3.1.0-ON 香港哪裡有代理？

HKEZIT 提供原廠行貨連保養，3.1.0-ON 原廠行貨連保養，提供上門安裝、佈線及網絡設定一站式服務，全港 32 區均有服務。

此設備適合什麼工程場景？

詳細規格請參閱上方規格表；我們會按現場點位數量、距離及功率需求設計網絡架構，並提供整體方案報價。

安裝後有問題如何跟進？

原廠行貨保養，工程另設保養期；網絡設備我們會預先設定好即插即用，日後有問題可遠程協助或上門檢查。

3.1.0-ON 定 80211AC 邊個好？

兩者主要規格分別：Configuration方面，3.1.0-ON 係 Status of configuration replication.，80211AC 係 Configuration menu on page 4-18；類型方面，3.1.0-ON 係 Description，80211AC 係 Bandwidth Antenna (W) (W/m2) (m) (m)；Tools方面，3.1.0-ON 係 Description，80211AC 係 Tools menu on page 4-64。實際邊個型號更適合，需視乎現場環境同需求而定，可先比較 80211AC 詳細規格，或直接聯絡我們免費現場評估，由工程師建議最合適方案。

3.1.0-ON 保養、維修邊度做？

HKEZIT 提供 3.1.0-ON 原廠行貨連保養，安裝後如有故障可直接聯絡我們安排上門維修，毋須自行聯絡原廠。詳情請參閱網絡 WiFi安裝工程頁面或聯絡我們查詢保養範圍。

CAMBIUM 3.1.0-ON 網絡設備安裝・保養

Name: CAMBIUM 3.1.0-ON cnMaestro On-Premises
Brand: Cambium
SKU: 3.1.0-ON

詳細規格

Page	Tabs
System	Dashboard \| Notifications \| Configuration \| Statistics \| Report \| Software Update \| Clients\| Map \| Mesh Peers
Site	Dashboard \| Notifications \| Configuration \| Statistics \| Report \| Floor Plan \| APs \| Clients \| WIDS \| Mesh Peers System status The UI header has the following System status icons. Table 13: System status icons
Icon	Name Description
Active Software	The number of devices in the onboarding queue that are registered to the
Upgrade Jobs	account but which need to be manually accepted prior to completing their onboarding.
Announcements	If cnMaestro Cloud is synced with the On-Premises announcement notifies the latest Device Software images, Package, or OVA to upload from Cloud.
Cloud Connectivity	It notifies that cnMaestro Cloud is Synced or not with the On-Premises. Status
Critical Alarms	The count of critical alarms currently raised in the system (if no critical alarms are raised, then the major alarm count will be displayed).
Devices Waiting for	The count of jobs in the queue. It includes both running and pending jobs.
Major Alarms	The count of major alarms currently raised in the system.
Out-of-Sync	The number of Wi-Fi devices with unsynchronized configuration (which
Devices	can occur when automatic synchronization is disabled in the AP Group, or the configuration is changed directly on the device). Clicking the icons directs the user to the relevant management page. Logout Log out of cnMaestro by clicking on the user icon in the upper-right corner and selecting Logout. Overview The diagram below presents a simplified view of the cnMaestro architecture. Both devices a
l	60 GHz cnWave (External Controller) 1.0.1
Ports	IP Type Details 22 TCP Data Replication 8300 TCP Distributed Synchronization 8301 TCP, UDP Distributed Synchronization Cambium Networks recommends backing up virtual machines prior to starting HA. To take daily automated backups of cnMaestro configuration, navigate to Administration > Server > System Backup and Restore. For larger installations, and to backup statistics, refer section on backing u
Traffic Type	Interface Details
Management/Cluster	eth0 User interface, Cluster, API, outbound traffic to Internet
Device/Control	eth1 Device control traffic A high-level overview of the separation is below: Add eth1 Network Adapter To add eth1, the virtual machine needs to be stopped, and a second Network Adapter added manually. Adding multiple adapters to a virtual machine leads to issues with PCI ordering, which determines how eth0 and eth1 are mapped to the running VM: the PCI ordering does not necessarily follow the ord
Field	Description
Bootstrap	Convert into a standalone HA Cluster.
Join	Join a standalone HA Cluster to create a replication Cluster.
重設	Reset HA infrastructure to default. This option is provided as a failsafe. This menu is available after a successful Bootstrap.
Accept	Join requests from the peer nodes.
Log	Log entries of High Availability.
Status	Overall status for the Cluster. New Cluster An HA Cluster requires the eth0 interface be configured with a static IP address. Once the Cluster is created, the IP address cannot be changed without dissolving the Cluster. During the bootstrap process, a shared IP address is configured in the same subnet as eth0. This address floats between the active cnMaestro system, and it should be used for cnMae
Delete	Delete a node from the Cluster.
Failover	Failover to the current Standby node. This is not visible while standalone.
Force/Reset	Forcibly Reset HA configuration. This causes a non-graceful reset of the current node, and it does not delete the node from the Peer. This operation should only be used if the Leave operation fails.
Leave	Leave the Cluster. This deletes all HA configuration and puts the device into a default state.
Configuration	Status of configuration replication.
Files	Status of file system replication (including floor maps, etc.).
Statistics	Status of statistics data replication (this tends to take the longest).
Wi-Fi Sessions	Status of Wi-Fi session replication. NOTE: There may be discrepancy in the Primary and Secondary lag values it may display the results in bytes or seconds. Delete from Cluster Deleting removes the peer node from the cluster. Navigate to Operations > HA, select Delete and click OK. Use the space bar to select the Node and select Delete and click Enter. Deleting a Node Resets the HA configuration of
Feature	Observations
Device	If the fail over happens when Device Approval is In-Progress, then the Device Approval will
Approval from	get struck. You have to re-initiate the Approval All Onboarding Queue If the fail over happens when the Software Update job is In-Progress, then the devices software update will be Timeout after fail over.
Software	Software Update break up Impact after failover Update Jobs
Software update to 50	10 devices which were in parallel updated will get impacted.
devices with Devices to	After failover job will get timed out after 5 minutes. You have
update in parallel set as 10	to retrigger software update for these 10 devices
update in parallel set as 50	retrigger software update for 50 these devices. If the fail over happens when the Configuration Update is In-Progress, then the configuration update will be Timeout. Configuration
push jobs in	Configuration update to 50 10 devices which were in parallel update will get impacted.
running state	devices with Devices to After fail over job will get Time out after 5 minutes. You have to
update in parallel set to 10	retrigger Config update for these 10 devices.
Configuration update to 50	50 devices which were in parallel update will get impacted.
update in parallel set to 50	retrigger Config update for these 50 devices. If failover happens when the OVA upgrade is in progress, then you have to re-intiate OVA upgrade
OVA upgrade	Impact after failover
OVA Upgrade	Failover happens during File upload is canceled. You have to retrigger it OVA file upload
Failover happens during 10%	OVA upgrade is canceled You have to retrigger it to 100% OVA upgrade
Failover happens after 100%	File upload is canceled. You have to retrigger it of OVA upgrade and before Apply
類型	Description
Alarms	Alarms have state and persist as long as the problematic activity continues; they reflect the current health of the devices in the network. NOTE: After every server reboot or restart, alarm displays as shown below:
Alarm History	Expired Alarms are added to the Alarm History. The Alarm History displays historical active alarm counts.
Events	Events are stateless, transient messages that occur in response to an input or action, such as the CPU exceeds a threshold or a device association fails. Events are fire-and- forget; they are stored in an Event Table and provide a history of device activity. Event/Alarm Source Identity of the source device for the event or alarm. Aggregation Notifications are visible at every level of the device t
Severity	Definition
Critical	Catastrophic problem that makes the product/feature unusable.
Major	Issue that greatly degrades the product/feature, but it is still usable.
Minor	Limited issue that alters product functionality in a targeted way.
