The document provides an overview of the Tellabs 5500 NGX-S Transport Switch, which is a high-density transport switch that can support 100% wideband and broadband services. It enables service providers to save over 30% in capital and operating expenses compared to current networks, while shrinking floor space needs by up to 75%. The switch supports non-blocking switching of up to 336 STS-1s or 9,408 VT1.5s in a single compact platform.
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 AN/PRS-12 is a lightweight, portable satellite communications system that allows warfighters to receive bandwidth and information directly in the field. Weighing only 22 lbs, it can be carried in a rucksack and set up within minutes to receive high-bandwidth multimedia and data broadcasts, including full motion video, over military Ka-band satellites. The simple and intuitive interface requires minimal training and enables delivery of critical intelligence and situational awareness directly to combat teams on the battlefield.
Telecordia NIST/WSTS Workshop: Mobile Backhaul SynchronizationADVA
Check out the Mobile Backhaul Synchronization slides that Gil Biran will be presenting at this week's Telecordia NIST/WSTS workshop in San Jose, California
Sspi day out_2014_teledyne-paul_sandovalSSPI Brasil
This document summarizes Teledyne Paradise Datacom's Q-Net VSAT solution for providing medium to high utilization satellite communication networks. Key features highlighted include software-defined SCPC modems, fiber transceivers, HPAs, antenna systems, and integrated terminal designs. Financial analysis shows the Q-Net solution provides bandwidth savings of up to 3.6 MHz and cost savings of up to $5.1 million over 36 months compared to traditional SCPC and VSAT networks. Advanced network management capabilities are also discussed.
The document discusses the Time Synchronized Channel Hopping (TSCH) mode of the IEEE 802.15.4e standard for low-power and lossy networks. It provides an overview of how TSCH enables deterministic communication through time synchronization, channel hopping, and scheduled transmissions. It also outlines the role of the ROLL working group in developing an architecture that integrates 6LoWPAN, RPL, and other standards with the TSCH mode at the MAC layer to provide IPv6 connectivity over low-power and lossy networks.
Field Measurement Options for Network OperatorsADVA
The document discusses field measurement options for network operators to monitor synchronization. It describes how synchronization probes can be used to monitor slave clocks, boundary clocks, and the network by measuring time error, time interval error, and mean time interval error. Probes can monitor clocks and network paths passively by tapping signals or actively by exchanging precision time protocol messages. This allows operators to ensure synchronization quality and detect any issues to help meet new stringent time and phase requirements for next generation networks.
This document contains an agenda for a seminar on telecommunication systems from 0G to 5G. It discusses the history and key technologies of each generation including multiplexing used, subscriber identities, handover processes, roaming, and capacity per site. It also covers topics like frequency bands, mobility and session management protocols, authentication, and indoor radio planning tools.
What is 5G NR all about? Check out this presentation to see all the key design components of this new unifying air interface for the next decade and beyond.
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 AN/PRS-12 is a lightweight, portable satellite communications system that allows warfighters to receive bandwidth and information directly in the field. Weighing only 22 lbs, it can be carried in a rucksack and set up within minutes to receive high-bandwidth multimedia and data broadcasts, including full motion video, over military Ka-band satellites. The simple and intuitive interface requires minimal training and enables delivery of critical intelligence and situational awareness directly to combat teams on the battlefield.
Telecordia NIST/WSTS Workshop: Mobile Backhaul SynchronizationADVA
Check out the Mobile Backhaul Synchronization slides that Gil Biran will be presenting at this week's Telecordia NIST/WSTS workshop in San Jose, California
Sspi day out_2014_teledyne-paul_sandovalSSPI Brasil
This document summarizes Teledyne Paradise Datacom's Q-Net VSAT solution for providing medium to high utilization satellite communication networks. Key features highlighted include software-defined SCPC modems, fiber transceivers, HPAs, antenna systems, and integrated terminal designs. Financial analysis shows the Q-Net solution provides bandwidth savings of up to 3.6 MHz and cost savings of up to $5.1 million over 36 months compared to traditional SCPC and VSAT networks. Advanced network management capabilities are also discussed.
The document discusses the Time Synchronized Channel Hopping (TSCH) mode of the IEEE 802.15.4e standard for low-power and lossy networks. It provides an overview of how TSCH enables deterministic communication through time synchronization, channel hopping, and scheduled transmissions. It also outlines the role of the ROLL working group in developing an architecture that integrates 6LoWPAN, RPL, and other standards with the TSCH mode at the MAC layer to provide IPv6 connectivity over low-power and lossy networks.
Field Measurement Options for Network OperatorsADVA
The document discusses field measurement options for network operators to monitor synchronization. It describes how synchronization probes can be used to monitor slave clocks, boundary clocks, and the network by measuring time error, time interval error, and mean time interval error. Probes can monitor clocks and network paths passively by tapping signals or actively by exchanging precision time protocol messages. This allows operators to ensure synchronization quality and detect any issues to help meet new stringent time and phase requirements for next generation networks.
