Huawei WLAN Indoor/Rail Transportation APs Antenna Datasheet
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1 Huawei WLAN Indoor/Rail Transportation APs Antenna Datasheet
2 Antenna Datasheet 01 Contents 1 Antenna Description Selection Policy Antennas for Indoor Distributed APs GHz Single-Polarized Directional Antenna Antenna Appearance Technical Specifications Antenna Pattern GHz Single-Polarized Omnidirectional Antenna Antenna Appearance Technical Specifications Antenna Pattern GHz & 5 GHz Dual-Polarized Directional Antenna Antenna Appearance Technical Specifications Antenna Pattern...11
3 Antenna Datasheet 02 4 Antennas for Compartment Coverage APs GHz Dual-Polarized Directional Antenna Antenna Appearance Technical Specifications Antenna Pattern GHz & 5 GHz Single-Polarized Directional Antenna Antenna Appearance Technical Specifications Antenna Pattern GHz & 5 GHz Dual-Polarized Directional Antenna Antenna Appearance Technical Specifications Antenna Pattern Antennas for Trackside/Vehicle-Mounted APs GHz Dual-Polarized Directional Antenna Antenna Appearance Technical Specifications...19
4 Antenna Datasheet Antenna Pattern GHz Dual-Polarized Directional Antenna Antenna Appearance Technical Specifications Antenna Pattern GHz Dual-Polarized Directional Antenna Antenna Appearance Technical Specifications Antenna Pattern GHz Dual-Polarized Directional Antenna Antenna Appearance Technical Specifications Antenna Pattern GHz Dual-Polarized Directional Antenna Antenna Appearance Technical Specifications Antenna Pattern...29
5 Antenna Datasheet 04 1 Antenna Description... // WLAN antennas are described as follows: Radio frequency band WLAN works on ISM bands: 2.4 GHz and 5 GHz. Antennas can be classified into 2.4 GHz, 5 GHz, and 2.4 GHz & 5 GHz antennas by frequency band support. Polarization WLAN antennas are classified into single-polarized and dual-polarized antennas by polarization. A single-polarized antenna provides one radio port, and a dual-polarized antenna provides two. Antenna gain Antenna gain is a key parameter for measuring the coverage capability of an antenna. For the same type of antennas, a higher-gain antenna supports a higher coverage distance and better effect. Radiation WLAN antennas support omnidirectional and directional radiation patterns. Omnidirectional antennas are applicable to indoor coverage scenarios, and directional antennas to outdoor coverage scenarios. Directional antennas can also be deployed indoors, such as large convention centers, conference centers, airports, and stations. Beamwidth An antenna has horizontal beamwidth and vertical beamwidth, forming a horizontal lobe angle and a vertical lobe angle, respectively. In most cases, the beamwidth is the angular separation between the points in the main lobe where the radiated power has fallen by 3 db (half-power) below that on the center line of the lobe. The beamwidth is also called the half-power beamwidth. Coverage distance The coverage distance of an antenna is the valid coverage distance of wireless services. An omnidirectional antenna supports a coverage distance of m, and a directional antenna supports over 200 m. Installation mode Antennas can be directly connected to APs or mounted on a wall, ceiling, or pole. The pole mounting mode is the mainstream mode. 2 Selection Policy... // Before determining an AP model and antenna, consider the basic principles and port types of APs and antennas.
