The document provides information about the Adtran 1200167L1 cable assembly, including:
- It is a cable assembly that connects a D-Sub connector to a V.35 interface.
- Details are provided on how to purchase, payment options, shipping, warranty, and support services available from Launch 3 Telecom for the cable assembly.
- Specifications and installation instructions are listed for connecting the cable assembly between telecommunications equipment.
The document discusses Nortel's Mobile Equipment Identifier (MEID) solution. Key points include:
- MEID replaces Electronic Serial Number to uniquely identify mobile devices as ESNs are exhausted.
- Nortel's solution supports MEID in their CDMA and EVDO networks through software upgrades and allows configuration of MEID querying and Public Long Code Mask assignment.
- Validation of MEIDs is added in MTX15 through provisioning in the HLR and MSC to check MEIDs against records during registration and calls.
This document provides information about the NMS TX4000 product from Launch 3 Telecom, including how to purchase it, specifications, payment and shipping details, warranty, and services. It describes the TX4000 as a Dialogic NMS board supporting a specific number of SS7 links and software. Contact information and a link to view the product datasheet are provided.
Practical Radio Telemetry Systems for IndustryLiving Online
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This manual covers topics such as antennas and fixed systems. Other essentials of data communications (and Ethernet) are also reviewed as they apply to radio telemetry systems. A selection of case studies is used to illustrate the key concepts with examples of real-world radio telemetry systems in the water, electrical and processing industries.
MORE INFORMATION:
http://www.idc-online.com/content/practical-radio-telemetry-systems-industry-35?id=119
The document discusses shifting 3G voice traffic to 2G in order to increase cell throughput. It analyzes the results of a trial where inter-RAT CS thresholds were changed for various parameters like EcNo, RSCP, and thresholds for starting and stopping measurements. The trial resulted in 50 erlangs of traffic shifting from 3G to 2G. This led to improved HSDPA throughput as more codes were available for data services. It also increased inter-RAT CS handovers as expected while handover success rates remained in trend.
The document summarizes key aspects of the WCDMA physical layer. It discusses spreading and scrambling which increase signal bandwidth using channelization and scrambling codes. It describes transport channels which define how data is transferred physically, including dedicated and common channels. It also outlines physical channels such as the dedicated physical data and control channels for both uplink and downlink transmissions.
Introduction
Channel Configuration
Idle Mode Operation
Protocols
Radio resources
Measurements
Power Control
HO process
Intelligent Underlay Overlay
Handover Support for Coverage Enhanchements
The extended cell
Dynamic Hotspot
Dual band GSM/DCS Network Operation
Half Rate
HSCSD
This document from Huawei provides strategies and parameter recommendations for traffic balancing, idle mode management, handover optimization, and 2G/3G interoperability in mobile networks. It recommends using different parameter settings to control subscriber behavior and influence traffic distribution between different radio technologies and frequency layers. It also outlines Huawei's handover algorithm and provides suggested handover and power control parameter values.
1) The document describes the FPGA implementation of a digital upconverter (DUC) and digital downconverter (DDC) for a WCDMA system.
2) The DUC converts a baseband signal to an intermediate frequency signal by upsampling and mixing with a carrier frequency. The DDC performs the opposite conversion from an intermediate frequency to baseband.
3) Both circuits were designed using Xilinx System Generator and implemented on a Virtex-4 FPGA. Experimental results verified the functionality of the DUC and DDC for WCDMA signal processing.
RS232, RS485, and RS422 are recommended standards for serial communication. RS232 uses single-ended signaling and supports one transmitter and receiver, while RS485 and RS422 use balanced signaling and can connect multiple devices as transmitters and receivers. Key differences between the standards include maximum distance, data rate, signaling type, and number of connectable devices.
The document provides information about the 3Com SPA-4XOC3-POS product and how to purchase it from Launch 3 Telecom. Specifically, it details how to contact Launch 3 Telecom to buy the product, includes specifications and a datasheet link. It also provides information about payment options, shipping, warranty, and services available from Launch 3 Telecom such as repair and installation.
The document discusses the interworking strategy and parameters for multicarrier networks in Hanoi, Vietnam. It proposes two scenarios for the random camping strategy across U2100 F1, F2, and F3 carriers in the idle and connected modes. It also provides settings for inter-RAT handover between U900, U2100 and GSM networks.
After installing the TEMS software and opening the data collection window, the document discusses setting up a workspace to save drive test windows and make future tests less tedious. It then covers opening various windows needed for a 3G drive test like the serving cell information, neighbors, radio parameters, layer 3 messages, and throughput charts. Key aspects of each window are defined, such as what the active set, cell ID, scrambling code, and other parameters represent. Finally, it briefly touches on hard and soft handovers between frequencies and nodes.
This document contains parameters related to handover configuration in a mobile network. It includes basic handover parameters, cell handover data, filter/penalty data, emergency handover data, fast handover parameters and others. The basic handover parameters section defines parameters for controlling different handover triggers, including TA HO watch time, BQ HO valid time, and better cell handover enable settings.
RS-232 is a serial communication standard introduced in 1962 that defines the electrical characteristics and timing of signals used in computer serial ports. It uses a bi-directional point-to-point architecture to establish two independent channels for full duplex communication and can also carry additional control signals. While RS-232 was commonly used to connect computers to modems and printers, its limitations in speed and large connectors led to the development of newer standards like USB.
