Devolo dLAN 200 AVpro Project Manual
Devolo dLAN 200 AVpro Project Manual

Devolo dLAN 200 AVpro Project Manual

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Summary of Contents for Devolo dLAN 200 AVpro

  • Page 2 This document is copyright-protected. Its contents are confidential. No part of the documentation may be copied in any form, neither electronically nor mechanically, for any purpose, except for the sole purpose of a project evaluation and only with explicit written authorisation by devolo. devolo reserves the right to modify any details in this document without notification.
  • Page 3: Table Of Contents

    Antenna outlets (wall)......................9 3.3.2 Splitter/Tap .......................... 10 Back-channel compatibility, a DOCSIS technology term ..............11 The deployment of devolo dLAN technology in antenna networks ..........12 3.5.1 Coupling the Ethernet signal to the antenna cable ..............13 3.5.2 Tapping the Ethernet signal on the antenna socket ............... 14 3.5.3...
  • Page 4 7.2.1 Application .......................... 48 7.2.2 Streaming server/client ......................49 7.2.3 Setting up the streaming server .................... 49 7.2.4 Setting up the streaming client ..................... 51 Annex .......................... 53 Sources for purchasing accessories ....................53 devolo dLAN® 200 AVpro Project Manual...
  • Page 5: Introduction

    1 Introduction This project manual aims to support you during the planning and installation of devolo dLAN 200 AVpro products in projects on the basis of networks using coax- line, twisted pair, or PowerLine connections. It addresses system integrators (e.g.
  • Page 6: Important Basics

    An exceeded attenuation budget usually results in interferences in your TV picture. devolo dLAN 200 AVpro adapters provide an attenuation budget for the dLAN signal of more than 60 dB. Thus, a dLAN data signal fed in behind the amplifier will still be available at full capacity at the farthest socket.
  • Page 7: Fig. 2-1: The Devolo Dlan Frequency Range

    AVpro manager. Fig. 2-1: The devolo dLAN frequency range For residential installations, these kinds of special installations are normally not used. However, always clarify first, if a DOCSIS signal is decoupled on network layer 4 (area between the house transfer point and the line terminator (wall socket)) in the appropriate segments.
  • Page 8: Antenna Networks

    Please note that this input has to be back channel compatible, so that the data can be sent back from the receiver to the transmitter (see also section 2.2 in this project manual). devolo dLAN® 200 AVpro Project Manual...
  • Page 9: Network Types

    However, there are also BC networks that were designed or modified as a star structure. Please note that you can use the dLAN technology on both network types (tree or star). devolo dLAN® 200 AVpro Project Manual...
  • Page 10: Fig. 3-4: A Bc Tree Network

    5 MHz to 65 MHz frequency band. The multiswitch system can possibly be switched over or retrofitted. As an alternative, each of the subscribers can be coupled to a device pair (master/slave) behind the multiswitch. devolo dLAN® 200 AVpro Project Manual...
  • Page 11: Fig. 3-5: A Sat Multiswitch Star Network

    Frequently, these systems are deployed where the a number of endpoints is > 100 (typically, from 300 to several thousand). As a rule, these types of installations are found in hotels. devolo dLAN® 200 AVpro Project Manual...
  • Page 12: Installed Components

    4 in very rare cases. Even obsolete components and cheap cables with poor shielding can usually be reused. The list below is designed to provide you with an overview of the components you will typically encounter and their suitability: devolo dLAN® 200 AVpro Project Manual...
  • Page 13: Antenna Outlets (Wall)

    Designation 1: pass-through attenuation 11 dB to 20 dB Designation 2: Pass-through attenuation 1.5 dB to 3 dB Shielding requirements: > 80 dB a) Option: broadband 5 MHz to 65 MHz (= modem): devolo dLAN 200 AVpro devolo dLAN® 200 AVpro Project Manual...
  • Page 14: Splitter/Tap

    5 MHz to 862 MHz: radio  This option is suitable. b) Option: selective 5 MHz to 65 MHz (= modem): devolo dLAN 200 AVpro 87.5 MHz to 108 MHz: VHF radio 118 MHz to 862 MHz: television  This option is suitable.
  • Page 15: Back-Channel Compatibility, A Docsis Technology Term

    [HU], is unnecessary when you deploy dLAN technology. Neither converting to a star structure, nor multimedia socket outlets, are necessary for deploying devolo dLAN technology. Nevertheless, its existence has no negative effect on the sue of dLAN technology.
  • Page 16: The Deployment Of Devolo Dlan Technology In Antenna Networks

