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Ruijie AP630 Series Training

Ruijie AP630 Series Training

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Outdoor AP630 (IDA&IODA) Training

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Summary of Contents for Ruijie AP630 Series

  • Page 1 Outdoor AP630 (IDA&IODA) Training...
  • Page 2 AP620. Ruijie RG-AP630 Outdoor AP Series is a family of top-class 802.11ac wireless access points for next-gen outdoor network applications, offering access rates of up to 1.75Gbps.
  • Page 3 Outdoor AP630 (IDA&IODA) Training Preface Chapter 1 Overview Chapter 2 Outdoor Deployment Topology and Network Structure Chapter 3 Application Scenarios and Design Principles Chapter 4 Software Configuration Chapter 5 Important Notes of Engineering Chapter 6 Troubleshooting...

  • Page 4: Revision Record

    For more detail configuration , see configuration guide for each product . you can download configuration guide at http://www.ruijienetworks.com For more technical enquiry , you can visit Ruijie Service portal at http://case.ruijienetworks.com . You need to sign up before submit a case.
  • Page 5 Outdoor AP630 (IDA&IODA) Training Preface Chapter 1 Overview Chapter 2 Outdoor Deployment Topology and Network Structure Chapter 3 Application Scenarios and Design Principles Chapter 4 Software Configuration Chapter 5 Important Notes of Engineering Chapter 6 Troubleshooting...
  • Page 6 RG-AP630 (IDA&IODA) Overview  The RG-AP630(IDA) is built-in with a directional antenna while the RG-AP630(IODA) is built-in with an omnidirectional antenna . The two product forms have the same appearance and are identified as RG-AP630(IDA) RG-AP630(IODA), which are indicated on product labels and nameplates.
  • Page 7 Interfaces Interfaces on the front panel 2.4 GHz port 5 GHz port  The AP630 has three 2.4 GHz feeder interfaces on one side and three 5 GHz feeder interfaces on the other side, (1) 2.4 GHz feeder interface which can be used to connect to an external antenna. ...

  • Page 8: Specifications

    Specifications Product model RG-AP630 (IDA) RG-AP630 (IODA) Dimensions (L x W x H) 276 mm x 246 mm x 90 mm Maximum transmission rate 1.75 Gbps Operating band 802.11b/g/n: 2.4–2.483 GHz; 802.11ac/a/n: 5.15–5.85 GHz Maximum transmit power 27 dBm Antenna type Built-in directional antenna (support Built-in omnidirectional antenna internal/external antenna switching)
  • Page 9 Radiation Pattern of the Built-in Directional Antenna Vertical radiation 2.4 GHz: Horizontal pattern radiation pattern Horizontal radiation Vertical radiation pattern pattern 5 GHz:...
  • Page 10 Radiation Pattern of the Built-in OmniDirectional Antenna Radiation Pattern 2 HFSSDesign1 Radiation Pattern 1 HFSSDes Curve Inf o Curve Inf dB(GainTotal) dB(GainTo Setup1 : LastAdaptive Setup1 : LastAda Freq='2.4GHz' Theta='134deg' 0.00 1.50 Freq='2.4GHz' Ph -2.00 -10.00 -5.50 -20.00 -9.00 2.4 GHz: -120 -120 -150...

  • Page 11: Main Accessories

    Main Accessories Product support Horizontal support Wall mounting support Cross recessed hexagon Clamp (78–101 Yellow and green machine screws NOTE: If the clamp delivered with the ground cable product does not fit the pole, the M8X20 and M8X40 customer needs to use other clamp with the proper dimensions.

