EXFO Electro-Optical Engineering Inc. has launch the portable FTB-500 test platform for high-end installation and maintenance applications on optical networks.
This PC-based, Windows-XP-driven platform, the end-result of more than 10 years of market-driven innovation, has been conceived by EXFO's test experts for network experts. Such a meeting of the minds has produced a modular platform design that's unmatched in terms of performance, flexibility and scalability.
The FTB-500 platform truly offers unlimited capabilities for characterizing next-generation, high-speed networks. Network professionals can easily mix and match up to eight test modules from EXFO's rich product portfolio, extending from market-leading optical test modules to highly innovative transport and datacom test solutions.
For example, the newly released FTB-5240SP Optical Spectrum Analyzer can be combined with the FTB-8140 40G Transport Blazer inside the FTB-500 platform to create a unique ROADM/POTS/40G test solution that's tailored to the needs of network operators deploying next-generation systems.
The FTB-500 platform also supports highly advanced test applications, allowing network professionals to carry out targeted fiber plant upgrades and cost-effective deployments of high-bandwidth transmission systems. It even has been future-proofed to host upcoming 100G field-test modules.
On top of these characteristics, EXFO's leading-edge platform addresses real-life test conditions in the field. Its 12.1-inch LCD transflective screen - the largest in the industry - renders the task of analyzing data on-site much easier in sunny or inclement weather. Information can also be transmitted via integrated Wi-Fi, Bluetooth or mobile telephone technology for future analysis.
The FTB-500 test platform is purpose-built for network operators with central office and field-testing challenges or network equipment manufacturers with R&D and system installation activities.
"EXFO pioneered the concept of a modular platform design more than a decade ago and we remain well ahead of the curve with our FTB-500 platform and comprehensive suite of test modules," said Etienne Gagnon, EXFO's Vice-President of Product Management and Marketing. "These multi-layer, plug-and-play modules fully characterize next-generation, high-speed networks, including DWDM, OTDR, and 43G SONET/SDH and OTN testing. The performance and flexibility of our new flagship platform, combined with the depth and breadth of our product portfolio, produces a game-changing solution that's bound only by the network expert's imagination."
This third-generation platform is backwards-compatible with an established base of more than 30,000 existing "FTB" test modules and will support any new module released in the future for optical, transport and datacom testing. The FTB-500's open architecture also allows a wide range of customized or standard software applications and a variety of hardware upgrades, enabling this leading test solution to evolve with customer requirements.
Showing posts with label communications testing. Show all posts
Showing posts with label communications testing. Show all posts
Monday, 9 March 2009
Thursday, 19 February 2009
New Test Tools
AppScan
Rational/IBM suite which automates web application security testing. Outputs include defect analysis and recommending remedying security flaws. Audiors and compliance officers can use the application to validate compliance with security requirements.
Aptixia IxLoad
Communications testing tool focusing on the triple play of voice, video and data services. The performance of related networks is simulated with IPTV and subscribers to ensure Quality of Experience. IGMP, MLD, and RTSP; voice protocols like SIP and MGCP; and data protocols like HTTP, FTP, and SMTP are all tested by the tool. Infrastructure DNS, DHCP, RADIUS, and LDAP protocols can all be checked. Security vulnerabilities can also be checked for through the use of simulated malicious traffic.
Atomic Watch
Web monitoring software. The application executes tests as a background process when installed on a server. Strings can be checked for on a webpage or form. Notification is by the usual methods, email, sound alarm or URL.
Core Impact Pro
Web application security testing tool from Core Security Technologies. Penetration testing techniques are used to identify vulnerabilitie from emerging threats and trace attack paths even if very complex.
Rational/IBM suite which automates web application security testing. Outputs include defect analysis and recommending remedying security flaws. Audiors and compliance officers can use the application to validate compliance with security requirements.
Aptixia IxLoad
Communications testing tool focusing on the triple play of voice, video and data services. The performance of related networks is simulated with IPTV and subscribers to ensure Quality of Experience. IGMP, MLD, and RTSP; voice protocols like SIP and MGCP; and data protocols like HTTP, FTP, and SMTP are all tested by the tool. Infrastructure DNS, DHCP, RADIUS, and LDAP protocols can all be checked. Security vulnerabilities can also be checked for through the use of simulated malicious traffic.
Atomic Watch
Web monitoring software. The application executes tests as a background process when installed on a server. Strings can be checked for on a webpage or form. Notification is by the usual methods, email, sound alarm or URL.
Core Impact Pro
Web application security testing tool from Core Security Technologies. Penetration testing techniques are used to identify vulnerabilitie from emerging threats and trace attack paths even if very complex.
Tuesday, 17 February 2009
AXS-200 Expanded by EXFO
EXFO Electro-Optical Engineering has launched software suite that brings powerful capabilities to the AXS-200/850 - a handheld Ethernet and IP tester that dramatically simplifies the testing processes used by field technicians when turning-up metro Ethernet and IP services. Available as a software option for existing or new AXS-200/850 testers, the new features allow field technicians to perform one-step, multi-stream traffic generation and monitoring to emulate tiered-service offerings and establish base-line quality-of-service (QoS) metrics that are critical to any service level agreement (SLA).
The continuing popularity of bandwidth-intensive residential triple-play, mobile data, and IP-based business services is driving the proliferation of carrier Ethernet in access and metro networks. As these services have evolved, the need for more stringent SLA metrics and tiered-service offerings have risen, in turn requiring stronger testing capabilities by front-line field technicians. Novice and expert technicians alike must not only turn up and test these new Ethernet connections, but they are also being called upon to monitor and measure QoS performance to quickly and efficiently establish baseline metrics for SLAs.
EXFO's AXS-200/850 handheld tester puts powerful, yet intuitive multi-stream traffic generation and monitoring tools into the hands of field technicians. A quick glance at the AXS-200/850's exclusive graphical multi-stream traffic generation gauges allows any technician to immediately and accurately interpret real-time pass/fail thresholds. The innovative GUI uses speedometer-like images to display real-time test results that eliminate errors in data interpretation with clear, easily recognizable color-coded graphics. Full-line rate throughput, packet jitter, real-time latency, frame loss, out-of-sequence statistics and on-the-fly adjustment of throughput and frame size give all technicians the power to quickly and easily determine if the Ethernet and IP services are meeting expected SLAs.