This document contains an agenda for a seminar on telecommunication systems from 0G to 5G. It discusses the history and key technologies of each generation including multiplexing used, subscriber identities, handover processes, roaming, and capacity per site. It also covers topics like frequency bands, mobility and session management protocols, authentication, and indoor radio planning tools.
What is 5G NR all about? Check out this presentation to see all the key design components of this new unifying air interface for the next decade and beyond.
This document provides instructions for setting up and configuring OTV (Overlay Transport Virtualization) in a lab environment to connect two data center sites. The key steps include:
1. Setting up the physical lab topology with two Nexus 7000 switches acting as OTV edge devices in each site, with dedicated VDCs for OTV.
2. Configuring OTV features and licenses on the edge devices, defining the site VLAN and extended VLANs, and configuring join interfaces to connect the devices.
3. Creating overlay interfaces on the edge devices and associating the control and data multicast groups.
4. Verifying the OTV configuration and checking for adjacencies between edge devices
Flow Chart describes RET Alarms Troubleshooting in Huawei Node-B
* ALM-26751 RET Antenna Motor Fault
* ALM-26752 ALD Hardware Fault
* ALM-26754 RET Antenna Data Loss
* ALM-26753 RET Antenna Not Calibrated
* ALM-26541 ALD Maintenance Link Failure
* ALM-26530 RF Unit ALD Current Out of Range
* ALM-26531 RF Unit ALD Switch Configuration Mismatch
* ALM-26757 RET Antenna Running Data and Configuration Mismatch
LTE Carrier Aggregation Technology Development and Deployment Worldwide Muhammad Yahya
The document discusses carrier aggregation (CA) in LTE networks. It provides an overview of 3GPP specifications for CA, including supported CA combinations and configurations defined in Release 10, 11 and 12. It describes the process by which new CA combinations are specified in 3GPP and lists the LTE frequency bands. The document also summarizes key CA technology aspects such as benefits, deployment scenarios, device implementations and future enhancements.
5G-NR (New Radio) is the 5G wireless standard developed by 3GPP to support both sub-6 GHz and mmWave spectrum. It supports three main use cases - enhanced mobile broadband (eMBB), massive machine-type communications (mMTC), and ultra-reliable low-latency communications (URLLC). 5G-NR can operate in both non-standalone and standalone modes, with non-standalone relying on the existing 4G LTE network for core functionality and standalone operating independently. Key 5G technologies include higher peak data rates up to 20 Gbps, lower latency around 1 ms, support for high mobility up to 500 km/h, and ability to connect a massive number of devices
1) 5G NR standardization and deployments are progressing with non-standalone deployments in 2017-2019 and standalone expected in 2020.
2) 5G NR introduces improvements like flexible numerology, scalable transmission time interval, and self-contained subframes to enable low latency communications.
3) Beamforming and massive MIMO techniques along with hybrid beamforming architectures help support high bandwidth and capacity requirements of 5G networks.
This presentation discusses Gilat Satellite Networks' SkyEdge-II Accent satellite communications system. It summarizes that the system allows for both TDMA and SCPC operation, providing more efficient bandwidth usage. Case studies are presented showing how the system can be used for cellular backhaul, ISP connectivity in Africa, and business continuity applications. The unified system allows remote terminals to dynamically switch between TDMA and SCPC modes based on traffic conditions.
The Diamondback AutoAQYR Terminal is a portable satellite terminal that provides high-speed internet access of up to 40Mbps downstream and 10Mbps upstream to remote locations via satellite. It is a rugged and lightweight system that can be set up in less than 10 minutes without tools. The terminal is used by field reporters, emergency responders, and other workers who require internet connectivity in areas without other infrastructure. It provides an affordable option for satellite networking through a compact, portable design suitable for harsh environments.
The document discusses securing the management, control, and data planes of a network. It describes:
1. Securing the management plane through strong passwords, encrypted protocols like SSH, user authentication using AAA, role-based access control, logging, and network time protocol.
2. Securing the control plane using control plane policing and protection to minimize CPU load and protect against denial of service attacks.
3. Securing the data plane using access control lists, antispoofing features, port security, DHCP snooping, dynamic ARP inspection, and IP source guard to filter traffic and prevent spoofing and man-in-the-middle attacks.
TETRA repeaters are used to enhance coverage of the TETRA network in outdoor locations where the base station signal is weak or nonexistent, such as valleys, behind buildings, and mining areas. Creowave provides three types of TETRA repeaters for outdoor use: high power repeaters that can provide high output power for large areas, hybrid repeaters that are software-defined and can be updated remotely, and outdoor repeaters that are robust devices for amplifying the connection between base stations and devices. The repeaters can be remotely configured using Creowave's repeater management software.