Notify	Message used primarily for notification which includes type of reboot of cnPilot Wi-Fi devices. Event Export The event data in a table can be exported in a CSV or PDF file format. Support for System Events The source type can be System, Device, or Client. Events generated by the application will be filtered using the source type System. Figure 19 System Events The following table describes the dif
Event Category	Description
Infrastructure	Events related to infrastructure management – such as HA state, System resources (e.g CPU, Disk, Memory), etc. Source: cnMaestro
Network	Events related to networking issues, such as link up/down. Source: Device
Operations	Events related to system-level processes, such as pushing configuration, installing images, etc. Source: Device
Other	Events unrelated to the above categories. Source: Device
Registration	Events related to managing/unmanaging devices. Source: Device
安全	Events related to logging into the devices and establishing secure links. Source: cnMaestro, Device and Client
Services	Events related to additional services added to the product. Source: cnMaestro and Device
Wireless	Events related to issues/notifications with the PTP/PMP radio connectivity, Wi-Fi Clients, etc. Source: Device and Client Alarms Alarm Life Cycle The basic alarm life cycle has the following states: Table 17: Alarm Life Cycle
State	Description
Acknowledged	Active alarms can be acknowledged, which signifies they are known and being handled. Acknowledgment alarms are not included in the total alarm count.
Active	The alarm remains active until the combination of inputs that generated it are cleared.
Expired	Expired Alarms are placed in the Alarm History.
Inactive	Inactive alarms remain visible in the active alarm table for 10 minutes, then they are moved to alarm history. An alarm becomes inactive when the inputs that generated it are no longer present. An Inactive alarm can be pulled back to Active/Acknowledged states if a new event reactivates the alarm.
Raised	The creation of the alarm. Alarm Severity Alarms have a severity that determines how they are handled. Table 18: Alarm Severity
Alarm Type	Definition
DFS State	Tracks issues related to DFS operational status.
GPS State	Tracks issues related to GPS synchronization.
Link State	Tracks issues related to the status of device interfaces.
升級方式	Tracks issues encountered during device software upgrade. Alarm Acknowledgment Active alarms can be acknowledged in the alarm table. Acknowledgment makes the alarm less visible in the table, and the administrator can further add a note describing how the alarm is being resolved. Acknowledging an alarm will also remove it from the alarm counts. Figure 20 Alarm Acknowledge Alarm History Expired alar
Device Statistics	Fields 60 GHz cnWave General
Nodes	l Device
cnMatrix	General
cnPilot Home	General
cnRanger BBU	General
cnRanger SM	General
cnReach	General
cnReach XIO	General
cnVision Client	General
cnVision Hub	General
Enterprise WiFi	General
ePMP AP	General
ePMP SM	General
Machfu	Cell
PMP AP	General
PMP SM	General
PTP	General
cnWave	l EIRP (Links) l RSSI
cnRanger	Displays the following graphs:
BBU	l Available Memory
RRH	l Ambient Temperature
cnVision	Displays the following graphs:
客戶端	l CPU
Enterprise	Displays the following graphs:
WiFi	l Airtime (2.4 GHz)
PTP and	Displays the following graphs: HCMP
Masters	l Aux Throughput
Action	Description
Double-Click	Double-Click on the following items on the Map, the UI will auto-navigate to the Dashboard of that item:
Hover	Hovering over a tower or device will pop-up a tool tip that provides basic status information. Hovering over an RF link will display status on the link.
Click	Click the following items on the Map, auto-select the same item in the Tree:
Standard Components	In the upper-left corner are generic map navigation components that allow one to zoom in and out. User can also use the mouse to drag and reposition the view as well as turn on satellite display. Mode The map can be placed in a number of different modes for the devices of PMP/ePMP SMs only, which define how the device status is presented.
Mode	Details
Alarm Status	Highlights devices based upon alarm count (Critical, Major, Minor).
Average MCS (ePMP	Displays the Uplink or Downlink average MCS per device. only)
Device Status	Displays whether a device is Up (Green) or Down (Red).
Frequency	Displays the sector frequency.
Link Quality Indicator	Displays the Uplink or Downlink average indicator per device. (PMP only)
Reregistration Count	Displays the nodes based upon the number of reregistrations in the last 24 hours. The more reregistration, the larger the node is displayed.
Retransmission	Displays the percentage of packets retransmitted between ePMP SM and AP on the
Percentage (ePMP only)	wireless link. Embedded Maps Maps are embedded into some additional UI views (most notably, the Dashboard). These embedded maps do not provide the full features of the map view. Sector Visualization cnMaestro is able to present a basic sector View for ePMP and PMP fixed wireless devices. This requires configuration of Height, Azimuth, Elevation and Beam Width under ePMP/PMP AP configuration. This
Network Connectivity	Executes Ping, DNS, or Traceroute tests.
Remote CLI	Remote CLI mode is enabled for Super Administrator and Administrator only. But only Show commands can be executed by the Operator.The user can provide the CLI command in the Command text box. The output will be displayed in the output window.
Tools	Description
Debug	Displays the log details.
Packet Capture	Lists packet capture details.
Wi-Fi Analyzer	Displays radio traffic and signal.
Wi-Fi Performance	Wi-Fi performance measures the backhaul speed across devices with respect to cnMaestro. Figure 26 cnPilot Tools Enterprise WiFi cnRanger Tools cnRanger BBU In Status tab you can view the status of the device either Online or Offline, allows to download Tech Support File and can reboot the device. cnRanger SM In Status tab you can view the status of the device either Online or Offline, allows to do
Ping	Network ping to a hostname or IP address.
RF Ping	RF reachability test between local radios that provides details on signal quality.
RF Throughput	RF throughput test between local radios that provides details on throughput. Figure 28 cnReach Tools The Tools page for cnVision devices consolidates a number of operations into a single troubleshooting interface. The operations are listed below: Table 27: cnVision Tools
Subscriber	Displays the SM linked to the Hub and allows to reboot and download the tech support file. Modules
Link Test	The Link Capacity Test measures the throughput of the RF link between two cnVision modules. cnVision link test only utilizes the spare sector capacity for this test, therefore, sector traffic will not be disrupted. For the most accurate wireless link test results, it is best to run this test when there is no or very little customer data traffic being sent for the duration of the test. Displays the
Flash LEDs (Only for E	The LEDs of the device enables to identify and locate the device. Series Device)
Duration	Represents packet capture running duration in seconds versus maximum duration configured.
Expires In	Expiry time of packet capture. By default the packets captured expires in 24 hours.
Filter	Type of filter option opted by user.
接口	The following interfaces supports the packet capture:
Packets	Represents number of packets captured versus maximum limit of packet count configured.
Size	Current packet capture size versus maximum packet capture size configured.
Start Time	Start time of the capture.
eDetect	eDetect is supported on the ePMP AP or SM. It is also launched from the Tools tab. The eDetect tool (not available in ePMP Master/Slave mode) is used to measure the 802.11 interference at the ePMP radio or system when run from the AP or the SM, on the current operating channel. When the tool is run, the ePMP device processes all frames received from devices not connected to the ePMP system and col
Application Name	Name of the application.
Category	Category of the application.
Downlink	Downlink of application data.
Productive Index	Index label for each application to reflect the overall productivity of network users.
Risk Index	Index label for each application to reflect undesirable content onto network.
Total Bytes	Total number of application data in bytes.
Uplink	Uplink of application data.
Usage	Percentage of data usage by application. Performance The Performance tab displays a synchronized view of time-series data which includes parameters for client's connection health, application usage.
n	Type
Error	Description
Error1:	This error is displayed if the uploaded CSV file contains invalid MAC Address. Error: {Count of Devices} Device(s) with invalid MAC
Error2:	This error is displayed if the uploaded CSV file contains invalid Data or data not relevant
{Count of Devices}	for Latitude, Longitude, Azimuth, Height and Elevation. Device(s) skipped due to invalid data
Error3:	This error message is displayed if the devices were not found with supplied MAC address
Devices were not	in the CSV file. found for supplied MAC Address
Error4:	This error is displayed when the latitude and longitude values are tried to push on to
Info: 1 Devices(s)	ePMP AP or PMP AP which are under a Tower. accepted without latitude/longitude values This section provides details on how to schedule and generate different types of data reports in cnMaestro On- Premises.