"Even as networks and component configurations continue to grow in complexity, the current economic climate is forcing service providers to drive more productivity out of their resources," said Etienne Gagnon, EXFO's Vice-President of Product Management and Marketing. "The latest AXS-200/850 software suite supports our customers' business initiatives with focused functionality that expands their field-testing capabilities, while enabling them to meet stringent SLAs. It is another example of EXFO's commitment to deliver innovative, relevant testing solutions that address real-world challenges."
The continuing popularity of bandwidth-intensive residential triple-play, mobile data, and IP-based business services is driving the proliferation of carrier Ethernet in access and metro networks. As these services have evolved, the need for more stringent SLA metrics and tiered-service offerings have risen, in turn requiring stronger testing capabilities by front-line field technicians. Novice and expert technicians alike must not only turn up and test these new Ethernet connections, but they are also being called upon to monitor and measure QoS performance to quickly and efficiently establish baseline metrics for SLAs.
EXFO's AXS-200/850 handheld tester puts powerful, yet intuitive multi-stream traffic generation and monitoring tools into the hands of field technicians. A quick glance at the AXS-200/850's exclusive graphical multi-stream traffic generation gauges allows any technician to immediately and accurately interpret real-time pass/fail thresholds. The innovative GUI uses speedometer-like images to display real-time test results that eliminate errors in data interpretation with clear, easily recognizable color-coded graphics. Full-line rate throughput, packet jitter, real-time latency, frame loss, out-of-sequence statistics and on-the-fly adjustment of throughput and frame size give all technicians the power to quickly and easily determine if the Ethernet and IP services are meeting expected SLAs.
"Even as networks and component configurations continue to grow in complexity, the current economic climate is forcing service providers to drive more productivity out of their resources," said Etienne Gagnon, EXFO's Vice-President of Product Management and Marketing. "The latest AXS-200/850 software suite supports our customers' business initiatives with focused functionality that expands their field-testing capabilities, while enabling them to meet stringent SLAs. It is another example of EXFO's commitment to deliver innovative, relevant testing solutions that address real-world challenges."
WDSGlobal Launches Live Device Analysis
WDSGlobal, has released Live Device Analysis, a new product designed to help mobile network operators better understand the capabilities and profitability of devices attached to their networks.
Tracking device capabilities, features and standards within a network and measuring profitability and cost-to-support across device models and brands, Live Device Analysis allows an operator to support critical investment and planning decisions with analysis of the actual devices attached to its network. From evaluating an addressable market for a new service to qualifying investment decisions in retail strategy and customer care, Live Device Analysis is the industry's first solution to accurately analyze the composition of an installed base of devices and allow data to be quickly published across departments.
"Decisions in network infrastructure, handset ranging, service deployment, customer care and marketing require a detailed understanding of the device technologies and standards present on the network," explains David Ffoulkes-Jones, WDSGlobal's CEO. "Today's CRM and analysis tools can only go so far in delivering the necessary intelligence. WDSGlobal believes that Live Device Analysis represents a fundamental shift in the way that network operators will extract intelligence and business advantage from their installed base of mobile devices."
Extracting and analyzing this type of device intelligence from a network has traditionally been challenging. Data often resides in disparate engineering systems across a network operator's business and its accuracy can be compromised by increased device diversity, churn, multiple device ownership and the use of grey market devices.
Live Device Analysis is the industry's first solution to turn this raw data into actionable intelligence for use across operational departments such as marketing, retail, product management, customer care and finance.
"Using Live Device Analysis, a marketing team can quickly segment a subscriber base not just on the traditional demographics but also on the capabilities of their mobile devices. That sort of analysis is vital in launching new services and running highly targeted promotions. Similarly, device profitability or cost-to-support can quickly be correlated to device features, allowing more qualified handset ranging and customer care decisions to be made," adds Ffoulkes-Jones.
Tracking device capabilities, features and standards within a network and measuring profitability and cost-to-support across device models and brands, Live Device Analysis allows an operator to support critical investment and planning decisions with analysis of the actual devices attached to its network. From evaluating an addressable market for a new service to qualifying investment decisions in retail strategy and customer care, Live Device Analysis is the industry's first solution to accurately analyze the composition of an installed base of devices and allow data to be quickly published across departments.
"Decisions in network infrastructure, handset ranging, service deployment, customer care and marketing require a detailed understanding of the device technologies and standards present on the network," explains David Ffoulkes-Jones, WDSGlobal's CEO. "Today's CRM and analysis tools can only go so far in delivering the necessary intelligence. WDSGlobal believes that Live Device Analysis represents a fundamental shift in the way that network operators will extract intelligence and business advantage from their installed base of mobile devices."
Extracting and analyzing this type of device intelligence from a network has traditionally been challenging. Data often resides in disparate engineering systems across a network operator's business and its accuracy can be compromised by increased device diversity, churn, multiple device ownership and the use of grey market devices.
Live Device Analysis is the industry's first solution to turn this raw data into actionable intelligence for use across operational departments such as marketing, retail, product management, customer care and finance.
"Using Live Device Analysis, a marketing team can quickly segment a subscriber base not just on the traditional demographics but also on the capabilities of their mobile devices. That sort of analysis is vital in launching new services and running highly targeted promotions. Similarly, device profitability or cost-to-support can quickly be correlated to device features, allowing more qualified handset ranging and customer care decisions to be made," adds Ffoulkes-Jones.
Swisscom Selects Nexperience
Swisscom, one of Switzerland's telecoms provider, has selected the Nexperience system. Using the Nexperience system Swisscom will provide its internal users and partners, including device manufacturers and application developers, located anywhere in the world, with a secure environment where they can test embedded applications on pre-launched Swisscom handsets via the Internet. The Nexperience system will help Swisscom ensure the performance of embedded mobile applications on its handsets, and enable the Company to deliver new handsets to market on time. It will also help Swisscom reduce the costs and logistical efforts needed to manage the pre-deployment process.
"We typically have a very tight window to fully test embedded applications on our handsets. Given the logistical efforts needed to coordinate shipments of device prototypes to vendors all around the world, getting the testing done on time is a difficult process," said Lukas Fluri, Head of Devices at Swisscom. "The Nexperience system provides Swisscom with the ideal solution to resolve these issues, and it enables us to enhance the depth and breadth of our testing processes. Furthermore, Nexperience's ability to support new devices and add additional devices very quickly when needed was a primary reason for selecting this solution."
