Secure satellite communications.

Xiphera has been selected for a new project under the European Space Agency’s (ESA) ARTES programme. The project is to focus on developing a high-speed security IP core for optical satellite communications, further strengthening Xiphera’s position as a provider of advanced hardware-based cybersecurity solutions for the space sector.

A high-speed security IP core for optical satellite links will be developed, enabling secure data transfer at speeds of up to 100 Gbit/s. The technology is intended to support future satellite constellations and space systems that require both high-performance communications and strong cybersecurity.

As satellites generate and transfer increasing amounts of data, communications infrastructure must evolve to support higher bandwidths without compromising security. The project addresses this challenge by combining high-speed data protection with the performance requirements of next-generation space systems.

The project builds on Xiphera’s experience in developing hardware-based cryptographic IP and security solutions for demanding applications in the space, defense, telecommunications, and industrial sectors.

“We are excited to work with ESA on this project and contribute our expertise in hardware-based cybersecurity to future space systems,” said Petri Jehkonen, Director of Strategic Programs at Xiphera. “Future satellite constellations will rely on high-speed optical links capable of transferring massive amounts of data. Security must be built into these systems without compromising performance. This project gives us an opportunity to develop technologies that help address exactly that challenge.”

“The ARTES programme strengthens European sovereignty in core technologies for our space infrastructures, including cybersecurity and high-speed hardware cryptography. We look forward to contributing Xiphera’s subject-matter expertise in these fields to the European space ecosystem,” said Tommi Lampila, Chief Revenue Officer at Xiphera.

The project supports the development of technologies needed for future satellite constellations, where both ultra-high data rates and strong cybersecurity are essential requirements.

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@xiphera @esa #Aerospace #PAuto

Ai enabled Vector Network Analyzer (VNA).

Redefining high performance RF and microwave network analysis.

The Tensor Vector Network Analyzer (VNA) from Anritsu, represents a major advancement in RF and microwave network analysis, delivering modern, scalable architecture designed to support the most complete and demanding measurements like Amplifiers, Filters, Frequency Convertors (Mixers – Single Stage and Multistage), Opto-electronics, and other advanced VNA measurements. The instrument is engineered to meet the evolving requirements for aerospace and aeronautics, semiconductor, active and passive device measurements, signal integrity, research and development, and millimeter wave/waveguide system development.

Key differentiators and platform highlights.
The Tensor VNA has been designed from the ground up to address measurement complexity, speed, and accuracy challenges faced by today’s engineers. Key highlights include:

• 1 source-per-port architecture, which means 4 sources for a 4 port VNA, which not only enables multiple measurements with the same setup (multiple amplifiers/mixers/multistage mixers), but also provides the industry’s best specifications related to output power and dynamic range, etc.
• Inbuilt Ai engine that helps in making complex measurements in an easy and intuitive fashion. Tensor VNA works as a companion with the user rather than just being a measurement tool. It helps users with suggestions and understands human language to make it a user-friendly environment.
• Ultrafast sweep speed and data transfer rates with a modern software architecture to support complex measurements to be made with ease.
• Most advanced hardware for a next generation VNA platform hardware optimised for high dynamic range, low trace noise, and repeatable measurement performance across wide frequency spans. The only VNA in the world that offers 1 source-per-port as a default, so that customers can use even 2 port VNAs to make amplifier two tone measurements or with a 4 port VNA can make 2-2 tone amplifier/mixer measurements.The hardware also comes with an option to have the 2nd local oscillator (LO) which provides vector mixer measurements (phase, group delay, etc.).
• Scalable, flexible configuration with NO additional test sets or hardware for supporting various configuration. Supports a broad range of test configurations to accommodate diverse applications, from device level characterisation to complex multi-port system measurements, banded waveguide measurements to high-speed signal integrity applications

High Frequency and mmWave Readiness.
Tensor VNA can support high frequencies from 54 GHz to 220 GHz with Anritsu’s small compact mmWave modules and at the same time perform waveguide banded measurements with most third party vendors for higher frequencies up to 1.1 THz.

• Accelerated test throughput - Optimised measurement speed and workflow efficiency help engineers reduce test time while maintaining confidence in results, from R&D through validation and production environments.
• Modern user interface and automation support - An intuitive operating environment and automation capabilities streamline test setup, analysis, and integration into existing measurement workflows.

“The introduction of the Tensor VNA marks a major milestone in Anritsu’s network analyzer roadmap,” said Navneet Kataria, Anritsu Marketing Director. “As device performance and system complexity continue to increase, engineers need tools that deliver trusted results while adapting to rapidly changing test requirements. Tensor was designed to do exactly that.”

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About Anritsu ANRITSU CORPORATION (http://www.anritsu.com)

Support for European student group space rocket mission.

Elara Aerospace, an academically led initiative founded at the Technical University of Munich (TUM), is being supported by Thomson, with precision linear motion technology for its liquid-fuelled Methalox rocket. The Elara team is seeking to become the first student group worldwide to develop a liquid-propelled rocket capable of exceeding 100 kilometers in altitude while being fully reusable and have space for up to 100 kg of scientific experiments. As part of a joint partnership with its Regal Rexnord sister brands Boston Gear and Kollmorgen, Thomson is providing key actuation components that will support active engine positioning and critical flight control functions.

28kN Methalox Engine

The system will use two Thomson PC Series precision linear actuators integrated with Kollmorgen AKM13D servo motors and dual-axis drive systems, along with Boston Gear Micron NemaTRUE™ planetary gearheads. Together, the components form a coordinated motion solution tailored to the application’s performance requirements.