    The deployment of devolo dLAN technology in antenna networks devolo dLAN 200 AVpro technology transports data in 2 to 30 MHz frequency band. TV or radio signals are not normally allocated to this frequency band in the antenna network, and it can therefore be used for data traffic. You need to take account of the fact that the signals are bidirectional here, whereas TV and radio signals only move in one direction (downstream).
  • Page 17: Coupling The Ethernet Signal To The Antenna Cable

    3.5.1 Coupling the Ethernet signal to the antenna cable The illustration filter below shows an example of coupling the devolo dLAN 200 AVpro signals onto the antenna cable on the main distribution (Master). This can be achieved with a diplex filter (reverse path combiner). On the one hand, the high-pass filter prevents signals radiating in the direction of the cable network operator, and, on the other, it prevents neighbouring segments from "seeing"...
  • Page 18: Tapping The Ethernet Signal On The Antenna Socket

    In each of these cases, we urgently recommend finding out the exact component designation (e.g. ESD30) and researching the technical data on the web. This will provide you with the frequency responses and attenuation values. devolo dLAN® 200 AVpro Project Manual...
  • Page 19: Bypassing Amplifiers (Passive Bypass)

    Deploying diplex filters is favourable to the data connection's attenuation budget. For TV, a pass-through attenuation of approx. 2 x 0.5 dB (diplex) + 2 x 0.8 dB (high- pass) should be taken into account. Fig. 3-12: Bypassing an amplifier with a passive bypass devolo dLAN® 200 AVpro Project Manual...
  • Page 20: Bypassing Amplifiers (Active Bypass)

    Fig. 3-14: 3-level amplifier cascade with passive bypass 3.5.4 Bypassing amplifiers (active bypass) The amplifier is bypassed using two devolo dLAN 200 AVpro adapters and an Ethernet cable. Make sure that there is enough stop-band attenuation on the diplex filters (e.g. Comega, ) here. Frequently, they only have 35dB stop-band attenuation.
  • Page 21: Bypassing Amplifiers (Passive Return Path On The Amplifier)

    We recommend using one or more high-pass filters (not included in delivery for standard accessories),...  ...to decouple the signals on the devolo dLAN 200 AVpro deployed from the TV signal transfer point,  ...to physically segment individual devolo dLAN 200 AVpro networks on a coaxial network.
  • Page 22: Logical Segmentation

    (for more information, refer to Section 3.5.7). 3.5.7 Logical segmentation For a logical segmentation, all devolo dLAN 200 AVpro adaptors in Segment 1 shown in Fig. 3-18 must be furnished with a dLAN password that deviates from Segment 2 or Segment 3. The respective feeder has the dLAN password assigned to the segment here.
  • Page 23: Fig. 3-18: Logical Segmentation Of A Dlan-Network With The Help Of Dlan Passwords

    In any event, we recommend using a manageable switch for projects with > 20 endpoints! Important! Physical segmentation using high-pass filters must always be accompanied by logical segmentation using password groups! devolo dLAN® 200 AVpro Project Manual...
  • Page 24: Two-Wire Lines

    Fig. 4-1: dLAN network over a 2-wire line Point-to-point on telephone lines (available wire pair) If a wire pair is available, you can use this to connect the dLAN 200 AVpro adapter without any additional measures. If the line is not furnished with a twisted wire pair (untwisted), crosstalk...
  • Page 25: Point-To-Multipoint On Telephone Lines (With Telephone Operation)

    (UKo interface), since some manufacturers' occupied frequencies extend beyond those filtered along Annex B, and can cause malfunctions in the branch exchange. In this case, it is better to use an available wire pair (cf. Section 4.2). devolo dLAN® 200 AVpro Project Manual...
  • Page 26: Bnc Networks, 10Base2 Networks

    BNC networks, 10Base2 networks dLAN 200 AVpro technology can be used on 10Base2 BNC networks to achieve a high bandwidth. Fig. 4-5: Standard 10 Mbit/s BNC network (10Base2 coax) Fig. 4-6: 200 MBit/s dLAN network via installed BNC coax cabling...
  • Page 27: Power Lines

    (consumers) throughout the house as uniformly as possible. Crosstalk between the phases is almost always inevitable when devolo dLAN technology is used, since the three phases are routed closely together, and devolo dLAN uses high frequencies between 2 and 30 MHz.
  • Page 28: Power Supply Systems In Multiple Dwelling Units (Centralised Meter Arrangement)

    In contrast, electronic electricity meters, which are being installed more and more these days, do not attenuate the dLAN signal. Important: devolo AG recommends using a non-standard network password to secure the dLAN network. Power supply systems in multiple dwelling units (centralised...
  • Page 29: Fig. 5-2: Dlan Networking In Multiple Dwelling Units

