TRACER. Wireless License-free Digital Microwave Radios. Easy Steps to Wireless Solutions. Experts choose ADTRAN. QUICK REFERENCE GUIDE

Transcription

1 TRR Wireless License-free igital Microwave Radios QUIK RRN UI 4 asy Steps to Wireless Solutions xperts choose TRN.

2 TRR Systems Wireless License-free igital Microwave Radios TRN s TRR is a license-free wireless digital transmission system that delivers T1, 1, or 10aseT interfaces in point-to-point applications at ranges up to 30 miles. Providing dual T1/1 at single T1/1 prices makes TRR one of the most cost-effective alternatives for wireless transmission today. TRN s TRR Series of wireless products offers the industry s first NS Level 3 compliant spread-spectrum radio. s authorized under Part of the rules, TRR operates in the 2.4 to z and to z industrial, scientific, and medical (ISM) band. TRR equipment can operate license-free in the U.S. and many other countries. aseband Processors TRR 2603 ompact ual T1 1U high aseband Processor (P) Used in conjunction with TRR 3000 Series radio frequency converters (R) Major (R) and Minor (T1) alarms, front panel Ls TOS management In-band loopback capability NS Level 3 and UL 1950 compliant power connector Optional adapter 100 V to 240 V, z System packages available: packages consist of a 2603 baseband processor, a TRR 3000 Series Radio requency onverter, and S-1/ interface cables Radio requency onverters TRR 3000 Series Radio requency onverter (R) Used in conjunction with TRR 2600 Series T1 and 1 aseband Processors Rackmount and mastmount versions available Rackmount versions are 1U high Rackmount configuration ideal for in-building installations Mastmount versions are hermetically sealed and weatherproofed for outdoor applications 2.4 z or 5.8 z versions available TRR z rackmount TRR z mastmount TRR z rackmount TRR z mastmount TRR 2631 Wireless T1 and IP router ompact 1U high aseband Processor (P) 10aseT interface for LN/WN bridging and IP routing Independent T1 for voice or additional data Used in conjunction with TRR 3000 Series radio frequency converters (R) Ideal for LN-to-LN connectivity Major (R) and Minor (T1) alarms, front panel Ls power connector Optional adapter 100 V to 240 V, z System packages available: packages consist of a 2631 aseband Processor, a TRR 3000 Series Radio requency onverter, S-1/ interface cable, and a 10aseT interface cable Integrated Radio Systems TRR 4103/4203 ompact 1U high dual T1 microwave radio conomical, integrated P, and R system Ideal for enterprise point-to-point campus applications Point-to-point up to 30 miles License-free ISM band 2.4 z (4103) and 5.8 z (4203) versions available irect sequence spread-spectrum technology VT100 management software provides single-entry point management of remote units on back-to-back networks R maintenance channel is independent and does not degrade T1 bandwidth Major (R) alarm, front panel Ls power connector Optional adapter 100 V to 240 V, z TRR 2602/2604 ual 1 (2604) and single 1 (2602) 1U high baseband processor Used in conjunction with TRR 3000 Series Radio requency onverters (R) License-free in many countries (ontact pre-sales applications at for up-to-date approval information) Major (R) and minor (1) alarms, front-panel Ls power connector Optional adapter 100 V to 240 V, z System packages available: packages consist of a 2602 or 2604 aseband Processor and a TRR 3000 Series Radio requency onverter TRR 2210/3202 Nx64 (N=1 to 24 S0s) data radio ompact 2210 ata Interface Unit (IU) provides a single V.35 interface for connecting a T data device ata rates from 56 Kbps to Mbps Mastmount Radio Interface Unit (RIU) 22 to 24 W twisted pair connection between IU and RIU Ideal for LN-to-LN bridging, routing, or videoconferencing asy to use front panel configuration

