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Huawei AP6050DN, Product Description

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AP6050DN&AP6150DN 
Product Description 

5 Technical Specifications 

 

Issue 01 (2016-05-31) 

Huawei Proprietary and Confidential                                     

Copyright © Huawei Technologies Co., Ltd. 

28 

 

Item 

Description 

 

-69 dBm @ 
MCS31 

 

-68 dBm @ 
MCS31 

5 GHz 

802.11ac 
(VHT20) 

 

-94 dBm @ 
MCS0NSS1 

 

-92 dBm @ 
MCS1NSS1 

 

-89 dBm @ 
MCS2NSS1 

 

-86 dBm @ 
MCS3NSS1 

 

-83 dBm @ 
MCS4NSS1 

 

-79 dBm @ 
MCS5NSS1 

 

-78 dBm @ 
MCS6NSS1 

 

-73 dBm @ 
MCS7NSS1 

 

-72 dBm @ 
MCS8NSS1 

 

-92 dBm @ 
MCS0NSS2 

 

-90 dBm @ 
MCS1NSS2 

 

-87 dBm @ 
MCS2NSS2 

 

-84 dBm @ 
MCS3NSS2 

 

-81 dBm @ 
MCS4NSS2 

 

-77 dBm @ 
MCS5NSS2 

 

-76 dBm @ 
MCS6NSS2 

 

-71 dBm @ 
MCS7NSS2 

 

-70 dBm @ 
MCS8NSS2 

 

-90 dBm @ 
MCS0NSS3 

 

-88 dBm @ 
MCS1NSS3 

5 GHz 

802.11ac 
(VHT40) 

 

-91 dBm @ 
MCS0NSS1 

 

-89 dBm @ 
MCS1NSS1 

 

-87 dBm @ 
MCS2NSS1 

 

-84 dBm @ 
MCS3NSS1 

 

-81 dBm @ 
MCS4NSS1 

 

-77 dBm @ 
MCS5NSS1 

 

-75 dBm @ 
MCS6NSS1 

 

-74 dBm @ 
MCS7NSS1 

 

-70 dBm @ 
MCS8NSS1 

 

-68 dBm @ 
MCS9NSS1 

 

-89 dBm @ 
MCS0NSS2 

 

-87 dBm @ 
MCS1NSS2 

 

-85 dBm @ 
MCS2NSS2 

 

-82 dBm @ 
MCS3NSS2 

 

-79 dBm @ 
MCS4NSS2 

 

-75 dBm @ 
MCS5NSS2 

 

-73 dBm @ 
MCS6NSS2 

 

-72 dBm @ 
MCS7NSS2 

 

-68 dBm @ 
MCS8NSS2 

 

-66 dBm @ 
MCS9NSS2 

5 GHz 

802.11ac 
(VHT80) 

 

-87 dBm @ 
MCS0NSS1 

 

-86 dBm @ 
MCS1NSS1 

 

-84 dBm @ 
MCS2NSS1 

 

-80 dBm @ 
MCS3NSS1 

 

-77 dBm @ 
MCS4NSS1 

 

-73 dBm @ 
MCS5NSS1 

 

-71 dBm @ 
MCS6NSS1 

 

-70 dBm @ 
MCS7NSS1 

 

-66 dBm @ 
MCS8NSS1 

 

-64 dBm @ 
MCS9NSS1 

 

-85 dBm @ 
MCS0NSS2 

 

-84 dBm @ 
MCS1NSS2 

 

-82 dBm @ 
MCS2NSS2 

 

-78 dBm @ 
MCS3NSS2 

 

-75 dBm @ 
MCS4NSS2 

 

-71 dBm @ 
MCS5NSS2 

 

-69 dBm @ 
MCS6NSS2 

 

-68 dBm @ 
MCS7NSS2 

 

-64 dBm @ 
MCS8NSS2 

 

-62 dBm @ 
MCS9NSS2 

5 GHz 

802.11ac 
(VHT160) 

 

-85 dBm @ 
MCS0NSS1 

 

-82 dBm @ 
MCS1NSS1 

 

-79 dBm @ 
MCS2NSS1 

 