The Nexperience system provides a web-based user-interface through which Swisscom's internal users and partners can quickly and easily use any handset in the same way a real-life user would, through its keys, touch-screen, or QWERTY keyboard, to validate that the handset and applications work properly. The Nexperience system also enables users to automate standard testing tasks.
In addition to its powerful remote access capabilities, the Nexperience system will provide Swisscom with a shared testing environment to facilitate collaboration between testers, developers and device manufacturers. Through the Nexperience system all users will be able to quickly and easily recreate and share sessions, and collaborate and communicate with each other to resolve problems and avoid the finger pointing that often occurs in distributed environments.
"Nexperience provides Swisscom and its partners with a unique solution for testing pre-launched devices that no other vendor can match. Using the Nexperience system Swisscom is no longer limited by the number of device prototypes it has and can centralise its handset testing, thereby saving significant time, money and logistical effort. Most importantly, with the Nexperience system Swisscom can complete its testing of embedded applications within the tight schedules," said Eran Yaniv, CEO of Nexperien
"We typically have a very tight window to fully test embedded applications on our handsets. Given the logistical efforts needed to coordinate shipments of device prototypes to vendors all around the world, getting the testing done on time is a difficult process," said Lukas Fluri, Head of Devices at Swisscom. "The Nexperience system provides Swisscom with the ideal solution to resolve these issues, and it enables us to enhance the depth and breadth of our testing processes. Furthermore, Nexperience's ability to support new devices and add additional devices very quickly when needed was a primary reason for selecting this solution."
The Nexperience system provides a web-based user-interface through which Swisscom's internal users and partners can quickly and easily use any handset in the same way a real-life user would, through its keys, touch-screen, or QWERTY keyboard, to validate that the handset and applications work properly. The Nexperience system also enables users to automate standard testing tasks.
In addition to its powerful remote access capabilities, the Nexperience system will provide Swisscom with a shared testing environment to facilitate collaboration between testers, developers and device manufacturers. Through the Nexperience system all users will be able to quickly and easily recreate and share sessions, and collaborate and communicate with each other to resolve problems and avoid the finger pointing that often occurs in distributed environments.
"Nexperience provides Swisscom and its partners with a unique solution for testing pre-launched devices that no other vendor can match. Using the Nexperience system Swisscom is no longer limited by the number of device prototypes it has and can centralise its handset testing, thereby saving significant time, money and logistical effort. Most importantly, with the Nexperience system Swisscom can complete its testing of embedded applications within the tight schedules," said Eran Yaniv, CEO of Nexperien
Friday, 13 February 2009
Nexperience
Nexperience significantly reduces the complexity and cost of developing, deploying and maintaining mobile applications and content across devices, networks and geographies. The Nexperience Handset Cloud service enables mobile application developers and content providers to remotely access and control a multitude of real mobile handsets located around the world, and automatically run tests and validation procedures on them. Nexperience continuously provides immediate access to the latest and most popular devices through the service. Mobile operators and device manufacturers can also utilize Nexperience's unique Private Handset Cloud to provide their partners with a secure environment where they can access new devices before they are launched commercially.
Vodafone Selects Nexperience
Vodafone, has selected the Nexperience system from the company of the same name. The Nexperience system will be used to provide Vodafone's global network of Premium Partners, including device manufacturers and application developers, with a secure online environment to access pre-launched Vodafone handsets, for pre-deployment development and testing. This will help Vodafone ensure the quality of its handsets and embedded mobile applications and support the delivery of new handsets to market. The Nexperience system will also help Vodafone reduce the costs and logistics of the pre-deployment process.
The Nexperience system provides a web-based user-interface through which Vodafone and its partners can quickly and easily use any handset in the same way a real-life user would, through its keys, touch-screen, or QWERTY keyboard, to validate that the handset and is applications work properly. The Nexperience system also enables Vodafone's users to automate standard testing tasks.
In addition to its powerful remote access capabilities, the Nexperience system provides a secure, shared testing environment to facilitate collaboration between testers, developers and device manufacturers.
"We are delighted that Vodafone has selected our system to help them fulfill their mission," said Eran Yaniv, CEO of Nexperience. "Our ability to support new devices quickly enables Nexperience to provide Vodafone with a unique solution for testing pre-launched devices, and supporting and enhancing the breadth and depth of their existing testing process."
The Nexperience system provides a web-based user-interface through which Vodafone and its partners can quickly and easily use any handset in the same way a real-life user would, through its keys, touch-screen, or QWERTY keyboard, to validate that the handset and is applications work properly. The Nexperience system also enables Vodafone's users to automate standard testing tasks.
In addition to its powerful remote access capabilities, the Nexperience system provides a secure, shared testing environment to facilitate collaboration between testers, developers and device manufacturers.
"We are delighted that Vodafone has selected our system to help them fulfill their mission," said Eran Yaniv, CEO of Nexperience. "Our ability to support new devices quickly enables Nexperience to provide Vodafone with a unique solution for testing pre-launched devices, and supporting and enhancing the breadth and depth of their existing testing process."
Friday, 6 February 2009
Spirent Launches HyperMetrics
Spirent Communications plc , has launched the HyperMetrics(TM) family of modules on the Spirent TestCenter platform. HyperMetrics has a multi-core architecture that addresses port density as well as the critical aspect of realism required to ensure Quality of Experience (QoE) for new services helping to maximize return on investment (ROI) and total cost of ownership (TCO) throughout the test lifecycle.
"With the evolution to intelligent content aware networks, service providers and network equipment manufacturers need to furnish tools and functions to plan, measure, monitor, and assure evolving traffic patterns, new services, and optimized application performance," said Michael Howard, principal analyst at Infonetics Research. "This is not an easy task -- it means that increasing port density or adding new protocols is necessary but clearly not sufficient for test engineers. What's required are realistic network environments representing the end-to-end complex conditions of next-gen IP networks including aspects such as scalability and performance."
Traditionally, test solutions focused on a single dimension of either port density or Layer 2-3 network emulation or Layer 4-7 application performance. As a result, the customer's initial investment was limited only to a specific test in the development cycle. As network elements and services become more sophisticated, they require testing beyond Layer 2-3 considerations of throughput, latency and loss to include QoE measurements (Layer 4-7).