The VDL 6000/FASS Advanced system fulfills international AIS standards for vessel traffic surveillance and management. It has an embedded controller that provides extensive processing, logging, and software upgrade functions. The system includes remote configuration and monitoring tools and can operate as a single or redundant installation.
Chap 3. e nb hardware description stc_ed01_0901sivakumar D
The document provides specifications and descriptions of the components and functions of a distributed radio access network (RAN) system including a digital unit (DU) and remote radio head (RRH).
The DU performs baseband processing and contains a management board and up to 3 channel cards. The RRH consists of RF front-end components including power amplifiers and antennas. It connects to the DU via optical fiber links.
The system supports LTE functionality with capabilities like 4Tx4Rx per RRH, 20MHz channel bandwidth, and synchronization via an internal GPS clock module. Installation diagrams show configurations for mounting multiple RRHs on poles, floors, or walls to provide coverage for 1 or 3 sectors.
Some commercial Qualcomm chipset derived phones may not have diagnostics reporting enabled by default, and enabling this function requires contacting the relevant supplier or operator. In some cases, a special license or firmware is required to enable testing capabilities. The Device Configuration Guide provides information on supported chipsets and procedures for device preparation for testing.
The document describes the architecture of the LANswitch Plus, a multiple award-winning Ethernet switching platform. It has a completely distributed architecture with no single point of failure. It uses a 3-stage congestion management scheme for robust performance even under heavy traffic loads. The LANswitch Plus product family includes modular switches that provide scalable switching solutions from workgroup to backbone networks.
Some commercial Qualcomm chipset derived phones and data cards may not have diagnostics reporting enabled by default, and Ascom is not at liberty to distribute information on how to enable this function. Customers wanting to use such devices with TEMS Investigation need to contact the relevant supplier or operator. The document then lists various connectable devices from different vendors specifying their radio technology, firmware version and whether they support optional features like PESQ/POLQA.
5G Technology is based on three pillars. Let's discuss the basic ideas of all three concepts of 5G and details about URLCC workflow.
The specifications of 5G NR in Standalone operation are due for completion in June 2018, which will provide a complete set of specifications for the 5G Core Network that goes beyond Non-Standalone. The ‘full’ 5G System includes:
eMBB (enhanced Mobile Broadband)
URLLC (Ultra Reliable Low Latency Communications)
mMTC (massive Machine Type Communications)
The initial phase of 5G Non-Standalone deployments focuses on eMBB, which provides greater data-bandwidth complemented by moderate latency improvements on both 5G NR and 4G LTE. This will help to develop today’s mobile broadband use cases such as emerging AR/VR media and applications, UltraHD or 360-degree streaming video and many more.
mMTC has been already developed as part of 3GPP Release 13/14 low power wide area (LPWA) technologies, which includes NB-IoT. These are expected to meet most 5G mMTC requirements, while others that require more bandwidth with ultra-reliable low latency (full URLLC) will require the 5G Core deployment for full end-2-end latency reduction. Mission critical applications that are especially latency-sensitive will also require wide coverage, which is highly unlikely in early 5G deployments, so this development will come later.
MediaTek continues to heavily invest in the development of 5G products and is committed to accelerating its adoption. Our intention is to bring technology to the mid-tier market from day one in accordance with our brand philosophy. This contrasts with the usual premium-first approach the rest of the industry often focuses on, and we believe we can offer a unique and powerful platform.
The document summarizes Comtech EF Data's Heights Networking Platform for mobile backhaul via satellite. It describes how Heights addresses the rapidly growing demand for mobile data by providing high throughput, spectral efficiency, and intelligent optimization. Heights supports both point-to-point and hub-spoke topologies with dynamic SCPC and advanced LDPC coding. It also offers multiple virtual network operator models and remote gateways supporting varying throughput needs. Key features like Efficiency Boost and VersaFEC-2 coding maximize throughput within minimal bandwidth. Heights provides an optimized solution for cost-effective mobile backhaul as traffic shifts from voice to data-intensive applications.
The document describes the ThinPACK AutoAQYR Terminal, a next-generation rapidly deployable satellite communication terminal from AQYR & ThinKom. The terminal features AQYR's AutoAQYR software for fast acquisition and packs into a single rugged case. It provides high-speed broadband Ka-band connectivity for commercial and government users through an ultra-portable, lightweight flat panel antenna. Special operations forces, reporters, medical workers and others can get internet access even in remote locations lacking communications infrastructure.
RS-232 is a standard for serial communication interfaces. It defines the electrical characteristics for signals and connectors to allow transmission of data between devices. Key features include single-ended signaling with large voltage swings between +/-3V to +/-15V to represent binary signals. It supports asynchronous transmission of 7-8 bit packets at rates up to 20kbps and defines 25-pin connectors between data terminal equipment and modems.