-76 dBm @ 
MCS3NSS1 

 

-73 dBm @ 
MCS4NSS1 

 

-69 dBm @ 
MCS5NSS1 

 

-67 dBm @ 
MCS6NSS1 

 

-66 dBm @ 
MCS7NSS1 

 

-61 dBm @ 
MCS8NSS1 

 

-60 dBm @ 
MCS9NSS1 

 

-83 dBm @ 
MCS0NSS2 

 

-80 dBm @ 
MCS1NSS2 

 

-77 dBm @ 
MCS2NSS2 

 

-74 dBm @ 
MCS3NSS2 

 

-71 dBm @ 
MCS4NSS2 

 

-67 dBm @ 
MCS5NSS2 

 

-65 dBm @ 
MCS6NSS2 

 

-64 dBm @ 
MCS7NSS2 

 

-59 dBm @ 
MCS8NSS2 

 

-58 dBm @ 
MCS9NSS2 

Summary of Contents for AP6050DN

Page 1: ...AP6050DN AP6150DN Product Description Issue 01 Date 2016 05 31 HUAWEI TECHNOLOGIES CO LTD ...

Page 2: ... Huawei and the customer All or part of the products services and features described in this document may not be within the purchase scope or the usage scope Unless otherwise specified in the contract all statements information and recommendations in this document are provided AS IS without warranties guarantees or representations of any kind either express or implied The information in this docum...

Page 3: ...uration engineers On site maintenance engineers Network monitoring engineers System maintenance engineers Symbol Conventions The symbols that may be found in this document are defined as follows Symbol Description Indicates an imminently hazardous situation which if not avoided will result in death or serious injury Indicates a potentially hazardous situation which if not avoided could result in d...

Page 4: ...is used to address information not related to personal injury equipment damage and environment deterioration Change History Changes between document issues are cumulative The latest document issue contains all the changes made in previous issues Changes in Issue 02 2016 07 22 This version has the following updates The following information is modified 5 1 Basic Specifications 5 2 Radio Specificati...

Page 5: ...acteristics 6 2 Hardware Structure 9 2 1 AP6050DN 9 2 2 AP6150DN 12 3 Product Features in Fat AP and Fit AP Modes 16 3 1 WLAN Features 16 3 2 Network Features 17 3 3 QoS Features 17 3 4 Security Features 17 3 5 Maintenance Features 18 3 6 BYOD 18 3 7 Locating Service 19 3 8 Spectrum Analysis 19 4 Product Features in Cloud based Management Mode 20 5 Technical Specifications 23 5 1 Basic Specificati...

Page 6: ...nd 5 GHz frequency bands to support more access users IEEE 802 11a b g n a c ac wave2 The AP6050DN and AP6150DN are the next generation technology lead ing APs They support 4SU 3MU MU MIMO and feature high reliability high security simple network deployment automatic AC discovery and configuration and real time management and maintenance In compliance with IEEE 802 11ac the AP6050DN and AP6150DN s...

Page 7: ...i Technologies Co Ltd 2 Product Model Frequency Band IEEE Standards Compliance Positioning Usage Scenario improving user experience The AP6050DN and AP6150DN can work as a Fat AP Fit AP or cloud AP The AP can switch flexibly among three working modes based on the network plan Typical networking modes are as follows Figure 1 1 Fit AP networking AP mode ...

Page 8: ...7700 S9700 or S12700 S5720HI S7700 with X series board S9700 with X series board and S12700 with X series board Figure 1 2 Fit AP networking WDS mode point to point Figure 1 3 Fit AP networking WDS mode point to multipoint In this networking the AP connects two or more independently wired or wireless LANs through wireless links to construct a network on which users can exchange data In Wireless Di...

Page 9: ...MPs and are fully meshed to establish an auto configured and self healing wireless mesh network WMN APs with the gateway function can work as the mesh portal points MPPs through which the WMN can provide access to the Internet Terminals connect to APs to access the WMN The WMN uses dedicated mesh routing protocols to guarantee high transmission quality and is more applicable to scenarios that requ...