Data Communications,Data Networks,computer communications,multiplexing,spread spectrum,protocol architecture,data link protocols,signal encoding techniques,transmission media
This document provides techniques to improve IRAT KPI (Inter-RAT handover Key Performance Indicator) in a Huawei WCDMA network. It discusses two main ways: 1) basic 2G cell information and neighbor definition optimization and 2) parameter optimization. Specific steps discussed include optimizing 2G cell information sharing with 3G, checking 2G GPRS/EDGE KPI, optimizing the 2G neighbor definition, analyzing failure counters and alarms for problem 3G cells, and adjusting parameters like the 2G signal threshold, penalty time, RelocIuRelCmdTmr, and T309 timers. The goal is to ensure good 2G signal quality when 3G performs inter-RAT handovers to 2G
GSM is the most widely used mobile technology globally, with over 500 million users. However, it has limited data capabilities. GPRS provides a packet-switched way to access GSM networks for both interim and long-term packet data access. GPRS was defined in 1996 and began wide deployment in 2001, providing both voice and higher speed packet data access over GSM networks as an interim solution until 3G networks like UMTS are more widely available.
The EQC command creates a BTS in the BSDATA with the following parameters: BCF identification, BTS identification, BTS name, cell identity, frequency band in use, network colour code, BTS colour code, mobile country code, mobile network code, location area code, BTS hopping mode, hopping sequence numbers. Optional parameters include: SEG identification, SEG name, reference BTS identification, GPRS enabled, routing area code, network service entity identifier, transport type, and packet service entity identifier. After creation, the BTS is in the LOCKED state.
In telecommunications, RS-232 is a standard for serial communication transmission of data. It formally defines the signals connecting between a DTE (data terminal equipment) such as a computer terminal, and a DCE (data circuit-terminating equipment, originally defined as data communication equipment[1]), such as a modem. The RS-232 standard is commonly used in computer serial ports. The standard defines the electrical characteristics and timing of signals, the meaning of signals, and the physical size and pinout of connectors. The current version of the standard is TIA-232-F Interface Between Data Terminal Equipment and Data Circuit-Terminating Equipment Employing Serial Binary Data Interchange, issued in 1997.
The JAVAD High Speed Radio (HSR) utilizes software-defined radio architecture and advanced modulation techniques to provide high-speed point-to-point and point-to-multipoint wireless data transfer of up to 7.1 Mbps over distances of up to 2 miles. It implements advanced OFDM and error correction to achieve high data rates and reliability. The HSR supports half-duplex TDD mode for bidirectional communication and includes features such as data scrambling and power control.
The document provides details on WCDMA, including:
- WCDMA has two modes - FDD and TDD, characterized by duplex method. The chip rate is 3.84 Mcps.
- Spreading factors range from 256 to 4 in the uplink and from 512 to 4 in the downlink, allowing variable symbol rates. OVSF codes are used for channelization and Gold codes are used for cell/user separation.
- Modulation is QPSK. Carrier spacing can vary from 4.2 to 5.4 MHz. Larger spacing is used between operators to avoid interference.
The document discusses handover algorithms used in Huawei products. It begins with an introduction to handover and its objectives. The contents then describe the general handover process and its key steps: measurement and reporting, preprocessing reports, performing handover judgment, and implementing the handover. Various aspects of the algorithm are covered in detail, including classifications of handovers, penalty processing to avoid frequent handovers, and ranking candidate cells to select the target. The document provides technical details to help understand Huawei's flexible and powerful handover algorithm.
This document provides product information and instructions for purchasing an RFS APX16DWV-16DWVS Optimizer Side-by-Side Dual Polarized Antenna. It describes the key specifications and features of the antenna. It also provides information on how to purchase the antenna from Launch 3 Telecom, including payment options, shipping, warranties, and available services.
The document discusses interworking between WCDMA and LTE networks. It describes cell reselection procedures where a UE camping on a UMTS cell can reselect to an LTE cell based on priorities broadcast in system information. The UE performs measurements of LTE frequencies and reselects to a cell with higher priority if thresholds are met. Parameters for controlling cell reselection are configured using managed object models. The document also discusses PS redirections and handovers between the networks.
Full rate => Used for speech at 13 Kbits/s
or sending data at 9.6 Kbits/s
Half rate => Used for speech at 6.5 Kbits/s
or sending data at 4.8 Kbits/s
Enhanced Full rate => Used for speech at 13 Kbits/s
or sending data at 9.6 Kbits/s but
with almost Land line quality
FCCH = FREQUENCY CORRECTION CHANNEL
=> To tell the Mobile that this is the BCCH carrier
=> To able the Mobile to synchronize to the frequency
(Downlink only)
SCH = SYNCHRONISATION CHANNEL
=> Used for sending BSIC (Base station Identity Code)
=> Give TDMA frame number to the Mobile.
(Downlink only)
BCCH = BROADCAST CONTROL CHANNEL
=> Used for sending information to the mobile like
CGI (Cell Global identity), LAI (Location Area Identity),
BCCH carriers of the neighboring cells,
maximum output power allowed in the cell and other
broadcast messages like barred cell. (Downlink only)
PCH = PAGING CHANNEL
=> Used for paging the Mobile. (Downlink only)
Reason could be an incoming call or an incoming Short Message.
RACH = RANDOM ACCESS CHANNEL
=> Used for responding to the paging (terminating), Location updating
or to make call access (originating) by asking for a signaling channel.
(Uplink only)
AGCH = ACCESS GRANT CHANNEL
=> Used to allocate SDCCH to the mobile.
(Downlink only)
This document provides a high-level overview of key concepts in GSM network structure and operation for drive testing. It describes the main components of a GSM network including the mobile station, base transceiver station, base station controller, mobile switching center, home location register, visitor location register, and gateway mobile switching center. It also covers control and traffic channels, cell types, antenna tilting, and an introduction to the TEMS drive testing software.