In the Elara rocket, the actuators will support engine gimbaling, enabling controlled movement within a narrow ±5 degree operating range. The PC Series actuators were selected for their compact design, ball screw-based construction and ability to deliver accurate, repeatable motion in space-constrained applications.

“Rocket control applications leave very little room for uncertainty. Every commanded movement must be predictable, measurable and easy to verify,” said Anders Karlsson, Business Development Manager for Regal Rexnord’s Linear Motion Division. “For us, the value of this partnership is not only in supplying components but in helping Elara build confidence in the actuation approach before the system moves into flight use. Working closely with the team helped us ensure the motion package fits cleanly within the overall engine control architecture.”

The actuators were supplied as individual components, giving the Elara Aerospace team flexibility in system design and testing. The motion system is currently being validated on development platforms for use in the rocket’s engine control system.

“For an academically led team working on active engine control, it was important for us to use components that were not only technically capable but also practical to work with,” said Tom Luca Reinhardt, Founder and CEO of Elara Aerospace. “Thomson’s guidance gave us a clear path for the thrust vector control design without adding unnecessary complexity.”

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@Thomson_Ind @RegalRexnord @Elara_Aerospace #Aerospace #PAuto 

Edge-mount board connector.

Production quantity are now available of Samtec's new high-frequency, 50 Ohm impedance, SMA edge-mount board connector delivering repeatable, reliable performance through 26.5 GHz. The edge-mount design terminates directly to the PCB edge, providing a compact signal path that minimizes discontinuities and lowers return loss when compared to vertical or right-angle connectors.

These connectors are suitable for 5G/6G wireless infrastructure, test & measurement, military, and aerospace applications. They feature a gold-plated body and contact (30 µin center contact, 10 µin outer contact) enabling superior electrical conductivity and durability. Their construction offers resistance to corrosion and enables up to 500 mating cycles. The 4-post through-hole design further enhances durability, allowing for greater mechanical reliability when connecting to the board.

Several coaxial cable varieties mate with Samtec’s SMA board connectors. Samtec offers SMA connector assemblies using low-loss flexible microwave cable in small and large diameters ranging from .047” to .277”, semi-flexible cable, or phase and amplitude stable Nitrowave™ high-performance cable (Series: LL043, LL032). Pairing the SMA connectors with a variety of cable types allows Samtec to support rapid application-specific customization, delivering efficient lead-time efficiencies with off-the-shelf solutions.

As frequencies increase, connector launches become increasingly complex. The company offers signal integrity support such as board launch optimization, e-field simulation, and 3D modeling to help ensure maximum performance through a system.

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@SamtecInc @TechWireIntl #Electronics #TandM  #Aerospace

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Deep-space motion.

Phytron GmbH* is a globally leading specialist in automation solutions for harsh industrial, extreme and aerospace and deep-space environments. The German Mittelstand manufacturer offers standard and custom designed products and systems covering stepper motors, linear actuators, precision mechanics, feedback systems, power electronics, and motion controls. Phytron’s application expertise covers many fields of industry and sciences for earth-based motion systems where numerous environmental challenges arise, but the most demanding applications are found in deep-space exploration craft and satellite systems. Phytron’s phySPACE range of space-certified drives are meticulously engineered to deliver optimal robustness, withstand intense vibration, resist radiation exposure, tolerate high operating temperatures, and perform with complete reliability in ultra-high vacuum.

One of the latest phySPACE space-certified applications has been recently delivered to the University of Bern - Switzerland, where specially engineered stepper motors are used on a high-precision laser-based mass spectrometer scheduled to land near the Moon’s south pole in 2029. The instrument is part of the payload for the Blue Ghost Mission 4, by Firefly Aerospace (USA) which encompasses NASA’s Commercial Lunar Payload Services (CLPS) initiative that enables the delivery of scientific payloads to the Moon. The spectrometer will examine the lunar south pole’s surface for chemical and isotopic composition. This research aims to advance our knowledge of the Moon’s geochemistry and foster an increased understanding of the solar system's origins and resources for future missions. As part of the design requirements Phytron provided the stepper motor housings in precision machined titanium alloy with a PVD (Physical Vapour Deposition) gold coating applied by the University of Bern’s research team. This gold layer is more than just an attractive feature—it plays a crucial thermal role by preventing excessive radiated heat transfer from the motor to nearby assemblies that require optical stability. Consequently, most of the heat is carried away through conduction rather than radiation, helping to protect sensitive neighbouring systems.

Extreme environmental conditions for space motion control.
Space-bound motors and actuators must operate reliably within a range of harsh environmental conditions. These demanding settings can be defined by one, or a combination, of the following factors:

• Extreme Temperatures: The operating environment may expose the motor to extremely low temperatures as low as -270⁰C, or extremely high temperatures reaching up to +300⁰C.
• Ultra-High Vacuum: Motors must withstand vacuum levels that can reach 10-11 Torr. Such conditions require careful consideration for undesired gas emissions from materials and components.
• Ionising Radiation: Drive systems are subject to ionising radiation, which may deteriorate materials and mechanisms. Exposure levels can be as high as 108 Rad.
• Aggressive Environmental Conditions: Certain applications require motors or actuators to be hermetically sealed to protect against contamination and ensure operational integrity.
• Minimal weight: In addition to their resilience, phySPACE drive designs are optimised for size and weight, contributing to overall mission payload efficiency.

These challenges define the rigorous requirements for motion control systems used in space exploration, demanding the highest standards of engineering and manufacturing to ensure dependable performance throughout mission lifetimes. Phytron’s products and processes meet strict European Cooperation for Space Standardisation (ECSS) requirements confirming they can withstand space flight environments.