Page 10: ...ics Issue 01 2016 05 31 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 5 Figure 1 5 FatAP networking In this networking the device functions as a Fat AP to implement functions such as user access authentication data security service forwarding and QoS ...

Page 11: ...ine authentication routing AP management security and QoS An enterprise can choose to use the Portal authentication server integrated in the Agile Controller Cloud Manager or the authentication server deployed by itself 1 2 Product Characteristics Product Characteristics Description High speed and reliable wireless access Compatibility with IEEE 802 11a b g n ac ac wave 2 Supports 4SU 3MU MU MIMO ...

Page 12: ...AC address user agent UA information in an HTTP packet and DHCP options in Fit AP mode The RADIUS server delivers packet forwarding security and QoS policies according to the device type carried in the RADIUS authentication and accounting packets in Fit AP mode High network security Open system authentication WEP authentication encryption WPA WPA2 PSK authentication and encryption WPA WPA2 802 1x ...

Page 13: ...less game controllers and microwaves and works together with eSight to locate interference sources and display spectrums Easy device management and maintenance Works in Fit AP mode to support automatic going online configuration loading and plug and play PnP Supports batch upgrade Works in Fat AP mode to support HTTP or HTTPS login to the web platform to achieve local management and maintenance Al...

Page 14: ... Technologies Co Ltd 9 2 Hardware Structure 2 1 AP6050DN Appearance Figure 2 1 shows the appearance of the AP The actual device appearance may be different from the following device appearance but these differences will not affect device functions Figure 2 1 AP6050DN appearance Port The following figure shows ports on the AP6050DN ...

Page 15: ...P configuration and management 4 Ground screw connects the AP to a ground cable 5 GE1 10 100 1000M port used to connect to the wired Ethernet 6 GE0 PoE 10 100 1000M port used to connect to the wired Ethernet The port can connect to a PoE power supply to provide power for APs 7 Input port for 12 V DC power supply 8 Lock port protects the AP against theft LED Indicators Indicator colors may vary sli...

Page 16: ...re associated with the AP The system enters the Uboot CLI Blinking once every 5s 0 2 Hz The system is running properly the Ethernet connection is normal and no STA is associated with the AP The system is in low power consumption state Alarm Green Blinking once every 0 25s 4 Hz The software is being upgraded After the software is loaded and started the AP requests to go online if it works in Fit AP...

Page 17: ...n Fault Red Steady on A fault that affects services has occurred such as a DRAM detection failure or system software loading failure The fault cannot be automatically rectified and must be rectified manually 2 2 AP6150DN Appearance Figure 2 3 shows the appearance of the AP The actual device appearance may be different from the following device appearance but these differences will not affect devic...

Page 18: ...ption 2 Hardware Structure Issue 01 2016 05 31 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 13 Figure 2 3 AP6150DN appearance Port The following figure shows ports on the AP6150DN Figure 2 4 AP6150DN ports ...

Page 19: ...d Ethernet The port can connect to a PoE power supply to provide power for APs 7 Input port for 12 V DC power supply 8 Lock port protects the AP against theft 9 Antenna port connects to an external antenna for transmitting and receiving service signals LED Indicators Indicator colors may vary slightly at different temperature Type Color Status Description Default status after power on Green Steady...

Page 20: ...ing once every 0 25s 4 Hz The software is being upgraded After the software is loaded and started the AP requests to go online if it works in Fit AP or cloud based management mode The indicator remains in this state before the AP successfully goes online CAPWAP link setup The AP works in Fit AP or cloud based management mode and fails to go online CAPWAP link disconnection Fault Red Steady on A fa...

Page 21: ...guard interval GI in 20 MHz 40 MHz 80 MHz 160 MHz and 80 80 MHz modes Priority mapping and packet scheduling based on a Wi Fi Multimedia WMM profile to implement priority based data processing and forwarding Automatic and manual rate adjustment WLAN channel management and channel rate adjustment For details about WLAN channel management see the Country Code Channel Compliance Table Automatic chann...