This document provides information on purchasing a PolyPhaser IS-CS50HN-MA 800-900 MHz cellular/trunking combiner flange protector from Launch 3 Telecom. It describes how to purchase the product via phone, email, or request for quote. It also provides details on payment options, same-day shipping and order tracking, warranty, and additional services offered by Launch 3 Telecom like repairs, maintenance contracts, de-installation, and telecom equipment recycling.
This document provides information about a Cantex 5233829 SCH 40 90 Degree Elbow including how to purchase it from Launch 3 Telecom. Launch 3 Telecom offers competitive pricing, quality customer service, and same day shipping for the Cantex 5233829. They accept various payment methods and provide tracking information as well as a warranty. Launch 3 Telecom also offers services like repairs, de-installation, and asset recovery for telecom equipment.
RS232, RS485, and RS422 are recommended standards for serial communication. RS232 uses single-ended signaling and supports one transmitter and receiver, while RS485 and RS422 use balanced signaling and can connect multiple devices as transmitters and receivers. Key differences between the standards include maximum distance, data rate, signaling type, and number of connectable devices.
The document provides information about the 3Com SPA-4XOC3-POS product and how to purchase it from Launch 3 Telecom. Specifically, it details how to contact Launch 3 Telecom to buy the product, includes specifications and a datasheet link. It also provides information about payment options, shipping, warranty, and services available from Launch 3 Telecom such as repair and installation.
The document discusses the interworking strategy and parameters for multicarrier networks in Hanoi, Vietnam. It proposes two scenarios for the random camping strategy across U2100 F1, F2, and F3 carriers in the idle and connected modes. It also provides settings for inter-RAT handover between U900, U2100 and GSM networks.
After installing the TEMS software and opening the data collection window, the document discusses setting up a workspace to save drive test windows and make future tests less tedious. It then covers opening various windows needed for a 3G drive test like the serving cell information, neighbors, radio parameters, layer 3 messages, and throughput charts. Key aspects of each window are defined, such as what the active set, cell ID, scrambling code, and other parameters represent. Finally, it briefly touches on hard and soft handovers between frequencies and nodes.
This document contains parameters related to handover configuration in a mobile network. It includes basic handover parameters, cell handover data, filter/penalty data, emergency handover data, fast handover parameters and others. The basic handover parameters section defines parameters for controlling different handover triggers, including TA HO watch time, BQ HO valid time, and better cell handover enable settings.
RS-232 is a serial communication standard introduced in 1962 that defines the electrical characteristics and timing of signals used in computer serial ports. It uses a bi-directional point-to-point architecture to establish two independent channels for full duplex communication and can also carry additional control signals. While RS-232 was commonly used to connect computers to modems and printers, its limitations in speed and large connectors led to the development of newer standards like USB.
Data Communications,Data Networks,computer communications,multiplexing,spread spectrum,protocol architecture,data link protocols,signal encoding techniques,transmission media
This document provides techniques to improve IRAT KPI (Inter-RAT handover Key Performance Indicator) in a Huawei WCDMA network. It discusses two main ways: 1) basic 2G cell information and neighbor definition optimization and 2) parameter optimization. Specific steps discussed include optimizing 2G cell information sharing with 3G, checking 2G GPRS/EDGE KPI, optimizing the 2G neighbor definition, analyzing failure counters and alarms for problem 3G cells, and adjusting parameters like the 2G signal threshold, penalty time, RelocIuRelCmdTmr, and T309 timers. The goal is to ensure good 2G signal quality when 3G performs inter-RAT handovers to 2G
GSM is the most widely used mobile technology globally, with over 500 million users. However, it has limited data capabilities. GPRS provides a packet-switched way to access GSM networks for both interim and long-term packet data access. GPRS was defined in 1996 and began wide deployment in 2001, providing both voice and higher speed packet data access over GSM networks as an interim solution until 3G networks like UMTS are more widely available.
The EQC command creates a BTS in the BSDATA with the following parameters: BCF identification, BTS identification, BTS name, cell identity, frequency band in use, network colour code, BTS colour code, mobile country code, mobile network code, location area code, BTS hopping mode, hopping sequence numbers. Optional parameters include: SEG identification, SEG name, reference BTS identification, GPRS enabled, routing area code, network service entity identifier, transport type, and packet service entity identifier. After creation, the BTS is in the LOCKED state.
In telecommunications, RS-232 is a standard for serial communication transmission of data. It formally defines the signals connecting between a DTE (data terminal equipment) such as a computer terminal, and a DCE (data circuit-terminating equipment, originally defined as data communication equipment[1]), such as a modem. The RS-232 standard is commonly used in computer serial ports. The standard defines the electrical characteristics and timing of signals, the meaning of signals, and the physical size and pinout of connectors. The current version of the standard is TIA-232-F Interface Between Data Terminal Equipment and Data Circuit-Terminating Equipment Employing Serial Binary Data Interchange, issued in 1997.
The JAVAD High Speed Radio (HSR) utilizes software-defined radio architecture and advanced modulation techniques to provide high-speed point-to-point and point-to-multipoint wireless data transfer of up to 7.1 Mbps over distances of up to 2 miles. It implements advanced OFDM and error correction to achieve high data rates and reliability. The HSR supports half-duplex TDD mode for bidirectional communication and includes features such as data scrambling and power control.
The document provides details on WCDMA, including:
- WCDMA has two modes - FDD and TDD, characterized by duplex method. The chip rate is 3.84 Mcps.
- Spreading factors range from 256 to 4 in the uplink and from 512 to 4 in the downlink, allowing variable symbol rates. OVSF codes are used for channelization and Gold codes are used for cell/user separation.
- Modulation is QPSK. Carrier spacing can vary from 4.2 to 5.4 MHz. Larger spacing is used between operators to avoid interference.
