stations, Fixed Remote Stations and Mobile Stations. Backhaul networking equipment connects the Base Stations to the customer’s Network Operations Center (NOC) and the FullMAX Network Management System (NMS). FullMAX Base Stations are typically installed in the existing Private Land Mobile Radio (PLMR) towers serving their respective cells. The FullMAX Base Station is designed as a single sector device. Any number of sectors can be designed per tower, however the most common configuration is a three sector design with a Base Station unit per sector. The sector configuration dictates the type of antenna that should be used. Typically a router is used at the tower to connect all Base Stations to the NOC via backhaul facilities. FullMAX Fixed Remote and Mobile Stations are deployed throughout the tower’s serving area.
Page 6 of 13 January 2017 2 Physical Installation 2.1 Introduction A FullMAX Cobalt-Plus Remote Station is comprised of software and hardware which is packaged in an indoor enclosure. 2.2 Cobalt-Plus Enclosure 2.2.1 Specifications Enclosure Material Aluminum Alloy Dimensions (W x D x H) 8.5” x 4.85” x 2.95” (216mm x 123mm x 75mm) Operating Temperature -40° F to 158° F (-40° C to 70° C) DC Input Power Range 24 to 68 VDC Power Consumption No load : 13.1 watts @ 48 VDC Peak load : 23.4 watts @ 48 VDC
Page 7 of 13 January 2017 2.2.2 Product Overview
Page 8 of 13 January 2017 2.2.3 Connection Descriptions Connector Application GPS Antenna SMA female connector for optional GPS antenna. RF Out 50Ω N-Type female connector for RF input from antenna DC Input DC power input 24-68 volts. Warning: Ensure Correct Polarity Ethernet 2 x RJ45 connector for Ethernet 10/100 Base-T interface Console (Serial) RJ45 8-pin connector wired using the Cisco interface specification for console access Serial Data RJ45 8-pin connector wired using the Cisco interface specification for serial data Ground Post Connection to building ground
Page 9 of 13 January 2017 2.2.4 Mounting Guidelines • A mounting bracket is provided for attaching the Cobalt-Plus enclosure to a vertical flat surface.
Page 10 of 13 January 2017 3 Operation and Configuration CLI Instructions CLI show commandshow ms bsidit should display the mac address of the BS. cross checked with HW addr in BS.show ms versionit should display the mac and phy load currently used.HW version, mac FW and phy FW version given in the msconfig should be displayed.phy and mac load is fine. Others needs clarificationshow ms ipconfigip configurations set in the msconfig should be displayed irrespective of STATIC_IP_CONFIG enabled or disabled in the config file.cross checked with config fileshow ms sysconfigit should display all the configurations in the ms config file exept for ip config.cross checked with config fileshow ms radioconfigit should display radio configurations set in the ms config file. cross checked with config fileshow ms scanconfigit should display scan configurations set in the ms config file.cross checked with config file and changes are reflected upon soft reboot.show ms phyconfigit should display phy configurations set in the ms config file. cross checked with config fileshow ms stateit should display the current state of the MS. When NE is happened it should display as MS_OPERATIONAL. When BS is switched off it shows DCD_UCD acquiredMS_OPERATION and DCD_UCD acquired state is verified.show ms capabilitiesit should display all the basic capabilities supported by the MS.show ms con statisticsupon giving this command consecutively the number of sdus in and out should keep increasing when the NE is successfulshow ms dcdit should display the dcd configurations set in the ucddcd config file for BS EIRP, EIRxPirmax, TTG, RTG, BSID.BSID needs to be clarifiedshow ms infoclarrified ms state, ms mac addr, ms ip addr, ms peer addr others needs to be clarified.show ms l1if statisticsit should display all the l1If statistics like number of DL Burst received from l1if , UL burst sent to l1If.show ms memory statisticsit should display maximum buffer available, used and freed and also number of enqueued, dequeued, totally available and free msgs in a msg queue.show ms rf statisticsit should display rf antenna statistics.show ms sdu pool statisticsit should display maximum sdu nodes available, used and freedshwo ms sfinfoit