System uses B / S architecture, give full play to the advantages of HTML5 technology, without any plug-ins can easily achieve cross-platform operation, all the features of the system can be used in various mobile phones and pad of Android and IOS systems. All visualization of the system adopts vector technology, which can not only reduce distortion but also save transmission bandwidth effectively.
Real-time monitoring interface status of all devices, bytes and packets sent/received, discard packets, error packets and so on in system. The alarm can be generated according to the set threshold, all the data is stored without any loss, and the original indicator in any time period can be exported.
Device topology Management
The system supports auto discovers of the physical connection of the device and also manual connection on demand. System supports topology automatically reasonable layout and real-time status of the device and link traffic can be displayed in the topology. System support real-time alarm notification and uploading background images, users can customize their own topology display on demand.
The system can present the alarm information of each module uniformly. Users can make statistics inquiries and automatically generate various charts according to different alarm types, node IP, node name and trigger time. Alarm information can be sent to specified users /user groups via SMS, email. It makes user grasp the operation status of the management network and equipment information system at any time.
System supports reporting functions, including device statistics, device CPU memory reports, interface traffic TOP reports, a comprehensive reflection of the campus network applications and status. In addition to the regular reports, users can use the custom report according to their own needs, custom device and interface properties of some device reports.
The system supports wireless management functions to monitor ACs, APs and terminals in real time, supports wireless topology settings, and supports to define obstacles on the map that affect signal attenuation. Supports locating client traces on the map and automatically calculate wireless signals strength distribution, and the heat map directly shows the wireless signal coverage, signal strength and distribution.
The system has the configuration management function, which supports the configuration management of the telnet-enabled and SSH-based devices. For example, automatic configuration backup, device IOS upgrade, backup upload, configuration delivery, add / delete log server, and add NTP server, etc. The system also provides the configuration compliance check function. You can use the system default template or set scheduled tasks to periodically configure the device. Graphical operation than the old command line mode is more simple and user-friendly.
Unified Log Management
The system provides the unified log management function, which can receive standard SYSLOG and EVENTLOG and SNMP TRAP information, and archive the collected information. The user can query according to the IP address, archive log, etc., and can also check the device IP, log level, Key words and other information to conduct alarm linkage, when the log received in line with user rules in accordance with the corresponding rules to send alarm information.
|System Architecture||B/S Architecture|
|Deployment Method||Centralized deployment, Distributed deployment|
|Web Browser Supported||IE10, IE11, chrome, Firefox and other browsers which could support HTML5|
|OS Supported||64 bits Linux|
|Language Supported||English / Simplified Chinese|
|Management Interface||SNMP (V1, V2C, V3)|
|Device Supported||DCN Switch|
H3C, CISCO, HUAWEI, ZTE, Juniper and other vendor’s device which could support standard SNMP
|Mobile Terminal Access Supported||Android >= 2.3|
IOS >= 5
Resolution >= 1280*720
|DCLM-INMP||INMP（Integrated network management platform ） basic component, include test license for 10 nodes ( 5 wired device nodes and 5 wireless device nodes )||Mandatory|
|DCLM-LAN-S||Wired device management component, support network topology, configure DCN devices, etc||Optional|
|DCLM-LAN-50||Wired device management license for 50 nodes||Optional|
|DCLM-LAN-200||Wired device management license for 200 nodes||Optional|
|DCLM-LAN-1000||Wired device management license for 1000 nodes||Optional|
|DCLM-WLAN-S||Wireless device management component, support management for DCN wireless devices||Optional|
|DCLM-WLAN-P||Extended component for wireless device management, need to use it on the basis of DCLM-WLAN-S, could support to manage 3rd party wireless devices||Optional|
|DCLM-WLAN-50||Wireless device management license for 50 nodes ( need to co-operate with DCLM-WLAN-S/P component, the license is not shared with DCLM-LAN-xx )||Optional|
|DCLM-WLAN-200||Wireless device management license for 200 nodes ( need to co-operate with DCLM-WLAN-S/P component, the license is not shared with DCLM-LAN-xx )||Optional|
|DCLM-WLAN-1000||Wireless device management license for 1000 nodes ( need to co-operate with DCLM-WLAN-S/P component, the license is not shared with DCLM-LAN-xx )||Optional|
|DCLM-NCM-S||Extended component for the configuration of 3rd party devices, could support configuration management for the devices, include configuration file backup, configuration comparison, FW upgrade, notification of configuration change, etc.||Optional|
|DCLM-LS-S||Log management component, support log management for the devices, include log collect, log alarm, log download etc.||Optional|
|DCLM-FORM-S||Report management component, provide custom report, plan report, interface traffic report, CPU and memory report, etc.||Optional|
|DCLM-DEV-COST||DCLM-INMP customization development costs (man * day), the relevant software customized development services, customer submits the requirement, product managers and RD will evaluate the customized development workload, according to “DCLM customization Development costs “×” Development workload “to calculate custom development services quotes||Optional|