The DRT4301A is a miniature wireless signal receiver that provides powerful measurement and monitoring capabilities for testing telecommunications networks. It supports various cellular protocols including WCDMA and can decode WCDMA broadcast messages and signals. It offers a small size, low power usage, and light weight along with real-time spectrum analysis tools and data logging functions.
This document provides information about the Tellabs 81.5515DD product, including:
- It is a Tellabs 532L T1 Line Interface module that can be purchased from Launch 3 Telecom for $877-878-9134.
- Launch 3 Telecom is an expert seller of telecom hardware and genuine Tellabs replacement parts that provides quality customer service.
- The item ships same day if ordered before 3PM EST and includes a warranty and return policy.
The document describes the Allied Telesis SwitchBlade x908 modular switch. It has several key features including dual power supplies and fan modules for reliability. It uses the Allied Telesis Autonomous Management Framework (AMF) for powerful centralized management and automation. The switch also provides high availability through features like VCStack stacking and EPSRing for traffic redundancy. It is suited for high performance applications with full non-blocking switching and Layer 3 routing capabilities.
This document provides instructions for setting up and configuring OTV (Overlay Transport Virtualization) in a lab environment to connect two data center sites. The key steps include:
1. Setting up the physical lab topology with two Nexus 7000 switches acting as OTV edge devices in each site, with dedicated VDCs for OTV.
2. Configuring OTV features and licenses on the edge devices, defining the site VLAN and extended VLANs, and configuring join interfaces to connect the devices.
3. Creating overlay interfaces on the edge devices and associating the control and data multicast groups.
4. Verifying the OTV configuration and checking for adjacencies between edge devices
Flow Chart describes RET Alarms Troubleshooting in Huawei Node-B
* ALM-26751 RET Antenna Motor Fault
* ALM-26752 ALD Hardware Fault
* ALM-26754 RET Antenna Data Loss
* ALM-26753 RET Antenna Not Calibrated
* ALM-26541 ALD Maintenance Link Failure
* ALM-26530 RF Unit ALD Current Out of Range
* ALM-26531 RF Unit ALD Switch Configuration Mismatch
* ALM-26757 RET Antenna Running Data and Configuration Mismatch
LTE Carrier Aggregation Technology Development and Deployment Worldwide Muhammad Yahya
The document discusses carrier aggregation (CA) in LTE networks. It provides an overview of 3GPP specifications for CA, including supported CA combinations and configurations defined in Release 10, 11 and 12. It describes the process by which new CA combinations are specified in 3GPP and lists the LTE frequency bands. The document also summarizes key CA technology aspects such as benefits, deployment scenarios, device implementations and future enhancements.
5G-NR (New Radio) is the 5G wireless standard developed by 3GPP to support both sub-6 GHz and mmWave spectrum. It supports three main use cases - enhanced mobile broadband (eMBB), massive machine-type communications (mMTC), and ultra-reliable low-latency communications (URLLC). 5G-NR can operate in both non-standalone and standalone modes, with non-standalone relying on the existing 4G LTE network for core functionality and standalone operating independently. Key 5G technologies include higher peak data rates up to 20 Gbps, lower latency around 1 ms, support for high mobility up to 500 km/h, and ability to connect a massive number of devices
1) 5G NR standardization and deployments are progressing with non-standalone deployments in 2017-2019 and standalone expected in 2020.
2) 5G NR introduces improvements like flexible numerology, scalable transmission time interval, and self-contained subframes to enable low latency communications.
3) Beamforming and massive MIMO techniques along with hybrid beamforming architectures help support high bandwidth and capacity requirements of 5G networks.
This presentation discusses Gilat Satellite Networks' SkyEdge-II Accent satellite communications system. It summarizes that the system allows for both TDMA and SCPC operation, providing more efficient bandwidth usage. Case studies are presented showing how the system can be used for cellular backhaul, ISP connectivity in Africa, and business continuity applications. The unified system allows remote terminals to dynamically switch between TDMA and SCPC modes based on traffic conditions.
The Diamondback AutoAQYR Terminal is a portable satellite terminal that provides high-speed internet access of up to 40Mbps downstream and 10Mbps upstream to remote locations via satellite. It is a rugged and lightweight system that can be set up in less than 10 minutes without tools. The terminal is used by field reporters, emergency responders, and other workers who require internet connectivity in areas without other infrastructure. It provides an affordable option for satellite networking through a compact, portable design suitable for harsh environments.
The document discusses securing the management, control, and data planes of a network. It describes:
1. Securing the management plane through strong passwords, encrypted protocols like SSH, user authentication using AAA, role-based access control, logging, and network time protocol.
2. Securing the control plane using control plane policing and protection to minimize CPU load and protect against denial of service attacks.
3. Securing the data plane using access control lists, antispoofing features, port security, DHCP snooping, dynamic ARP inspection, and IP source guard to filter traffic and prevent spoofing and man-in-the-middle attacks.
