Yunke China Information Technology Limited  

Product Name: Dcn Wireless Inwall Ap Standard 86 Panel Cost-Effective Single Band 2.4GHz 802.11n 300Mbps Hotel Dormitory Model NO.: DCWL-2000WAP(R2.0) Certification: FCC, CE Color: White Antenna Gain: 4dBi Voltage: 802.3af; Transmission Rate: >200Mbps WiFi Antenna Type: Built-in Work Mode: AP Type: Wireless Access Point Trademark: DCN Transport Package: Carton Specification: 86mm *86mm *22mm Origin: Shenzhen HS Code: 8517629300 Product Description Product OverviewThe WL8200-WL2 is a new-generation 802.11ac-based high-performance wireless access point (AP) newly launched by Yunke The DCWL-2000WAP(R2) is a new-generation 802.11n-based high-performance wireless access point (AP) newly launched by Yunke China Information Technology Information Limited (hereinafter referred to as DCN) for the hotel, education and enterprise industry.DCWL-2000WAP(R2) can be installed in a standard 86 panel and its thickness is only 22mm, without the need for reconstruction of the wall, a small amount of construction, no noise; It don't destroy original decoration, it has beautiful appearance after installation. DCWL-2000WAP(R2) supports the 802.11n standard, single 2.4G band could provide 300M bandwidth.DCWL-2000WAP(R2) provide one 100M uplink Ethernet port and two downlink 100M Ethernet ports, the uplink port could support 802.3af POE, so DCWL-2000WAP(R2) not only could provide high performance WIFI coverage, but also could provide extra wired connection.HighlightsEasy to deploy - Quick installationDCWL-2000WAP(R2) could be installed in a standard 86 panel, could be installed quickly with just fixing two screws, so install one AP just need less than 5 minutes. DCWL-2000WAP(R2) can be installed in a standard 86 panel and its thickness is only 22mm, without the need for reconstruction of the wall, a small amount of construction, no noise; It don't destroy original decoration, it has beautiful appearance after installation.High load capacity - SOHO chipDCWL-2000WAP(R2) adopts Atheros chip of enterprises class, a more powerful CPU, while a lot of wall-mounted AP vendors use SOHO chip. Domestic AP products with SOHO chip are very inappropriate to be deployed in the enterprise, school and the hotel. Firstly, when the number of access users is up to 10, it is not stable, and it will require a restart, but DCWL-2000WAP(R2) has a strong load capacity with the use of enterprise class chips, can completely meet the needs of the school dormitory, Hotel wireless access.Coverage - Super sensitivity and intelligent velocity molding technology allow AP to cover through wallsDCWL-2000WAP(R2) expands its coverage by improving receiving signal sensitivity, easily go through the thick walls. The wireless signal transmission is bidirectional; Increase of coverage must guarantee the normal reception of the weak signal. With built-in intelligence DCWL-2000WAP(R2) beam forming technology form the strongest signal in the direction of the mobile access terminal, enhance the strength of the signal of the mobile terminal. General domestic level SOHO AP simply increase the transmit power through illegal expansion of coverage, signal strength is inflated and the machine is hot when it works, can not guarantee the normal reception and transmission of weak terminal data. Setting cloth in traditional corridor will often result the weak signal in the toilet cover because of the indoor wall structure.SpecificationsItemDCWL-2000WAP(R2)Dimension (mm)86×86×22Ethernet ports1 X 10/100base-T uplink port, 2 X 10/100base-T downlink portsPoE power802.3af/802.3atMaximum power consumption<6WAntenna gain4dBiWorking frequency band802.11b/g/n : 2.4 GHz to 2.483 GHz Modulation technology802.11b:BPSK,QPSK,CCK802.11g/n:BPSK,QPSK,16-QAM,64-QAMTransmitting power17dBmPower adjustment granularity1dBmWorking/Storage temperature0°C~50°C/-40°C~70°CWorking/Storage RH5% ~95% no condensingsoftware specificationsItemFeatureDCWL-2000WAP(R2)WLANProduct positioningIn-wall single band APWorking frequency band2.4GHzVirtual AP (BSSID)16Number of spatial streams2Dynamic channel adjustment (DCA)YESTransmit power control (TPC)YESBlind area detection and repairYESSSID hidingYESRTS/CTSYESRF environment scanningYESHybrid accessYESRestriction on the number of access usersYESlink integrity checkYESProhibiting the access of terminals with weak signalsYESIntelligent control of terminals based on airtime fairnessYES8011n enhancementNumber of spatial streams2Working frequency band2.4GHz40 MHz bundlingYES300 Mbps (PHY)YESframe aggregation (A-MPDU)YESframe aggregation (A-MSDU)YESMaximum likelihood demodulation (MLD)YESTransmit beam forming (TxBF)YESMaximum ratio combining (MRC)YESSpace-time block coding (STBC)YESLow-density parity-check code (LDPC)YESSecurityEncryptionYES 64/128WEP,TKIP,CCMP encryption802.11iYESWAPIYESMAC address authenticationYESLDAP authenticationYESPEAP authenticationYESWIDS/WIPSYESProtection against DoS attacksAnti-DoS for wireless management packetsForwarding securityframe filtering, white list, static blacklist, and dynamic blacklistUser isolationAP L2 forwarding suppressionIsolation between virtual APs (multiple SSIDs)Periodic SSID enabling and disablingYESAccess control of free resourcesYESSecure admission control of wireless terminalsSecure admission control of wireless terminals based on DCSMWireless SAVIYESACLAccess control of various data packets such as MAC, IPv4, and IPv6 packetsSecure access control of APsSecure access control of APs, such as MAC authentication, password authentication, or digital certificate authentication between an AP and an ACForwardingIP address settingStatic IP address configuration or dynamic DHCP address allocationIPv6 forwardingYESIPv6 portalYESLocal forwardingYESMulticastIGMP-SNOOPING RoamingYESAP switching referenceSignal strength, bit error rate, RSSI, S/N, whether neighboring APs are normally operating, etc.WDSYESQoSWMMYESPriority mappingEthernet port 802.1P identification and markingMapping from wireless priorities to wired prioritiesQoS policy mappingMapping of different SSIDs/VLANs to different QoS policiesMapping of data streams that match with different packet fields to different QoS policiesL2-L4 packet filtering and flow classificationYes: MAC, IPv4, and IPv6 packetsLoad balancingLoad balancing based on the number of usersLoad balancing based on user trafficLoad balancing based on frequency bandsBandwidth limitBandwidth limit based on APsBandwidth limit based on SSIDsBandwidth limit based on terminalsBandwidth limit based on specific data streamsPower saving modeYESAutomatic emergency mechanism of APsYESIntelligent identification of terminalsYESMulticast enhancementMulticast to unicastWMMYESManagementNetwork managementCentralized management through an AC; both fit and fat modesMaintenance modeBoth local and remote maintenanceLog functionLocal logs, Syslog, and log file exportAlarmYESFault detectionYESStatisticsYESSwitching between the fat and fit modesAn AP working in fit mode can switch to the fat mode through a wireless AC;An AP working in fat mode can switch to the fit mode through a local control port or Telnet.Remote probe analysisYesWatchdogYesNetwork managementCentralized management through an AC; both fit and fat modes