Stepper motor technology.
Whether harsh industrial, extreme, or space application environments, microstepping motors stand out as the primary technological drive solution for Phytron. Their unique design, which eliminates direct contact between the rotor and stator components, results in minimal wear and ensures ongoing reliability. The motors operate flawlessly with digital open-loop controls, and the capability to verify position using robust and non-contacting resolvers or encoders further enhances their suitability for demanding environments. These benefits make stepper motors the preferred choice for tasks requiring precision, durability and long-term reliability. For Phytron, stepper motors are employed both as stand-alone units, or as integrated assemblies with precision gearboxes and/or mechanics as part of complete linear or rotary positioning solutions - paired with complementary drives and motion controls for single or multi-axis applications.

Earth to Moon.
For decades, Phytron GmbH has been renowned for delivering high-precision motion solutions that thrive in the most extreme environments, from cryogenic particle accelerators to ambitious interplanetary missions. Phytron’s story in space technology began in 1985 with ESA’s Giotto mission - one of Europe’s pioneering deep-space probes. Giotto captured the world’s attention with its close encounter with Halley’s Comet in March 1986 and later with Comet Grigg–Skjellerup in 1992. During these landmark missions, Phytron played a vital role by providing custom-developed actuator systems that precisely control position and movement that is essential for adjusting scientific instruments in space, ensuring accuracy and reliability in unforgiving conditions. These early achievements marked a turning point in European space history and has set the stage for future innovation.

Building on its pioneering work with ESA’s Giotto mission, Phytron has continually advanced its technology to meet new challenges, these include the ROSETTA space probe, NASA’s Mars Rover, the James Webb Telescope, the Chandrayaan-3 moon mission, and numerous navigation and scientific satellites. Culminating in this latest lunar endeavour, Phytron’s drives continue to demonstrate their reliability in countless scientific and space applications.

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* Represented exclusively in Great Britain and Ireland by Mclennan

@phytronmotors #McLennan #Aerospace #PAuto

Accredited in-house value-added solutions for critical industries.

Specialist connector distributor Lane Electronics, a franchised distributor and stockist of electrical connectors and accessories, is reinforcing supply-chain resilience for customers across aerospace, medical, industrial, and other high-reliability sectors.

Against a backdrop of geopolitical instability, global conflict, tariffs, and the growing impact of environmental change, Lane Electronics delivers exceptional service and reliability by combining extensive stockholding, in-house assembly, and value-added engineering expertise. A key member of the privately owned Lodge Group, Lane Electronics provides customers with seamless access to one of the industry’s most comprehensive interconnection portfolios, while sister company and connector manufacturer Weald Electronics adds design, assembly, and manufacturing capabilities that ensure continuity of supply and technical excellence as one of Lane Electronics’ key supply partners.

“In today’s uncertain global landscape, component availability and agility are paramount,” said Nick Wheeler, Sales Director of Lane Electronics. “Our focus on supply-chain resilience, supported by strategic stock management and in-house assembly, allows us to respond rapidly to customer needs while maintaining exceptional quality and performance standards through our industry-leading suppliers.”

Lane Electronics offers an extensive stockholding of connectors, accessories, and component piece-parts, supported by automated and strategic replenishment systems. Stock can be ring-fenced to meet specific customer or project requirements, helping OEMs and system integrators mitigate the risks of extended lead times, rapidly escalating prices or obsolescence.

The company’s in-house assembly services further enhance availability, with more than 90% of standard product ranges available for next-day shipment through stock or rapid assembly. As a specialist assembling distributor for leading connector manufacturers, Lane Electronics delivers tailored interconnect solutions across industries including aerospace, defence, mining, test and measurement, medical equipment, entertainment systems, and general industrial applications.

Complementing these capabilities, the company’s partnership with Weald Electronics provides accredited UK-made optical and RF cable assemblies and other value-added solutions, ensuring customers benefit from certified, high-performance interconnect products built to meet exact specifications.

Other key service advantages include:

• No minimum order quantity or order value on stocked items
• Next-day delivery on most standard connectors and accessories
• Online access to stock, specifications, and ordering
• Rapid engineering support for custom or obsolete designs

“Our customers value having a trusted partner who can combine technical knowledge, stock security, and responsive service.” continues Wheeler “We understand that connector availability can make or break a project timeline — so our goal is to remove that uncertainty.”

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@FC_Lane @proactivefleet  #PAuto #Electrical

Space power conversion applications.

A new Smart Integrated Magnetics solution designed for advanced power conditioning and distribution units (PCDUs) operating in constrained and demanding environments such as space systems has been developed by Exxelia. This solution is not a standard catalog product; it is the result of a custom development. It has been engineered to meet specific electrical, thermal and mechanical requirements defined at system level and can be adapted to meet any set of customer specifications.

This new Smart Integrated Magnetics solution combines the transformer and the inductor of a Dual Active Bridge (DAB) within a single, compact magnetic assembly. This integrated approach aims to reduce volume, mass and interconnection complexity while maintaining electrical performance at high switching frequencies. The targeted application is isolated DC-DC power conversion in space-grade PCDUs, where efficiency, reliability, and mechanical robustness are key design drivers.

From a technical standpoint, the Smart Integrated Magnetic is designed for a power level of 1 to 2kW at a switching frequency of 100 to 200kHz (example). The associated inductor provides an inductance of few µH. The overall assembly reaches an efficiency level close to 99% under nominal operating conditions, reflecting careful optimization of core materials, winding architecture and magnetic coupling. Particular attention has been paid to losses and thermal behavior, which are critical in low-convection environments.

Mechanical integration was a central aspect of the development. The complete magnetic solution fits into a low-profile / planar package measuring approximately 75 × 65 × 20 mm, with a total mass of around 250 g. This compact form factor is intended to facilitate integration into densely populated power electronics modules, while also supporting resistance to mechanical stresses typically encountered during launch and operation.