TETRA repeaters are used to enhance coverage of the TETRA network in outdoor locations where the base station signal is weak or nonexistent, such as valleys, behind buildings, and mining areas. Creowave provides three types of TETRA repeaters for outdoor use: high power repeaters that can provide high output power for large areas, hybrid repeaters that are software-defined and can be updated remotely, and outdoor repeaters that are robust devices for amplifying the connection between base stations and devices. The repeaters can be remotely configured using Creowave's repeater management software.
The VDL 6000/FASS Advanced system fulfills international AIS standards for vessel traffic surveillance and management. It has an embedded controller that provides extensive processing, logging, and software upgrade functions. The system includes remote configuration and monitoring tools and can operate as a single or redundant installation.
Chap 3. e nb hardware description stc_ed01_0901sivakumar D
The document provides specifications and descriptions of the components and functions of a distributed radio access network (RAN) system including a digital unit (DU) and remote radio head (RRH).
The DU performs baseband processing and contains a management board and up to 3 channel cards. The RRH consists of RF front-end components including power amplifiers and antennas. It connects to the DU via optical fiber links.
The system supports LTE functionality with capabilities like 4Tx4Rx per RRH, 20MHz channel bandwidth, and synchronization via an internal GPS clock module. Installation diagrams show configurations for mounting multiple RRHs on poles, floors, or walls to provide coverage for 1 or 3 sectors.
Some commercial Qualcomm chipset derived phones may not have diagnostics reporting enabled by default, and enabling this function requires contacting the relevant supplier or operator. In some cases, a special license or firmware is required to enable testing capabilities. The Device Configuration Guide provides information on supported chipsets and procedures for device preparation for testing.
The document describes the architecture of the LANswitch Plus, a multiple award-winning Ethernet switching platform. It has a completely distributed architecture with no single point of failure. It uses a 3-stage congestion management scheme for robust performance even under heavy traffic loads. The LANswitch Plus product family includes modular switches that provide scalable switching solutions from workgroup to backbone networks.
Some commercial Qualcomm chipset derived phones and data cards may not have diagnostics reporting enabled by default, and Ascom is not at liberty to distribute information on how to enable this function. Customers wanting to use such devices with TEMS Investigation need to contact the relevant supplier or operator. The document then lists various connectable devices from different vendors specifying their radio technology, firmware version and whether they support optional features like PESQ/POLQA.
5G Technology is based on three pillars. Let's discuss the basic ideas of all three concepts of 5G and details about URLCC workflow.
The specifications of 5G NR in Standalone operation are due for completion in June 2018, which will provide a complete set of specifications for the 5G Core Network that goes beyond Non-Standalone. The ‘full’ 5G System includes:
eMBB (enhanced Mobile Broadband)
URLLC (Ultra Reliable Low Latency Communications)
mMTC (massive Machine Type Communications)
The initial phase of 5G Non-Standalone deployments focuses on eMBB, which provides greater data-bandwidth complemented by moderate latency improvements on both 5G NR and 4G LTE. This will help to develop today’s mobile broadband use cases such as emerging AR/VR media and applications, UltraHD or 360-degree streaming video and many more.
mMTC has been already developed as part of 3GPP Release 13/14 low power wide area (LPWA) technologies, which includes NB-IoT. These are expected to meet most 5G mMTC requirements, while others that require more bandwidth with ultra-reliable low latency (full URLLC) will require the 5G Core deployment for full end-2-end latency reduction. Mission critical applications that are especially latency-sensitive will also require wide coverage, which is highly unlikely in early 5G deployments, so this development will come later.
MediaTek continues to heavily invest in the development of 5G products and is committed to accelerating its adoption. Our intention is to bring technology to the mid-tier market from day one in accordance with our brand philosophy. This contrasts with the usual premium-first approach the rest of the industry often focuses on, and we believe we can offer a unique and powerful platform.
The document summarizes Comtech EF Data's Heights Networking Platform for mobile backhaul via satellite. It describes how Heights addresses the rapidly growing demand for mobile data by providing high throughput, spectral efficiency, and intelligent optimization. Heights supports both point-to-point and hub-spoke topologies with dynamic SCPC and advanced LDPC coding. It also offers multiple virtual network operator models and remote gateways supporting varying throughput needs. Key features like Efficiency Boost and VersaFEC-2 coding maximize throughput within minimal bandwidth. Heights provides an optimized solution for cost-effective mobile backhaul as traffic shifts from voice to data-intensive applications.
The document describes the ThinPACK AutoAQYR Terminal, a next-generation rapidly deployable satellite communication terminal from AQYR & ThinKom. The terminal features AQYR's AutoAQYR software for fast acquisition and packs into a single rugged case. It provides high-speed broadband Ka-band connectivity for commercial and government users through an ultra-portable, lightweight flat panel antenna. Special operations forces, reporters, medical workers and others can get internet access even in remote locations lacking communications infrastructure.