  • Page 12: Status Indicators

    Status Indicators The RG-AP630 (IDA&IODA) has a SYS indicator and three RSSIs, with the latter being used only when the AP works in bridge mode (in a point-to-multipoint bridge network, the RSSIs on other bridge APs than the root bridge AP are used as reference).
  • Page 13 New Product Planning RG-AP630 (CD&CA&CE)  The following three products will be launched after the AP630: AP630 (CD): is built-in with a directional antenna and supports dual spatial streams, but does not support an external antenna. AP630 (CA): is built-in with an omnidirectional antenna and supports dual spatial streams, but does not support an external antenna.
  • Page 14 Outdoor AP630 (IDA and IODA) Training Preface Chapter 1 Overview Chapter 2 Outdoor Deployment Topology and Network Structure Chapter 3 Application Scenarios and Design Principles Chapter 4 Software Configuration Chapter 5 Important Notes of Engineering Chapter 6 Troubleshooting...
  • Page 15 Wired Direct Connection Topology – Coverage (IDA) Network features:  In a wired direct connection topology, access points (APs) are directly connected to a switch or an access controller (AC) via cables. APs are mainly used to provide wireless network coverage. ...
  • Page 16 Wired Direct Connection Topology – Coverage (IODA) Network features:  In a wired direct connection topology, APs are directly connected to a switch or an AC via cables. APs are mainly used to provide wireless network coverage.  The built-in omnidirectional antenna of an AP can provide coverage in a spacious environment such as a square.
  • Page 17 Non-Wired Direct Connection Topology – Point-to- Multipoint WDS Bridging (IDA) Network features:  APs are connected in wireless mode. That is, two or more fixed local area Network networks (LANs) are interconnected cable through bridge APs.  In a WDS bridge network, one root Bridge link bridge can be connected to four non-root...
  • Page 18 Non-Wired Direct Connection Topology – Multihop WDS Bridging (IDA) Network features:  In a multihop bridge network, each node (hop) forwards data through two APs (which are connected by a network cable). Network cable  The 5 GHz RF card is recommended for Root bridge AP bridging because the 2.4 GHz RF card is vulnerable to interference and has low...
  • Page 19 Outdoor AP630 (IDA&IODA) Training Preface Chapter 1 Overview Chapter 2 Outdoor Deployment Topology and Network Structure Chapter 3 Application Scenarios and Design Principles Chapter 4 Software Configuration Chapter 5 Important Notes of Engineering Chapter 6 Troubleshooting...
  • Page 20 Wired Direct Connection Scenario – Coverage (IDA) Application scenarios: outdoor squares, beaches, downtown areas, and stadiums Installation conditions:  It is recommended that APs be installed on poles (with a diameter of 80–100 mm).  The installation height of a built-in directional antenna can be adjusted based on the actual condition.
  • Page 21 Wired Direct Connection Scenario – Coverage (IODA) Application scenarios: schools, parks, and squares Installation conditions:  It is recommended that APs be installed on poles (with a diameter of 80–100 mm).  The recommended installation height of a built-in omnidirectional antenna is 3–5 ...
  • Page 22 Non-Wired Direct Connection Scenario – Point-to- Multipoint WDS Bridging and Multihop WDS Bridging (IDA) Application scenarios: parks, energy plants, mines, and scenarios with data backhaul Installation conditions:  It is recommended that APs be installed on poles (with a diameter of 80–100 mm).
  • Page 23 Design Principles for Outdoor Wireless Deployment  It is recommended that APs be installed on poles with a diameter of 80–100 mm. If the pole diameter exceeds this range, clamps of different models are required.  The maximum coverage distance of a single AP is as follows: IDA: 250 m for 2.4 GHz (200 m for 5 GHz);...
  • Page 24 AP630 (IDA) Deployment Distance Suggestion  The following table lists the optimal distances between adjacent AP630s (IDA) based on different installation methods (optimal distances are the distances at which the power of APs is maximized and interference does not exist): Installation Method Distance Between Distance Between Channel 1...
  • Page 25 Outdoor AP630 (IDA&IODA) Training Preface Chapter 1 Overview Chapter 2 Outdoor Deployment Topology and Network Structure Chapter 3 Application Scenarios and Design Principles Chapter 4 Software Configuration Chapter 5 Important Notes of Engineering Chapter 6 Troubleshooting...

  • Page 26: External Antennas

    Configuring the Switching Between Built-in and External Antennas 1. Configure the external antenna (the built-in antenna is used by default). Fat AP: interface Dot11radio 1/0 external-antenna enable Thin AP: ap-config xxx external-antenna enable radio 1 2. Configure the built-in antenna. Fat AP: interface Dot11radio 1/0 no external-antenna enable Thin AP: ap-config xxx...

  • Page 27: Bridge Configuration

    Bridge Configuration...
  • Page 28 Outdoor AP630 (IDA&IODA) Training Preface Chapter 1 Overview Chapter 2 Outdoor Deployment Topology and Network Structure Chapter 3 Application Scenarios and Design Principles Chapter 4 Software Configuration Chapter 5 Important Notes of Engineering Chapter 6 Troubleshooting...

  • Page 29: Connecting Cables

    Connecting Cables  (Mandatory) Connecting a ground cable The ground cable needs to be installed at the installation site. A yellow and green ground cable is delivered with each AP. Connect one end of the ground cable through an OT terminal to the ground hole on the AP, and connect the other end through another OT terminal to the ground.
  • Page 30 Important Notes of Engineering  Outdoor APs are generally install at height. Therefore, each cable must be labeled at both ends and recorded to facilitate subsequent commissioning, maintenance, and inspection.  When you install an AP, fasten the screws on various supports properly and check that the AP does not shake when being gently shaked.
  • Page 31 Important Notes of Acceptance To reduce the cost of secondary engineering or rectification, pay attention to the following important notes of acceptance during the installation and commissioning processes:  Installation acceptance:  The installation height and angle of APs comply with the specifications in an engineering scheme.
  • Page 32 Outdoor AP630 (IDA&IODA) Training Preface Chapter 1 Overview Chapter 2 Outdoor Deployment Topology and Network Structure Chapter 3 Application Scenarios and Design Principles Chapter 4 Software Configuration Chapter 5 Important Notes of Engineering Chapter 6 Troubleshooting...

  • Page 33: Troubleshooting

    Troubleshooting  Symptom: Power-on fails.  Possible causes: The power supply of the power box is abnormal. The power cable of the AP is abnormal. The power module of the AP is abnormal.  Handling procedure: 1. Check whether the power supply of the power box is normal. 2.
  • Page 34 The optical module is abnormal.  Handling procedure: 1. Replace the original optical fiber or optical module with a normal one to verify the cause. 2. Check whether the optical module is certified by Ruijie Networks and has normal attributes (rate, distance, and wavelength).
  • Page 35 Ruijie Networks Co., Ltd. Address: 11th Floor, East Wing, ZhongYiPengAo Plaza, No.29 Fuxing Road, Haidian District, Beijing 100036 Office Tel: 010-51718888 Mobile Tel: 13888888888 Fax: 010-51718888 www.ruijie.com.cn E-Mail: xxx@ruijie.com.cn...

This manual is also suitable for:

Rg-ap630 (ida)Rg-ap630 (ioda)

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