| V5000 Distribution Node | IEEE 802.3af/at, 25 W maximum |
|---|
| System Hardware | 43 |
|---|
| l | Distribution Node (DN) - DN connects with other DN for mesh network |
|---|
| Cambium description | Radio node Cambium part number |
|---|
| Outdoor AC/DC PSU, 100W, 54V DC | V3000, V5000 N000000L179B |
|---|
| Waterproof PSU Cable Joiner 14-16 AWG | V3000, V5000 N000000L180A |
|---|
| DC to RJ45 Plug Power Adaptor | V3000, V5000 C000000L184A |
|---|
| Cable Gland, Long, M25, Qty 5 | V3000, V5000 C000000L124A |
|---|
| AC power Injector 56V, 60W | V3000, V5000 N000065L001C V5000 |
|---|
| CABLE, UL POWER SUPPLY CORD SET, INDIA | V1000, V3000, N000900L012A V5000 V5000 |
|---|
| CABLE, UL POWER SUPPLY CORD SET, CHINA | V1000, V3000, N000900L015A V5000 V5000 V5000 V5000 V5000 V5000 |
|---|
| Category | Specification |
|---|
| 尺寸 | 118 mm (4.64 in) x 43 mm (1.69 in) x 32.4 mm (1.27 in) |
|---|
| 重量 | 0.18 Kg (0.39 lbs) |
|---|
| Temperature | 0°C (32°F) to +50°C (140°F) |
|---|
| Humidity | 10% to 95 % non-condensing |
|---|
| AC Input | 90-264V AC, 47-63 Hz |
|---|
| DC Output Voltage | 56V |
|---|
| DC Output current | 0.25A |
|---|
| Efficiency | Better than 84% at full load |
|---|
| Over Current Protection | Hiccup mode, recovers automatically after the fault condition is removed |
|---|
| Hold up time | At least 10 milliseconds |
|---|
| RJ45 POE Port | 7,8 ------------- DC V- 5,6 ------------- DC V+ Note The Gigabit power injector is supplied with the cnWave V1000 CN. Order part N000900L017A to obtain spares. Warning Always use an appropriately rated and approved AC supply cord-set in accordance with the regulations of the country of use. |
|---|
| DC Output voltage | 56V |
|---|
| Part number and | N000000L178A (60W) 171 mm (6.7 in) x 62 mm (2.4 in) x 37 mm |
|---|
| N000000L179A(100W) | 220 mm (8.7 in) x 68 mm (2.7 in) x 39 mm (1.5 in) |
|---|
| 供電 | 60W 100W |
|---|
| Waterproofing | IP65/IP67 |
|---|
| Power factor | Better than 0.95 Figure 33: Cable joiner Figure 34: DC to RJ45 plug power adapter |
|---|
| Radio | PoE enabled Maximum cable length |
|---|
| V3000 | - 390m 25W 72m |
|---|
| V5000 | - 330m 25W Not supported |
|---|
| CAT6A outdoor cable, 305m | N000082L172B |
|---|
| RJ45 connector for CAT6A cable | N000082L174B |
|---|
| CAT6A outdoor cable, 100m | N000000L155A |
|---|
| Cable gland for 4-6mm cable, M25, Qty 10 | C000000L176A |
|---|
| Cable gland for 6-9mm cable, M25, Qty 10 | C000000L123A |
|---|
| CAT5E Outdoor Cable, 100m drum | N000082L016A |
|---|
| Cable gland Long, M25, Qty 5 | C000000L124A |
|---|
| DC to RJ45 plug power adapter | C000000L184A Note One cable gland for 6-9mm cable size is included with each cnWave radio. Order additional cable glands as spares, where smaller cable size is to be used, or where the V3000 or V5000 Aux port is to be used. |
|---|
| Optical CABLE,MM, 1m | N000082L215A |
|---|
| Optical CABLE,MM, 2.2m | N000082L191A |
|---|
| Optical CABLE,MM, 10m | N000082L192A |
|---|
| Optical CABLE,MM, 20m | N000082L193A |
|---|
| Optical CABLE,MM, 30m | N000082L194A |
|---|
| Optical CABLE,MM, 50m | N000082L195A |
|---|
| Optical CABLE,MM, 80m | N000082L196A |
|---|
| Optical CABLE,MM, 100m | N000082L197A |
|---|
| Optical CABLE,MM, 150m | N000082L198A |
|---|
| Optical CABLE,MM, 200m | N000082L199A |
|---|
| Optical CABLE,MM, 300m | N000082L200A |
|---|
| Optical CABLE,SM, 2.2m | N000082L186A |
|---|
| Optical CABLE,SM, 10m | N000082L187A |
|---|
| Optical CABLE,SM, 20m | N000082L188A |
|---|
| Optical CABLE,SM, 30m | N000082L139A |
|---|
| Optical CABLE,SM, 50m | N000082L140A |
|---|
| Optical CABLE,SM, 80m | N000082L141A |
|---|
| Optical CABLE,SM, 100m | N000082L142A |
|---|
| Optical CABLE,SM, 150m | N000082L143A |
|---|
| Optical CABLE,SM, 200m | N000082L189A |
|---|
| Optical CABLE,SM, 300m | N000082L190A |
|---|
| System Planning | 56 Never mount equipment in Zone A. Mounting in Zone A may put equipment, structures and life at risk. |
|---|
| Type of ODU | Max surface area (square meters) Wind speed (km/h Newtons) 200* 225 250 275 300 325 |