Parameter	Description
Current Version	The version of the active software image running on the device.
Selected SMs	If the AP is selected, the corresponding SMs will also be selected.
i.	Enterprise Wi-Fi (XV-Series)
j.	ePMP (Sectors) k. Machfu
l.	PMP (Sectors) m. PTP 4. Select the software image to update from the Select Image Version drop-down list. 5. Select the devices to update by clicking the tick icon. 6. Set desired Job Options. 7. Click Add Software Job button. Software Update Parameters The Software Update Jobs table lists all currently running, queued, and completed jobs. The jobs can be triggered immediately or can be run later.
Created By	The user who has created this job.
Created On	Date and time on which the job is created.
Completed On	Date and time on which the job is
Details	Count of devices and date and time the upgrade process is initiated.
ID	Identification number of the active job.
Image Type	Displays the type of image selected for the device.
Occurrence	Displays the occurrence of the update like now, scheduled, etc.
Target	Target software version to upgrade.
Managed Account	Displays the Managed Account Name. The user can filter the jobs based on the running status. The user can also filter the devices in a particular job based on the parameters mentioned in the above table. Abort Software Job Abort operation will skip devices that are waiting for update to begin. Devices already being updated may continue, but cnMaestro will stop tracking their progress. Aborting a S
Click the	icon at the top right corner of the UI. This directs you to the Jobs page of the Software Update tab. For more information, see Software Update Parameters. cnReach Bulk Software Upgrade Distributing software to cnReach devices can take many hours, due to the relatively low RF bandwidth. In order to minimize wireless traffic, cnMaestro supports the cnReach mechanism by which a single AP coordinates
Network/Tower	The network and the tower on which the device is located.
Parallel	Number of device to start in parallel.
Stop on Error	Stop the job, if any device in middle finds any error.
Sector Priority	For ePMP/PMP, cnVision Client/Hub, the priority of AP/SM to start.
Message	The message displayed after the update.
Result	The upgrade status of the device.
User can click	on top bar to include additional fields in Ports General Detail view. 2. Navigates to Switch Groups > Switches > Port Configuration. 3. Enter the Tags and Description details. 4. Click Save. Physical Tab The Ports Physical details view displays following fields by default:
To view Dashboard of E2E Network click	next to E2E Network in the right pane as shown below. You will be directed to the 60 GHz cnWave Network Dashboard as shown below.
To view Dashboard of Site click	next to Site in the right panel as shown below. You will be directed to the 60 GHz cnWave Site Dashboard as shown below.
To view Dashboard of Device click	next to Device in the right pane as shown below. Tools In Tools page it allows the user to perform the following actions:
Select the Site click	select Add Node. To Add a Node, perform the following steps: 1. Navigate to the Network > Site > Nodes. Adding the Node allows the user to create the different Nodes as shown below:
Support	Details
Administrator	Each Managed Service has its own independent database of users who can be assigned
Database	to multiple Managed Accounts.
Custom Login URL	The path of the Login URL used by Managed Service Administration can be tailored to represent the Managed Service. The path must be unique across all cnMaestro.
Managed Account UI	The Managed Account UI is customized for the Managed Service through graphics, colors, and text. Managed Account UI The Managed Account UI can be customized to represent the brand. A sample Managed Account UI is shown below: Figure 123 Managed Account UI - Sample 1 Figure 124 Managed Account UI - Sample 2 Managed Service Provider (MSP) The MSP feature combines Managed Accounts with Managed Service
AAA Services	Add AAA services None None None (Global cnMaestro Administrator only)
Administration	Change global None None None
Settings	application configuration, (Global cnMaestro onboarding
Administrator only)	settings like password change
API Management	Create API Clients None None None (Global cnMaestro Administrator only)
Application	Networks, Tower, All All View
Operations 1	and Site creation
Operations 2	import/export server data, account type change (backhaul and Wi-Fi)
Association ACL	Configure MAC list All View None on the controller
Auto-Provisioning	Support for global None None None auto-provisioning (Global cnMaestro rules
Audit logs	Log administration All All All updates
Data Tunnel	Data Tunnel None None None configuration (Global cnMaestro Administrator only)
Device Operations	Reboot device, All All None Link Test, Connectivity Test
Device Override	Per-device All All View configuration changes
Global Configuration	Templates and AP All View View Groups; ability to apply configuration
Guest Portal	Guest Access All View View (Sessions)
Monitoring	Statistics data from All All View device
Notifications	Alarms and Events All All View
Onboarding	Device approval All All View
Reporting	Report generation All All All view
Software Images	Download device All None None software images (Global cnMaestro Administrator only)
System Operations	Reboot VM, change None None None log level, system
upgrade, system	(Except System (Except System (Except System
monitoring	Monitoring) Monitoring) Monitoring)
Software Upgrade	Upgrade device All All View
User Management	Manage users, All None None roles, sessions This section provides the following configuration details for Managed Services:
Name	Name of the service. This name is visible to Managed Account Administrators. A maximum of 64 characters are supported for the name.
Login Path	Managed Account Administrators log into cnMaestro using a standard URL with an additional Path that defines the Managed Service. For example: https:///msp/ Note:
Friendly Name	The Friendly Name will be sent in the invitation email.
Managed Service	The Managed Service used for Managed Account Administrator.
Email	The email address of the first Managed Account Administrator. You can add more Users after the account has been created.
Role	The role of the Managed Account Administrator (Administrator, Operator, Monitor). 4. Click Add. NOTE: Users are allowed to edit the existing name of the Managed Account before validating the account. Validate Managed Account Administrators Once a Managed Account is created, the Managed Account Administrator is sent an email invitation. The email provides directions on how to access the Managed Acc
Base Infrastructure	The object is only available for the Global account.
Shared	The object is shared among all Managed Accounts. It can be mapped to devices in the Managed Account, but it cannot be modified. To change the configuration, it needs to be copied into the Managed Account and then update. Once the scope has been configured on an object it cannot be changed. Device Management Devices are added at the global System level or within Managed Accounts. Devices added at t
invalid_request	Required parameter is missing from the request.
invalid_client	Client authentication failed.
unauthorized_client	The client is not authorized to use the grant type sent.
unsupported_grant_type	The grant type is not supported. An example error response is below: HTTP/1.1 400 Bad Request Content-Type: application/json;charset=UTF-8 Cache-Control: no-store Pragma: no-cache "error": "invalid_request" Once the access_token is retrieved, API requests are sent to cnMaestro server using the format below. The access_ token is sent within the HTTP Authorization header. GET /api/v2/devices Accept:
Code	Description Use in cnMaestro 400 Bad Request Status field in request validation related errors. 502 Bad Gateway Internal server error that may require a reboot. 403 Forbidden An authenticated user tries to access a non-permitted resource. 500 Internal Server Error A server-side error happened during processing the request. 405 Method Not Allowed A method (GET, PUT, POST) is not supported for the r
Header	Details
Authorization	Used in every API request to send the Access Token. Example: Authorization: Bearer
Content-Type	Set to application/json REST Protocol Resource URLs The format for cnMaestro path and parameters are the following: Access a collection of resources: /api/{version}/{resource}?{parameter}={value}&{parameter}={value} Access a single resource: /api/{version}/{resource}/{resource_id}?{parameter}={value}&{parameter}={value} Access a sub-resource on a collection (this is also possible on single resourc
Context	Details
alarms	Current active alarms.
alarms/history	Historical alarms, including active alarms.
devices	Devices, including ePMP, PMP, and WiFi.
events	Historical events.
msp	MSP managed services.
networks	Configured networks.
sites	Configured WiFi sites.
towers	Configured Fixed Wireless towers. Sub-Resources Sub-Resources apply to top-level resources. They provide a different view of the resource data, or a filtered collection based upon the resource. They include:
clients	Wireless LAN clients mapped to the top-level resource.
mesh/peers	Wireless LAN mesh peers mapped to the top-level resource.
operations	Operations available to the top-level resource
performance	Performance data for the top-level resource.