HyperMetrics' high density, multi-core architecture delivers enhanced realism with scalability and performance along with the capability to reallocate processing power to conduct complex yet realistic testing. The emphasis on performance and application realism rather than just port density enables test engineers to invest in a single solution for all their testing needs ultimately reducing capital expenses, while staying within limited operational budgets.
"As the testing standard for tomorrow's networks, Spirent TestCenter HyperMetrics goes beyond advanced functionality to include investment protection," said Tim Jefferson, general manager, Converged Core Solutions group at Spirent Communications. "In this tough economic environment our customers require a solution that allows them to test to new levels of enhanced realism with scalability and performance."
The Spirent TestCenter HyperMetrics modules are designed to offer network equipment manufacturers and service providers a robust and scalable test platform with a flexible user experience for conducting end-to-end Layer 2-7 multi-play testing at gigabit or 10gigabit line rates. The modules, available in a variety of port densities, include the HyperMetrics Converged (CV), HyperMetrics Converged Multi-play (CM) and HyperMetrics Application Performance (AP) modules.
"With the evolution to intelligent content aware networks, service providers and network equipment manufacturers need to furnish tools and functions to plan, measure, monitor, and assure evolving traffic patterns, new services, and optimized application performance," said Michael Howard, principal analyst at Infonetics Research. "This is not an easy task -- it means that increasing port density or adding new protocols is necessary but clearly not sufficient for test engineers. What's required are realistic network environments representing the end-to-end complex conditions of next-gen IP networks including aspects such as scalability and performance."
Traditionally, test solutions focused on a single dimension of either port density or Layer 2-3 network emulation or Layer 4-7 application performance. As a result, the customer's initial investment was limited only to a specific test in the development cycle. As network elements and services become more sophisticated, they require testing beyond Layer 2-3 considerations of throughput, latency and loss to include QoE measurements (Layer 4-7).
HyperMetrics' high density, multi-core architecture delivers enhanced realism with scalability and performance along with the capability to reallocate processing power to conduct complex yet realistic testing. The emphasis on performance and application realism rather than just port density enables test engineers to invest in a single solution for all their testing needs ultimately reducing capital expenses, while staying within limited operational budgets.
"As the testing standard for tomorrow's networks, Spirent TestCenter HyperMetrics goes beyond advanced functionality to include investment protection," said Tim Jefferson, general manager, Converged Core Solutions group at Spirent Communications. "In this tough economic environment our customers require a solution that allows them to test to new levels of enhanced realism with scalability and performance."
The Spirent TestCenter HyperMetrics modules are designed to offer network equipment manufacturers and service providers a robust and scalable test platform with a flexible user experience for conducting end-to-end Layer 2-7 multi-play testing at gigabit or 10gigabit line rates. The modules, available in a variety of port densities, include the HyperMetrics Converged (CV), HyperMetrics Converged Multi-play (CM) and HyperMetrics Application Performance (AP) modules.
Sunday, 1 February 2009
EXFO
EXFO is a leading provider of test and service assurance solutions for network service providers and equipment manufacturers in the global telecommunications industry. The Telecom Division offers a wide range of innovative solutions extending across the full technology lifecycle - from design to technology deployment and onto service assurance - and covering all layers on a network infrastructure to enable triple-play services and next-generation, converged IP networking. The Life Sciences and Industrial Division offers solutions in medical device and opto-electronics assembly, fluorescence microscopy and other life science sectors. For more information, visit www.EXFO.com.
Tuesday, 16 September 2008
Spirent Communications First Demo of Galileo Glonass
Spirent Communications plc today announced the first public demonstration of GPS/Galileo/GLONASS simulation system with Spirent GSS8000 (http://www.spirent.com/general/docview.cfm?D=5074) multi-constellation, multi-signal simulator at Institute of Navigation (ION) GNSS 2008 conference. Spirent's new GSS8000 GNSS simulator is a powerful, flexible platform providing solutions for R&D and system and application testing. The GSS8000 supports multi-system, multi constellation GNSS testing with industry leading flexibility, accuracy, and reliability.
Simulators are essential tools for GNSS R&D and system and application developers as they provide controlled, repeatable test signals. The GSS8000 on display from September 17 - 19 at ION GNSS 2008 conference in Savannah, Georgia includes GPS, Galileo and GLONASS signals, plus SBAS (WAAS, EGNOS, MSAS), combined at one RF output. The same system is also capable of generating signals representing the planned Japanese Quazi Zenith satellite system. Spirent will have GPS, GLONASS and Galileo receivers on their booth and intend to run a series of demonstrations throughout the show.
Representatives from Spirent Communications and Spirent Federal Systems will be at the ION GNSS 2008 show where the Spirent GSS8000 GNSS simulator will be a key focus of Spirent's exhibit. Spirent Federal Systems is the Spirent affiliate responsible for sales of Spirent equipment in the Americas.
Simulators are essential tools for GNSS R&D and system and application developers as they provide controlled, repeatable test signals. The GSS8000 on display from September 17 - 19 at ION GNSS 2008 conference in Savannah, Georgia includes GPS, Galileo and GLONASS signals, plus SBAS (WAAS, EGNOS, MSAS), combined at one RF output. The same system is also capable of generating signals representing the planned Japanese Quazi Zenith satellite system. Spirent will have GPS, GLONASS and Galileo receivers on their booth and intend to run a series of demonstrations throughout the show.
Representatives from Spirent Communications and Spirent Federal Systems will be at the ION GNSS 2008 show where the Spirent GSS8000 GNSS simulator will be a key focus of Spirent's exhibit. Spirent Federal Systems is the Spirent affiliate responsible for sales of Spirent equipment in the Americas.
Sunday, 31 August 2008
Spirent GNSS Test
Spirent is the world's leading provider of GNSS test and simulation systems. In this capacity, Spirent is the first choice of major manufacturers, integrators, test facilities and space agencies worldwide for GNSS testing and simulation solutions. Today, Spirent simulation systems are used throughout the world through a broad range of clients in more than 30 countries across five continents and in over 50 governmental agencies. Spirent delivers navigation and positioning testing equipment and services to all sectors of the navigation and positioning community, from government agencies through to emerging commercial markets (www.spirent.com/positioning).
Thursday, 28 August 2008
Tektronix IMS and TISPAN Testing
Tektronix has announced the availability of the Spectra2 6.3 Core Network Test Solution software release, which offers comprehensive testing for IMS and TISPAN networks.