|---|
| V1000 | 0.017544 67 85 105 127 151 177 |
|---|
| v3000** | 0.1764 462 583 719 871 1036 1216 |
|---|
| Item | Specification |
|---|
| Channel | Open/R protocol or manual selection selection |
|---|
| Manual power | Supports ATPC automatic transmit power control and maximum EIRP can be set |
|---|
| control | lower than the default power limit. |
|---|
| Integrated | l V3000 44.5 dBi gain and 40.5 dBi gain antenna type |
|---|
| Duplex schemes | Symmetric 50:50 fixed and asymmetric fixed |
|---|
| Range | 100 m to 2 KMs, depends on the following factors: |
|---|
| Over-the-air | AES 128-bit encryption |
|---|
| Weather | Highly sensitive due to rain range conditions. For more information in range, refer |
|---|
| 靈敏度 | Rain and attenuation table. |
|---|
| Frequency | Power / Magnetic Field Band |
|---|
| c2 | 57 - 71 40 dBm E.I.R.P., 23 dBm/MHz E.I.R.P. density and maximum transmit power of 27 |
|---|
| GHz | dBm at the antenna port/ports. |
|---|
| c3 | 57-71 55 dBm E.I.R.P., 38 dBm/MHz E.I.R.P. density and transmit antenna gain ≥ 30 dBi. GHz |
|---|
| Site Name | Site Location Radius of exclusion zone from the center of site location |
|---|
| Site 1 | 07° 23’ 36.6” W, 57° 21’ 3.6” N 6 Km |
|---|
| Site 2 | 04° 58’ 21” W, 51° 37’ 16.8” N 6 Km |
|---|
| Site 3 | 00° 36’ 22.8” W, 52° 38’ 1.8” N 6 Km |
|---|
| Where: | Is: |
|---|
| Lfree_space | Free Space Path Loss (dB) |
|---|
| Lexcess | Excess Path Loss (dB) |
|---|
| Lfade | Fade Margin Required (dB) |
|---|
| Lseasonal | Seasonal Fading (dB) |
|---|
| Lcapability | Equipment Capability (dB) |
|---|
| 安裝 | 74 |
|---|
| Bracket | Pole diameter ODU Bracket part number variants |
|---|
| V1000 pole mount | 40 mm to 77 mm (1.6 inches V1000 Included with V1000 to 3.0 inches) |
|---|
| V1000 wall mount | Wall mount V1000 Included with V1000 |
|---|
| V1000 adjustable pole mount | 40 mm to 77 mm (1.6 inches V1000 N000900L022A to 3.0 inches) |
|---|
| V3000 precision bracket | 25 mm to 77 mm (1.0 inches V3000 C000000L125A to 3.0 inches) |
|---|
| V3000 tilt bracket assembly | 40 mm to 77 mm (1.6 inches V3000, N000045L002A |
|---|
| to 3.0 inches) | V5000 |
|---|
| with band clamps | inches to 9.0 inches) V5000 party band clamps |
|---|
| V5000 pole mount | 25 mm to 77 mm (1.0 inches V5000 C000000L137A to 3.0 inches) |
|---|
| V5000 wall mount | Wall mount V5000 C000000L136A 1. Typical installation 2. ODU interface with LPU on the pole 3. SFP and Aux Ethernet interfaces |
|---|
| Figure 106: AC/DC PSU | Figure 107: Cable joiner Figure 108: DC to (N000000L179B) RJ45 plug, Mini adaptor |
|---|
| Figure 109: AC/DC powering diagram | Figure 110: AC/DC PSU Note Both short and long glands can be used to connect to outdoor PSU. 1. Connect the 56V Gigabit Data + power port to ODU and Gigabit data port to the network equipment. |
|---|
| Figure 111: V1000 power injector | Figure 112: V1000 powering diagram Figure 113: Connecting the V1000 power injector |
|---|
| Optical | Copper |
|---|
| Optical SFP+ module | Copper SFP module 2. Insert the SFP module into the SFP receptacle with the label on the bottom. Figure 119: Inserting the SFP module |
|---|
| Configuring 60 GHz cnWave | 112 Internet > Network Connections > Local Area Connection. 2. Select Internet Protocol Version 4 (TCP/IPv4). Figure 130: The Ethernet Properties dialog box 3. Click Properties. 4. Enter an IP address that is valid for the 169.254.X.X/16 network, avoiding 169.254.1.1 (eg: 169.254.1.3). |
|---|
| Element | Description |
|---|
| 類型 | Displays type of the device. The device types are: |
|---|
| Name | Displays name of the device. |
|---|
| E2E Connection Status | Displays the connection status of the E2E controller. |
|---|
| MAC address | Displays the MAC address of the 60 GHz cnWave device. |
|---|
| Serial Number | Displays the serial number of the 60 GHz cnWave device |
|---|
| Software version | Displays the software version used in 60 GHz cnWave device. |
|---|
| 韌體版本 | Displays the Firmware version used in 60 GHz cnWave device. |