statistics	Statistics for the top-level resource. Responses Successful Response In a successful HTTP 200 response, data is returned using the following structure. The actual payload is presented in JSON format. The request URL is: /api/v2/devices?fields=mac,type&limit=5 "paging": { "offset": 0, "limit": 5, "total": 540 "data": [ "mac": "C1:00:0C:00:00:21", "type": "wifi-home" "mac": "C1:00:0C:00:00:18", "typ
fields	Define exactly what fields should be returned in a request. The names are provided as a comma- separated list. Fields can limit which JSON parameters are returned. Example: To retrieve name, type and location information for all devices. Request: /api/v2/devices?fields=mac,type Response: "paging": { "total": 3, "limit": 100, "offset": 0 "data": [ "mac": "00:44:E6:34:89:48", "type": "wifi-enterpris
network	(Devices) Configured Network name.
severity	(Alarms, Events) Alarm or Event severity (critical, major, minor, notice).
site	(Devices) Configured Site name.
state	(Alarms) Alarm state (active, cleared).
status	(Devices) Device status [online, offline, onboarding]
tower	(Devices) Configured Tower name.
start_time	Inclusive start time of interval.
stop_time	Inclusive stop time of interval. Sorting Sorting is supported on a selected subset of fields within certain requests. sort is used to specify sorting columns. The sort order is ascending unless the path name is prefixed with a ‘-‘, in which case it would be descending.
sort	Used to get the records in the order of the given attribute. Example: To retrieve devices in sorted (ascending) order by name. Request: /api/v2/devices?sort=name Example: To retrieve devices in sorted (descending) order by mac. Request: /api/v2/devices?sort=-mac Pagination The limit and offset query parameters are used to paginate responses.
limit	Maximum number of records to be returned from the server.
offset	Starting index to retrieve the data. Request: /api/v2/devices?offset=3&limit=1 Response: "paging": { "total": 6, "limit": 1, "offset": 3 "data": [ "status": "online", "product": "cnPilot E400", "network": "Mumbai", "software_version": "3.3-b14", "registration_date": "2017-04-28T08:57:33+00:00", "site": "Central", "hardware_version": "Force 200", "status_time": "3498", "msn": "Z834275ABCDH", "mac":
total	Total number of records that can be retrieved. Access API Token (basic request) POST /api/v2/access/token The access API generates token using the Client ID and Client Password created in the cnMaestro UI. The token can be leveraged for API calls through the expiration time. Only one token is supported for each Client ID at any given time. Request Headers
Accept (optional)	application/json
access_token	Access token to return with each API request.
expires_in	Time in seconds that the API session will remain active.
token_type	This will always be bearer. "access_token":"2YotnFZFEjr1zCsicMWpAA", "token_type":"bearer", "expires_in":3600 Example Request curl https://10.110.134.12/api/v2/access/token \ -X POST -k \ -u 8YKCxq72qpjnYmXQ:pcX5BmdJ2f4QLM5RfgsS4jOtxAdTRF \ -d grant_type=client_credentials Response {"access_token":"d587538f445d30eb2d48e1b7f7a6c9657d32068e","token_type":" bearer","expires_in":86400} Token (alternat
Wi-	cnReac cnVisio cnMatri 60 GHz
Fi	h n x cnWave
ap_group	AP Group X
cbrs_state	CBRS state X
cbrs_status	CBRS status X
config.sync_	Configuration X
reason	synchronization X X X X X X reason
config.variabl	Device is X
es	mapped to
X	X X X X X configuration variables
config.version	Current X
configuration	X X X X X X version
country	Country X X X X
country_code	Regulatory band
description	Description X X X X X X X X
hardware_	Hardware X
version	version
inactive_	Inactive X
software_	software X X X X X X
ip	IP address X X X X X X X X
ipv6	IPv6 X X X X
last_reboot_	Reason for the X
link_	Link symmetry symmetry
location	Location X X X X X X X X
mac	MAC address X X X X X X X X
managed_	Managed X
account	account name
maximum_	Maximum range X
range	(KM)
msn	Manufacturer X
name	Device name X X X X X X X X
product	Product name X X X X X X X X
registration_	Registration X
date	date
role	X
site_id	Site unique
offline,	X X X X X X X onboarding)
status_time	Uptime/downti X
me time interval	X X X X X X X (sec)
enterprise,	X X X X X X X cnreach, ptp, cnmatrix, 60ghz-cnwave) Statistics API Response (v2 format) Statistics API Response v2 format are shown for the following devices:
cpu	CPU utilization All
last_sync	Last synchronization (UTC Unix time milliseconds) All
managed_account	Managed account name All
memory	Available memory All
mode	Device mode All
sync_mode	Radio Sync mode [RF, GPS, None] All
radios[].channel	Channel All
radios[].id	Radio Id All
radios[].mac	Radio MAC All
radios[].rx_bps	Receive bits/second All
radios[].tx_bps	Transmit bits/second All
radios[].sync_mode	Radio Sync mode [RF, GPS, None] All Ethernet Ports (Array format)
ethports[].port	Port name All
ethports[].rx_pkts	Received packets All
ethports[].tx_pkts	Transmitted packets All
ethports[].speed	Port speed and duplex All
config_version	Configuration version
connected_sms	Connected SM count All
radios[].device_id	Device ID Radios
radios[].linked_with	Linked with Radios
radios[].margin	Margin Radios
radios[].mode	Radio mode [ap, ep, rep] Radios
radios[].neighbors	Radio neighbors Radios
radios[].network_address	Network address Radios
radios[].noise	Average noise (dB) Radios
radios[].power	Transmit power Radios
radios[].rssi	RSSI value (dB) Radios
radios[].rx_bytes	Receive bytes Radios
radios[].software_version	Current software version Radios
radios[].temperature	Radio temperature Radios
radios[].type	Radio type [ptp, ptmp] Radios
radios[].tx_bytes	Transmit bytes Radios Fixed Wireless (ePMP and PMP)
ap_mac	AP MAC SM SM
distance	SM distance (KM) SM SM
gain	Antenna gain (dBi) AP/SM AP/SM
gps_sync_state	GPS synchronization state AP/SM
reboots	Reboot count AP/SM
temperature	Temperature AP/SM
vlan	VLAN AP/SM Networks
default_gateway	Default gateway AP/SM AP/SM
ip_dns	DNS AP/SM AP/SM
ip_dns_secondary	Secondary DNS AP/SM
ip_wan	WAN IP AP/SM
lan_mode_status	LAN mode status [no-data, half, full] AP/SM
lan_mtu	MTU size SM
lan_speed_status	LAN speed status AP/SM
lan_status	LAN status [down, up] AP/SM AP/SM
netmask	Network mask AP/SM AP/SM
radio.auth_mode	Authentication mode SM
radio.auth_type	Authentication type ePMP [open, wpa1, eap- ttls] AP/SM AP/SM PMP [disabled, enabled]
radio.channel_width	Channel width ePMP [5 MHz, 10 MHz, 20 MHz, 40 AP/SM AP/SM MHz] PMP […]
radio.color_code	Color code AP/SM
radio.dfs_status	DFS status ePMP: AP/SM AP/SM [not-applicable, channel- availability-check, in- service, radar- signal-detected, alternate- channel- monitoring, not-in- service] PMP: [Status String]
radio.dl_err_drop_pkts	Downlink error drop packets SM
radio.dl_err_drop_pkts_	Downlink error drop packets percentage SM percentage
radio.dl_frame_utilization	Downlink frame utilization AP
radio.dl_lqi	Downlink Link Quality Indicator SM
radio.dl_mcs	Downlink MCS SM
radio.dl_modulation	Downlink Modulation SM
radio.dl_pkts	Downlink packet count AP/SM AP/SM
radio.dl_pkts_loss	Downlink packet loss AP/SM
radio.dl_retransmits	Downlink Retransmission AP/SM
radio.dl_retransmits_pct	Downlink Retransmission percentage AP/SM
radio.dl_rssi	Downlink RSSI SM SM
radio.dl_rssi_imbalance	Downlink RSSI imbalance AP
radio.dl_snr	Downlink SNR (dB) SM
radio.dl_snr_h	Downlink SNR (dB) horizontal SM
radio.dl_snr_v	Downlink SNR (dB) vertical SM
radio.dl_throughput	Downlink throughput AP/SM AP/SM
radio.frequency	RF frequency AP/SM AP/SM