The document discusses handover algorithms used in Huawei products. It begins with an introduction to handover and its objectives. The contents then describe the general handover process and its key steps: measurement and reporting, preprocessing reports, performing handover judgment, and implementing the handover. Various aspects of the algorithm are covered in detail, including classifications of handovers, penalty processing to avoid frequent handovers, and ranking candidate cells to select the target. The document provides technical details to help understand Huawei's flexible and powerful handover algorithm.
This document provides product information and instructions for purchasing an RFS APX16DWV-16DWVS Optimizer Side-by-Side Dual Polarized Antenna. It describes the key specifications and features of the antenna. It also provides information on how to purchase the antenna from Launch 3 Telecom, including payment options, shipping, warranties, and available services.
The document discusses interworking between WCDMA and LTE networks. It describes cell reselection procedures where a UE camping on a UMTS cell can reselect to an LTE cell based on priorities broadcast in system information. The UE performs measurements of LTE frequencies and reselects to a cell with higher priority if thresholds are met. Parameters for controlling cell reselection are configured using managed object models. The document also discusses PS redirections and handovers between the networks.
Full rate => Used for speech at 13 Kbits/s
or sending data at 9.6 Kbits/s
Half rate => Used for speech at 6.5 Kbits/s
or sending data at 4.8 Kbits/s
Enhanced Full rate => Used for speech at 13 Kbits/s
or sending data at 9.6 Kbits/s but
with almost Land line quality
FCCH = FREQUENCY CORRECTION CHANNEL
=> To tell the Mobile that this is the BCCH carrier
=> To able the Mobile to synchronize to the frequency
(Downlink only)
SCH = SYNCHRONISATION CHANNEL
=> Used for sending BSIC (Base station Identity Code)
=> Give TDMA frame number to the Mobile.
(Downlink only)
BCCH = BROADCAST CONTROL CHANNEL
=> Used for sending information to the mobile like
CGI (Cell Global identity), LAI (Location Area Identity),
BCCH carriers of the neighboring cells,
maximum output power allowed in the cell and other
broadcast messages like barred cell. (Downlink only)
PCH = PAGING CHANNEL
=> Used for paging the Mobile. (Downlink only)
Reason could be an incoming call or an incoming Short Message.
RACH = RANDOM ACCESS CHANNEL
=> Used for responding to the paging (terminating), Location updating
or to make call access (originating) by asking for a signaling channel.
(Uplink only)
AGCH = ACCESS GRANT CHANNEL
=> Used to allocate SDCCH to the mobile.
(Downlink only)
This document provides a high-level overview of key concepts in GSM network structure and operation for drive testing. It describes the main components of a GSM network including the mobile station, base transceiver station, base station controller, mobile switching center, home location register, visitor location register, and gateway mobile switching center. It also covers control and traffic channels, cell types, antenna tilting, and an introduction to the TEMS drive testing software.
This document provides information on purchasing a PolyPhaser IS-CS50HN-MA 800-900 MHz cellular/trunking combiner flange protector from Launch 3 Telecom. It describes how to purchase the product via phone, email, or request for quote. It also provides details on payment options, same-day shipping and order tracking, warranty, and additional services offered by Launch 3 Telecom like repairs, maintenance contracts, de-installation, and telecom equipment recycling.
This document provides information about a Cantex 5233829 SCH 40 90 Degree Elbow including how to purchase it from Launch 3 Telecom. Launch 3 Telecom offers competitive pricing, quality customer service, and same day shipping for the Cantex 5233829. They accept various payment methods and provide tracking information as well as a warranty. Launch 3 Telecom also offers services like repairs, de-installation, and asset recovery for telecom equipment.
This document provides information about an Ericsson RPM 513 1118/02130 CDU-BUS CABLE, including:
1) Details on purchasing the cable from Launch 3 Telecom, including contact information, payment options, and same-day shipping.
2) An overview of Launch 3 Telecom as a supplier of telecom hardware and genuine Ericsson replacement parts.
3) Additional services offered by Launch 3 Telecom related to the cable, such as repairs, maintenance contracts, de-installation, and recycling.
This document provides information about purchasing a Roxtec ROXEM20W40 20 x 40mm EzEntry Module from Launch 3 Telecom. It describes payment and shipping options, same-day shipping availability, warranty and return policies, and additional repair and installation services offered by Launch 3 Telecom. Customers can purchase the product by phone, email or online form and receive order confirmation and tracking information.
This document provides information about the Kathrein 800-10504 65属 Panel Antenna, including how to purchase it from Launch 3 Telecom. Launch 3 Telecom offers competitive pricing on telecom equipment like the Kathrein 800-10504 and provides services including same-day shipping, warranty, repairs, and de-installation/recycling of equipment. They accept various payment methods and can ship items worldwide.
This document provides information about the Kathrein 2430956 product. It is a 2-stack 38' hardware item with a 1-14' through component. It can be purchased from Launch 3 Telecom by calling, emailing, or filling out a request form on their website. Launch 3 Telecom offers same-day shipping once an order is placed and provides warranty and customer support for items purchased.
This document provides information about purchasing an Andrew C240-NMNM-15 jumper. It includes contact information for purchasing, descriptions of payment and shipping options, and details about the warranty. It also lists additional services provided by Launch 3 Telecom such as repairs, maintenance contracts, de-installation, and telecom equipment recycling.
The document provides information about the Andrew RR65-17-00DPL2 DualPol Antenna, including how to purchase it, specifications, warranty, and related services from Launch 3 Telecom. The antenna operates from 1850-1990 MHz, has a gain of 14.4/16.5 dBd/dBi, 65 degree azimuth beamwidth, and features heavy upper sidelobe suppression to minimize interference between cell sites. Launch 3 Telecom offers same day shipping and product repairs for the Andrew RR65-17-00DPL2 DualPol Antenna.