With network equipment and service providers increasingly looking to provide differentiated services over next-generation network infrastructure, the need for comprehensive test solutions is key to delivering reliable services.
"Spectra2's legacy of success with PSTN and VoIP networks provides a solid foundation for extending the solution to provide test coverage in next-generation IMS and TISPAN networks," said Richard Kenedi, General Manager of Function and Load Diagnostics, Tektronix Communications. "Our goal is to provide a test solution at the opening of the TISPAN market window. Spectra2 6.3 positions Tektronix as the leader in TISPAN support while continuing to provide world-class solutions for IMS and legacy technologies. Tektronix' Spectra2 'all-in-one' platform has and will continue to satisfy real-world customer needs with a solution that is flexible, reliable and easy to use."
Tektronix' enhanced Spectra2 6.3 software release introduces policy management testing for IMS and TISPAN networks, complementing a mature DIAMETER solution with support for the Gq/Gq' and Rq Interfaces. Spectra2 6.3 offers powerful element simulation capabilities of the next generation Policy Decision elements such as the PDF, SPDF, CSCF and A-RACF and further complements its capability to test IMS Core, VoIP, and PSTN networks.
The Spectra2 6.3 release also implements load testing support for the TISPAN (Megaco V3) la interface. Users are provided with the ability to test and monitor enforcement of local policies at border elements to control bandwidth and session based media traffic. The Spectra2 6.3 release introduces support for Enhanced Variable Rate Codec (EVRC) based media streams, an extension of the Spectra2 media solution set which includes functional and load testing coupled with Quality of Service reporting.
With network equipment and service providers increasingly looking to provide differentiated services over next-generation network infrastructure, the need for comprehensive test solutions is key to delivering reliable services.
"Spectra2's legacy of success with PSTN and VoIP networks provides a solid foundation for extending the solution to provide test coverage in next-generation IMS and TISPAN networks," said Richard Kenedi, General Manager of Function and Load Diagnostics, Tektronix Communications. "Our goal is to provide a test solution at the opening of the TISPAN market window. Spectra2 6.3 positions Tektronix as the leader in TISPAN support while continuing to provide world-class solutions for IMS and legacy technologies. Tektronix' Spectra2 'all-in-one' platform has and will continue to satisfy real-world customer needs with a solution that is flexible, reliable and easy to use."
Tektronix' enhanced Spectra2 6.3 software release introduces policy management testing for IMS and TISPAN networks, complementing a mature DIAMETER solution with support for the Gq/Gq' and Rq Interfaces. Spectra2 6.3 offers powerful element simulation capabilities of the next generation Policy Decision elements such as the PDF, SPDF, CSCF and A-RACF and further complements its capability to test IMS Core, VoIP, and PSTN networks.
The Spectra2 6.3 release also implements load testing support for the TISPAN (Megaco V3) la interface. Users are provided with the ability to test and monitor enforcement of local policies at border elements to control bandwidth and session based media traffic. The Spectra2 6.3 release introduces support for Enhanced Variable Rate Codec (EVRC) based media streams, an extension of the Spectra2 media solution set which includes functional and load testing coupled with Quality of Service reporting.
Friday, 22 August 2008
Integra Selects Tollgrade for Broadband Assurance
Integra Telecom Inc., a facilities-based, integrated communications carrier for business, has selected Tollgrade Communications' (NASDAQ:TLGD) broadband service assurance probe -- DigiTest(R) ICE(TM) -- for deployment in a system wide test initiative to further improve performance delivery for Integra's services. A first release of DigiTest ICE became generally available in the U.S. market earlier this summer.
DigiTest ICE is Tollgrade's latest generation broadband service assurance test probe, which has been size and cost reduced to address the requirements of both Central Office-based services and next generation IP network remote cabinets. This solution is uniquely designed for installation at the remote FTTN site -- inside the cabinet -- placing it closer to the customer where it is able to segment faults between the access network and customer and visibility of the customer experience.
The compact ICE test probe is managed by Tollgrade's LoopCare(TM) Test OSS, a key software component of this deployment. It is designed to support a full suite of physical layer measurements and prequalification tests for ADSL and ADSL2+ service delivery.
"As Integra continues to grow, we are constantly striving to maintain our high standards of quality customer service and reliability across our entire system," said Steven Fisher, Integra's Vice President of Operations. "Upon completion, this test system will further ensure the service reliability of our entire network, a key metric of our customer service programs," he added.
"We worked closely with Integra to identify the right testing solution for its expanding footprint and service offerings," said Paul Lloyd, Tollgrade's Director of Product Management. "DigiTest ICE and LoopCare will provide the capability of identifying, validating and locating trouble sources in the customer's current and next generation telco networks, therefore reducing unnecessary service dispatches," he added.
This test system deployment initiative is expected to be completed before the end of 2008.
DigiTest ICE is Tollgrade's latest generation broadband service assurance test probe, which has been size and cost reduced to address the requirements of both Central Office-based services and next generation IP network remote cabinets. This solution is uniquely designed for installation at the remote FTTN site -- inside the cabinet -- placing it closer to the customer where it is able to segment faults between the access network and customer and visibility of the customer experience.
The compact ICE test probe is managed by Tollgrade's LoopCare(TM) Test OSS, a key software component of this deployment. It is designed to support a full suite of physical layer measurements and prequalification tests for ADSL and ADSL2+ service delivery.
"As Integra continues to grow, we are constantly striving to maintain our high standards of quality customer service and reliability across our entire system," said Steven Fisher, Integra's Vice President of Operations. "Upon completion, this test system will further ensure the service reliability of our entire network, a key metric of our customer service programs," he added.
"We worked closely with Integra to identify the right testing solution for its expanding footprint and service offerings," said Paul Lloyd, Tollgrade's Director of Product Management. "DigiTest ICE and LoopCare will provide the capability of identifying, validating and locating trouble sources in the customer's current and next generation telco networks, therefore reducing unnecessary service dispatches," he added.
This test system deployment initiative is expected to be completed before the end of 2008.
Tuesday, 19 August 2008
VT iDirect, Inc. (iDirect), a subsidiary of VT Systems Inc (VT Systems), been awarded the global telecommunications industry's prestigious TL 9000-HV Quality Management System certification. The award assures that iDirect's hardware and customer service meet a rigorous set of best practices, methods and processes governing the manufacture, test, delivery, installation, and maintenance of telecommunications products and services. iDirect is a world leader in satellite-based IP communications technology.