should display informations of each service flows like: phs rule supporting a SF, cid of a SFshow ms statisticsit should display the number of sdus received, sent, dropped, memory allocated, errors occured in the system.show ms timer statisticsit should display the numbers of timers created, started, deleted, expired.show ms ucdit should display ucd configurations :number of init ranging codes, periodic ranging codes, BW ranging codes, HO ranging codes from the UCDDCD config file.cross checked with config fileshow ms measurement reportit should display CINR, Rx Gain, RSSI, fec code used values.show ms ulmap burst <count>show ms ulmap error <count>show ms ulmap rcvd <count>show ms csm statisticsshow ms timingshow ms transmitted packetshow ms trigger metricsshow ms tx powerit should display MS tx power to the serving BSshow ms sainfoshow ms dlmap error <count>show ms dlmap rcvd <count>show ms decoded burst <count>show ms encoded burst <count>show ms received packet <count>
Page 11 of 13 January 2017 CLI CommandDescription Parameter range How To Verifyconfig ms profile dl symbols <numOfSymbols> Used to configure dl symbols 19 to 169 show ms phyconfig & show ms sysconfigconfig ms profile ul symbols <numOfSymbols> Used to configure ul symbols 19 to 169 show ms phyconfig & show ms sysconfigconfig ms profile frame duration codeUsed to configure frame duration by setting a value which corresponds to certain frame duration7 (fixed value) show ms phyconfig & show ms sysconfigconfig ms profile channel bw <kHz> Used to set channnel bandwidth 500 to 1000 show ms phyconfig & show ms sysconfigconfig ms profile dl zone Used to set number of DL zones 1show ms phyconfig & show ms sysconfigconfig ms radio antenna <num> Used to configure number of radio antenna used 1 to 3 show ms phyconfig & show ms sysconfigconfig ms radio agc enable Used to set automatic gain control 1show ms radioconfig & show ms sysconfigconfig ms radio agc disable Used to reset automatic gain control 0show ms radioconfig & show ms sysconfigconfig ms radio rxgain <gainIndB> Used to set receiver gain level 0-78 show ms radioconfig & show ms sysconfigconfig ms radio txpcmode openUsed to set transmission power control to open loop mode4show ms measurement reportconfig ms radio txpcmode closedUsed to set transmission power control to closed mode1show ms measurement reportconfig ms radio txpcmode fixedUsed to set transmission power control to disabled mode0show ms measurement reportconfig ms radio maxtxpower <pwrIndB> Used to set maximum transmission power level ‐45 to 43 db show ms radioconfig & show ms sysconfigconfig ms radio mintxpower <pwrIndB> Used to set minimum transmission power level ‐45 to 43 db show ms radioconfig & show ms sysconfigconfig ms radio filterfile <filename> Used to set filter characteristics show ms sysconfigconfig ms radio samplingclockUsed to set samplingClock; if ChannelBW=500 & samplingClock=0,then samplingClock=560; else if ChannelBW=1000 & samplingClock=0, then samplingClock=11200 or 1120 khz show ms radioconfig & show ms sysconfigconfig ms scan numbands <numbands> Used to set the number of bands to be scanned 1 to 8 show ms scanconfig & show ms sysconfigconfig ms scan band <bandno> bandid <bandid>Used to set the band number & corresponding band ID to be scannedBandNo:1-8; BandId:0-7show ms scanconfig & show ms sysconfigconfig ms scan band <bandno> bandrowstatus <0/1>Used to set the band number & corresponding band status to be scannedBandNo:1-8: Bandrowstatus:0/1show ms scanconfig & show ms sysconfigconfig ms scan band <bandno> frequency <freqinkHz>Used to set the band number & corresponding frequency to be scannedBandNo:1-8; Frequency:600000-800000show ms scanconfig & show ms sysconfigconfig ms scan band <bandno> preamble <preambleId>Used to set the band number & corresponding preamble to be scannedBandNo:1-8; Preamble:0-113show ms scanconfig & show ms sysconfigconfig ms scan band <bandno> sectorid <sectorIdUsed to set the band number & corresponding sector ID to be scannedBandNo:1-8; SectorId:0-3show ms scanconfig & show ms sysconfigconfig ms scan band <bandno> cellid <cellId>Used to set the band number & corresponding cell ID to be scannedBandNo:1-8; CellId:0-31show ms scanconfig & show ms sysconfigconfig ms scan band <bandno> dlamcbm <dlAmcBitmap>Used to set the band number & corresponding DL AMC Bitmap to be scannedBandNo:1-8; DL AMC Bitmap:0-63show ms scanconfig & show ms sysconfigconfig ms scan band <bandno> ulamcbm <ulAmcBitmap>Used to set the band number & corresponding UL AMC Bitmap to be scannedBandNo:1-8; UL AMC Bitmap:0-63show ms scanconfig & show ms sysconfigconfig ms phy tx power max bpsk <db>Used to set max transmission power for BPSK modulation scheme-39 to +43 show ms phyconfig & show ms sysconfigconfig ms phy tx power max qpsk <db>Used to set max transmission power for QPSK modulation scheme-39 to +43 show ms phyconfig & show ms sysconfigConfig CLI command