The design was carried out to address severe environmental constraints, including thermal cycling and mechanical loads, which are characteristic of space applications. Material selection, impregnation processes and structural design were adapted accordingly to ensure long-term stability and compatibility with qualification requirements.

While the solution presented here is specific to a given program and set of constraints, it reflects a broader approach that can be adapted to other high-reliability applications requiring compact, efficient and integrated magnetic designs.

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@Exxelia #Aerospace #PAuto

Rugged interconnectors.

Production quantity of Samtec's new line of rugged, multi-port SMPM solutions that feature threaded coupling for high thermal shock and vibration environments commonly found in  aerospace and communication applications is now available. Their rugged, threaded-SMPM solutions provide high-frequency performance up to 65 GHz with excellent reliability in high-density applications.

SMPM multi-port mated sets with the new -S Screw option for threaded coupling are part of Samtec’s Magnum RF® product line. Cable assemblies are available with .047” diameter low-loss flexible cable (GC47 Series) or with .086” diameter low-loss flexible cable (GC86 Series). While both cable diameters are small and lend themselves to smaller bundle sizes for weight savings and increased airflow for cooling, there are different advantages for each. GC47 with .047” diameter cable offers greater flexibility with a 0.125” (3.18 mm) minimum bend radius and a higher maximum operating frequency.

GC86 with .086” diameter cable, while still high-performance, operates at a slightly lower frequency but with improved, lower insertion loss. Mating board connectors are available with a stub launch surface mount board termination (GPPC-ST-SL) or edge mount board termination (GPPC-EM). Optional in-line channel counts are 2, 4, 6, 8 and 10 on a high-density .140” (3.56 mm) pitch. Combining multiple channels into a single housing provides 40-percent greater density, less processing time and better positional alignment.

Rugged, threaded SMPM Magnum RF interconnects are in stock directly from Samtec. As part of the Sudden Service® culture, Samtec makes designing-in a product easy by offering free 3D model downloads and product samples while also ensuring prints, product specifications and test reports are readily available.

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@SamtecInc @TechWireIntl #Electronics #TandM  #Aerospace

Expand RF validation techniques for radar and space systems.

The signing of an agreement with Vrije Universiteit Brussel (VUB) to advance wideband characterisation methods for active electronically scanned array (AESA) systems has been announced by Emerson. This joint effort aims to accelerate innovation, improve test coverage, and reduce risks for industries adopting next-generation AESA technologies, including aerospace and telecommunications.

LtoR:Rene Nuessgen, Senior Director, R&D, Emerson,
with Prof. Dries Peumans,VUB, Electricity Department.

AESA architectures are rapidly transforming radar, communications, and navigation systems, driving the need for more sophisticated and real-world-relevant test methodologies. To address this demand, Emerson will work with VUB to develop innovative approaches for wideband characterisation of RF and microwave components and subsystems used in AESA systems.

As part of the collaboration, Emerson is providing NI PXI test hardware and vector signal transceiver (VST) instruments to VUB. These tools enable multichannel, high-fidelity signal generation and analysis, allowing researchers to validate component behavior under realistic wideband conditions. This joint effort aims to accelerate innovation, improve test coverage, and reduce risks for industries adopting next-generation AESA technologies.

“Our partnership with Vrije Universiteit Brussel underscores Emerson’s commitment to ongoing refinement and advancement of RF and microwave testing methodologies,” said René Nuessgen, senior director, research and development, Emerson. “By integrating our advanced test and measurement technologies with VUB’s research expertise, we are enabling the development of robust and scalable approaches that will drive the adoption of AESA systems in high-reliability applications.”

The collaboration also supports PhD training, joint publications, and deeper engagement between industry and academia. With a focus on advanced technology applications, the partnership will foster internal knowledge development at Emerson while contributing to the broader engineering community.

Nuessgen and Professor Dries Peumans of VUB’s Electricity Department signed the agreement during an official ceremony held at European Microwave Week.

Prof. Peumans commented, “This collaboration with Emerson is an excellent opportunity to push forward our research in wideband characterisation and modeling of high-frequency components and active antenna systems. With access to Emerson’s advanced measurement infrastructure and expertise, our researchers can explore new ways to measure and understand complex systems. We’re excited to see what practical innovations will come out of this program – especially those that could shape the future of wireless communication and sensing.”

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@Emerson_News @EMR_Automation @NIglobal @VUBrussel #TandM #Belgium

Accessably Secure and high-performance security solutions.

A collaboration to combine Xiphera’s advanced cryptographic solutions with iWave’s extensive portfolio of Altera FPGA-based boards and solutions has been announced. Through this partnership, Xiphera will leverage iWave’s modules, development kits, SmartNIC solutions, and COTS modules to implement hardware-based cryptographic security solutions for scenarios such as secure network connectivity. This enables customers to build secure, high-performance hardware solutions on Altera FPGAs, powered by Xiphera’s optimized IP cores and iWave’s FPGA platforms.

Xiphera specializes in hardware-based security solutions implemented as pure digital logic for FPGAs and ASICs. The company provides standardized and quantum-resistant security solutions designed for industries where reliability, high performance, and minimized attack surface are critical. Xiphera solutions include implementations of security protocols such as MACsec and IPsec, as well as the latest Post-Quantum Cryptography standards.

iWave is a global leader in high-performance FPGA System on Modules (SoMs), COTS modules such as 3U VPX and PCIe cards, and a growing portfolio of SmartNIC solutions. Our products are built around cutting-edge FPGAs including Agilex™ 3, Agilex™ 5, Agilex™ 7, Agilex™ 9, Arria® 10, and Stratix® 10—enabling innovation across a wide range of applications. This includes technical support during evaluation, ODM design services such as system design, carrier card development, thermal simulation and certifications.