Page 22: ...VLAN Access control lists ACLs Link Layer Discovery Protocol LLDP Uninterrupted service forwarding upon CAPWAP channel disconnection in Fit AP mode Unified authentication on the AC in Fit AP mode AC dual link backup in Fit AP mode Network Address Translation NAT in Fat AP mode IPv6 in Fit AP mode 3 3 QoS Features QoS features supported by the AP are as follows Priority mapping and packet schedulin...

Page 23: ...enance Features Maintenance features supported by the AP are as follows Unified management and maintenance on the AC in Fit AP mode Automatic login and configuration loading and plug and play PnP in Fit AP mode WDS zero configuration deployment in Fit AP mode Mesh network zero configuration deployment in Fit AP mode Batch upgrade in Fit AP mode Telnet STelnet using SSH v2 SFTP using SSH v2 Local A...

Page 24: ...ating service features supported by the AP are as follows Locates tags manufactured by AeroScout or Ekahau Locates Wi Fi terminals Works with eSight to locate rogue devices 3 8 Spectrum Analysis The AP supports spectrum analysis only in Fit AP mode Spectrum analysis features supported by the AP are as follows Identifies interference sources such as baby monitors Bluetooth devices digital cordless ...

Page 25: ...e STBC Beamforming Low density parity check LDPC Maximum likelihood detection MLD Frame aggregation including A MPDU Tx Rx and A MSDU Rx only Priority mapping and packet scheduling based on a Wi Fi Multimedia WMM profile to implement priority based data processing and forwarding WLAN channel management and channel rate adjustment NOTE For details about WLAN channel management see the Country Code ...

Page 26: ...lement priority based data processing and forwarding WMM parameter management for each radio WMM power saving Priority mapping for upstream packets and flow based mapping for downstream packets Queue mapping and scheduling User based bandwidth limiting Airtime scheduling Security Features Open system authentication WEP authentication encryption using a 64 bit 128 bit or 152 bit encryption key WPA2...

Page 27: ...nd Confidential Copyright Huawei Technologies Co Ltd 22 Features Description STelnet using SSH v2 SFTP using SSH v2 Local AP management through the serial interface Web local AP management through HTTP or HTTPS Real time configuration monitoring and fast fault location using the NMS System status alarm Network Time Protocol NTP ...

Page 28: ... 512 MB DDR3L 4 MB NOR FLASH 128 MB NAND FLASH Power specifications Power input DC 12 V 10 PoE power supply in compliance with IEEE 802 3at Maximum power consumption 22 9 W excluding the output power of the USB port NOTE The actual maximum power consumption depends on local laws and regulations Environment specifications Operating temperature 60 m to 1800 m 10 C to 50 C 1800 m to 5000 m Temperatur...

Page 29: ...l transmit power depends on local laws and regulations You can adjust the transmit power from the maximum transmit power to 1 dBm with a step of 1 dB Maximum number of non overlap ping channels 2 4 GHz 802 11b g 20 MHz 3 802 11n 20 MHz 3 40 MHz 1 5 GHz 802 11a 20 MHz 13 802 11n 20 MHz 13 40 MHz 6 802 11ac 20 MHz 13 40 MHz 6 80 MHz 3 160 MHz NOTE The table uses the number of non overlapping channel...

Page 30: ...t s 2 4 GHz 802 11g 96 dBm 6 Mbit s 95 dBm 9 Mbit s 95 dBm 12 Mbit s 95 dBm 18 Mbit s 90 dBm 24 Mbit s 86 dBm 36 Mbit s 82 dBm 48 Mbit s 76 dBm 54 Mbit s 2 4 GHz 802 11n HT20 96 dBm MCS0 93 dBm MCS1 92 dBm MCS2 87 dBm MCS3 85 dBm MCS4 81 dBm MCS5 79 dBm MCS6 77 dBm MCS7 94 dBm MCS8 91 dBm MCS9 90 dBm MCS10 85 dBm MCS11 83 dBm MCS12 79 dBm MCS13 77 dBm MCS14 75 dBm MCS15 92 dBm MCS16 89 dBm MCS17 8...