The TL 9000 Quality Management System was created by the QuEST Forum, an independent association of telecommunications industry leaders, to establish and maintain universal product quality requirements for the worldwide telecommunications industry that improve on ISO 9001 standards. The certification is gaining increasing importance as telecommunications networks integrate a widening set of diverse products to meet growing demands for constant connectivity.
"iDirect's satellite technology plays a pivotal role in major IP networks managed by the world's leading network operators and terrestrial carriers. Being TL 9000 compliant is fast becoming a non-negotiable requirement for doing business with telecommunications companies. For iDirect, it's now a key differentiator and a necessary step to securing the continued confidence and business of telecom leaders."
The TL 9000 Quality Management System was created by the QuEST Forum, an independent association of telecommunications industry leaders, to establish and maintain universal product quality requirements for the worldwide telecommunications industry that improve on ISO 9001 standards. The certification is gaining increasing importance as telecommunications networks integrate a widening set of diverse products to meet growing demands for constant connectivity.
"iDirect's satellite technology plays a pivotal role in major IP networks managed by the world's leading network operators and terrestrial carriers. Being TL 9000 compliant is fast becoming a non-negotiable requirement for doing business with telecommunications companies. For iDirect, it's now a key differentiator and a necessary step to securing the continued confidence and business of telecom leaders."
Siemens Certification at Microsemi
Siemens Communications, Inc.'s HiPath(R) Wireless 802.11n and Outdoor Access Points have been certified at Microsemi Corporation's PowerDsine(R) testing facility as the first 802.11n or Outdoor access points available today that are able to operate at the low power ratings specified in IEEE 802.3af standards for Power over Ethernet (PoE).
Microsemi, whose PowerDsine technology pioneered Power over Ethernet, conducts comprehensive testing of PoE end devices to assure successful installation of PowerDsine Midspan systems using certified devices. Siemens' 802.11n APs and Outdoor Access Points were the first to meet the requirements for PowerDsine Certification at the low power specified in 802.3af PoE standards for such deployments.
Siemens created HiPath(R) Wireless 802.11n APs to plug into existing PoE-enabled Ethernet ports. This allows enterprises to enjoy dual-band 3x3 MIMO and 802.11n high performance while offering the opportunity to save on deployment costs, thereby helping to increase their return on investment from network infrastructures built for the 802.3af PoE standard.
"To qualify for PowerDsine certification, we put PoE end devices through long and exhaustive testing," said Steve Litchfield, Microsemi Executive Vice President and President of Analog Mixed Signal Group. "It is a noteworthy achievement for Siemens to handle 802.11n requirements within the maximum 12.95 watts allowed by IEEE 802.3af."
Microsemi, whose PowerDsine technology pioneered Power over Ethernet, conducts comprehensive testing of PoE end devices to assure successful installation of PowerDsine Midspan systems using certified devices. Siemens' 802.11n APs and Outdoor Access Points were the first to meet the requirements for PowerDsine Certification at the low power specified in 802.3af PoE standards for such deployments.
Siemens created HiPath(R) Wireless 802.11n APs to plug into existing PoE-enabled Ethernet ports. This allows enterprises to enjoy dual-band 3x3 MIMO and 802.11n high performance while offering the opportunity to save on deployment costs, thereby helping to increase their return on investment from network infrastructures built for the 802.3af PoE standard.
"To qualify for PowerDsine certification, we put PoE end devices through long and exhaustive testing," said Steve Litchfield, Microsemi Executive Vice President and President of Analog Mixed Signal Group. "It is a noteworthy achievement for Siemens to handle 802.11n requirements within the maximum 12.95 watts allowed by IEEE 802.3af."
Monday, 18 August 2008
Tektronix In IZT Win
Tektronix, Inc., a provider of test, measurement and monitoring instrumentation, announced that the Innovationszentrum fur Telekommunikationstechnik GmbH (IZT), a German manufacturer of advanced digital signal processing (DSP) technologies, has selected its DSA70000 and DPO7000 high-performance Digital Phosphor Oscilloscopes (DPOs) and P7313 Z-Active(TM) probes for testing advanced telecommunications systems that employ high-speed serial buses.
Equipment operating at multi-Gbps data rates, now widely used in the mobile, broadcasting and satellite communications sectors, are increasingly making use of high-speed serial buses based on standards including Serial Advanced Technology Attachment (SATA). Testing these systems requires very high-performance measurement instruments. IZT has invested in a range of Tektronix oscilloscopes to conduct projects in the high frequency RF domain, developing demodulators and filters using FPGAs up to 3Gbps, and also to develop communications and broadcast equipment, satellite receivers and DAB transmitters.
"There are very few test and measurement suppliers who produce instruments that can meet our exacting requirements -- from SATA (3Gbps and 6Gbps) and DDR timing measurements to general purpose lab measurements," said Andreas Klose, Group Leader, Firmware Development Group, IZT. "We selected the Tektronix products for their powerful triggering capabilities, unique DPX technology, large display, general ease of use, and the probing system, which uses solder-in tips and digital signal processing. Overall, we found the Tektronix offerings provide the best available signal integrity for our demanding applications."
The products purchased by IZT are the DSA71254 12.5 GHz Digital Serial Analyser (DSA), P7313 Z-Active(TM) low-load probes and the 2.5 GHz DPO7254 Oscilloscope. The higher-speed instrument is used for measurements on high-speed serial data transmission at over 3 Gbit/s, speeds at which signal integrity can be compromised within very short distances on a backplane or circuit board. The DPO7254 is typically used to test circuits including field-programmable gate arrays (FPGAs) and DDR (double data rate) memory devices.
Equipment operating at multi-Gbps data rates, now widely used in the mobile, broadcasting and satellite communications sectors, are increasingly making use of high-speed serial buses based on standards including Serial Advanced Technology Attachment (SATA). Testing these systems requires very high-performance measurement instruments. IZT has invested in a range of Tektronix oscilloscopes to conduct projects in the high frequency RF domain, developing demodulators and filters using FPGAs up to 3Gbps, and also to develop communications and broadcast equipment, satellite receivers and DAB transmitters.