3 It s simple! our steps ensure a successful wireless installation. Step 1 Step 2 Identify the onnectivity pplication TRN s wireless products offer a direct alternative to copper-based circuits. The first consideration is to define connectivity objectives, system requirements, and cost benefits of the proposed solution. Wireless solutions can address common scenarios: ross community, office park, water, or road traditional copper/fiber solution may require construction (lengthy, and expensive). wireless solution avoids the costs and delays. Provide access to remote locations xtending landline communications into a rural or remote location can be cost-prohibitive and time consuming. Wireless links can be deployed quickly and at a fraction of wireline deployment costs. Mobile or temporary communications Special events, emergency communications, and temporary corporate expansion are ideal for wireless quick deployment. ross carrier boundary rossing carrier boundaries can be exceptionally expensive, so a wireless alternative can offer cost-effective solutions. conomical lternative In some locations, a wireless solution achieves a faster payback and return on investment compared to equivalent landline connectivity. Step 1 also includes matching the user s equipment interfaces and bandwidth requirements with the appropriate TRN TRR wireless equipment. Site Survey hecklist The end user, an TRN ertified Wireless ealer, or the TRN S organization can perform detailed site surveys for each wireless site. ere are the key considerations: Wireless Path Identify the sites, preferably by latitude and longitude using a map or PS. If latitude and longitude are not available, the street addresses may suffice. TRR microwave systems require unobstructed Line of Sight (LOS). an you see the far end, with no obstructions? Is there any possibility of trees that will grow tall enough to interfere? re there any plans to construct buildings in the path? What is the distance between two sites? urvature of the earth may affect paths of more than seven miles ntenna The size and style of antenna will be application-dependent. enerally, it is best to use the smallest antenna that will achieve the desired performance. ow high above the ground can an antenna be installed without using a tower? ntennas can be mounted on roof, the side of a wall, pole or tower. oes the customer have rooftop or tower permits? or rooftop installations, will there be a need for structural improvements? re there any additional antennas located at this site? Installation Type There are three possible TRN system configurations to consider. These are shown in the example diagrams on the next panel. They vary depending on the R installation. Installation Rackmount Mastmount Options (Wall, Roof, Pole, Tower) R P TRR 4000 This quick reference guide organizes a TRR wireless solution into a step-by-step, easy-to-follow process outlining essential considerations for every phase of your project. Step 2 ontinued R Maximum system performance is achieved by installing the TRR R close to the antenna in order to reduce cable and connector losses. Use the TRN Link nalyzer software tool to calculate antenna size, cabling, R location and overall path performance. ables, Power, rounding, and Lightning Protection Is there adequate equipment room and rack space? ow will antenna cabling enter the facility? Penetration of walls/roofs will require permits and weatherproofing. nsure that power and grounding systems are available. Plan for lightning arrestors to insulate radio equipment. efine cable lengths. Step 3 Step 4 TRN Systems onfigurations Installation Options etailed planning guide: There is a trade-off to installing the R as mastmount or rackmount. Mastmount Rs can provide better overall system performance but may require climbing if service is required. Well designed rackmount systems can provide sufficient performance and easy indoor access. NOT: The TRR 4000 series provides an R and P integrated into a single unit and is only available in rackmount configurations TRN S (TRN ustom xtended Services) or a turnkey job, the TRN S group can provide all the necessary planning, site surveys, equipment and installation, including the construction of a tower, if necessary. TRN ertified Wireless ealer These are wireless application experts that are located regionally throughout the country. The customer can purchase TRR and peripheral equipment from these TRN Partners. TRN ertified Wireless ealers will also perform all the planning, site survey, and installation of the wireless system to ensure a successful project. ustomer Installation If the customer has radio systems expertise, a professional installation staff, and the time and resources, all TRN equipment and peripherals can be ordered from one of TRN s Wireless istributors or ertified Wireless ealer partners. Typical TRN Wireless Systems 4000 Series Integrated R Rackmount R Mastmount R I ntenna Mounting R oax Lightning rrestor R umper I umper Power rounding Mounting Kit R oax R Mounting racket Lightning rrestor I oax R umper Optional I Lightning rrestor I umper I Power rounding Mounting Pipe ntenna raket Wall Mounting R oax Lightning rrestor rounding R umper Power

4 Peripheral quipment ntennas rid Parabolic Lightweight and easy to handle. Offers lower wind loading compared to solid parabolic. Solid Parabolic est performance for 2.4 and 5.8 z. May be used with radome where ice and wind conditions require. ll 5.8 z antennas are solid. lat Panel Suitable for many applications, particularly for installations requiring an antenna that is aesthetically more pleasing than a parabolic antenna, or when the depth of a parabolic may prove prohibitive. Yagi Inexpensive, limited performance antenna. ables R oax oaxial cable used to transport radio signals between the Radio requency onverter and the antenna. Signal losses vary depending on the size and quality of the coax, and the radio frequency of the transmission. I oax oaxial cable used to transport radio signal between the aseband Processor and the Radio requency onverter. ecause these signals are low in frequency, this cable may be smaller in diameter, and less efficient than the R coax. Type N common connector used for radio applications. ll TRR products, and most antenna, have Type N female connectors as coaxial connections. Lightning rrestor protection device placed in the coaxial cable to protect the radio and other system components from electrical surges originating from the antenna side. Waveguide device used in lieu of coax for transporting R signals between the Radio requency onverter and the antenna. Waveguide is much more expensive and difficult to install than coax. TRN is an ISO 9001 registered company. TRN is a TL 9000 registered company. TRR is a registered trademark of TRN, Inc. TRN is a trademark of TRN, Inc. ll other trademarks and registered trademarks mentioned in this publication are the property of their respective owners. TRN believes the information in this publication to be accurate as of publication date, and is not responsible for errors. ontent subject to change without notice. N386 ebruary TRN, Inc. ll rights reserved. Printed in the US. or More Information TRN, Inc. 901 xplorer lvd. untsville, L Pre-Sales Support application.engineering@adtran.com S S aces@adtran.com

