(*Tradeze wireless network solution
The tradeze wireless network system is mainly composed of the following three parts: * u wireless switch (mobilityexchangesystem&\8482;)* ü wireless network switch management system (ringmaster&\8482; softwaresystem) * ü wireless access point (mobilitypoint&\8482;)
Wireless network description: * access network part: the tracezeap is placed in different locations within the company according to the coverage requirements * wireless network control and management part: at the core layer of the network, the wireless switch based on the most advanced third-generation wireless network technology is used to uniformly manage the entire wireless network. A tradezemx-200 wireless switch is used to centrally manage and control the AP of the whole network. The AP in each coverage area is connected to the mx-200 wireless switch through the wired network, realizing the wireless centralized control* Wireless network management: ringmaster&\8482; It is a wireless network switch management system launched by trapezenetwork company. It mainly provides enhanced management, seamless security, and is easy to plan wireless networks of various scales. At the same time, it is also compatible with the networking of routers and Ethernet switches of trapezenetwork, and provides comprehensive control over AP, switches and controllers to optimize the network and enhance security* AP operation principle: *tradeze's AP does not have any software and configuration. After the AP is powered on, the AP obtains the IP address information of the wireless switch mx-200 on the network backbone through broadcast, DHCP or DNS. After the AP obtains the wireless switch address, it uses CAPWAP protocol to communicate with the wireless switch mx-200, and then the wireless switch mx-200 sends the firmware required for AP operation and the relevant configuration of the AP to the AP, After receiving these information, the AP starts the system and configures its own parameters according to the configuration provided by the wireless switch. After the AP is started, the AP and the wireless switch mx-200 are interconnected in the channel mode. After entering the AP, the user's data packets are re packaged by the AP into the channel and transmitted to the wireless switch mx-200. Since all the data are sealed into the channel, the user's data does not change the routing path because the AP and the wireless switch cross the route. From the user's point of view, the user's data directly crosses the layer by layer route, It directly enters the wireless switch without changing the existing network topology and considering the protocol compatibility, thus realizing topology independent networking* The advantages of "thinap" networking are: *1 A tunnel crossing the route is established between the AP and the wireless switch to distinguish the wireless service from the wired network strategy *2 The firmware and configuration required for the "thinap" operation are dynamically distributed by the wireless switch at startup, which easily realizes the problem that the traditional "fatap" scheme cannot dynamically upgrade the AP firmware and configuration * due to the networking mode of thinap, even in the distributed network, the APS separated from each other by the subnet route can operate as a whole structure, so as to facilitate the expansion or modification of the wireless LAN on demand* Implementation function: *1. Centralized management and control of APS. All APS are managed by the controller in a unified way, and can be networked across three layers, increasing the manageability and controllability of the entire network* 2. All APS can be upgraded through the controller. Configuration changes *3. Multi service support. Each AP can support 32 SSIDs in each frequency band. Each SSID can use different encryption and authentication methods. Different vlans*4 are divided to facilitate uninterrupted and seamless roaming, even three-layer roaming* 5. Different encryption (WEP, WPA, WPA2, etc.) can be implemented for different users, such as internal employees and external visitors, and different authentication methods can be used. For example, 802.1x, web portal, MAC address authentication, etc* 6. It can be combined with a third-party authentication server, such as a domain controller. It supports users in different domains to authenticate to different servers *7. It can control access rights on a per user basis. Strictly control each user's access to the network *8. It can be combined with the third-party access system to realize user integrity check *9. It can set QoS for users. It supports QoS modes of WMM and spectralink *10. It can track the user's location, record the user's roaming path, view the user's current status, and save user information* 11. Dynamic load balancing can dynamically force users to connect to other available APS and allocate user traffic to other available APS according to the surrounding wireless signal coverage and user traffic requirements, thus ensuring the efficiency and high availability of the entire wireless network* 12. Wireless signal monitoring can display the signal strength diagram covered by the current wireless signal in the system, and automatically adjust the channel and power of the AP according to the surrounding environment to ensure the stability and optimal performance of the whole network. When an AP fails, the adjacent AP can provide redundant backup for it to ensure the continuous availability of the entire network* 13. Detection and alarm of illegal signals can be automatically countered, and illegal access points and wireless intruders can be detected and located Dynamically understand the status of the radio frequency (RF) environment in which the wireless local area network (WLAN) works, and counter the illegal access points to ensure the security of the entire wireless network. Among them, there are more than 240 kinds of intrusion features *14. The whole wireless system can choose two forwarding modes: centralized forwarding and local forwarding. It can flexibly select or work at the same time, which not only ensures the management and control of the wireless network, but also ensures the efficiency of data forwarding. And it allows smooth transition to 802.11n high-speed wireless network, which has very good scalability* 15. The powerful network management system can provide help for the planning, configuration, monitoring and reporting of the complete life cycle of the wireless network, and support the timed or manual output of reports, so as to facilitate the network management personnel to understand and manage the entire network.
*Equipment list:
model
describe
quantity
Unit Price
total
MX-200R-CN
MXwith2xGigE(SFP)and1x10/100Base-Tmgmt. ports,dualintegratedPSU,including32MPlicense
one
SFP-SX
1000BASE-SXSFPtransceiver,LCduplexconnector,shortwavelength(850nm),
one
MX-2XX-U32
32MPlicenseupgradeforMX-200RorMX-216R(max.192MPs)
one
MP-71
APwithone802.11b/gradio,single802.3afPoEEthernetport,attacheddiversityantennas
fifty
MP-422
APwithdualradios:802.11aand802.11b/g,dual802.3afPoEEthernetports,internaldual-banddiversityantennas,externalfemaleRPSMAjacksfor. 11aand. 11b/gantennas(optional-orderedseparately),includesSmartMobileMeshServicessoftware.
two
ANT-1120R
120°indoor/outdoor802.11b/gsectorantennaforMP-422,7dBgain-includes1mM/M-RPSMAcable,mountingkit
two
Outdoorbox
protectAPfromwater,sandetc.
two
RMTS
RingMasterToolSuiteBaseLicensesupporting5managedMPAccessPoints,SoftwareCD& amp; UserManual
one
RMTS-50
RingMasterToolSuiteLicensesupportinganadditional50managedMPAccessPoints(requiresRMTS)
one
PD-6512-CN
PowerDsinePD-6512/AC/M,managedtwelve-port802.3afMidspanPoEinjector,200Wtotalpower
5 this document contains the following attachments:*)
收藏