6 Antenna Datasheet 05 Table 2-1 Basic principles No Factors of Consideration Usage scenario and purpose Local standards and regulations Coverage or backhaul area and distance Transmission frequency for radio signals Construction cost and simplicity Description Indoor scenarios: Use indoor APs and antennas to provide signal coverage. Outdoor scenarios: Use outdoor APs and antennas with a high Ingress Protection (IP) grade and certain surge protection capability to provide signal coverage and bridge backhaul. Rail transportation scenarios: ˉ Train-ground communications: Use outdoor APs and antennas with a high IP grade and certain anti-vibration capability. ˉ Compartment coverage: Use indoor APs and antennas with certain anti-vibration capability to provide signal coverage. ˉ Station platform coverage: Use the same APs as the common outdoor and indoor scenarios. The transmit power and maximum gain of antennas must strictly comply with local standards and regulations. For the rail transportation scenarios, the performance, environment adaptability, and anti-vibration capability of the antennas must also confirm to requirements of the related railway authorities. Coverage: Directional antennas are recommended for long and narrow areas while omnidirectional antennas are recommended for round and square areas. Backhaul: Directional antennas are usually used. If the backhaul distance is long, highgain antennas should be used; if the backhaul target is concentrated, small-angle antennas should be used. Coverage: To implement 2.4 and 5G signal coverage, use 2.4G and 5G antennas separately in the same area or use dual-band antennas. Backhaul: The 2.4G antennas are not used for backhaul. An external directional antenna usually has a large size and needs to be connected to the AP's radio interface through a feeder cable. Compared to a built-in antenna and whip antenna directly installed on an AP, installing an external directional antenna requires higher construction cost and may affect indoor simplicity. To further simplify cable layout (especially in coverage scenarios) without compromising signal quality, you are advised to use built-in or whip antennas directly installed on APs. Table 2-2 Port types of APs and antennas No. Product Type Product Model Port Type Remarks 1 AP6310SN 1 x Type-N Female Indoor distributed AP 2 AP9330DN 12 x RP-SMA
7 Antenna Datasheet 06 No. Product Type Product Model Port Type Remarks 3 AP9131DN 3 x QMA-female Rail transportation AP 4 AP9132DN 6 x QMA-female 5 AP8130DN 6 x Type-N Female Outdoor AP 6 AP8150DN 4 x Type-N Female x Type-N Female 2.4 GHz single-polarized directional antenna x Type-N Female Indoor AP antenna x SMA-K (SMA-female) 2.4 GHz single-polarized omnidirectional antenna Dual-band dualpolarized directional antenna x QMA-male 5 GHz dual-polarized directional antenna 11 Rail transportation AP Vehicle-mounted x SMA-K (SMA-female) antenna x QMA-male Dual-band singlepolarized directional antenna Dual-band dualpolarized directional antenna x Type-N Female 2.4 GHz dual-polarized directional antenna x Type-N Female Rail transportation AP 15 Trackside/Vehiclemounted x Type-N Female antenna x Type-N Female x Type-N Female 2.4 GHz dual-polarized directional antenna 5 GHz dual-polarized directional antenna 5 GHz dual-polarized directional antenna 5 GHz dual-polarized directional antenna NOTE: When connecting an antenna to an AP, fully consider the type and number of radio ports on the antenna and AP.
8 Antenna Datasheet 07 3 Antennas for Indoor Distributed APs... // Antennas of indoor distributed APs on sales include 2.4 GHz single-polarized directional antennas, 2.4 GHz single-polarized omnidirectional antennas, and 2.4 GHz & 5 GHz dual-polarized directional antennas GHz Single-Polarized Directional Antenna The antenna is an indoor directional antenna. It forms a major lobe in a certain direction with high gains, while other directions have low gains. It applies to scenarios that require small coverage angles but long coverage distances. Typical scenarios include corridors in hospitals or airports Antenna Appearance Figure 3-1 Appearance of the antenna Technical Specifications Table 3-1 Technical specifications of the antenna Item Value Frequency (MHz) Gain (dbi) 7 Horizontal lobe width (degrees) 88 Vertical lobe width (degrees) 47 Standing wave ratio (SWR) 1.5
9 Antenna Datasheet 08 Item Value Polarization Connector Vertical polarization N-female Dimensions (mm) H x W x D: 210 x 180 x 44 Weight (g) 430 Mounting mode Applicable AP Wall mounting AP6310SN NOTE: There may be differences in the standards of different countries, so the mapping between antennas and APs shall comply with local standards. For details, refer to device access authentication information Antenna Pattern Figure 3-2 shows radiation patterns of the antenna in the horizontal and vertical directions. Figure 3-2 Radiation pattern of the antenna GHz Single-Polarized Omnidirectional Antenna The antenna is an indoor omnidirectional antenna. The antenna is best applied to indoor omnidirectional coverage scenarios, such as open office areas, meeting rooms, and lecture halls.
