The Technology Inventory

Cal-Bay Systems has integrated the functions of spectrum monitoring and RF recording into the new Spectrum Defender product, an portable, off-the-shelf PXI-based platform.

Critical VHF, UHF and microwave bands that rely on applications are often…

Cal-Bay Systems, a leading company that provides test systems, as well as test and measurement solutions, has debuted its Spectrum DefenderTM -- a next-gen instrument that combines the power of spectrum monitoring and RF recording into one portable, off-the-shelf PXI-based platform. Designed to prevent cheap, unlicensed devices from infringing mission-critical and application-dependent VHF, UHF and microwave bands, Spectrum DefenderTM provides engineers with efficient means to monitor, analyze, troubleshoot and defend their spectrum and system performance from disruptions brought by these stray or hostile signals. This new instrument from Cal-Bay Systems also feature survey, record, play and review functions, with choices of standard, built-to-order of custom workflow configurations depending on the user’s needs. An “autonomous” mode removes the need for continuous live monitoring by automatically recognizing and recording signal encroachment for further analysis. You may also want to read:

As a result of NSSLGlobal Ltd.'s, an independent service provider of satellite communications, goal to support key clients at a regional level, the company opened last April 15, 2013 its new office in the Asian hub of Singapore.

NSSLGlobal's recent move only adopts to its growing market in the past few years. "As our first office in the Far East, it's an important step in the progression of NSSLGlobal. With a good infrastructure and easy access to the surrounding regions, the opening of our new Singapore office provides the perfect base to support our growing Asia Pacific customers, who require a company to manage their account within their own time zone," said NSSLGlobal CEO, Sally-Anne Ray. "We see this as another step in our commitment to invest time and money in the market."

Appointed as the local General Manager for Singapore is Priya Patel, who has been with NSSLGlobal since 2000. "It's an exciting move and one I'm personally relishing to begin. I see this as a highly beneficial and important addition to our 24/7 technical support, as we will be able to provide service and IT support on the ground," said Patel.

An office in Cornwall, United Kingdon, has already been opened just recently which marks NSSLGlobal's continuos efforts for expansion.

STMicroelectronics, a leading manufacturer of semiconductors, reported that its Teseo Ii single-chip satellite-tracking ICs did very well during the first ground location test of Galileo -- Europe’s independent navigation system. The European Space Agency (ESA) administered the tests at their Netherlands technology center, while STMicroelectronics coordinated with the agency from its Global Navigation Satellite System (GNSS) software development labs in Italy. As a single-chip standalone satellite receiver capable of using signals from all other satellite navigation systems, the Teseo II delivers shorter time-to-first-fix and continuous tracking with better accuracy. ST and ESA made use of a rooftop antenna with a clear view of the satellites (static) and a mobile test-bed unit travelling in a normal user environment (dynamic) to administer the Galileo system test. Using only four of the Galileo IOV satellites, the Teseo II receiver was able to track and produce a 3D fix over the entire path of the mobile unit. Recommended additional reading:

Ball Aerospace & Technologies, a leading manufacturer of spacecraft, components, and instruments for national defense, civil space and commercial space applications, has now begun with the integration for WorldView-3, DigitalGlobe’s second-generation commercial remote-sensing satellite. WorldView-3 is the third in a series to employ the Ball Commercial Platform (BCP) 5000, and is scheduled for launch middle of 2014. In anticipation of the delivery of ITT Exelis imaging sensor, the incorporation of WorldView-3’s control moment gyroscopes (CMGs) and propulsion module is ongoing. The environmental testing of the satellite will begin this fall once sensor integration and checkout are accomplished. DigitalGlobe’s WorldView-3 will provide 31-centimeter resolution panchromatic, 1.24-meter resolution eight-band multispectral, and 3.72 meter resolution eight-band Short Wave Infrared (SWIR) imagery. The CMGs of the satellite can reorient it over a favored collection area in four to five seconds, unlike the thirty to forty-five seconds required for traditional reaction wheels. Recommended additional reading:

SkyTrac shows off satellite communications, flight following solutions for NATA 

Cobham SATCOM debuts EXPLORER 710 BGAN terminal at NAB 2013

Cobham SATCOM is paving the road for its new EXPLORER 710 BGAN satellite terminal at the NAB 2013…