RS-232 is a standard for serial communication interfaces. It defines the electrical characteristics for signals and connectors to allow transmission of data between devices. Key features include single-ended signaling with large voltage swings between +/-3V to +/-15V to represent binary signals. It supports asynchronous transmission of 7-8 bit packets at rates up to 20kbps and defines 25-pin connectors between data terminal equipment and modems.
The DRT4301A is a miniature wireless signal receiver that provides powerful measurement and monitoring capabilities for testing telecommunications networks. It supports various cellular protocols including WCDMA and can decode WCDMA broadcast messages and signals. It offers a small size, low power usage, and light weight along with real-time spectrum analysis tools and data logging functions.
This document provides information about the Tellabs 81.5515DD product, including:
- It is a Tellabs 532L T1 Line Interface module that can be purchased from Launch 3 Telecom for $877-878-9134.
- Launch 3 Telecom is an expert seller of telecom hardware and genuine Tellabs replacement parts that provides quality customer service.
- The item ships same day if ordered before 3PM EST and includes a warranty and return policy.
The document describes the Allied Telesis SwitchBlade x908 modular switch. It has several key features including dual power supplies and fan modules for reliability. It uses the Allied Telesis Autonomous Management Framework (AMF) for powerful centralized management and automation. The switch also provides high availability through features like VCStack stacking and EPSRing for traffic redundancy. It is suited for high performance applications with full non-blocking switching and Layer 3 routing capabilities.
This document provides product information and specifications for a Tellabs Titan-5500 End Stage Module (part number 81.5509). It includes details about purchasing, shipping, warranty, and services from the supplier Launch 3 Telecom. The document also contains a data sheet that provides additional technical specifications and standards compliance information for the Tellabs Titan 5500 Digital Cross-Connect System.
This document provides information about the Tellabs 81.5517A Titan-5500 DS3/1 PT module, including how to purchase it from Launch 3 Telecom. Launch 3 Telecom offers same day shipping for orders received by 3PM EST, and provides warranty, repair, and other telecom services. The Titan-5500 is a digital cross-connect system that can consolidate telecom equipment into fewer racks for space and power savings compared to standard configurations.
This document provides information about the Tellabs Titan 5500 Digital Cross-Connect System Consolidated Core Switch (CCS). The CCS expands the maximum capacity of the Tellabs Titan 5500 DCS to 4608 STS-1 equivalents in just two shelves, compared to nine shelves previously. It offers significant space and power savings over standard configurations. The document includes specifications, features, compliance with industry standards, and a high-level description of the system.
This document provides information about the Tellabs Titan-5500 Digital Cross-Connect System Consolidated Core Switch, including its key features, specifications, standards compliance, and how to purchase it from Launch 3 Telecom. The Titan-5500 CCS can switch 4,608 connections in just two shelves, using less space and power than traditional configurations. It is fully redundant and supports a wide range of interface types. Launch 3 Telecom sells the Tellabs 815507 part and provides services like installation, maintenance, and repair.
This document provides information about a Tellabs 81.5518 T3/STS-1 LINE INTERFACE, including how to purchase it from Launch 3 Telecom. Launch 3 Telecom sells telecom hardware and provides services like installation, maintenance, and repair. They offer competitive pricing, quality customer service, and same-day shipping for the Tellabs 81.5518 item.
This document provides information about a Tellabs 81.5519 PM3 Time Slot Interchange Module, including how to purchase it from Launch 3 Telecom. Launch 3 Telecom offers the product for sale through various payment methods and provides same-day shipping with tracking. The document also provides details about Launch 3 Telecom's warranty, repair services, and specifications for the Tellabs product.
This document provides information about the Tellabs 81.5508 CSM Board, including:
1. It is a circuit pack for the Tellabs Titan 5500 Digital Cross-Connect System that provides CSM functionality.
2. Specifications include a weight of 2.0 grams, dimensions of mounting in a 23-inch rack, and power consumption of less than 860 Watts.
3. The document provides details on purchasing, warranty, shipping, and repair services available from Launch 3 Telecom for the 81.5508 board.
This 24-port Ethernet switch provides high-speed connectivity for users and devices on a local area network. It supports both 10 Mbps and 100 Mbps connections through its RJ-45 ports and includes features such as auto-negotiation, store-and-forward switching, and 8K MAC address support to optimize network performance. The switch can be installed on a desktop, shelf or in an equipment rack using its included mounting brackets.
The Coriant 8609 Smart Router provides a cost-efficient way to transition mobile access networks from TDM to Ethernet without updating radio access equipment. It supports services like Ethernet, TDM, ATM, HDLC, IP VPN, MPLS switching, routing, and VLAN switching. The compact 1RU router can be installed in space-limited sites and handles large mobile traffic volumes. It has advanced QoS features for differentiating real-time and data services.