10 Antenna Datasheet Antenna Appearance Figure 3-3 Appearance of the antenna Technical Specifications Table 3-2 Technical specifications of the antenna Item Value Frequency (MHz) Gain (dbi) 3 Horizontal lobe width (degrees) 360 Vertical lobe width (degrees) 45 Standing wave ratio (SWR) 1.5 Polarization Connector Vertical polarization N-female Dimensions (mm) Φ186 x 85 Weight (g) 275 Mounting mode Applicable AP Ceiling mounting AP6310SN NOTE: There may be differences in the standards of different countries, so the mapping between antennas and APs shall comply with local standards. For details, refer to device access authentication information.
11 Antenna Datasheet Antenna Pattern Figure 3-4 shows radiation patterns of the antenna in the horizontal and vertical directions. Figure 3-4 Radiation pattern of the antenna GHz & 5 GHz Dual-Polarized Directional Antenna The antenna is an indoor directional antenna. It applies to scenarios that require small coverage angles but long coverage distances. Typical scenarios include corridors in hospitals or airports Antenna Appearance Figure 3-5 and Figure 3-6 shows the appearance of the antenna. Figure 3-5 Appearance of the antenna (1) Figure 3-6 Appearance of the antenna (2)
12 Antenna Datasheet Technical Specifications Table 3-3 Technical specifications of the antenna Item Value 2.4G 5G Frequency (MHz) Gain (dbi) 4 6 Horizontal lobe width (degrees) Vertical lobe width (degrees) Standing wave ratio (SWR) 2 2 Polarization Connector Horizontal polarization and vertical polarization 2 x SMA-K Dimensions (mm) H x W x D: 86 x 86 x 25 Weight (g) 70±10 Mounting mode Applicable AP Wall mounting AP9330DN NOTE: There may be differences in the standards of different countries, so the mapping between antennas and APs shall comply with local standards. For details, refer to device access authentication information Antenna Pattern Figure 3-7 and Figure 3-8 show radiation patterns of the two ports on the antenna in the horizontal and vertical directions. Figure 3-7 Radiation pattern of port 1 on the antenna
13 Antenna Datasheet 12 Figure 3-8 Radiation pattern of port 2 on the antenna 4 Antennas for Compartment Coverage APs... // Antennas for compartment coverage APs on sales include 5 GHz dual-polarized directional antennas, 2.4 GHz & 5 GHz single-polarized directional antennas, and 2.4 GHz & 5 GHz dual-polarized directional antennas GHz Dual-Polarized Directional Antenna The antenna is a vehicle-mounted directional antenna and applicable to wireless coverage on vehicles Antenna Appearance Figure 4-1 Appearance of the antenna
14 Antenna Datasheet Technical Specifications Table 4-1 Technical specifications of the antenna Item Value Frequency (MHz) Gain (dbi) 9 Horizontal lobe width (degrees) 70 Vertical lobe width (degree) 35 Standing wave ratio (SWR) 2 Polarization Connector Horizontal, vertical, and cross polarization 3 x QMA-male Dimensions (mm) Diameter x Length: φ110 x 33 Weight (g) 240 Mounting mode Applicable AP Wall mounting AP9132DN NOTE: There may be differences in the standards of different countries, so the mapping between antennas and APs shall comply with local standards. For details, refer to device access authentication information.