5 It s simple! our steps ensure a successful wireless installation. Step 1 Step 2 Identify the onnectivity pplication TRN s wireless products offer a direct alternative to copper-based circuits. The first consideration is to define connectivity objectives, system requirements, and cost benefits of the proposed solution. Wireless solutions can address common scenarios: ross community, office park, water, or road traditional copper/fiber solution may require construction (lengthy, and expensive). wireless solution avoids the costs and delays. Provide access to remote locations xtending landline communications into a rural or remote location can be cost-prohibitive and time consuming. Wireless links can be deployed quickly and at a fraction of wireline deployment costs. Mobile or temporary communications Special events, emergency communications, and temporary corporate expansion are ideal for wireless quick deployment. ross carrier boundary rossing carrier boundaries can be exceptionally expensive, so a wireless alternative can offer cost-effective solutions. conomical lternative In some locations, a wireless solution achieves a faster payback and return on investment compared to equivalent landline connectivity. Step 1 also includes matching the user s equipment interfaces and bandwidth requirements with the appropriate TRN TRR wireless equipment. Site Survey hecklist The end user, an TRN ertified Wireless ealer, or the TRN S organization can perform detailed site surveys for each wireless site. ere are the key considerations: Wireless Path Identify the sites, preferably by latitude and longitude using a map or PS. If latitude and longitude are not available, the street addresses may suffice. TRR microwave systems require unobstructed Line of Sight (LOS). an you see the far end, with no obstructions? Is there any possibility of trees that will grow tall enough to interfere? re there any plans to construct buildings in the path? What is the distance between two sites? urvature of the earth may affect paths of more than seven miles ntenna The size and style of antenna will be application-dependent. enerally, it is best to use the smallest antenna that will achieve the desired performance. ow high above the ground can an antenna be installed without using a tower? ntennas can be mounted on roof, the side of a wall, pole or tower. oes the customer have rooftop or tower permits? or rooftop installations, will there be a need for structural improvements? re there any additional antennas located at this site? Installation Type There are three possible TRN system configurations to consider. These are shown in the example diagrams on the next panel. They vary depending on the R installation. Installation Rackmount Mastmount Options (Wall, Roof, Pole, Tower) R P TRR 4000 This quick reference guide organizes a TRR wireless solution into a step-by-step, easy-to-follow process outlining essential considerations for every phase of your project. Step 2 ontinued R Maximum system performance is achieved by installing the TRR R close to the antenna in order to reduce cable and connector losses. Use the TRN Link nalyzer software tool to calculate antenna size, cabling, R location and overall path performance. ables, Power, rounding, and Lightning Protection Is there adequate equipment room and rack space? ow will antenna cabling enter the facility? Penetration of walls/roofs will require permits and weatherproofing. nsure that power and grounding systems are available. Plan for lightning arrestors to insulate radio equipment. efine cable lengths. Step 3 Step 4 TRN Systems onfigurations Installation Options etailed planning guide: There is a trade-off to installing the R as mastmount or rackmount. Mastmount Rs can provide better overall system performance but may require climbing if service is required. Well designed rackmount systems can provide sufficient performance and easy indoor access. NOT: The TRR 4000 series provides an R and P integrated into a single unit and is only available in rackmount configurations TRN S (TRN ustom xtended Services) or a turnkey job, the TRN S group can provide all the necessary planning, site surveys, equipment and installation, including the construction of a tower, if necessary. TRN ertified Wireless ealer These are wireless application experts that are located regionally throughout the country. The customer can purchase TRR and peripheral equipment from these TRN Partners. TRN ertified Wireless ealers will also perform all the planning, site survey, and installation of the wireless system to ensure a successful project. ustomer Installation If the customer has radio systems expertise, a professional installation staff, and the time and resources, all TRN equipment and peripherals can be ordered from one of TRN s Wireless istributors or ertified Wireless ealer partners. Typical TRN Wireless Systems 4000 Series Integrated R Rackmount R Mastmount R I ntenna Mounting R oax Lightning rrestor R umper I umper Power rounding Mounting Kit R oax R Mounting racket Lightning rrestor I oax R umper Optional I Lightning rrestor I umper I Power rounding Mounting Pipe ntenna raket Wall Mounting R oax Lightning rrestor rounding R umper Power