The Nortel Networks Passport 8600 series Ethernet Switch provides a highly available, operationally simple, and intelligent network routing solution that enables exponential growth in network bandwidth and increased network-based revenue opportunities with five nines of reliability. It delivers hardware-based wire speed performance for fast and efficient traffic classification, policy enforcement, and filtering to benefit time-sensitive applications like video and voice. The Passport 8600 series provides a robust, secure, and intelligent solution that delivers a competitive edge.
This document provides information about the Tellabs Titan-5500 Timing Distribution product (part number 81.5534), including how to purchase it, same day shipping options, warranty details, and specifications. The key details are:
- It is a Tellabs Titan-5500 timing distribution unit for use in central offices.
- It can be purchased from Launch 3 Telecom by phone, email, or online request form with payment by credit card, purchase order, or government purchase.
- Orders placed before 3PM EST can ship same day via UPS, FedEx, or other carriers with email order confirmation and tracking provided.
- It comes with a warranty and return policy from Launch 3 Tele
This document provides information about the Tellabs Titan 5500 Digital Cross-Connect System Consolidated Core Switch, including its features, specifications, standards compliance, and how to purchase it from Launch 3 Telecom. The Titan 5500 CCS can switch 4608 STS-1 circuits in just two shelves, using less space and power than traditional configurations. It is fully redundant and supports a wide range of telecom interfaces. Launch 3 Telecom offers same-day shipping, various payment options, and services like repair for the Tellabs 81.5504 part.
The N3K-C31108TC-V is a Cisco Nexus 31108TC-V switch that provides 48 10GBASE-T ports, 6 QSFP28 ports, and up to 2.16 Tbps of switching capacity. It is a 1RU fixed form factor switch that supports line-rate L2 and L3 switching, VXLAN routing, 16 MB of shared buffering, and high availability features. The switch has redundant power and fans and is designed for use in data centers and cloud computing environments.
The document is a datasheet for the Cisco Nexus 3100-V N3K-C31108PC-V switch. It provides specifications for the switch such as its physical dimensions, port configuration of 48 SFP and 6 QSFP28 ports, switching capacity of 2.16 Tbps, and features including line-rate Layer 2 and 3 switching, VXLAN routing, high availability, and extensive management capabilities through the NX-OS operating system.
This document provides an overview of Juniper Networks switching portfolio. It discusses trends driving changes in enterprise networks like BYOD, wireless access, and virtualization. It then covers Juniper's switching platforms ranging from fixed configuration EX2200 for branch offices to modular EX9200 for data centers. It describes the key features, specifications and use cases for each product family including EX3200, EX4200, EX4300, EX4500 and EX4550 series. It positions the different switches based on their port counts, performance capabilities and suitability for access, distribution and core layers.
The document summarizes an Ethernet switching product called the DMSwitch 3000. It supports up to 24 Fast Ethernet and 4 Gigabit Ethernet interfaces in a 1U chassis. Key features include stacking of up to 8 units, advanced QoS, security, management capabilities, VLAN support, routing protocols, and various fiber optic SFP modules. It provides carrier-class switching for metro Ethernet networks.
The document provides information on the BlackDiamond 8000-Series switches, including:
- They provide high availability through redundant system design, a modular operating system, and protocols like EAPS.
- They offer high-performance connectivity with large switching capacity, support for high-density Gigabit and 10 Gigabit Ethernet ports, and features like link aggregation.
- They are targeted at applications like enterprise networks, data centers, and service provider networks, and support comprehensive security, low power consumption, and connectivity options.
1. Tellabs®
5500 NGX-S Transport Switch
DATA SHEET
Overview
Reduce costs and migrate to a next-generation network with the
Tellabs®
5500 NGX-S Transport Switch. The Tellabs 5500 NGX-S
switch is your complete solution for bandwidth management. Tellabs
can help you open new revenue streams, dramatically lower your
capital and operating cost and simplify your migration into new service
delivery. With the Tellabs 5500 NGX-S switch, service providers gain
a high-density transport switch that can support 100 percent
wideband and broadband in one powerful, compact system.
The Tellabs 5500 NGX-S switch enables service providers to:
Save more than 30 percent in CapEx and OpEx over current
network deployments by fully integrating bandwidth management
and transport functions
Shrink floor space by up to 75 percent compared to first-generation
digital cross-connects and stacked ADMs
Achieve 100 percent non-blocking, protected switching of up to 336
STS-1s/DS-3s or 9,408 VT1.5s/DS-1s in a single compact platform
Features and Benefits
The Tellabs 5500 NGX-S switch is a multiservice metro edge device
that integrates highly scalable VT/STS and M13 cross-connect
technology and NG-SONET transport. The full-duplex, fully protected
packet switch core in the Tellabs 5500 NGX-S switch provides
a flexible architecture.