“Xiphera’s cryptographic IP, combined with iWave’s boards and solutions on the extensive portfolio of Altera FPGAs, enables developers to build and accelerate secure, high-performance solutions on Altera FPGAs. This collaboration highlights the strength of our ecosystem and demonstrates how Altera technology can accelerate innovation in these applications,” says Mark Moran, Director of Dev Kits and Partners at Altera.

Both Xiphera and iWave serve industries such as industrial, automotive, aerospace and IoT, where security, performance, and long product lifecycles are essential. This shared industry focus creates clear synergies: Xiphera’s advanced cryptographic IP cores complement iWave’s boards and solutions, offering customers integrated solutions that are both secure and practical to implement.

“Working with iWave supports our mission to deliver secure and high-performance security solutions in an accessible format. iWave’s extensive experience in FPGA platforms perfectly complements our expertise in security,” says Tommi Lampila, CRO of Xiphera Ltd. He continues, “By leveraging Altera technology alongside iWave’s platforms, we are able to offer even more robust and secure solutions. We are excited to deliver high-value solutions based on this collaboration to our customers.”

“This partnership between iWave and Xiphera enables our customers to adopt advanced security solutions with confidence,” says Tawfeeq Ahmad, Director of Marketing at iWave. “Xiphera’s extensive expertise in security and cryptography adds strong value to iWave’s Altera FPGA–based boards and solutions, especially with the growing need for robust edge security.”

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@xiphera @iwave_systems @AlteraFPGA_ #PAuto #Cybersecurity #TandM

Precision electronic components and sensors landmark.

The 50th anniversary of Rhopoint Components is being celebrated this September. Since its founding in 1975, the company has established a reputation for design-led distribution, delivering engineering solutions that meet the most demanding requirements across aerospace, oil, gas, EV, automotive, medical, energy and industrial markets.

(L to R) Jenny Trunwitt, Business Development Manager, Dawn King, Marketing Director, Omer Mirza, Joint Managing Director and David Beatson, Joint Managing Director, Rhopoint Components

The company was named Rhopoint* to highlight their competence in the ever-evolving world of precision resistors. The first product sold in 1975 was a high-precision wire-wound resistor from General Resistance. These products still represent part of the Rhopoint portfolio today.

Over the past five decades, Rhopoint Components has grown from a British supplier into a trusted international partner with a strong European presence served by German subsidiary, Rhopoint Components GmbH. The company is part of the Rhopoint Group and represents some of the world’s most innovative manufacturers, including long-standing partnerships with Isabellenhütte, VPG Foil resistors , SRT Microcéramique, and many others.

"Reaching our 50th year is a major milestone and a testament to the trust our customers and suppliers have placed in us," said Omer Mirza, Joint Managing Director of Rhopoint Components. "Our commitment to quality, service, and engineering-led support has allowed us to grow consistently while staying focused on the specific technical needs of our customers."

David Beatson, Joint Managing Director, shared his forward-looking vision: "As we look to the future, we see tremendous opportunities in emerging technologies and evolving customer needs. Our investment in expanded product ranges positions us perfectly to support the next generation of engineering innovations. We're committed to being at the forefront of technological advancement while maintaining the technical understanding of customer applications that has always been our hallmark."

The company continues to invest in people, partnerships, and platforms to support the evolving needs of design engineers and procurement professionals. From ultra-precision resistors and high-reliability capacitors to pressure sensors and custom solutions, the company’s product portfolio reflects a clear focus on performance-critical applications.

Mrs Dawn King, Marketing Director at Rhopoint  says, “Rhopoint has become a major player in the component distribution market by offering a winning combination of in-house expertise and careful selection of key, global suppliers that can support the most demanding requirements. Some of our internal sales team have been with the company 25+ years and have more familiarity with a manufacturer’s products than the actual manufacturer! As a specialist distributor we can function as a multiplier for supplier, designer and buyer, bringing together a wide range of components from qualified suppliers and facilitating the supply of application specific and custom products where required.”

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*The Rhopoint name originates from two ideas. Firstly, the Greek letter ρ (pronounced rho). This is the symbol that represent electrical resistivity; the fundamental property of a material that quantifies how strongly it resists or conducts electrical current. Secondly the word “point,” in the context of measurement, is defined as a definite measurable position in a scale, thereby signifying precision.

@Rhopoint_Gloss #Electronic #PAuto 

Satellite communications.

Mouser Electronics in collaboration with Qorvo and other leading innovators in RF and space-grade technologies, announces the release of a new eBook titled "Engineering the Future of Satellite Communications." This free resource delivers timely insights for engineers designing next-generation satellite systems for applications ranging from broadband connectivity to remote sensing and secure communications.

The eBook explores how advancements in RF components, power management and packaging are shaping satellite communications in Low Earth Orbit (LEO), Medium Earth Orbit (MEO) and Geostationary Orbit (GEO). Featuring in-depth commentary from technical experts across the industry and space systems command, the publication helps design engineers navigate key challenges such as size, weight and power (SWaP) optimisation, signal integrity at high frequencies, and long-term reliability in harsh space environments.

"The satellite landscape is evolving rapidly, with more complexity and performance demands than ever," said Ryan Jennings, director of SATCOM and systems engineering, Qorvo. "This eBook gives engineers a roadmap of emerging technologies and proven techniques to help accelerate design cycles and system performance."

Key takeaways for the readers include:

• Technologies to enhance signal chain efficiency across Ku-, Ka- and V-bands
• How GaN and GaAs technologies can enable higher output power and bandwidth
• Advanced packaging and thermal management design considerations for space reliability
• Perspectives from leading engineers on design trade-offs and real-world performance

The eBook is available for download through Mouser's website and is designed as a practical guide for RF designers, system architects, and hardware engineers focused on satellite and space-based communications systems.