15 Antenna Datasheet Antenna Pattern The following figure shows the radiation pattern of the antenna in the horizontal and vertical directions. Figure 4-2 Radiation pattern of the antenna GHz & 5 GHz Single-Polarized Directional Antenna The antenna is a vehicle-mounted directional antenna and applicable to wireless coverage on vehicles Antenna Appearance Figure 4-3 Appearance of the antenna
16 Antenna Datasheet Technical Specifications Table 4-2 Technical specifications of the antenna Item Value 2.4G 5G Frequency (MHz) Gain (dbi) 4 6 Horizontal lobe width (degrees) Vertical lobe width (degree) Standing wave ratio (SWR) 2 2 Polarization Connector Vertical polarization SMA-K Dimensions (mm) Length x Width x Height: 86 x 86 x 23 Weight (g) 65 Mounting mode Applicable AP Wall mounting AP9131DN/AP9132DN NOTE: There may be differences in the standards of different countries, so the mapping between antennas and APs shall comply with local standards. For details, refer to device access authentication information Antenna Pattern The following figure shows the radiation pattern of the antenna in the horizontal and vertical directions. Figure 4-4 Radiation pattern of the antenna
17 Antenna Datasheet GHz & 5 GHz Dual-Polarized Directional Antenna The antenna is a vehicle-mounted directional antenna and applicable to wireless coverage on vehicles Antenna Appearance Figure 4-5 Appearance of the antenna
18 Antenna Datasheet Technical Specifications Table 4-3 Technical specifications of the antenna Item Value 2.4G 5G Frequency (MHz) Gain (dbi) Horizontal lobe width (degrees) Vertical lobe width (degree) Standing wave ratio (SWR) 2 2 Polarization Connector Horizontal, vertical, and cross polarization 3 x QMA-male Dimensions (mm) Length x Width x Height: 140 x 100 x 35 Weight (g) 260 Mounting mode Applicable AP Wall mounting AP9131DN/AP9132DN NOTE: There may be differences in the standards of different countries, so the mapping between antennas and APs shall comply with local standards. For details, refer to device access authentication information Antenna Pattern The following figure shows the radiation pattern of the antenna in the horizontal and vertical directions. Figure 4-6 Radiation pattern of the antenna
19 Antenna Datasheet 18 5 Antennas for Trackside/Vehicle-Mounted APs...// Antennas for trackside and vehicle-mounted APs on sales include 2.4 GHz dual-polarized directional antennas and 5 GHz dual-polarized directional antennas GHz Dual-Polarized Directional Antenna The antenna is a directional antenna applicable to outdoor and rail transportation scenarios Antenna Appearance Figure 5-1 Appearance of the antenna
20 Antenna Datasheet Technical Specifications Table 5-1 Technical specifications of the antenna Item Value Frequency (MHz) Gain (dbi) 12 Horizontal lobe width (degrees) 35 Vertical lobe width (degrees) 35 Standing wave ratio (SWR) 2 Polarization Connector Horizontal polarization and vertical polarization 2 x N-female Dimensions (mm) Diameter x Length: φ84 x 385 Weight (g) 1220 Support pole diameter (mm) Mounting mode Applicable AP φ25 φ50 Pole mounting AP8130DN/AP8150DN/AP9131DN/AP9132DN NOTE: There may be differences in the standards of different countries, so the mapping between antennas and APs shall comply with local standards. For details, refer to device access authentication information Antenna Pattern Figure 5-2 and Figure 5-3 show radiation patterns of the two ports on the antenna in the horizontal and vertical directions. Figure 5-2 Radiation pattern of port 1 on the antenna
21 Antenna Datasheet 20 Figure 5-3 Radiation pattern of port 2 on the antenna GHz Dual-Polarized Directional Antenna The antenna is a directional antenna. It can be installed on an inner wall of a tunnel and in vehicle-ground backhaul scenarios Antenna Appearance Figure 5-4 Appearance of the antenna
22 Antenna Datasheet Technical Specifications Table 5-2 Technical specifications of the antenna Item Value Frequency (MHz) Gain (dbi) 12 Horizontal lobe width (degrees) 35 Vertical lobe width (degree) 35 Standing wave ratio (SWR) 2 Polarization Connector Vertical and horizontal polarization 2 x N-female Dimensions (mm) Diameter x Length: φ84 x 385 Weight (g) 1220 Support pole diameter (mm) Mounting mode Applicable AP φ25-φ50 Wall mounting AP8130DN/AP8150DN/AP9131DN/AP9132DN NOTE: There may be differences in the standards of different countries, so the mapping between antennas and APs shall comply with local standards. For details, refer to device access authentication information Antenna Pattern The following figures show radiation patterns of two ports on the antenna in the horizontal and vertical directions. Figure 5-5 Radiation pattern of port 1 on the antenna
23 Antenna Datasheet 22 Figure 5-6 Radiation pattern of port 2 on the antenna GHz Dual-Polarized Directional Antenna The antenna is a directional antenna applicable to outdoor and rail transportation scenarios Antenna Appearance Figure 5-7 Appearance of the antenna
24 Antenna Datasheet Technical Specifications Table 5-3 Technical specifications of the antenna Item Value Frequency (MHz) Gain (dbi) 14 Horizontal lobe width (degrees) 30 Vertical lobe width (degrees) 30 Standing wave ratio (SWR) 2 Polarization Connector Vertical polarization and ± 45-degree polarization 3 x N-female Dimensions (mm) Diameter x Length: φ84 x 257 Weight (g) 1220 Support pole diameter (mm) Mounting mode Applicable AP φ25-φ50 Pole mounting AP8130DN/AP8150DN/AP9131DN/AP9132DN NOTE: There may be differences in the standards of different countries, so the mapping between antennas and APs shall comply with local standards. For details, refer to device access authentication information Antenna Pattern Figure 5-8, Figure 5-9, and Figure 5-10 show radiation patterns of three ports on the antenna in the horizontal and vertical directions.