Page 12 of 13 January 2017 CLI CommandDescription Parameter range How To Verifyconfig ms phy tx power max 16qam <db>Used to set max transmission power for 16QAM modulation scheme-39 to +43 show ms phyconfig & show ms sysconfigconfig ms phy tx power max 64qam <db>Used to set max transmission power for 64QAM modulation scheme-39 to +43 show ms phyconfig & show ms sysconfigconfig ms phy fixed timing adjust Used to enable or disable fixed timing 0/1 show ms phyconfig & show ms sysconfigconfig ms phy initial timing adjustUsed to set initial timing of the MS to the amount of internal fixed delay0 to 65535 show ms sysconfigconfig ms phy gps enable <1/0> Used to enable or disable gps 0/1 show ms phyconfig & show ms sysconfigconfig ms phy gps delay Used to set gps delay 0 to 1024 show ms phyconfig & show ms sysconfigconfig ms mac max fec dl <fec>Used to indicate the maximum DL modulation that can be configured0 to 6 where: 0->QPSK Convolutional Code1/2;1->QPSK CC3/4; 2->QAM16 CC1/2; 3->QAM16 CC3/4; 4->QAM64 CC1/2; (3 & 4 Same); 5->QAM64 CC2/3; 6->QAM64 CC3/4show ms sysconfigconfig ms mac max fec ul <fec>Used to indicate the maximum UL modulation that can be configured0 to 6 (Same as above)show ms sysconfigconfig ms mac arq enable <1/0> Used to enable or disable ARQ 0/1 show ms sysconfigconfig ms mac auth type <noauth=0/rsa=1/eap-ttls+chapv0=2/eap-ttls+mschapv2=3)>Used to set authentication type 0 to 3 show ms sysconfigconfig ms mac encryption enable <1/0> Used to enable or disable Encryption 0/1 show ms sysconfigconfig ms system timers lost dlmap intvl <ms>Used to set the timer with lost DL Map interval in ms. Waits for such time before MS moves to next band.200 to 655000 show ms sysconfigconfig ms system timers lost ulmap intvl <ms>Used to set the timer with lost UL Map interval in ms. Waits for such time before MS moves to next band.200 to 655000 show ms sysconfigconfig ms system timers dcd timeout <ms> Used to set the timer with DCD timeout value 500 to 50000 show ms sysconfigconfig ms system timers ucd timeout <ms> Used to set the timer with UCD timeout value 500 to 50000 show ms sysconfigconfig ms system timers broadcast ranging timeoutUsed to set T2 timeout 30 to 6000 show ms sysconfigconfig ms system timers t3 timeout <ms> Used to set T3 RNG-RSP timeout 30 to 200 show ms sysconfigconfig ms system timers periodic ranging timer <s>Used to set T4 Periodic ranging timer 500 to 60000 show ms sysconfigconfig ms system timers t6 timeout Used to set T6 REG-RSP timeout 30 to 6000 show ms sysconfigconfig ms system timers t7 timeout Used to set T7 DSX-RSP timeout 30 to 2000 show ms sysconfigconfig ms system timers t8 timeout Used to set T8 DSX-ACK timeout 30 to 1000 show ms sysconfigconfig ms system timers t10 timeout Used to set T10 DSX transaction timeout 30 to 6000 show ms sysconfigconfig ms system timers t14 timeout Used to set T14 DSX RVD timeout 30 to 2000 show ms sysconfigconfig ms system timers t18 timeout Used to set T18 SBC-RSP timeout 30 to 2000 show ms sysconfigconfig ms system timers t42 timeout Used to set T42 MOB-HO-IND timeout 30 to 2000 show ms sysconfigconfig ms system timers t43 timeout Used to set T43 MOB-SLP-RSP timeout 30 to 2000 show ms sysconfigconfig ms system timers t44 timeout Used to set T44 MOB-SCN-RSP timeout 30 to 2000 show ms sysconfigconfig ms system timers t45 timeout Used to set T45 DREG CMD Timeout 30 to 500 show ms sysconfigconfig ms system timers traffic monitoring timeout <s>Used to set traffic monitoring timeout of the frames. If Idle mode is enabled, MS triggers idle mode entry after this amount of idle time. 30 to 3000000 show ms sysconfigConfig CLI command
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