"There are very few test and measurement suppliers who produce instruments that can meet our exacting requirements -- from SATA (3Gbps and 6Gbps) and DDR timing measurements to general purpose lab measurements," said Andreas Klose, Group Leader, Firmware Development Group, IZT. "We selected the Tektronix products for their powerful triggering capabilities, unique DPX technology, large display, general ease of use, and the probing system, which uses solder-in tips and digital signal processing. Overall, we found the Tektronix offerings provide the best available signal integrity for our demanding applications."
The products purchased by IZT are the DSA71254 12.5 GHz Digital Serial Analyser (DSA), P7313 Z-Active(TM) low-load probes and the 2.5 GHz DPO7254 Oscilloscope. The higher-speed instrument is used for measurements on high-speed serial data transmission at over 3 Gbit/s, speeds at which signal integrity can be compromised within very short distances on a backplane or circuit board. The DPO7254 is typically used to test circuits including field-programmable gate arrays (FPGAs) and DDR (double data rate) memory devices.
Wednesday, 25 June 2008
Tektronix In VESA Compliance
Tektronix, Inc. a leading, worldwide provider of test, measurement and monitoring instrumentation, announced that the Video Electronics Standards Association (VESA) has approved the Tektronix solution for testing DisplayPort interconnect cables as documented in a Methods of Implementation (MOI) -- the first MOI in the industry for DisplayPort 1.1 cable testing. The Tektronix methodology eliminates the need for expensive and complicated instruments promoted by alternative solutions. The new MOI and complete Tektronix DisplayPort test offering can be viewed at http://www.tek.com/displayport.
DisplayPort is the new digital display interface technology for computers, monitors and home-theater systems aimed at lower implementation costs and improved video performance. DisplayPort gives manufacturers of LCD panels, monitors, graphics cards, PC chipsets, projectors, peripherals, components, cables, and consumer electronics a next generation digital interface that is designed to replace LVDS, DVI, and eventually VGA.
The Tektronix interconnect MOI specifies a DSA8200 Digital Serial Analyzer and TDR/TDT and S-Parameter support through iConnect(R) software. This is the only approved single instrument DisplayPort interconnect test solution in the market for passive cables. Testing active cables additionally requires an AWG7102 Arbitrary Waveform Generator and 80SJNB jitter analysis software. Unlike alternative solutions that require expensive, complex instruments and setups the Tektronix configurations efficiently ensure a readable signal reaches the receiver.
"The Tektronix approach successfully performed the needed DisplayPort cable tests," said Doron Lapidot, director of engineering, Circuit & Design Asia Pacific and EMEA, Tyco Electronics. "The Tektronix solution provides the needed compliance testing with reduced cost and complexity. We've selected this option as part of our DisplayPort interconnect testing procedures."
"The DSA8200 measurement system provides channel characterization with TDR/TDT and S-Parameter support," said Ian Valentine, general manager, Technology Solutions Group, Tektronix. "The acceptance of our DisplayPort cable test solution for interconnect testing by VESA and adoption by forward-looking organizations like Tyco Electronics demonstrate the utility and cost-effective advantages of the Tektronix tools and methodology."
Tektronix has received VESA certification for source, cable, and sink compliance test solutions. "Tektronix is recognized around the world for its leadership in test solutions including DisplayPort," said Bill Lempesis, executive director, VESA. "These tools enable companies to efficiently test their designs, helping to expedite compliance with the DisplayPort standard. The efforts of Tektronix increase the overall set of tools that companies have available to assist in DisplayPort development and industry adoption."
DisplayPort is the new digital display interface technology for computers, monitors and home-theater systems aimed at lower implementation costs and improved video performance. DisplayPort gives manufacturers of LCD panels, monitors, graphics cards, PC chipsets, projectors, peripherals, components, cables, and consumer electronics a next generation digital interface that is designed to replace LVDS, DVI, and eventually VGA.
The Tektronix interconnect MOI specifies a DSA8200 Digital Serial Analyzer and TDR/TDT and S-Parameter support through iConnect(R) software. This is the only approved single instrument DisplayPort interconnect test solution in the market for passive cables. Testing active cables additionally requires an AWG7102 Arbitrary Waveform Generator and 80SJNB jitter analysis software. Unlike alternative solutions that require expensive, complex instruments and setups the Tektronix configurations efficiently ensure a readable signal reaches the receiver.
"The Tektronix approach successfully performed the needed DisplayPort cable tests," said Doron Lapidot, director of engineering, Circuit & Design Asia Pacific and EMEA, Tyco Electronics. "The Tektronix solution provides the needed compliance testing with reduced cost and complexity. We've selected this option as part of our DisplayPort interconnect testing procedures."
"The DSA8200 measurement system provides channel characterization with TDR/TDT and S-Parameter support," said Ian Valentine, general manager, Technology Solutions Group, Tektronix. "The acceptance of our DisplayPort cable test solution for interconnect testing by VESA and adoption by forward-looking organizations like Tyco Electronics demonstrate the utility and cost-effective advantages of the Tektronix tools and methodology."
Tektronix has received VESA certification for source, cable, and sink compliance test solutions. "Tektronix is recognized around the world for its leadership in test solutions including DisplayPort," said Bill Lempesis, executive director, VESA. "These tools enable companies to efficiently test their designs, helping to expedite compliance with the DisplayPort standard. The efforts of Tektronix increase the overall set of tools that companies have available to assist in DisplayPort development and industry adoption."
JDSU Launches Latest MAP
JDSU today announced the latest generation of its Multiple Application Platform (MAP) optical test and measurement platform, the MAP-200, that is optimized for the cost- effective development and manufacturing of optical transmission network elements. The MAP-200 offers a very broad portfolio of fiber optic power measurement and signal management tools using an updated, dense and highly configurable platform.
The MAP-200 represents an investment in productivity-enhancing technologies and tools for the most stringent test applications found in lab and manufacturing environments. With its industry-leading features, the MAP-200 speeds network system development and provides unmatched visibility into the performance of network elements.
"Today's rapidly-changing optical market requires investment in productivity-enhancing technologies and tools like the MAP-200," said Enzo di Luigi, general manager in JDSU's Communications Test and Measurement business segment. "Thanks to its multi-function capabilities and ease-of-use, the MAP-200 enables a quick return on capital investment and simplifies testing
-- which reduces operational expenses."