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@MouserElecEU @Publitek #Space #Communications

Non-terrestrial networks test approved.

Anritsu Corporation has announced the successful verification and support of 3GPP RAN5 Rel-17 NR NTN test cases on its 5G NR Mobile Device Test Platform ME7834NR.

Non-terrestrial Networks (NTNs) are wireless communication systems that operate above the Earth's surface, utilizing platforms in the air and in Earth's orbit. These platforms include satellites in Low Earth Orbit (LEO), Medium Earth Orbit (MEO), and Geostationary Orbit (GEO).

3GPP Release 17 introduces "NR NTN" - the inclusion of Non-Terrestrial Networks into the 5G New Radio (NR) standards. This advancement enables 5G devices to connect to satellites using the same protocols as terrestrial base stations, paving the way for global 5G coverage beyond traditional infrastructure.

“Anritsu support for NR NTN test cases will enable ubiquitous connectivity for uninterrupted mobile data, voice and messaging—anywhere on Earth empowering individual users, businesses and industries that need to be connected with always-on access,” said Yokoo Daizaburo, General Manager of Mobile Solutions Division at Anritsu Corporation.

The conformance tests are defined by 3GPP in TS 38.523-1 and aligned with the core requirements in TS 38.331. These tests have been submitted by Anritsu to 3GPP’s Radio Access Network Working Group 5 (RAN WG5). They are available on 3GPP RAN5 portal.

The 5G NR Mobile Device Test Platform ME7834NR is registered as Test Platform 251 with both the GCF and PTCRB.

This platform supports 3GPP-based Protocol Conformance Test (PCT) and Carrier Acceptance Testing (CAT) of mobile devices incorporating Multiple Radio Access Technologies. It covers 5G NR in both Standalone and Non-Standalone modes, along with LTE, LTE-Advanced, LTE-A Pro, W-CDMA and now NTN. When paired with Anritsu’s OTA RF chamber MA8171A and RF converters, the ME7834NR supports testing in sub-6 GHz and millimeter wave (mmWave) 5G NR frequency bands.

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@Anritsu @AnritsuEMEA @NapierPR  #TandM #Aerospace

Masters of the air!

Key operators and specialists in the aviation industry are invited to a dedicated and unique event showcasing the latest test and measurement solutions for this rapidly developing sector.

The unique ‘Mastering the Airspace Spectrum’ event, taking place 13th November 2024, in Naas (IRL)* is ideal for key operators and specialists in the aviation industry, showcasing the latest test and measurement solutions for the rapidly developing sector.

Rohde & Schwarz and various partner companies will explore solutions for ground, flight and drone-based air navigation testing, as well as spectrum intelligence and investigations at airports, and insights into fixed wing drone-based services for flight inspection.

Attendees will explore practical steps, detailed explanations and demonstrations of solutions for ground, flight and drone-based air navigation testing, as well as spectrum intelligence and investigations at airports, and insights into fixed wing drone-based services for flight inspection.

A wide range of test and measurement products and solutions will be presented for ground, flight and drone-based flight inspection of such navigation aids as VHF Omnidirectional Range (VOR), Instrument Landing System (ILS) and Ground-Based Augmentation System (GBAS). It is essential that such systems continually deliver maximum levels of precision, accuracy, flexibility, efficiency, safety and compliance.

Other topics the event will focus on include solutions for ground and flight inspection of Distance Measuring Equipment (DME) stations as well as hands-on experience in the testing of modern-day Air Traffic Control (ATC) radios. Visitors will also see the latest advances in systems for direction finding and interference hunting at airports, including how to find unwanted signals.

A detailed presentation by Gerald Maher, Sales Manager and Application Engineer from Rohde & Schwarz will look at wireless communication testers for typical signals used at airports, including the Aircraft Communications Addressing and Reporting System (ACARS) for communicating between aircraft and ground stations, and the VOLMET system of continuous broadcasting of meteorological information for aircraft in flight and the Automatic Terminal Information Service (ATIS). He will also cover maritime distress communication systems, localizer horizontal guidance systems, 2G, 3G, 4G and 5G, hand-held radios, radio stations, TETRA terrestrial trunked radio, weather radar and WiFi. 

Callum Williams, Product Manager, Wireless at Rohde & Schwarz, will outline the practical steps to take when testing ATC radios at airports using the versatile R&S CMA180 radio test set, which is designed for testing a wide range of analogue and digital radio systems, including avionics and VoIP. 

Semahat Korkmazer, Product Manager, Avionics and Navigation Analysers, at Rohde & Schwarz, will explain the technology behind the range of navigation aid analysers for ground, flight and drone inspection. The analysers are known for their ease of use, robust performance in harsh environments and excellent functionality, making them ideal for ensuring the safety and reliability of air navigation systems.

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*The ‘Mastering the Airspace Spectrum’ event will be held from 10:00am to 4:15pm on Wednesday 13th November at the Killashee Hotel and Conference Centre in Naas, County Kildare, W91 DC98, Ireland. 

@RohdeSchwarz @NapierPR #TandM #Aerospace #Ireland

Hyperspectral cameras for orbit!

Space is the only location that allows greenhouse gas emissions to be monitored freely across jurisdictions, enabling unbiased reporting.

ABB has secured a third contract with GHGSat, the global leader in high-resolution greenhouse gas monitoring from space, to manufacture optical sensors for their C12, C13, C14 and C15 satellites set to launch into orbit in 2024.

Photo: GHGSat.