    In this example, a phase coupler (installed in a control cabinet serving one or more apartments ) does not act as an aid for the coupling in the feed line (or between the apartments)! devolo dLAN® 200 AVpro Project Manual...
  • Page 30: Power Supply Systems In Multiple Dwelling Units (Decentralised Meter Arrangement)

    (even one with multiple housing units). A large building mainly has a main distribution system, to which sub-distribution systems for individual floors or parts of the building are connected in star configuration. Each sub-distribution system devolo dLAN® 200 AVpro Project Manual...
  • Page 31: Fig. 5-4: Dlan Networking In Large Buildings

    AVpro manager. The backbone can be setup using standard methods, such as wired Ethernet, WLAN, etc. An alternative is to use the antenna cables, or the existing telephone or other two-wire cable structures with the devolo dLAN 200 AVpro2.
  • Page 32: Repeater Circuits In Power Supply Systems

    You should note that this is an abstract illustration, which is mainly designed to represent the respective principle. Fig. 5-6: Direct connection of two dLAN AVpro units Fig. 5-7: Attenuating the transmission by interposing a electricity meter devolo dLAN® 200 AVpro Project Manual...
  • Page 33: Fig. 5-8: Set Up Of A Repeater Circuit To Bridge The Electricity Meter With The Aid Of Two Dlan Avpro Units And An

    A circuit of this type lowers the bandwidth attainable by approx. 50%. A possible workaround for this is described in the following section. devolo dLAN® 200 AVpro Project Manual...
  • Page 34: Segment Insulation With Emi Filters For Repeater Circuits

    "good" and "bad" signals. For this reason, phase couplers should always be used with caution — if interference is coupled, the dLAN signal may be attenuated and the usable bandwidth decreased. In this case, using a phase coupler is even counterproductive! devolo dLAN® 200 AVpro Project Manual...
  • Page 35: Sources Of Interference And Remedies On The Power Line

    The devolo dLAN system always has an automatic phase-coupling effect without using an additional phase coupler! Fig. 5-12: Simplified diagram of a phase coupler (source: atmannheim.de) Residual current device Note that a variety of different types of residual current devices exist. The majority of...
  • Page 36: Sinks And Remedies On The Power Line

    Signal is to be decoupled, we recommend using the dLAN 200 AVpro WP, which, as a PowerLine modem, has a filter socket directly built-in. This device is principally suited for identifying sources of interference.
  • Page 37: Projects

    What does the customer want to achieve? What use is he expecting to get out of it? Which mains services does he want to offer (Internet, IP-TV, etc.)?  Who are the technical and commercial contact person at the customer? devolo dLAN® 200 AVpro Project Manual...
  • Page 38 If you have not already done so, take the opportunity to have yourself certified as a dLAN AVpro Partner.
  • Page 39: Survey Site

    Take the following equipment with you to survey the site: Equipment  Digital camera, Make sure you take enough (rechargeable) batteries and storage cards with you. devolo dLAN® 200 AVpro Project Manual...
  • Page 40  4 x high-pass filter 0-65 MHz >50dB  4 x low-pass filter 0-30 MHz (included in delivery with devolo dLAN AVpro)  (Optional) cable finder, portable level meter or spectrum analyser Promax) for troubleshooting. Try to survey the site with all contact partners from all parties participating in the Survey site project.
  • Page 41: Fig. 6-1: Photo Of An Escape Plan In An Hotel

    If a PowerLine network is planned, existing structures are usually easy to recognise from the switch boxes (= sub distributions), fire protection zones and expansion joints. Try to clarify directly how to reach the rooms over an alternative route if necessary (e.g. via coax), devolo dLAN® 200 AVpro Project Manual...
  • Page 42: Fig. 6-2: Photo Of An Antenna Distribution With Amplifier

    Now generate a data load between both laptops with an FTP transfer, devolo dLAN® 200 AVpro Project Manual...
  • Page 43 Informer or even better devolo dLAN AVpro manager and Iperf as network tools to check whether both devices connect, and, if so, with what bandwidth. A minimum of 50 Mbit/s. should be achieved here at the physical level.
  • Page 44: Detailed Planning, Calculating The Cost Estimate