radio.frame_period	Frame period AP
radio.mac	Wireless MAC AP/SM
radio.mode	Radio mode [eptp-master, eptp- slave, tdd, tdd-ptp, ap/sm] AP/SM
radio.sessions_dropped	Session drops AP AP/SM
radio.software_key_throughput	Software key – max throughput SM
radio.ssid	SSID AP/SM
radio.sync_source	Synchronization source AP
radio.sync_state	Synchronization state AP
radio.tdd_ratio	TDD ratio ePMP [75/25, 50/50, 30/70, flexible] AP AP PMP […]
radio.tx_capacity	SM transmit capacity SM
radio.tx_power	Radio transmit power AP/SM AP/SM
radio.tx_quality	SM transmit quality SM
radio.ul_err_drop_pkts	Uplink error drop packets SM
radio.ul_err_drop_pkts_	Uplink error drop packets percentage SM percentage
radio.ul_frame_utilization	Uplink frame utilization AP
radio.ul_mcs	Uplink MCS AP/SM
radio.ul_modulation	Uplink Modulation example [2X MIMO-B)] SM
radio.ul_lqi	Uplink Link Quality Indicator SM
radio.ul_pkts	Uplink packet count AP/SM AP/SM
radio.ul_pkts_loss	Uplink packet loss AP/SM
radio.ul_retransmits	Uplink Retransmission SM
radio.ul_retransmits_pct	Uplink Retransmission percentage AP/SM
radio.ul_rssi	Uplink RSSI SM SM
radio.ul_snr	Uplink SNR (dB) SM
radio.ul_snr_h	Uplink SNR (dB) horizontal SM
radio.ul_snr_v	Uplink SNR (dB) vertical SM
radio.ul_throughput	Uplink throughput AP/SM AP/SM
radio.wlan_status	WLAN status [down, up] AP/SM PTP
ethports[].rx_frames	Ports receive frames oversize All
ethports[].rx_util	Ports receive bandwidth utiliization All
ethports[].tx_util	Ports transmit bandwidth utiliization All Radios
radio.byte_error_ratio	Byte Error Ratio All
radio.rx_frequency	Receive frequency All
radio.tx_frequency	Transmit frequency All
parent_mac	Parent MAC All
radios[].airtime	Airtime All
radios[].band	Radio band All
radios[].bssid	Radio mac Enterprise
radios[].multicast_rate	Multicast rate Enterprise
radios[].noise_floor	Noise floor Enterprise
radios[].num_clients	Number of clients All
radios[].num_wlans	Number of WLANs Enterprise
radios[].quality	RF Quality description Enterprise
radios[].radio_state	Radio state Enterprise
radios[].unicast_rates	Unicast rates Enterprise
radios[].utilization	Radio utilization Enterprise Performance API Response v2 Format are shown for following devices:
online_duration	Duration of device connection with server (seconds) All
timestamp	Timestamp All
uptime	Device online time (seconds) All Radios (Array format)
ethports[].max_rx	Ports maximum receive bytes All
ethports[].max_tx	Ports maximum transmit bytes All
ethports[].min_rx	Ports minimum receive bytes All
ethports[].min_tx	Ports minimum transmit bytes All
ethports[].rx	Ports receive bytes All
ethports[].tx	Ports transmit bytes All cnMatrix
switch.rx.broadcast_pkts	Receive broadcast packets
switch.dl_kbits	Downlink usage (in kbits on hour or minute basis)
switch.dl_throughput	Downlink throughput (Kbps)
switch.ul_kbits	Uplink (in Kbits on hour or minute basis)
switch.rx.multicast_pkts	Receive multicast packets
switch.ul_throughput	Uplink throughput (Kbps)
switch.rx.pkts_err	Receive Packet error
switch.rx.unicast_pkts	Receive unicast packets
switch.tx.broadcast_pkts	Transmit broadcast packets
switch.tx.multicast_pkts	Transmit multicast packets
switch.tx.pkts_err	Transmit packet error
switch.tx.unicast_pkts	Transmit unicast packets cnReach
sm_count	Connected SM count All
radios[].throughput	Total throughput Radios
sm_drops	Session drops AP/SM AP
radio.dl_kbits	Downlink usage (in Kbits on AP/SM hour or minute basis)
radio.ul.kbits	Uplink usage (in Kbits on hour AP/SM or minute basis)
ethports[].pkt_error	Ports packet error All
ethernet.link_loss	Link loss All
ethernet.pcb_	PCB temperature All temperature
ethernet.rx_channel_util	Receive channel utilization All
ethernet.rx_capacity	Receive capacity All
ethernet.ssr	Signal strength ratio All
ethernet.rx_power	Receive power All
ethernet.sfp_interface.tx	SFP transmit bytes All
ethernet.rx_throughput	Receive throughput All
ethernet.tx_channel_util	Transmit channel utilization All
ethernet.tx_capacity	Transmit capacity All
ethernet.tx_power	Transmit power All
ethernet.tx_throughput	Transmit throughput All
ethernet.vector_error	Vector error All Wi-Fi
radios[].clients	Number of clients All
prefixQs	True: Add query strings to landing URL on success. False: Remove query strings from landing URL on success. prefixQs and action values are driven based on WLAN configuration.
action	0: On success action redirects the user to AP onboard logout page. 1: On success redirects user to an external URL. 2: On success redirects user to its original URL.
msg	Message is based on RADIUS attribute reply message (18) in the RADIUS Access Accept or Reject message.
expiry	Displays the session time for the given guest session.
cmac	MAC address of the client. cnMaestro supports configuration overrides for 60 GHz cnWave E2E Network, E2E Controller, and Node(s) using the RESTful API. E2E Network To determine the configuration parameters available in an E2E Network, navigate to E2E Network > Configuration > Advanced. Search for the desired Field, and review its Description, allowed Values, and Override status. Use the RESTful AP
Add Whitelist	It contains options for configuring the IP address or the domain name.
Client Rate Limit	It contains options for configuring downlink and uplink parameters in kbps to limit the data transfer rate to or from the client. If a client rate limit parameter is blank, no limits are applied.
Client Quota Limit	The data quota limit feature has been added for RADIUS-based as well as for controller- based guest portals. For controller-based, it is either directional or total data quota limit. Once the client logins as a guest, the data quota limit is enforced and the values are sent to the accent point to which the client is connected. The access point keeps track of the data limits Access Point also sends
Renewable	Once the session duration for the client expires, the client needs to wait for the period
Session Duration	The duration for which the client is provided access.
Social Login	Consists of the following options: l Domain URL: The redirected URL in client when trying to access the Internet. l Google: Consists of ID and Secret options to configure, which admin can create from https://console.developers.google.com/iam-admin/projects l Facebook: Consists of ID and Secret options to configure, which admin can create from https://developers.facebook.com/apps/ l Twitter: Consis
SMS Authentication	SMS OTP supports Twilio, SMS Country, and SMS Gupshup SMS gateway providers. Any one of the gateway providers can be used to support the SMS OTP to be delivered to the cell phone of the end user. Once OTP is received the client can enter the OTP to get Internet access. NOTE:
General	l Plan Name: The name of the plan.
Design	l Color: There are options to modify colors for the title, message, code, and background.
Accept Terms Message	Text to appear as the accept terms message.
Advanced	Expand Advanced option. Browse and select the advanced fields.
Background	Browse and select the image that needs to be appear as the background.
Background Placement	Choose the option from the drop-down list for placing the background image in the splash page.
Custom Fields	Expand Custom Field option. The user can customize the fields in the Splash page by choosing the Custom Field option in the Guest Access Portal page and clicking Add New button.
Enter Voucher Code	Enter the text to appear in Voucher Code Message. Message
Free Label	Enter the text that should appear on the free label.