Mobile telecommunications company Ericsson debuted its new high-performance compression platform to provide TV services across all networks. Powered by the company’s first in-house developed programmable video processing chip, the AVP 4000 is a single platform that caters to different applications -- regardless of its codec, network or resolution. Ericsson’s next-generation compression platform guarantees ease of integration, expansion, re-purposing, training, repair and upgrades because it address all application, codecs, resolutions and profiles. As a result, it reduces the overall cost of ownership, thanks to the new video processing chip of the company. In a company statement, Ericsson TV Compression Business Head Giles Wilson noted: "This programmable chip gives us the performance and the control necessary to develop and implement the algorithms required to achieve the highest bandwidth efficiency across all delivery networks.” Telus, a Canadian telecommunications company, is now testing Ericsson’s AVP 4000 for a future TV platform, with high-quality and services. Recommended additional reading:

The global communications and information company, MacDonald, Dettwiler and Associates Ltd, signed a CA$81 million contract with the Canadian Space Agency to provide the sustaining engineering and operational support for its robotic elements on the International Space Station (ISS) through December 2015.

In a statement, MDA claimed their robotic systems played a critical role in the construction of the Space Station. With construction of the station complete, robotics continue to play a vital role in on-going operations—from berthing visiting vehicles such as the SpaceX Dragon and Japanese HTV spacecraft to performing ground-breaking technology demonstrations.

Don Osborne, MDA Vice-President, said “We have a long history of supporting human spaceflight activities and are committed to providing critical capabilities to meet the future needs of the ISS.”

MDA is the prime contractor to the Canadian Space Agency for the Mobile Servicing System, which consists of Canadarm2, Dextre, and the Mobile Base System. From inception to operation, MDA’s innovative solutions have demonstrated flexibility and utility in building and maintaining the ISS.

About MDA: MDA is a global communications and information company providing operational solutions to commercial and government organizations worldwide.

The Fire and Disaster Management Agency (FDMA) of Japan now possesses the world’s first helicopter satellite communications system, the HSA40, courtesy of Mitsubishi Electric Corporation and the Tokyo branch of its distributor, Seiryo Electric Company.

Se…

Satcom Direct is integrating the Exinda Mobile platform into the Satcom Direct Router (SDR). The first Satcom hardware product, the SDR can serve as a Wi-Fi access point on an airplane. The Exinda Mobile platform, which is integrated into the SDR, will…

SpaceX’s Merlin 1D engine cleared for flying aboard Falcon 9

Space transport company Space Exploration Technologies announced that Merlin 1D engine, the…

C-Com introduces new generation iNetVu Ka-band flyaway satellite antennas

The vanguard of C-COM Satellite Systems Inc.’s new generation of Ka-bandFlyaway Antennas made its…

Glowlink has begun offering SAMS, its new NexGen tool for satellite capacity and link planning.

SAMS can be used by satellite traffic planners to sort out satellite communicationstraffic, execute link budget analysis, and optimize space assets to fulfill…

National security solutions provider Kratos Defense announced that its subsidiary, SAT Corporation, now offers an updated version of satID, the company’s RF Interference (RFI) Geolocation product. satID aims to be an all-in-one solution for locating identifying sources of interference caused by failure of equipment, intentional jamming, operator error or unauthorized users. The updated version of satID aims to deliver a more intuitive and streamlined user experience, resulting in an improved, highly flexible architecture that can scale to fit all types of customer installation. The 3.0 version of satID is equipped with a new map-driver user interface designed to deliver an enhanced way of generating geolocation results. Some of the other major adjustments include streamlined data input and extensive data entry integration with SAT’s Monics carrier monitoring solution. "Over 15 years of customer feedback and product development has led to the advanced features in satID 3.0, making it the most powerful and intuitive geolocation solution available," said Bob Potter, President of SAT. "SAT offers the most comprehensive and advanced suite of RF Interference mitigation solutions available to provide an end-to-end solution for RFI mitigation." Recommended additional reading:

STM Group, the European Space Agency, and the Norwegian Space Centre are embarking on a project that will develop an integrated TDM/TDMA satellite Hub modem with very high-throughput speeds.

According to the announcement by STM, the final product will fit…

Leading in-orbit service provider Vivisat has opened to its clients the ATK Robotic Rendezvous and Proximity (RPO) testing facility at the headquarters of ATK’s Space Systems Division in Beltsville, Maryland. Tours of the facility for ViviSat clients…