25 Antenna Datasheet 24 Figure 5-8 Radiation pattern of port 1 on the antenna Figure 5-9 Radiation pattern of port 2 on the antenna Figure 5-10 Radiation pattern of port 3 on the antenna
26 Antenna Datasheet GHz Dual-Polarized Directional Antenna The antenna is a directional antenna. It can be installed on an inner wall of a tunnel and in vehicle-ground backhaul scenarios Antenna Appearance Figure 5-11 Appearance of the antenna
27 Antenna Datasheet Technical Specifications Table 5-4 Technical specifications of the antenna Item Value Frequency (MHz) Gain (dbi) 14 Horizontal lobe width (degrees) 30 Vertical lobe width (degree) 30 Standing wave ratio (SWR) 2 Polarization Connector Vertical and cross polarization 3 x N-female Dimensions (mm) Diameter x Length: φ84 x 257 Weight (g) 1220 Mounting mode Applicable AP Wall mounting AP8130DN/AP8150DN/AP9131DN/AP9132DN NOTE: There may be differences in the standards of different countries, so the mapping between antennas and APs shall comply with local standards. For details, refer to device access authentication information Antenna Pattern The following figures show radiation patterns of three ports on the antenna in the horizontal and vertical directions. Figure 5-12 Radiation pattern of port 1 on the antenna
28 Antenna Datasheet 27 Figure 5-13 Radiation pattern of port 2 on the antenna Figure 5-14 Radiation pattern of port 3 on the antenna GHz Dual-Polarized Directional Antenna The directional antenna is applicable to outdoor and indoor scenarios. When it is installed indoors, it applies to scenarios that require small coverage angles but long coverage distances. Typical scenarios include corridors in hospitals or airports. When it is installed outdoors, it should be installed at high positions away from metal obstacles, for example, building tops, mountaintops, and tower tops, to obtain better performance. Its transmit end should not be blocked by obstacles.
29 Antenna Datasheet Antenna Appearance Figure 5-15 Appearance of the antenna Technical Specifications Table 5-5 Technical specifications of the antenna Item Value Frequency (MHz) Gain (dbi) 13 Coverage distance (m) 260 Backhaul distance (m) 2500 Horizontal lobe width (degrees) 33 Vertical lobe width (degree) 33 Standing wave ratio (SWR) 2 Polarization Connector Vertical polarization and ± 45-degree polarization N-female*3
30 Antenna Datasheet 29 Item Value Dimensions (mm) H x W x D: x x 34.5 Weight (g) 1200 Support pole diameter (mm) Mounting mode Applicable AP Wall mounting or pole mounting AP8130DN/AP8150DN/AP9131DN/AP9132DN NOTE: The coverage distance and backhaul distance are reference values in certain conditions. Plan an appropriate distance value according to planning experience, local standards, and onsite environments. There may be differences in the standards of different countries, so the mapping between antennas and APs shall comply with local standards. For details, refer to device access authentication information Antenna Pattern The following figures show radiation patterns of the antenna in the horizontal and vertical directions. Figure 5-16 Radiation pattern of port 1 on the antenna
31 Antenna Datasheet 30 Figure 5-17 Radiation pattern of port 2 on the antenna Figure 5-18 Radiation pattern of port 3 on the antenna
32 Copyright Huawei Technologies Co., Ltd All rights reserved. No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd. Trademark Notice, HUAWEI, and are trademarks or registered trademarks of Huawei Technologies Co., Ltd. Other trademarks, product, service and company names mentioned are the property of their respective owners. General Disclaimer The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice.
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