Footer	Enter the text to appear as the footer of the page. You can choose the font style and size for the footer.
Logo	Browse and select the logo the needs to be appear on the splash page.
Login Title	Text to appear for login.
Login Success Message	Message to appear after successful login.
Login Failure Message	Message to appear any error while login.
Login Button	Enter the text that should appear on the window to submit.
Opacity	The transparency of background image.
On Success Redirect to	Enter the URL to be redirected to the page like Google, Twitter, and Facebook, etc. URL
Page Title	Text to appear as the title of the page. You can choose the font style and size for the title.
Please wait Message	Text to appear in the waiting screen.
Repeat Background	Enable the check box if you want the background image to be repeated.
Server Error Message	Text to appear if there is an error while contacting server.
Select Plans Label	Enter the text to appear in the label to select plan.
Text Design	Choose the appropriate colors for the background, logo in the background, content area, and for the text.
Terms Agree Button	Text to appear in the terms agree button.
Terms Cancel Button	Text to appear in the terms cancel button.
Voucher Code	Enter the text to appear in Voucher Code, Voucher Label, Enter Voucher Code Message, and Voucher Code Error Message.
Voucher Label	Enter the text to appear in Voucher Label.
Voucher Code Error	Enter the text to appear in Voucher Code Error Message. Message
WIFI4EU	WiFi4EU provides free, high-quality Internet access only across the European Union. WIFI4EU WiFi4EU provides the free, high-quality Internet access across the European Union. Administrator can enable the WiFi4EU check box to provide access to the free Internet. Table 47: WiFi4EU Type Parameters
Access Point	MAC address of the Access Point.
Access Type	Access type as Free or Voucher.
Client MAC	MAC address of the client.
Disconnect	Displays if the client is disconnected from the network.
Remaining Time	The time left for the client to access the Internet. It depends upon the session duration configured in the Access Portal.
Voucher	Displays the valid applied voucher.
WLAN	SSID of the network. NOTE: For Free Access method, the client MAC address is displayed even after the free session duration expires. Delete the MAC address of the client after the Renewable Frequency completes. Mapping the Device to Guest Access Portal in cnMaestro The administrator needs to configure the name of the Guest Access Portal in the device which redirects the device to cnMaestro for cli
Pending Status	Sucess Status 1. Account Creation:Displays as Created once the account is enabled. Refer to Step f for entering contact information and enabling account. 2. Payment Method: Displays as Verified once the Payment Details are approved. Refer to Step g Payment Details. 3. SAS ID: Once the payment details are verified, the SAS ID is allocated automatically. NOTE It may take 1 day to get the SAS ID. 4.
Channel	Channel Bandwidth of AP or BHM in MHz. BandWidth (MHz)
Center	Center frequency of AP or BHM in MHz. Frequency (MHz)
Common	Device Name Name given to device on SAS Admin (max 120 characters. This is to identify device on SAS Admin: it does not get copied to the device via sync.
Device Type	Drop-down selection of supported devices.
MAC Address	MAC address of the device.
MSN	Serial number of device.
User ID	Unique identifier is assigned by the SAS. The User ID is part of the registration request message. The wrong User ID leads to REGISTRATION_
Height	Device antenna height in meters.
Height Type	Should be AGL or AMSL as follows:
Location	l AMSL height is measured relative to the mean sea level.
Horizontal	A positive number in meters to indicate the accuracy of the device antenna
Accuracy	horizontal location.
Latitude	Latitude of the device antenna location in degrees.
Longitude	Longitude of the CBSD antenna location in degrees.
Vertical	A positive number in meters to indicate the accuracy of the device antenna
Co-Existence	Sector ID The default AP MAC address and allows editing the default MAC address. Related
Parameters	Spectrum The Spectrum Reuse ID defined in the network. Reuse ID
Merge User ID	Prefixes the User ID to the Sector ID and Spectrum reuse ID.
PLMN ID	Public and Mobile Network Identifier. ECGI Related
ECI	E-UTRAN Cell Identifier. It is a length of 28 bits and contains the eNodeB-ID. Parameters
ECGI	Enter the both PLMN ID and ECI parameters and it calculates displays in the ECGI field.
Azimuth	Boresight direction of the horizontal plane of the antenna in degrees with (degrees) respect to True North.
Antenna	Beamwidth 3-dB antenna beam width of the antenna in the horizontal-plane in degrees.
Downtilt	Antenna downtilt in degrees. (degrees)
External	Peak gain of external antenna connected to device in dBi. Antenna Gain (dBi)
Integrated	Peak gain of integrated antenna in dBi. Antenna Gain (dBi)
Certificate	CPI's (Certified Professional Installer) certificate. File
CPIR Name	CPI's registered name.
File Password	CPI's private password. Using a HTTP Proxy Server for CBRS Connectivity Proxy Suggestions for CBRS Connectivity We do not recommend against using cnMaestro On-Premises, as a HTTP Proxy for CBRS connectivity. Normally, upgrades to cnMaestro that result in a small amount of downtime do not impact network devices under management. In the case of CBRS even a brief outage of the proxy during upgrade wi
#acl localnet src 10.0.0.0/8	# RFC1918 possible internal network #acl localnet src 172.16.0.0/12 # RFC1918 possible internal network #acl localnet src 192.168.0.0/16 # RFC1918 possible internal network
#acl localnet src fc00::/7	# RFC 4193 local private network range
#acl localnet src fe80::/10	# RFC 4291 link-local (directly plugged) machines ## This cbrs ACL limits connections to sas.cbrs.cambiumnetworks.com only. acl cbrs dstdomain sas.cbrs.cambiumnetworks.com ## Updates require access to destinations under cloud.cambiumnetworks.com ## This is a separate ACL for readability, but can be combined with the cbrs ACL if preferred. acl cloud dstdomain .cloud.cambiumnetworks.com ## This grou
Name at Installation	Name given to the device when installed.
Date and Time	Date and time of installation.
Installation Duration	Duration of installation.
Added By	Name of the user adding the device.
Comments	Comments about the installation.
SM Name	Name of the device.
Product	Device model and type .
Software Version	Software version of device.
RSSI	Receiver Signal Strength Indicator (RSSI) of SM.
SSR	Signal Strength Ratio (SSR).
External Antenna	Peak gain of external antenna connected to the device.
Start Timestamp	Start time of the summary.
End Timestamp	End time of the summary.
Comment	Comments about the installation process. Configuration Table 51: Configuration fields in cnArcher Installation
IP Address/Setting	IP settings such as for DHCP or Static IP allocation.
Subnet	Subnet mask of the device.
Gateway	IP address of the gateway.
DNS	Name of the DNS server.
Management VLAN	Configured Management VLAN.
Data VLAN	Configured Data VLAN.
PSK	Type of PSK (Pre-Shared Key): WPA or WPA2.
Software Update	Software version provided to upgrade.
Template	Name of the configuration template to apply.
Onboarding Details	Onboarding details related to SM. Photos and Location Photos and Location displays the photos taken during installation. You can view a maximum of four photos at a time. Link Test Result Link Test Result displays the link related test results with respect to throughput.
Modulation Uplink/Downlink	Uplink and Downlink Modulation.
Time	Time at which the link test was performed.
Throughput Uplink/Downlink	Uplink and Downlink Throughput. AP Scan Result AP Scan Result displays a list of scanned APs. Table 53: Fields in AP Scan Result
AP MAC	MAC address of the AP.
AP Bandwidth	Bandwidth of the AP.
AP Frequency	Frequency of the AP.
Registered	Details of the registered SM. 4. Click Delete icon to delete single or multiple entries from the cnArcher Installation Summary page. 5. Click Yes to proceed to delete. 6. A confirmation message is displayed on a successful delete. NOTE cnArcher uploads Installation Summary with cnMaestro when Internet connection is available to users mobile device. This feature is support only in Android. This sec
Authentication Services	Create and configure Authentication servers.
Application Operations	Application level operations such as to create, update and delete operations for Networks, Towers/Sites. Bulk device configuration.