Page 31: ... MCS18 81 dBm MCS19 78 dBm MCS20 74 dBm MCS21 72 dBm MCS22 71 dBm MCS23 87 dBm MCS24 85 dBm MCS25 82 dBm MCS26 79 dBm MCS27 76 dBm MCS28 72 dBm MCS29 70 dBm MCS30 69 dBm MCS31 5 GHz 802 11a 94 dBm 6 Mbit s 94 dBm 9 Mbit s 93 dBm 12 Mbit s 91 dBm 18 Mbit s 88 dBm 24 Mbit s 84 dBm 36 Mbit s 81 dBm 48 Mbit s 74 dBm 54 Mbit s 5 GHz 802 11n HT20 94 dBm MCS0 92 dBm MCS1 90 dBm MCS2 86 dBm MCS3 83 dBm MC...

Page 32: ...m MCS16 88 dBm MCS17 86 dBm MCS18 82 dBm MCS19 79 dBm MCS20 75 dBm MCS21 74 dBm MCS22 71 dBm MCS23 88 dBm MCS24 86 dBm MCS25 84 dBm MCS26 80 dBm MCS27 77 dBm MCS28 73 dBm MCS29 72 dBm MCS30 89 dBm MCS8 87 dBm MCS9 85 dBm MCS10 82 dBm MCS11 79 dBm MCS12 75 dBm MCS13 73 dBm MCS14 72 dBm MCS15 87 dBm MCS16 85 dBm MCS17 83 dBm MCS18 80 dBm MCS19 77 dBm MCS20 73 dBm MCS21 71 dBm MCS22 70 dBm MCS23 85 d...

Page 33: ...m MCS7NSS1 70 dBm MCS8NSS1 68 dBm MCS9NSS1 89 dBm MCS0NSS2 87 dBm MCS1NSS2 85 dBm MCS2NSS2 82 dBm MCS3NSS2 79 dBm MCS4NSS2 75 dBm MCS5NSS2 73 dBm MCS6NSS2 72 dBm MCS7NSS2 68 dBm MCS8NSS2 66 dBm MCS9NSS2 5 GHz 802 11ac VHT80 87 dBm MCS0NSS1 86 dBm MCS1NSS1 84 dBm MCS2NSS1 80 dBm MCS3NSS1 77 dBm MCS4NSS1 73 dBm MCS5NSS1 71 dBm MCS6NSS1 70 dBm MCS7NSS1 66 dBm MCS8NSS1 64 dBm MCS9NSS1 85 dBm MCS0NSS2 ...

Page 34: ... dBm MCS8NSS4 87 dBm MCS0NSS3 85 dBm MCS1NSS3 83 dBm MCS2NSS3 80 dBm MCS3NSS3 77 dBm MCS4NSS3 73 dBm MCS5NSS3 71 dBm MCS6NSS3 70 dBm MCS7NSS3 66 dBm MCS8NSS3 64 dBm MCS9NSS3 85 dBm MCS0NSS4 83 dBm MCS1NSS4 81 dBm MCS2NSS4 78 dBm MCS3NSS4 75 dBm MCS4NSS4 71 dBm MCS5NSS4 69 dBm MCS6NSS4 68 dBm MCS7NSS4 64 dBm MCS8NSS4 62 dBm MCS9NSS4 83 dBm MCS0NSS3 82 dBm MCS1NSS3 80 dBm MCS2NSS3 76 dBm MCS3NSS3 73...

Page 35: ...0950 1 IEC 60950 1 EN 60950 1 GB 4943 Radio Standards ETSI EN 300 328 ETSI EN 301 893 FCC Part 15C 15 247 FCC Part 15C 15 407 RSS 210 AS NZS 4268 EMC Standards EN 301 489 1 EN 301 489 17 ETSI EN 60601 1 2 FCC Part 15 ICES 003 YD T 1312 2 2004 ITU k 20 GB 9254 GB 17625 1 AS NZS CISPR22 EN 55022 EN 55024 CISPR 22 CISPR 24 IEC61000 4 6 IEC61000 4 2 IEEE Standards IEEE 802 11a b g IEEE 802 11n IEEE 80...

Page 36: ...adio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged...

Page 37: ...transmitter End users and installers must be provide with antenna installation instructions and consider removing the no collocation statement This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 this device may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired ...

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