    TV antenna connection is not installed in parallel on the same coax lines. Now you can calculate your cost estimate based on your detailed project plan. Also Calculate the cost estimate address potential financing models in doing so, such as devolo dLAN® 200 AVpro Project Manual...
  • Page 45  Poor picture quality on the existing TV systems: this does not mean that the dLAN network over coax will necessarily be poor. devolo dLAN 200 AVpro adapters operate with an attenuation budget of over 60 dB, while standard television only has an attenuation budget of 42 dB.
  • Page 46: Implementation

    Alternatively, you can offer to perform a complete conversion to IP-based streaming technologies such as IP-TV for the hotel. This option also needs to be planned exactly! In this event, make sure you contact devolo to solicit recommendations for tried-and-tested backend and set top box technologies.
  • Page 47: Performing The Rollout

    Larger projects are particularly suited to remote administration with the help of management functions as long as the correct hardware and software is deployed. dLAN 200 AVpro manager allows you to control individual adaptors right down to device level. devolo dLAN® 200 AVpro Project Manual...
  • Page 48: Maintenance And Support

    6.3.2 Maintenance and support We will be glad to provide you with suggestions for solutions for the maintenance and technical support of your products. devolo dLAN® 200 AVpro Project Manual...
  • Page 49: Useful Software

    7 Useful software Important: devolo AG provides absolutely no support for the software described below! Iperf Iperf is a free command-line program for testing network performance on any given medium. Manufacturer/developer is the Board of Trustees of the University of Illinois.
  • Page 50: Setting Up The Server

    - i 3: Reporting interval every 3 seconds For UDP, you can access the server as follows (recommended values for maximum performance): Legend: - s: Server - u: UDP protocol - i 3: Reporting interval every 3 seconds devolo dLAN® 200 AVpro Project Manual...
  • Page 51: Setting Up The Client

    For TCP, you can access the client as follows (recommended values for maximum performance): Legend: client mode and IP address of the server - c 192.168.0.16: TCP window size (optimum size for dLAN 200 AVpro) - w 128k: reporting interval each second - i 1: length of the test 600 seconds...
  • Page 52: Vlc

    - b 90M: bandwidth requested from the server 90Mbps - w 128k: UDP window size (optimum size for dLAN 200 AVpro) reporting interval each second - i 1: length of the test 600 seconds - t 600: VLC is a free audio/video player and streaming server for audio/video data. The manufacturer and developer is the VideoLAN Team.
  • Page 53: Streaming Server/Client

    Following the step-by-step instructions below to setup a streaming server: 1. File > Open File… 2. Click Browse… to select a video and specify that the video should be streamed under Advanced options. 3. Click on Advanced options > Settings… devolo dLAN® 200 AVpro Project Manual...
  • Page 54 4. Select Play locally. 5. Select the UDP control box. Enter the required Address and Port number on the right. 6. Click OK to confirm. 7. Click OK to quit the Open dialog. devolo dLAN® 200 AVpro Project Manual...
  • Page 55: Setting Up The Streaming Client

    8. Menu View > Playlist… 9. Select the key icon for repeat playback. 7.2.4 Setting up the streaming client The following, simple steps let you setup a streaming client: 1. Menu File > Open Network Stream.… devolo dLAN® 200 AVpro Project Manual...
  • Page 56 If streaming is interrupted by the network cable being unplugging, simply plug the cable back in. The stream will resume automatically. You can view the bandwidth used under View > Stream and Media Info > Statistics devolo dLAN® 200 AVpro Project Manual...
  • Page 57: Annex

    You can find a list of specific suppliers and circuit layouts on our website under http://www.devolo.com/business/accessories-referencelist.html If specific manufacturers' model options exist, you will also be able to find up-to-date connection diagrams on the website. devolo dLAN® 200 AVpro Project Manual...
  • Page 58 Table of Figures Fig. 2-1: The devolo dLAN frequency range......................3 Fig. 3-1: The tree structure ..........................4 Fig. 3-2: The star structure..........................5 Fig. 3-3: The floor star............................5 Fig. 3-4: A BC tree network ..........................6 Fig. 3-5: A sat multiswitch star network......................7 Fig.
  • Page 59 DOCSIS 11, 35 Projects 33 Eddy current meter 24 Quarantine island 32 Electricity meter 24 Questioning 34 Endpoints 13 Radio interference suppression filter 30 Escape plan 37 Repeater 16 Floor stars 5 Repeater circuit 28 devolo dLAN® 200 AVpro Project Manual...
  • Page 60 Sinks 32 Twisted pair 20 Site survey 35 Two-wire lines 20 Soft facts 41 UDP 46 Software 45 Untwisted pair 20 Spanning-tree error 27 VLC 48 Splitter 20 Wire pair 20 Standard definition 49 devolo dLAN® 200 AVpro Project Manual...

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