|---|
| Wireless security | Displays the security type. The types are: |
|---|
| Layer 2 Bridge | Displays bridge status. |
|---|
| System Time | Displays current time. Figure 136: Dashboard - GPS |
|---|
| Fix Type | Fix Type |
|---|
| Satellites tracked | Number of registered satellites |
|---|
| Latitude | Displays latitude of the site |
|---|
| Longitude | Displays longitude of the site |
|---|
| Height | Displays height of the device Figure 137: Dashboard - Sectors |
|---|
| Sync mode | Displays the sync mode of the sectors |
|---|
| Active links | Displays the number of active links in connected sectors |
|---|
| RX Throughput | Displays RX Throughput of the individual sectors |
|---|
| TX Throughput | Displays TX Throughput of the individual sectors Figure 138: Dashboard - Ethernet |
|---|
| Status | Displays the speed of Ethernet ports |
|---|
| RX Packets | Number of packets received |
|---|
| TX Packets | Number of packets transmitted |
|---|
| Elements | Description |
|---|
| Transmit | Transmit power of the radio Power |
|---|
| Adaptive | Select minimum and maximum coding scheme ranging from 2 to 12. Modulation |
|---|
| Sector 1 | l Select the frequency channel and polarity. |
|---|
| Sector 1 Link | Golay codes help in avoiding inter-sector interference. In rare scenarios, individual links (s) Golay might require separate Golay codes. In most scenarios, all the links belonging to a sector are configured same Golay code. The controller automatically sets the Golay code. To manually override, select the check box and set the Golay from the drop- down. Override All button helps in setting the sa |
|---|
| Sector 2 | Select the frequency channel and polarity. |
|---|
| Sector 2 Link | Golay code. (s) Golay |
|---|
| GPS | If enabled then, the radio uses internal sync rather than the GPS sync. In some scenarios like lab setups, it may be necessary to disable GPS. Caution 60 GHz cnWave V1000 and V3000 devices has only Sector 1. Figure 160: The Antenna section Caution Small dish is supported only for 60 GHz cnWave V3000. |
|---|
| IPv4 | Static IPv4 address of the individual node. Node’s GUI /CLI can be opened using |
|---|
| Address | this IP address when directly connected over Ethernet. For Over the air access, L2 Bridge should be enabled. Its predominantly used on PoP nodes with the onboard controller. |
|---|
| Subnet | Subnet mask for the IPv4 address. Mask |
|---|
| Gateway | IPv4 Gateway address. IP Address 2. Under PoP Configuration, select the options for PoP Routing, PoP Interface, and click Generate to generate PoP Interface IP Address. |
|---|
| PoP | PoP nodes connect to the upstream IPv6 router in one of two ways: Routing |
|---|
| 接口 | when the L2 bridge is enabled. |
|---|
| IPv6 | Gateway address. Can be left empty when the L2 bridge is enabled and no IPV6 |
|---|
| E2E IPv6 Address | Address of E2E Controller. When using the onboard controller on the same node, can be left empty and GUI automatically fills the POP IPv6 address. |
|---|
| E2E Network Prefix | Seed Prefix in the CIDR format followed by a comma and the prefix length. Should be specified when BGP is used. Otherwise, optional. |
|---|
| IPv6 CPE Interface | IPv6 SLAAC provides IP prefix to downstream CPE devices. Keep it disabled when L2 Bridge is active. 4. Select required BGP configuration. Figure 163: The BGP Configuration section Table 39: Elements in the BGP Configuration section |
|---|
| Local ASN | Local ASN |
|---|
| Neighbour ASN | Upstream router's ASN |
|---|
| Neighbour IPv6 | Upstream router's IPv6 address |
|---|
| Specific Network prefixes | Specifically allocated network prefixes to be advertised via BGP 5. Enable the required Ethernet ports. Individual Ethernet ports can be turned off with this configuration. |
|---|
| Layer 2 | It has three options: Bridge |
|---|
| CPE | IPv6 SLAAC provides IP prefix to downstream CPE devices. Disable this if the L2 bridge is active. Select the CPE interface: |
|---|