The new satellites will join GHGSat’s expanding constellation which detects and quantifies industrial gas leaks from space. Over the past two years, GHGSat has enabled the mitigation of 5.6 million tons of carbon dioxide equivalent emissions from industrial facilities around the world. ABB has built the payloads – the instruments carried on board the satellites – for ten of GHGSat’s emissions monitoring satellites launched into space.

Earlier this year, GHGSat reported that their existing satellites have doubled their methane emission measurement capabilities thanks to the exceptional performance of the sensors[2]. This has allowed GHGSat to accelerate the scaling of its monitoring services, aiding industries such as oil and gas, power generation, mining, and more in understanding and reducing greenhouse gas emissions.

“The new contract is a testament to GHGSat’s confidence in ABB’s manufacturing capabilities to build complex, high-performing optical payloads for hyperspectral earth observation,” said Marc Corriveau, Head of Global Operations, Business Line Analytical, ABB Measurement & Analytics. “This year, we doubled our manufacturing infrastructure dedicated to space projects, so that we can better serve the booming private space sector. We strive to contribute to the success of our current customers as we expand to other Earth observation mandates.”

“Our collaboration, which began in 2018, has showcased ABB’s technical expertise and manufacturing capabilities,” said Stéphane Germain, CEO, GHGSat. “This experience has fortified our belief in ABB’s capacity to support GHGSat's expansion in building proprietary high-resolution payloads. Such partnerships are the key to achieving significant reductions in greenhouse gas emissions and ultimately making a concrete impact in the battle against climate change.”

ABB has been a pioneer in gas sensing from orbit for over two decades, starting with the development of the Canadian Space Agency SCISAT mission payload, which profiles the concentration of more than 70 different gas types down to parts per trillion from cloud top to outer space.

They also provided hyperspectral technologies to the Japanese GOSAT program, which pioneered the global mapping at regional scale of sources and sinks of greenhouse gases from orbit starting with a first satellite in 2009 and an improved version in 2018.

Today, ABB builds on this legacy by manufacturing enhanced versions of GHGSat’s proprietary wide-angle Fabry-Perot (WAF-P) interferometer, which tracks the same infrared fingerprint of greenhouse gases. In this way, ABB applies its vast expertise acquired in earlier high-profile government space missions to the private sector space with a focus on actionable low latency satellite data for civil uses.

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@ABBgroupnews @ABBMeasurement @abb_automation @admiralpr #Automation #Environment

Torque sensors for airline safety.

The aerospace sector is renowned for its safety standards and a whole industry has grown up to provide equipment and services for testing aircraft and their subsystems.

Airliners are subject to tremendous loads as they land and take off, from the touchdown of the undercarriage, to the back-thrust of the jet engines as they slow the aircraft on the runway and the wind pressure on the flaps and flight control surfaces when they are lowered to provide air-braking. Furthermore, these loads can increase exponentially in difficult or emergency situations, so it is essential that the relevant parts are regularly tested and recertified as fit for purpose.

SGN Electrical has recently built two test rigs, one for testing the landing gear, the other for the flaps on the tail plane, that are helping ensure transoceanic-scale airliners capable of carrying hundreds of passengers can land safely and reliably every flight.

SGN is well-known for its electrical contracting services to most industries in the south east, including at the region’s main airports where ‘right first time and right on time’ is the expected standard no matter how challenging the work. Its engineers have a wealth of experience in inspection and testing, from small installations to hazardous areas, aerospace and other specialist fields. As well as electrical skills it is equally well versed in mechanical engineering, so was a natural choice to build the test rigs. One rig tests the ballscrews used to raise and lower the tail plane flaps. Rather than just a function test, the rig simulates the high speed air flow over the aircraft while it is in flight, using a hydraulic actuator to apply a measured but varying load to the ballscrew.

The second rig is for testing the landing gear by simulating the loads on the main lead screw as the wheels are lowered and touch down. This includes the extra loads that are likely to be experienced in bad weather and the sudden shock loads that might occur in an emergency landing.

Both test rigs use a TorqSense transducer from Sensor Technology as their main element. TorqSense is much-favoured by test rig builders as it is a non-contact technology that uses reflected radio waves to measure the torque in a rotating shaft.

“There is no need to spend time setting up fiddly slip rings every time you use the rig,” explains SGN’s Scott Nicholson. “You just point the sensing head at the test piece and real time data is collected. We run this through a standard Sensor Technology controller and the results are both displayed on a digital screen and stored for later analysis.

“Using TorqSense makes it easy to build a test rig, but far more importantly it makes the tests much, much quicker and easier. Therefore more tests can be done in a given time, which means results can be checked, double-checked and checked again – which is pretty much the operating procedure required for aircraft safety.”

@sensortech #SGN #Aerospace #Automation

Juice for Jupiter.

On the long journey of the Juice spacecraft to Jupiter, more than 100 Rosenberger connectors of SMP, SMA and RPC-2.92 series are also on board.

The Juice spacecraft - Jupiter Icy Moons Explorer (Juice) - of the European Space Agency ESA consists of various components such as thrusters, communication units, power supply, scientific measuring instruments. The Rosenberger connectors provide reliable and high-precision service in the spectrometer SWI (Sub-millimeter Wave Instrument), which investigates the atmospheric composition of Jupiter and its moons, and in the particle spectrometer PEP (Particle Environment Package), which measures neutral and charged particles in the Jupiter system.

The Juice mission aims to measure the surfaces of Jupiter's moons Ganymede, Callisto and Europa, discover water deposits beneath the surface and study the physical properties of the ice crust. Rosenberger Certified for Aerospace Applications Rosenberger is certified by ESA (European Space Agency) as manufacturer of SMP connectors for space applications. Further connector series from Rosenberger - SMA, RPC-2.92 and TNC – are also qualified by the ESA standard ESCC 3402 (European Space Components Coordination) and fulfill the high requirements of the aerospace industry.