This document provides information about purchasing an Alcatel-Lucent BNJ39B CDMA HI DATA RCVR MDM EVM-RX from Launch 3 Telecom. It describes how to purchase the product via phone, email, or by sending a request for quote online. It also provides details about payment options, same-day shipping and tracking, warranty, and additional repair and installation services offered by Launch 3 Telecom.
This document provides information about purchasing a Siemens S32011Q20A1011 part. It can be purchased by calling or emailing Launch 3 Telecom or clicking a link to send a request for quote. Launch 3 Telecom is an experienced telecom supplier that offers competitive pricing, quality service, and genuine Siemens replacement parts. Orders for the part can be placed with a credit card or purchase order and will generally ship the same day if placed before 3PM EST. The part will be tracked and includes a warranty and return policy. Launch 3 Telecom also offers services like repairs, maintenance contracts, de-installation, and recycling.
The document provides information about the GarrettCom ES42H-48VDC-SPFT Magnum ES42 Hardened Switch, including how to purchase it from Launch 3 Telecom, payment and shipping options, warranty information, and additional services offered by Launch 3 Telecom such as repair, maintenance contracts, and de-installation.
This document provides information about purchasing an STI 1900E-F product from Launch 3 Telecom. It describes the product, including the manufacturer and part number. It also details payment and shipping options and provides a warranty. Additional services offered by Launch 3 Telecom like repairs, maintenance contracts, and de-installation are mentioned.
This document provides information about purchasing Stackable Snap-In Hangers from Launch 3 Telecom. It describes the product, including part number and description. It outlines payment and shipping options and notes that same-day shipping is available for orders placed by 3PM EST. It also provides details about the warranty and customer service. Additional services offered by Launch 3 Telecom are repair, maintenance contracts, de-installation, consignment, and recycling.
This document provides information about purchasing a PCTEL MFB365010 product from Launch 3 Telecom. It describes the product as a 3.65-3.7 GHz, 10 DBI gain, omnidirectional antenna. It provides contact information for purchasing, details on payment and shipping options, as well as Launch 3 Telecom's return policy. Additional services offered by Launch 3 Telecom including repairs, maintenance contracts, de-installation, and recycling are also mentioned.
This document provides information about purchasing an Octel 244-2082-201 product from Launch 3 Telecom. It describes how to purchase the product via phone, email, or by submitting a request for quote online. It also details Launch 3 Telecom's payment options, same-day shipping policy, warranty, and additional repair and logistics services available.
This document provides information about purchasing an American Terminal AT-10-100 BK part. It describes the part, provides contact information for purchasing, and details shipping and warranty policies. Launch 3 Telecom is presented as a supplier of this part as well as related telecom equipment services such as repair, maintenance contracts, installation, and recycling.
Launch 3 Telecom sells Nortel NTMX77AA DMS-100 8MB processors and offers related services. They have been in business since 2003 and provide quality customer service and competitive pricing. Purchases can be made by phone, email, or online. Orders are shipped same day if placed before 3PM and tracking is provided. A warranty and return policy is included. Additional services offered include repairs, maintenance contracts, de-installation, storage, and more.
This document provides product details and purchasing information for a Commscope-Andrew D54G01P82 power distribution unit. It includes specifications for the unit, diagrams of its block diagram and outline, purchasing instructions through Launch 3 Telecom including payment methods and shipping, and information on related services provided by Launch 3 Telecom like repair and installation.
This document provides product details and purchasing information for the Powerwave P65-16-XLH-RR dual broadband antennas. Key details include the antennas' frequency bands of 698-894 MHz and 1710-2170 MHz, dual linear polarization, horizontal beam width of 65 degrees, gain between 15.1-17.2 dBi, and ability to be purchased through Launch 3 Telecom which provides telecom equipment and services.
The document provides information about an Andrew 641280-DF-9-DCB crossband coupler product, including how to purchase it, payment options, shipping details, warranty, and additional services available from Launch 3 Telecom related to the product such as repair, maintenance contracts, de-installation, and recycling of telecom equipment. Launch 3 Telecom specializes in installation and repair of various telecom systems and equipment.
This document provides product information and purchasing details for the Argus 020-584-20 SM03 24VDC Distribution Center. It is a plug-in type breaker distribution center with 16 load breaker positions and front access. The document describes the product, including its specifications, options, and contact information for purchasing. It also provides information about the manufacturer, Launch 3 Telecom, including their product expertise, services, and customer support.
This document provides information about purchasing a Cisco WIC-2T, including:
- Contact information for purchasing the Cisco WIC-2T and links to documentation
- Details about same day shipping and tracking, payment options, and warranty support
- An overview of additional services provided by Launch 3 Telecom like repairs, maintenance contracts, and de-installation of equipment
The document provides product information and specifications for the Andrew TMBX-6516-R2M dual-polarization panel antenna. It details the antenna's electrical and mechanical specifications including frequency range, gain, polarization, wind load tolerance, and dimensions. Additionally, it provides ordering information and contact details for Launch 3 Telecom, the supplier of the antenna. Performance patterns and diagrams of the antenna's azimuth and elevation radiation patterns are also included.
This document provides information about purchasing and obtaining support for a Cisco WIC1T product from Launch 3 Telecom. It describes payment and shipping options, same-day shipping and tracking availability, warranty information, and additional repair and installation services available from Launch 3 Telecom. Contact information is provided to purchase or get more information about the Cisco WIC1T.