Application Settings	Change global application configuration and onboarding key.
Configuration/Software Update and	Manage configuration/software update and scheduled report
Scheduled Report Jobs	related jobs
Device Overrides	Per-device configuration, including updating AP Group and applying configuration.
Managed Service Provider (MSP)	MSP operations such as modification of branded service, managed account and user invitations.
Session Management	Capability to view and logout other users sessions.
SNMP Configuration	SNMPv2c configuration parameters.
Authentication Server	Global name of the server Name
IP Address/Host	Enter the FQDN (Fully Qualified Domain Name) of the server or the IP address of the
Port	TCP port of the server. (Default value is 49)
Shared Secret	Shared secret key for communicating with the server.
Service Name	Name defined in the service configuration table configured by TACACS+ server administrator. This is used to configure service and corresponding user groups.
Role Mappings	TACACS+ user groups should be mapped to one or more cnMaestro Roles. Refer Role-Based Access section to view the supported Roles on cnMaestro. Enter the role strings that are configured in the TACACS+ server. Atleast one mapping must be completed for this feature to work correctly. NOTE: TACACS+ server administrator should setup the service name and corresponding user group as per the configuratio
IP Address/Hostname	Enter the FQDN (Fully Qualified Domain Name) of the server or the IP address of the server.
BASE DN	Distinguished Name for Active Directory.
IP Address	IP address of the server.
SSL/TLS	Select this check box if Active Directory connection should be secured over SSL/ TLS as LDAPS. Browse and select the Root certificate of the Active Directory server in .PEM format.
Base DN	Base DN is generally the Admin DN used to log in to LDAP server. For example: cn=admin,dc=xyz,dc=com.
LDAP Password	LDAP Password is the admin password used by Admin DN to log in.
Suffix	Suffix is the DNS name. For example: dc= xyz, dc=com.
SSL/TSL Security	Select this check box LDAP connection should be secured over SSL/ TLS as LDAPS. Browse and select the Root certificate of the Active Directory server in .PEM format. Note:
DNS Lookup	Lists the DNS records for a domain in priority order.
Traceroute	Lists the hosts or IP addresses showing the route of the test packets starting from the selected monitoring location to the destination Domain or IP. Figure 175 Network Tools SSL Certificate cnMaestro On-Premises generates a self-signed certificate when it boots the first time. Because the root CA is not present in standard browsers, cnMaestro users (administrators or Captive Portal customers) rec
Common Name	Enter FQDN name of the cnMaestro server. This is either the Domain Name or the IP Address.
Organization (O)	Enter the name of the organization.
Organization Unit (OU)	Enter the name of the organization unit.
City/Locality (L)	Enter the name of the city.
State/Province (ST)	Enter the name of the state.
Subject Alternative	Enter DNS or IP Address. Name (SAN)
Country (C)	Select the name of the country from the drop-down list. 4. Click Generate CSR., the user is prompted to save a cnMaestro .csr file to their hard drive. The CSR can then be sent to a Certificate Authority and signed. Import a Certificate Once the CSR has been transferred to the Certificate Authority to create a certificate, it can be imported back into cnMaestro. cnMaestro will validate the certifi
Benefit	Details
Cloud Friendly	Webhooks are a standard mechanism for Cloud alerts and inter- service asynchronous communication.
Firewall Friendly	HTTPS is generally amenable for outgoing and incoming firewall connections.
Real-Time	Alarms to be sent to third-party services in real-time.
TCP	Webhooks use TCP instead of UDP, so they can alert when the external system is down, or the event was not received.
Third-Party Support	Many Cloud and On-Premises services support Webhooks. Integrations Webhooks enable integration with external Cloud services, such as Slack, Twilio, Zapier, Datadog, PagerDuty, etc. They can also be supported using a local HTTPS server and custom applications. Once configured, cnMaestro streams alarms to these services over HTTPS to the configured URL. Some example services are provided below: Figu
Basic	Optionally add HTTPS Basic Authentication to the Webhook POST request. By enabling
Authentication	Basic Authentication, you can configure the username and password associated with your endpoint. The Basic Authentication parameters are Base64 encoded and included in the header of HTTP request. Note 1: The username and password for Basic Authentication are different from cnMaestro user credentials. These credentials are used at your endpoint, few external integrations like Slack only require Web
Filters	You can filter the alarms based on severity such as Minor, Major, or Critical. You can also select multiple severities. Device type allows to select the particular device from the drop-down.
Managed	If cnMaestro is configured for MSP (Managed Service Provider), you can map the Webhooks
Account	to a Managed Account. Note A maximum of two Webhooks can be configured per Managed Account.
Name and URL	Webhooks label for display and filtering purposes. This will also be included in the default payload as Webhook_name. The URL defines the endpoint for the HTTPS POST request. Only HTTPS is supported.
Variable	Description
$ACKNOWLEDGED_BY	Alert acknowledged by
$ALARM_DURATION	Alarm duration (seconds)
$ALARM_ID	Alarm ID (e.g. 9bd4Gc313a4d1e8fie2482df7b77628)
$ALARM_MSG	Alarm message (e.g.: “GPS Sync state changed to Synchronized”)
$ALARM_NAME	Alarm name (e.g.: Configuration Sync)
$ALARM_SEVERITY	Alarm severity (e.g. critical, major, minor)
$ALARM_STATUS	Alarm status (e.g. active)
$ALARM_TIME_RAISED	Alarm raised time (ISO 8601 Date format: 'YYYY-MM-DDTHH:mm:ssZ')
$ALERT_CODE	Alert code (e.g. STATUS)
$DEVICE_MAC	Device MAC address (e.g: AA:BB:CC:DD:EE:FF)
$DEVICE_MODEL	Device Model (e.g: ePMP 1000, cnPilot r201)
$DEVICE_NAME	Device name
$DEVICE_IP	Device IP Address (e.g. 192.168.0.1)
$DEVICE_TYPE	Device type (e.g.Wi-Fi-enterprise)
$MANAGED_ACCOUNT	Managed account name (absent if not mapped to an account)
$NETWORK_NAME	Network name
$SITE_NAME	Site name (note: value will be blank if the device is not under a Site)
$TOWER_NAME	Tower name (note: 'value will be blank if the device is not under a Tower')
$WEBHOOK_NAME	Webhook name
$WEBHOOK_RETRY_COUNT	Retry count (note: only present if Webhook is retried; default is 0)
$WEBHOOK_TIMESTAMP	Webhook sent time (ISO 8601 Date format: 'YYYY-MM-DDTHH:mm:ssZ') cnMaestro expects an HTTP status code 2XX reply from the Webhooks URL to confirm the alarm notification sent via HTTPS POST that is successfully delivered. For any request, if status code 5XX is received, cnMaestro will keep retrying the same payload at the interval of 1, 2, 5, 10 and every 15 minutes thereafter until the request suc
Enable	Select Enable checkbox to enable the Webhook.
Last Status	Last status of Webhook
URL	The URL where HTTPS POST requests will be sent.
Description	Textual description of the task.
Export	Enable export as CSV or PDF.
Module	Module generating entry (AAA, administrator, alarm).
Source	Administrator or API client name.
Source Type	Entity making the update: administrator or API client.
Claim	Claim a device in the network operator.
Cloud-Connect	Provides the status of the On-Premises to Cloud account connection.
Create	Create an object in the network device.
Download	Download a file.
Edit	Edit an existing device detail.
Login	Login to a device.
Logout	Logout from a device.
Mail	Mail ID of a device.
Move	Move a device from the server.
Reboot	Reboot a device.
Upload	Upload a file on the server. Audit Modules Auditing activity is mapped to individual modules within cnMaestro. A breakdown of the available modules is listed below.
ACL	provisioning Adding Editing Removing the ACL Entries
警報	provisioning Alarms and Alarm History.