 @esa @PresseBox #RosenbergerGruppe #Aerospace  

Cyber connectivity security ensured.

Intelliconnect (Europe) Ltd has been awarded the industry standard Cyber Essentials Certification for the third year in succession across all of their websites. This is a mandatory requirement for companies who supply to  certain agencies and has equal importance for its industrial, medical, aerospace and research customers.

Cyber Essentials Plus still has the Cyber Essentials trademark simplicity of approach, and the protections required to put in place are the same, but also requires a hands-on technical verification to be carried out.

Cyber Essentials Certification ensures that a high level of cyber security measures are in place to protect against the vast majority of common cyber-attacks. All customers can be assured that Intelliconnect are constantly working to improve security across their IT systems to secure them against all types of cyber-attack. Certification requires compliance to a number of IT-related control parameters including firewalls, user access control, malware protection and patch management.

Cyber Essentials is a government-backed and industry-supported scheme that helps businesses protect themselves against the growing threat of cyber-attacks and provides a clear statement of the basic controls organisations should have in place to protect themselves. It is the British Government’s answer to a safer internet space for organisations of all sizes, across all sectors. Developed and operated by the National Cyber Security Centre (NCSC), Cyber Essentials is considered the best first step to a more secure network, protecting companies from 80% of the most basic cyber security breaches. Gaining Cyber Essentials certification also enables organisations to display their credentials as trustworthy and secure when it comes to cyber security.

Steve Groves, Sales Director of Intelliconnect, says “Intelliconnect are continuously looking at ways to make it as easy as possible for our customers to do business with us and now more than ever the cyber security of our customers, suppliers and partners."

@Intelli_Connect @NCSC @proactivefleet #Cybersecurity #Pauto

Top Industrial performance.

TTI, Inc.-Europe, has won the top award for “Industrial Performance” in supply chain from Airbus. The award has been given to TTI Europe in recognition of its contribution towards the aerospace company’s business in 2022.

As the leading specialist limited line distributor, TTI Europe delivers excellence through its operations with the broadest and deepest portfolio of passives, interconnect, electromechanical, discrete, sensors and power products. 

L to R: Yoann Lacan, Head of Supply Chain & Quality Operations at Airbus; Marc Winfield, Vice President Sales Europe TTI-Europe; Lee Thompson, Director Industry Marketing Defence, Aerospace, Space at TTI-Europe; Dominique Arnal, Head of Procurement, Supply Chain and Logistics at Airbus.

“The company’s high level strategic engagements with its key partner manufacturers has enabled TTI Europe to mitigate supply chain challenges to support Airbus Defence and Space’s critical demands,” said Lee Thompson, Director Industry Marketing – Defence, Aerospace & Space, TTI Europe.

“TTI Europe is proud to be a strategic supplier to Airbus Defence and Space and we are delighted with this win,” stated Marc Winfield, VP Sales, TTI Europe. “Our dedicated team of industry professionals has built a strong relationship with Airbus Defence and Space at both a corporate and a local level in order to create innovative and secure supply-chain solutions, as well as support local technical demands.

“TTI Europe’s value proposition is well positioned to continue to support the growth of Airbus Defence and Space and its affiliated organisations, and we look forward to working with them on future projects.” 

“We are delighted to be honouring TTI Europe with this award, which demonstrates their commitment to our business,” says Yoann Lacan, Head of Supply Chain & Quality Operations at Airbus Defence and Space. 

“Our suppliers are vital to our continued success worldwide. We value our relationships with them and are pleased to be able to recognise their achievements and the important role they play in supporting our long term business and performance,” continued Dominique Arnal, Head of Procurement, Supply Chain & Logistics at Airbus Defence and Space.

@ttiinc @Airbus #Transport #Aerospace

New member brings expertese in automotive, aerospace and construction.

The latest member of ABB's network of Value Provider in Britain is the Expert Technologies Group (ETG). Working closely with ABB there, ETG will combine its technologies and experience with ABB’s extensive portfolio of robotic solutions to help manufacturers across industries including automotive, powertrain, aerospace, medical, energy, FMCG and modular building to find new ways to boost their productivity.

“The addition of ETG to our Value Provider Network will help us to continue our mission of increasing the rate of robot adoption in companies of all sizes in the UK,” says Nigel Platt, General Manager – UK and Ireland Robotics and Automation. “With its specialist experience in industries like automotive, aerospace and construction, ETG will enable us to develop bespoke solutions, whether it be taking their first steps in robotic automation or discovering and applying new approaches and technologies to upgrade their existing robotic applications.”

Expert Technologies Group is a leading technology solution provider and manufacturer of industrial automation systems, assembly tooling, automated assembly, special purpose machinery and single and multi-robotic cells, including robotic assembly. With operations in the US, Britain, Germany, Slovakia and China, ETG will both benefit from and contribute to ABB’s global reach.

“Working with ABB gives us access to the latest and most innovative automation robotics and software, as well as strong relationships with high profile customers across multiple industries,” says Dan Thombs, Chief Commercial Officer of ETG. “ETG has the ability to use these technologies to develop solutions that can be deployed across lots of different industries. ABB gives us the ability to enter markets very quickly with new solutions, strong credibility, and access to a wide customer base.”

Growing numbers of ETG’s customers are global operators, who are increasingly demanding common solutions they can deploy across the globe. ETG has seen a rise in opportunities in new markets through its partnership with ABB, notably in electric vehicle production as manufacturers look for ways to update their production lines.

@experttechgroup @ABBgroupnews @NapierPR #Pauto #Robotics