This document provides product information and specifications for the Kaelus DBC2037F1V1-1 broadband diplexer. It combines lower frequency bands of 698-960 MHz with higher AWS/PCS bands of 1710-2170 MHz. Key features include integrated AISG modem and monitor port, auto select DC/AISG pass, and lightning protection. Specifications include insertion loss, return loss, isolation, phase and group delay variation, power handling, and environmental ratings. Diagrams show the electrical and mechanical design, including connectors, dimensions, weight and mounting options.
This document provides product specifications for a 123eWireless FDH1206-24S50-45M HELIAX FiberFeed Direct cable. It includes details on ordering, payment, shipping, warranty and repair services available from Launch 3 Telecom for this product. Specifications listed are for a direct breakout trunk cable with 24 single-mode fibers and 12 power conductors in outdoor DLC tails.
This document provides information about purchasing an Andrew EPD3603-DCS6 power distribution unit kit from Launch 3 Telecom. It includes details on payment options and same day shipping. The document also describes Launch 3 Telecom's warranty, repair, and other telecom services. Specifications of the EPD3603-DCS6 kit and its included components are listed at the end.
The document describes the Alcatel-Lucent BNJ37B, which is a ONEBTS 64-CHANNEL MODEM CMUIII. It can support up to 8 carriers per frame with 3 sectors. Launch 3 Telecom sells the BNJ37B and provides services including repair, maintenance contracts, de-installation, and recycling of telecom equipment. They guarantee satisfaction with the BNJ37B purchase through their warranty and return policy.
This document provides information about purchasing a Powerwave 7072.30 Layer One Converter Master unit from Launch 3 Telecom. It details payment and shipping options, and notes that Launch 3 offers warranty support, repair services, and other telecom equipment services. The technical specifications of the Powerwave 7072.30 are also listed.
This document provides product details and specifications for the Powerwave P65-17-XLH-RR dual band antenna. It lists key details like frequency bands, gain, dimensions, mounting options, and electrical and mechanical specifications. Additional information is given on the company Launch 3 Telecom that sells the antenna, including payment and shipping options as well as repair and installation services they provide.
This document provides an overview of the Cisco 12000 Series Gigabit Switch Routers. It describes the key features and capabilities of the Cisco
12000 series including scalable bandwidth up to 80Gbps, high-density interfaces, redundancy, hot-swap capability, and carrier-class design. It
also discusses the distributed routing architecture, scalable performance through intelligent line cards, and ability to support services through
Cisco IOS software.
The document provides information about the Alcatel-Lucent BNJ55B, which is a CDMA 128 channel modular modem that supports flexible
enterprise networks. It can be purchased from Launch 3 Telecom for telecom equipment needs. Launch 3 Telecom provides same day shipping
and warranty support for the BNJ55B and offers additional services like repairs, maintenance contracts, and de-installation.
This document provides product information and specifications for the Kaelus DBC0037F1V2-1 dual band combiner. It combines lower frequency bands of 698-960 MHz with higher AWS/PCS bands of 1710-2170 MHz. The document includes details on purchasing, warranty, shipping and available services from the distributor Launch 3 Telecom. Technical specifications are provided that describe the electrical and mechanical characteristics as well as environmental ratings of the combiner.
The document provides product details for the Powerwave OS-1921-H0-XXX outdoor booster system. It includes specifications such as operating frequency range of 1930-1990 MHz downlink and 1850-1910 MHz uplink, maximum output power of 160 watts, dimensions of 407 x 863 x 838 mm, and operating temperature range of -20 to +50 degrees Celsius. It can support up to two modules and sectors. The document also describes purchase and warranty information from the vendor Launch 3 Telecom.
The document provides information about the Andrew ATC300-1000 controller, including how to purchase it, specifications, warranty, and services offered by Launch 3 Telecom related to the product. The ATC300-1000 is a controller that manages remote antennas and transmission line amplifiers over a network, with one AISG and six SMB ports. It supports up to 32 devices and can operate with -48Vdc or +24Vdc power.
This document provides product details and specifications for the Alcatel-Lucent BNJ40B CDMA HI DATA TRMTR MDM. It is a high capacity CDMA base station that can support up to 8 carriers per frame and brings outstanding carrier density and OPEX savings. The document lists technical specifications such as frequency bands, vocoder support, environmental requirements, power options and consumption levels. It also describes features around carrier growth, channel elements, and operational accessories.
This document provides information about the Alcatel-Lucent BNJ47B CDMA EVOLN TRMTR PK FLEXENT transmitter card. It can be purchased from Launch 3 Telecom for CDMA networks and connects to an BNJ48B EVR card with an SCSI cable in an Alcatel-Lucent MOD 4 chassis. The document describes payment and shipping options for purchasing the item from Launch 3 Telecom and their repair, maintenance and other telecom services.
2. Adtran 1200167L1
CABLE ASSY,D-SUB TO V.35
_______________________________________
How to Buy
Call: 1-877-878-9134 for this product Email: sales@launch3.net Click to send an RFQ:
http://www.launch3telecom.com/adtran/1200167l1.html
3. Part number: 1200167L1 Datasheets: https://www.launch3telecom.com/shared_
media/datasheet/Total_Access_1500_Dual_
Nx56_64_Data_Service_Unit_Data_Port__D
SU_DP__Job_Aid.pdf
Manufacturer: Adtran Weight: N/A
Title: CABLE ASSY,D-SUB TO
V.35
Category: N/A
Description: CABLE ASSY,D-SUB TO
V.35
Genre: N/A
Heci: N/A
Part Page URL:
4. About Us
Launch 3 Telecom is your one stop shop for all your Telecom and Data/Networking
Hardware needs and genuine Adtran replacement parts. We have loyally served our
customers since 2003. Our product expertise, quality customer service, competitive pricing
-on items like this Adtran 1200167L1 -- are a few of the reasons why more telecom
professionals buy from Launch 3 Telecom every day.