| Aux PoE | Enable PoE out (25 W) on V5000/V3000 aux port. 802.3af and 802.3at compliant devices could be powered up, passive PoE devices cannot be powered up. Note that the aux port cannot power another V5000/V3000. |
|---|
| Relay Port | Specify the Ethernet interfaces on which OpenR is running. It is needed in two cases: |
|---|
| Operation | 149 After selecting the software image, the upload status is displayed. Figure 185: The Images page A pop-up message is displayed after the upload. |
|---|
| Link Name | Link name |
|---|
| A-Node | Initiator Node |
|---|
| Z-Node | Responder Node |
|---|
| RSSI | Receiver Signal Strength Indicator |
|---|
| 信噪比 SNR | Signal to Noise Ratio |
|---|
| MCS | Modulation Coded Scheme |
|---|
| TX Power Index | Transmitter power index |
|---|
| RX Frames | Receiver frames |
|---|
| RX Errors | Receiver errors |
|---|
| RX PER | Receiver packer error rate |
|---|
| RX Beam Index | Receiver beam index |
|---|
| TX Frames | Transmitter frames |
|---|
| TX Errors | Transmitter errors |
|---|
| TX PER | Transmitter packer error rate |
|---|
| TX Beam Index | Transmitter beam index Figure 192: The Ethernet page |
|---|
| Device Name | Name of the device |
|---|
| RX Bytes | Receiver bytes |
|---|
| TX Bytes | Transmitter bytes |
|---|
| RX Dropped | Receiver dropped |
|---|
| TX Dropped | Transmitter dropped |
|---|
| RX PPS | Receiver Packets Per Second |
|---|
| TX PPS | Transmitter Packets Per Second |
|---|
| Device | Name of the device |
|---|
| MAC | MAC address of the device |
|---|
| Satellites | The number of satellites tracked tracked |
|---|
| MAC Address | MAC address of the device |
|---|
| Sync Mode | l GPS sync: l Entry condition: Valid samples from GPS have been received for a few consecutive seconds (typically 2 seconds). |
|---|
| 安全 | Security type |
|---|
| Error | Error Association |
|---|
| Channel Last | Channel Last State |
|---|
| MCS Index | Modulation and Coding Scheme (MCS) Index Values can be used to determine the likely data rate of your wireless connection. The MCS value essentially summarizes the number of spatial streams, the modulation type and the coding rate that is possible when connecting your wireless access point. |
|---|
| Packet Error | Packet error ratio. It is the ratio, in percent, of the number of Test Packets not |
|---|
| Ratio | successfully received by the node to the number of Test Packets sent to the node by the test set. |
|---|
| Received | The number of frames received at the node. |
|---|
| Transferred | The number of frames transferred from the node. Figure 196: RSSI graph |
|---|
| Region | Specification |
|---|
| USA | UL 62368-1, UL 60950-22 |
|---|
| Canada | CSA C22.2 No.62368-1, CSA C22.2 No. 60950-22 |
|---|
| Europe | EN 62368-1, EN 60950-22 |
|---|
| International | CB certified IEC 62368-1 Edition 2 IEC 60950 -22 |
|---|
| Regulatory Information | 170 |
|---|
| Europe/International | EN 301 489-1 V2.2.3, EN 301 489-17 V3.2.4 |
|---|
| Product | Countries EIRP EIRP Maximum power density Compliance distance (dBm) (W) (W/m2) (m) |
|---|
| Accessories | Radio nodes Cambium Part Number 60 GHz cnWave™ V5000 Distribution Node V5000 C6000500A004A 60 GHz cnWave™ V3000 Client Node radio only V3000 C600500C024A 60 GHz cnWave™ V1000 Client Node with no cord V1000 C600500C14A 60 GHz cnWave™ V1000 with US cord V1000 C600500C001A |
|---|
| Troubleshooting | 177 Figure 222: Saving the log files 1. Click Configuration on the left pane, navigate to Network > Basic > Layer 2 Bridge and verify Enable Layer 2 bridge is selected. |
|---|
| User Guides | http://www.cambiumnetworks.com/guides |
|---|
| Technical training | https://learning.cambiumnetworks.com |
|---|
| Support website | https://support.cambiumnetworks.com |
|---|
| Main website | http://www.cambiumnetworks.com |
|---|
| Sales enquiries | solutions@cambiumnetworks.com |
|---|
| Support enquiries | https://support.cambiumnetworks.com Telephone number list http://www.cambiumnetworks.com/contact-us/ |
|---|
| Cambium Networks | 187 |
|---|