API	provisioning API Management: API Clients and Webhooks
Auditing	provisioning Auditing Infrastructure
Auto-Provision	provisioning Auto-Provisioning
CBRS	Services CBRS
Data-tunnel	provisioning Data Tunneling
Guest-Portal	provisioning Guest Portal
Jobs	provisioning Jobs Infrastructure operations
License	licensing Update license details
MSP	operations Operations covering Managed Services and Managed Account
Onboard	provisioning Onboarding Queue operations
Report	provisioning Data Reports operations
Software-	provisioning Software Upgrade: device image import/export, upgrade device Upgrade operations
SIM	provisioning SIM claim and delete
Webhooks	provisioning Webhooks configuration and management
Event Type	The type of event (Infrastructure, Network, Operation, Security and Wireless). You can select one or multiple events.
IP/Host	The IP address provided to the server.
New Facility	The type of program logging the message. The allowed facilities are local 0 to local
New Severity	The severity of the system log message.
Facility	Description
Local 0-Local 7	It is the locally used facilities. 7. In the New Severity drop-down, select the type of Severity. Please refer to the below Severity table:
Value	Severity Description 0 Emergency System is unusable. 1 Alert Action must be taken immediately. 2 Critical Critical conditions of hard device errors. 3 Error Error conditions
Features	MSP, CBRS, Wi-Fi Performance, Auto-Provisioning, SNMP, etc. Anchor accounts also simplify CBRS provisioning and billing by aggregating multiple On-Premises instances. In future, Anchor accounts will be used to manage On-Premises cnMaestro X subscriptions. You must create an Anchor account before connecting the On-Premises instance, as shown below: 1. Navigate to https://cloud.cambiumnetworks.com.
radio.radio1.device_id	Device ID Radios
radio.radio1.linked_with	Linked with Radios
radio.radio1.mac	Radio MAC Radios
radio.radio1.margin	Margin Radios
radio.radio1.mode	Radio mode [ap, ep, rep] Radios
radio.radio1.neighbors	Radio neighbors Radios
radio.radio1.network_address	Network address Radios
radio.radio1.noise	Average noise (dB) Radios
radio.radio1.power	Transmit power Radios
radio.radio1.rssi	RSSI value (dB) Radios
radio.radio1.rx_bytes	Receive bytes Radios
radio.radio1.software_version	Current software version. Radios
radio.radio1.temperature	Radio temperature Radios
radio.radio1.tx_bytes	Transmit bytes Radios
radio.radio1.type	Radio type [ptp, ptmp] Radios
radio.radio2.device_id	Device ID Radios
radio.radio2.linked_with	Linked with Radios
radio.radio2.mac	Radio MAC Radios
radio.radio2.margin	Margin Radios
radio.radio2.mode	Radio mode [ap, ep, rep] Radios
radio.radio2.neighbors	Radio neighbors Radios
radio.radio2.network_address	Network address Radios
radio.radio2.noise	Average noise Radios
radio.radio2.power	Transmit power Radios
radio.radio2.rssi	RSSI value (dB) Radios
radio.radio2.rx_bytes	Receive bytes Radios
radio.radio2.software_version	Radio current software version. Radios
radio.radio2.temperature	Radio temperature Radios
radio.radio2.tx_bytes	Transmit bytes Radios
radio.radio2.type	Radio type [ptp, ptmp] Radios Fixed Wireless
ethernet.aux_	Aux Rx Frames Oversize All interface.rx_frames
ethernet.main_psu_	Main PSU Rx Frames Oversize All interface.rx_frames
ethernet.sfp_interface.rx_	SFP Rx Frames Oversize All frames
ethernet.sfp_	SFP speed and duplex All interface.speed
ethernet.sfp_interface.tx_	SFP Tx Bandwidth Utiliization All util
radio.24ghz.airtime	Airtime All
radio.24ghz.bssid	Radio mac Enterprise
radio.24ghz.channel	Channel All
radio.24ghz.multicast_rate	Multicast rate All
radio.24ghz.noise_floor	Noise floor All
radio.24ghz.num_clients	Number of clients All
radio.24ghz.num_wlans	Number of WLANs Enterprise
radio.24ghz.power	Transmit power All
radio.24ghz.quality	RF Quality description Enterprise
radio.24ghz.radio_state	Radio state Enterprise
radio.24ghz.rx_bps	Receive bits/second Enterprise
radio.24ghz.rx_bytes	Receive bytes All
radio.24ghz.tx_bps	Transmit bits/second Enterprise
radio.24ghz.tx_bytes	Transmit bytes All
radio.24ghz.unicast_rates	Unicast rates All
radio.24ghz.utilization	Radio utilization Enterprise
radio.5ghz.airtime	Airtime All
radio.5ghz.bssid	Radio mac Enterprise
radio.5ghz.channel	Channel Enterprise
radio.5ghz.multicast_rate	Multicast rate All
radio.5ghz.noise_floor	Noise floor All
radio.5ghz.num_clients	Number of clients Enterprise
radio.5ghz.num_wlans	Number of WLANs Enterprise
radio.5ghz.power	Transmit power All
radio.5ghz.quality	RF quality description Enterprise
radio.5ghz.radio_state	Radio state Enterprise
radio.5ghz.rx_bps	Receive bits/second Enterprise
radio.5ghz.rx_bytes	Receive bytes All
radio.5ghz.tx_bps	Transmit bits/second Enterprise
radio.5ghz.tx_bytes	Transmit bytes All
radio.5ghz.unicast_rates	Unicast rates All
radio.5ghz.utilization	Radio utilization Enterprise Performance API Response (v1 Format) This section provides the performance API response v1 Format for the following devices:
radio.radio1.throughput	Total throughput Radios
radio.radio2.throughput	Total throughput Radios
ethernet.aux_interface.rx	AUX receive bytes All
ethernet.aux_interface.tx	AUX transmit bytes All
ethernet.sfp_interface.rx	SFP receive bytes All
radio.24ghz.clients	Number of clients All
radio.24ghz.throughput	Total throughput All
radio.5ghz.clients	Number of clients All
radio.5ghz.throughput	Total throughput All
Data Type	String (select the Array check box also)
cnPilot R200P	Cambium-cnPilot r200P
cnPilot R201P	Cambium-cnPilot R201P
cnPilot R190	Cambium-cnPilot R190
cnPilot Enterprise	Cambium-WiFi-AP
ePMP	Cambium
ePMP 1000 hotspot	Cambium-WiFi-AP Configuring the Policies at the SCOPE Level Once Options 43, 60, 15, and Vendor Classes are created, one needs to create policies at scope level. This allows the DHCP server to send the Option 43 and 60 to the Cambium Devices -- based on their VCI for that device. The policy will make sure these options are only sent if the VCI matches that provided by the device. 1. Select the sco
cnPilot E-Series	Vendor Class for Cambium option 43 and E400/E410/E425H/E500/E501S/E502S/E505/E600 60 selected and values specified
ePMP 1000 Hotspot	Vendor Class for Hotspot Cambium option 43 and 60 selected and values specified Citrix Hypervisor Installation Overview cnMaestro can be installed on Citrix Hypervisor (formerly known as XenServer). The OVA image can be downloaded from the Cambium Support Center https://support.cambiumnetworks.com/. Resources The following resources are required for deployment. Note: 1. If NBI APIs or Performance
Wireless Clients	Number of vCPUs RAM Size (GB) Hard Disk (GB) Devices 1 - 100 Up to 1500 2 4 120 101 – 1,000 Up to 15,000 4 4 120 1,001 - 4,000 Up to 60,000 4 8 150 4,001 - 10,000 Up to 150,000 8 16 250 Import using Citrix Hypervisor Perform the following steps to install the Citrix Hypervisor: 2. Click Import. 3. Click Next on the import wizard, browse to the downloaded OVA and click Next. 4. Review the Package V
接口數量	Port Type Purpose Number 1 443 TCP HTTPs Web Access and device communication 2 18301 TCP/UDP Wi-Fi Performance Test 3 161 UDP SNMP Communication 4 22 TCP Data Replication (High Availability) 5 8300 TCP Distribution Synchronization (High Availability) 6 8301 TCP/UDP Distribution Synchronization (High Availability) 7 3799 UDP RADIUS CoA for RADIUS Proxy feature Outbound Ports The following table pro
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