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Payment and Processing
We accept Visa, Mastercard, American Express and Paypal payments for this Adtran
1200167L1. We can also accept Purchase Orders for Net Terms upon approval. Launch 3
Telecom does have a Government Cage Code so if this is for a Government purchase please
tells us! You may also call us at 877-878-9134 or email us at sales@launch3.net for our
credit card form. Please call us today to purchase this Adtran 1200167L1 item while
inventory and sale last.
5. Same Day Shipping, Order Confirmation and Order
Tracking
Once your order is placed for the Adtran 1200167L1, you may select from several shipping
methods, including UPS, Federal Express, DHL, USPS, 3 day, 2 day, overnight and
international methods. Orders received and approved before 3PM EST will generally ship
the same business day. You will receive an order confirmation email for your Adtran
1200167L1 along with the tracking number as soon as it is available. The tracking number
will allow you to track your shipment in real time. We pack the Adtran 1200167L1 in anti-
static bubble wrap to ensure safe delivery. We will combine multiple items in one shipment
whenever possible to save on shipping time and costs. Because we have several
distribution points and vendor locations, sometimes orders will be divided into multiple
shipments, but never at extra cost to you.
_______________________________________
Warranty
Every item you purchase from us includes a warranty and our hassle-free return policy. We
stand by our product and your satisfaction is our goal. If you ever have questions or
concerns about your Adtran 1200167L1 order, simply contact our Customer Service
Department at 877-878-9134, Monday - Friday, 9 AM - 5 PM EST. Friendly customer service
reps are available to assist you with your order.
6. Services from Launch 3 Telecom
Launch 3 Telecom can also repair the Adtran
1200167L1, provides maintenance contracts,
De-installation, Telecom Consignment and
Recycling. Please contact Launch 3 Telecom to
learn more about these services! Launch 3
Telecom specializes in installation of all
telecom related systems. Our team is equipped
to handle all telecom equipment including
cellular, Fixed Wireless, WiMAX, Central Office,
and more. No project is too small or too big,
and each is handled by a dedicated telecom
professional.
De-Installation - Our Network Installation
Experts will properly de-install your equipment,
package it, and ship it to our warehouse for
storage.
Testing - Our team of technicians will inspect
each piece of equipment thoroughly. If a piece
of equipment needs repair, well provide the
resources and technology to guarantee each
piece is ready to be sold.
Asset Recovery - We can store your equipment
in one of our expansive warehouses located
around the country until your equipment is
sold so you can save on storage costs and avoid
cluttering your equipment floor.
Repair Services - Launch 3 Telecom is your one-
stop solution to your entire Telecom
Equipment & System repair. Our team of
dedicated professionals will get your system
back up and running quickly and efficiently. We
repair cell sites, central office switching,
combiners, data networking, transmission,
power supplies, microwave, radios, IP Cameras,
Sonet /SHD, power, power amps, CDMA, GSM,
TDMA, and PBX Keyphone.
Third Party Logistics - If you are currently
operating a direct route or if you are interested
in setting one up, Launch 3 Telecom would like
to discuss the opportunity of sending you
traffic. Contact us today to speak to a Call
Termination Specialist for more details at
voip@launch3telecom.com
7. Total Access 1500 Dual Nx56/64 Data Service Unit Data Port (DSU DP) CLEI: VAL4NS0D_ _ Product P/N: 1180025L1 Issue Date: 0803
Document P/N: 61180025L1-22B DESCRIPTION INSTALLATION The Total Access 1500 Dual Nx56/64 is a DSU data port with two circuits that
each deliver T1 data over a V.35 interface. The unit is designed specifically for the Total Access 1500 chassis. Each circuit of the Dual Nx56/64
can be craft provisioned to provide up to 24 channels in increments of N=56 or 64k, or one channel. Design operation is to transmit or receive
high rate synchronous data from data terminal equipment (DTE) over T1. Transmission data rates for each circuit of the Dual Nx56/64 range
from 56 kbps to 1.536 Mbps using noncontiguous bandwidth assignment. The Dual Nx56/64 features: After unpacking the Dual Nx56/64,
inspect it for damage. If damage is noted, file a claim with the carrier and then contact ADTRAN. For more information, refer to the warranty.
Noncontiguous bandwidth assignment Built-in DSU Two circuits with synchronous operation to 1.536 Mbps in increments of 56/64
kbps 50% duty cycle output clock at all rates Hot swappable User provisioned via craft interface on SCU Status Yellow Dual Nx56/64 is
in test mode Yellow Flashing No DS0s have been assigned Red Dual Nx56/64 failure ; T1 down ; No data transfer RD Green Transmitting
data from the customer to the network (T1) TD Green Receiving data from the network and transmitting to the customer (V.35) d. Login and
navigate through ADMIN port menu structure Option Description Default Circuit Selects the active port Port 1 Channel Rate Selects
channel data rate: 64 kbps 56 kbps 5. Navigate through menus to perform desired function. NOTE: To traverse through the menus, select
the desired entry and press Enter. To work backwards in the menu, press ESC (escape key.) Normal DSR follows DTR Forced ON DSR
forced on and DTR ignored Normal CTS follows RTS Forced ON CTS forced on and RTS ignored DCD Normal DCD active when loops in
sync and/or T1 carrier present Forced ON Causes DCD to be forced on always CLOCK Auto Measures the delay between the DTE data
and its clock and automatically selects between Internal and INT-INV Internal Allows the Nx56/64 to provide transmit data clock External
Derives DTE transmit clock from the DTE device Internal Invert Inverted form of the DTE TX CLK setting a. Connect VT100 compatible
terminal to SCU. b. Select the online LIU. c. Set the bank mode to manual map. d. Select the time slot assignment option. e. Select the T1 to
assign time slots from. 64 kbps CTS NOTE: To ensure proper display background, select VT100 Terminal Emulation under settings. 6.