The Tellabs 5500 NGX-S switch is unique in its versatility, combining
the following key features:
High-density transport/ring gateway
Nonblocking STS-N/VT1.5/DS-1 level grooming across all interfaces
Full transmultiplexing on all interfaces
High density interfaces — DS-1 to OC-48
DCS-quality provisioning, test and maintenance functionality
The Tellabs 5500 NGX-S switch is a single-shelf architecture that
supports up to 672 STS-1 equivalent grooming capacity (336 with
1+1 protection). This configuration provides nonblocking traffic
switching up to the full system capacity, including wideband VT/DS-1
switching with M13 transmultiplexing. This equates to 18,816 VT/DS-1
equivalent grooming capacity in the Tellabs 5500 NGX-S system.
Speed Revenue Through Rapid Service Provisioning
The Tellabs 5500 NGX-S switch represents the next generation in
service flexibility and provisioning. The fully universal slot architecture
allows any-card-in-any-slot versatility, with no restrictions on traffic
management options. This ensures straightforward planning, simple
growth and 100 percent slot utilization without stranded, single-purpose
slots. All slots have direct any-to-any connectivity at any circuit level
from DS-1 to STS-Nc. Every slot can support dense, highspeed optical
connectivity with full drill down visibility into VT and even M13 DS-1
payloads for maximum traffic control, monitoring and maintenance.
For a product with full DCS-level performance, the Tellabs 5500 NGX-S
switch offers an amazingly cost-effective solution, with optimally
matched pay-as-you-grow bandwidth management scalability. Just one
common equipment board type is all that’s needed to support a single-
shelf that can handle an 18,816 VT1.5 or DS-1 cross-connect capaci-
ty. With the circuit-level TSI functionality distributed to the iindividual
interface boards and perfectly matched for port speed and density,
carriers need only pay for this cross-connect circuitry as they add
port capacity.
The Tellabs 5500 NGX-S switch combines integration of DCS, transport and
data technology.
2. DATA SHEET — TELLABS®
5500 NGX-S TRANSPORT SWITCH2
SONET transport, wideband and broadband traffic provisioning are
consolidated in a single network element, with powerful traffic testing,
and performance monitoring capabilities down to the single DS-1
circuit level, vastly simplifying and automating circuit turn-up, testing
and delivery. The Tellabs 5500 NGX-S switch also performs Level 2
performance and alarm monitoring to simplify operational practices
for higher speed interfaces. Manual labor associated with legacy
equipment is reduced via point-and-click provisioning through the
Tellabs®
MetroWatch™ NGX Element Manager. The Tellabs 5500
NGX-S switch is also compatible with existing OSS management
systems including Telcordia OSMINE elements.
Exceptional Performance and Scalability
Packet switch core supports TDM cross-connect capability down to
a T-1 granularity
Integration of SONET ADM, wideband and broadband DCS with
data migration capabilities
Flexible scalability — 18,816 VT/ 672 STS-1 traffic switching
per shelf
Restriction-free universal slots yield tremendous flexibility and density
Robust SONET-based protection and ring support
Speeds revenue through rapid service provisioning
Flexible Management interoperability via provisionable OSI or
IP-based DCC
Tellabs 5500 NGX-S Switch Traffic Switching
Fully nonblocking
64 Gbps switch fabric
Full TDM support including full transmultiplexing on every interface,
time slot interchange, bridge and roll, and test access
Specifications
DS-1 Interface
28 ports per board
Jitter performance: Per ANSI T1.102, GR-253
DS-3/STS-1/EC-1 Interface
24 ports per high-density DS-3 module
DS-3 format: M13, DS-3 clear, C-bit parity
8 ports per DS-3/EC-1 module
DS-3 format: M13, DS-3 clear, C-bit parity
EC-1/STS-1 format support: VT1.5 mapped
Jitter performance: Cat. I per GR-499, Cat. II per GR-253
SONET Optical Interface Boards
8-port OC-3, 155.52 Mbps
4-port OC-12, 622.08 Mbps
1-port OC-48, 2.488 Gbps
1310nm IR, LR; 1550nm LR
Traffic loading: 100% TDM, 100% data or any traffic mix
Jitter performance: Category II per GR-253
1+1 APS and UPSR ring support
Interfaces per Shelf
DS-1: 392
HD DS-3: 336
DS-3/EC-1: 112
OC-3: 112
OC-12: 56
OC-48: 14
Equipment Protection
Configurable protection groups, any slot optional for protect/
nonprotect
DS-1, DS-3/EC-1: 1:N, N<13 (optional)
OC-3, OC-12, OC-48: 1+1 (optional)
Network control board/switch fabric: 1+1
Switch to protection time: GR-253 compliant
Synchronization
Internal stratum 3 clock (± 4.6 ppm) with holdover
Synchronization status messaging on SONET S1 byte and ESF BITS
interface
Primary and redundant BITS IN/OUT
Loop/line timing to any SONET interface
The Tellabs 5500 NGX-S switch simplifies service delivery and
helps reduce operating costs.