Key ease-of-use features include the industry's first compliance with LAN eXtensions for Instruments (LXI) standards, user-friendly controls and an intuitive, multi-language GUI. The MAP-200 also lowers operation and capital expenses via Interchangeable Virtual Instrument (IVI) drivers that are optimized for ease-of-use with most popular application development environments and provide reusable driver architecture. The drivers provide full control of MAP-200 modules and are based on common architecture to reduce the engineering time needed when working with multiple vendors.
The MAP-200 mainframe is offered in three configurations for optimal adaptability within test sets: a three-slot configuration and a 19-inch rack, eight-slot configuration with either front- or rear-facing orientation for optimal fiber routing. Investment protection is maximized by use of a simple transition kit, which allows insertion of previously field-deployed MAP modules in the MAP-200 mainframe. Furthermore, the MAP-200 provides additional cost savings by letting users share modules within a mainframe.
The MAP-200 represents an investment in productivity-enhancing technologies and tools for the most stringent test applications found in lab and manufacturing environments. With its industry-leading features, the MAP-200 speeds network system development and provides unmatched visibility into the performance of network elements.
"Today's rapidly-changing optical market requires investment in productivity-enhancing technologies and tools like the MAP-200," said Enzo di Luigi, general manager in JDSU's Communications Test and Measurement business segment. "Thanks to its multi-function capabilities and ease-of-use, the MAP-200 enables a quick return on capital investment and simplifies testing
-- which reduces operational expenses."
Key ease-of-use features include the industry's first compliance with LAN eXtensions for Instruments (LXI) standards, user-friendly controls and an intuitive, multi-language GUI. The MAP-200 also lowers operation and capital expenses via Interchangeable Virtual Instrument (IVI) drivers that are optimized for ease-of-use with most popular application development environments and provide reusable driver architecture. The drivers provide full control of MAP-200 modules and are based on common architecture to reduce the engineering time needed when working with multiple vendors.
The MAP-200 mainframe is offered in three configurations for optimal adaptability within test sets: a three-slot configuration and a 19-inch rack, eight-slot configuration with either front- or rear-facing orientation for optimal fiber routing. Investment protection is maximized by use of a simple transition kit, which allows insertion of previously field-deployed MAP modules in the MAP-200 mainframe. Furthermore, the MAP-200 provides additional cost savings by letting users share modules within a mainframe.
Anadigics Gain Amplifier
ANADIGICS, Inc. (NASDAQ:ANAD) today launched its ARA2017, the first programmable gain amplifier optimized for DOCSIS 3.0 cable modem and E-MTA applications. This new device supports high linear power levels, which enable channel bonding and thus higher data rates in the cable system upstream (return) path.
"ANADIGICS is always proud to announce an industry first," reports Ron Michels, Senior Vice President and General Manager of ANADIGICS' Broadband Business. "The ARA2017 is an example of our firm commitment to developing products ahead of the technology curve, and its performance allows cable system operators to provide higher two-way data rates and enhanced service offerings to their customers."
The ARA2017 is integral to the performance of DOCSIS 3.0 terminal products, and is used by multiple vendors in cable modems that were certified for DOCSIS 3.0 usage, based on recent testing at CableLabs(R).
Operating in the 5-85MHz frequency range, the ARA2017 supports DOCSIS 3.0-specified signal levels of +64dBmV while minimizing harmonic distortion and output noise levels. At minimum attenuation, the ARA2017 has 33dB of RF gain. An integrated, digitally controlled, multi-stage precision step attenuator provides up to 58 dB of attenuation in 2 dB increments. Requiring a single 5V supply, the device is offered in a 28-pin 5mm x 5mm x 1mm QFN package.
"ANADIGICS is always proud to announce an industry first," reports Ron Michels, Senior Vice President and General Manager of ANADIGICS' Broadband Business. "The ARA2017 is an example of our firm commitment to developing products ahead of the technology curve, and its performance allows cable system operators to provide higher two-way data rates and enhanced service offerings to their customers."
The ARA2017 is integral to the performance of DOCSIS 3.0 terminal products, and is used by multiple vendors in cable modems that were certified for DOCSIS 3.0 usage, based on recent testing at CableLabs(R).
Operating in the 5-85MHz frequency range, the ARA2017 supports DOCSIS 3.0-specified signal levels of +64dBmV while minimizing harmonic distortion and output noise levels. At minimum attenuation, the ARA2017 has 33dB of RF gain. An integrated, digitally controlled, multi-stage precision step attenuator provides up to 58 dB of attenuation in 2 dB increments. Requiring a single 5V supply, the device is offered in a 28-pin 5mm x 5mm x 1mm QFN package.
Sunday, 15 June 2008
Integral Systems
Founded in 1982, Integral Systems is a provider of satellite ground systems and has supported more than 205 different satellite missions for communications, science, meteorological, and earth resource applications. Integral Systems was the first company to offer an integrated suite of COTS (Commercial-Off-the-Shelf) software products for satellite command and control: the EPOCH IPS (Integrated Product Suite) product line. EPOCH IPS has become the world market leader in commercial applications with successful installations on five continents.
Through its wholly-owned subsidiary, SAT Corporation, Integral Systems provides satellite and terrestrial communications signal monitoring systems to satellite operators and users throughout the world. Through its Newpoint Technologies, Inc., subsidiary, Integral Systems also provides software for equipment monitoring and control to satellite operators, broadcasters, and telecommunications firms. Integral Systems' RT Logic subsidiary builds telemetry processing systems for military applications, including tracking stations, control centers, and range operations. Integral Systems' Lumistar, Inc., subsidiary provides system- and board-level telemetry acquisition products. Integral Systems has approximately 500 employees working at its headquarters in Lanham, MD, and at other locations in the U.S. and Europe. For more information, visit http://www.integ.com/.
Through its wholly-owned subsidiary, SAT Corporation, Integral Systems provides satellite and terrestrial communications signal monitoring systems to satellite operators and users throughout the world. Through its Newpoint Technologies, Inc., subsidiary, Integral Systems also provides software for equipment monitoring and control to satellite operators, broadcasters, and telecommunications firms. Integral Systems' RT Logic subsidiary builds telemetry processing systems for military applications, including tracking stations, control centers, and range operations. Integral Systems' Lumistar, Inc., subsidiary provides system- and board-level telemetry acquisition products. Integral Systems has approximately 500 employees working at its headquarters in Lanham, MD, and at other locations in the U.S. and Europe. For more information, visit http://www.integ.com/.
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