Allocate channels to the Dual Nx56/64. Provisioning Options DSR 4. Connect VT100 compatible terminal to SCU faceplate ADMIN port. Craft
port settings are: 9600 baud, no parity, 8 data bits, 1 stop bit, and no flow control. c. If using Windows HyperTerminal, open by selecting
Programs/Accessories/HyperTerminal Dual Nx56/64 is operating normally 2 2. Check STAT LED for operational status. 3. Assess Provisioning.
The factory default settings are listed in the Provisioning Options table. If further provisioning is desired proceed to step 4. b. Run terminal
emulation program Description Green STAT 1. Insert Dual Nx56/64 into any two consecutive slots of the Total Access 1500 chassis. To insert,
hold the Dual Nx56/64 by the faceplate while supporting the bottom edge of the card. Align the card edge with the guide grooves in the first
of the two consecutive slots chosen to install the card in. Insert into chassis until the edge connector seats firmly into the chassis backplane.
Lock the unit in place by pushing in on the locking lever. a. Connect DB-9 cable FRONT PANEL LEDS Label To install the Dual Nx56/64,
perform the following steps: Normal Normal Normal Auto f. Select the time slot to assign to a port of the Dual Nx56/64. g.
8. Enter the slot that contains the Dual Nx56/64 (i.e. if the card takes up slots 23 and 24 of the bank, enter slot 23.) h. Select the appropriate port
of the Dual Nx56/64 to assign the time slot to. i. Select option 3 to assign the DS0. j. Select Yes to confirm the assignment or No to cancel
assignment. _x000C_Total Access 1500 CLEI: VAL4NS0D_ _ Product P/N: 1180025L1 Dual Nx56/64 Data Service Unit Data Port (DSU DP) 7.
Allocate a range of channels to the Dual Nx56/64. a. Perform steps 6a through 6e. b. Select the first time slot in the range of time slots that is
to be assigned to a port of the Dual Nx56/64. c. Perform steps 6g and 6h. d. Select option 4 to assign a range of DS0s. Issue Date: 0803
Document P/N: 61180025L1-22B CONNECTIONS All connections are made through the double stacked DB-26 connectors on the faceplate of
the Dual Nx56/64. A DB-26 to V.35 cable (P/N 1200167L1) is available to provide a V.35 interface. Wiring Connections DB-26 e. Enter the
range (the range should be entered starting with the first DS0, then entering a dash or slash, and finally entering the last DS0.) V.35 Name a.
Select the T1 to remove time slots from, at the time slot assignment screen. Pin Name 1 A Frm Gnd RTS 8. Remove a channel from the
Dual Nx56/64. Pin Frm Gnd 4 C RTS CTS DSR 7, 21 B Sig GND 8 F CD TxD A NOTE: To remove multiple time slots change the bank mode
to single T1. The LIU will remove all assigned time slots in use and assign all cards in shelf the appropriate time slots depending on their
position in the shelf. CTS E CD c. Select option 3 to remove time slot. D 6 Sig GND b. Select the time slot you want to remove. 5 DSR 9 P
TxD A TxD B 10 S TxD B RxD A 11 R RxD A RxD B 12 T RxD B Ext TxC A 13 U Ext TxC A RI 17 J RI TESTING To access the test menu,
select the access module menu, then select the slot containing the Dual Nx56/64 to test, and finally select the test option. LL The test loops
back the entire data stream from the Dual Nx56/64 511 Test Pattern Forces the Dual Nx56/64 to send a 511 data pattern across the T1 20
H DTR 22 Y TxC A 23 AA TxC B RxC A 24 V RxC A RxC B 25 X RxC B Ext TxC B 26 W Ext TxC B Network Loopback controller, or the Dual
Nx56/64 can initiate a network loopback from a remote unit using a V.54 test pattern. TM TxC A Provides complete diagnostic picture of
the V.35 interface path. Test can be initiated through the menu interface of the system LL NN TxC B to the DTE. Data is looped back
across the T1. L 19 DTR DTE Loopback 18 TM NOTE: The loopbacks are used in conjunction with bit error rate test (BERT) equipment.
COMPLIANCE The Dual Nx56/64 is intended to be installed in a Restricted Access Location. over all channels to help with debugging.
Configuration Code MAINTENANCE The Dual Nx56/64 does not require routine hardware maintenance for normal operation. ADTRAN does
not recommend that repairs be attempted in the field. Repair services may be obtained by returning the defective unit to ADTRAN. Refer to
the warranty for further information. Field support for software is provided through upgrade facilities. Input Output Power Code (PC) C C
Telecommunication Code (TC) Installation Code (IC) A This device complies with Part 15 of the FCC
9. 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 operation. Changes or modifications not expressly approved by
ADTRAN could void the users authority to operate this equipment. PRICING AND AVAILABILITY 800.827.0807 For more information, refer to
the Installation and Maintenance Practice (P/N 61180025L1-5) available online at www.adtran.com. Warranty: ADTRAN will replace or repair
this product within the warranty period if it does not meet its published specifications or fails while in service. Warranty information can be
found online at www.adtran.com/warranty. 息2008 ADTRAN, Inc. All Rights Reserved. TECHNICAL SUPPORT 800.726.8663 C A U T I O N !
SUBJECT TO ELECTROSTATIC DAMAGE OR DECREASE IN RELIABILITY. HANDLING PRECAUTIONS REQUIRED. RETURN FOR REPAIR 256.963.8722
*61180025L1-22B* _x000C_