ODU has expanded its range with a one-piece, disposable receptacle for front panel mounting. It is suitable for a variety of disposable applications such as catheters, electrosurgical devices, endoscopes and ablation devices. It can be flexibly combined with all Size 2 ODU MEDI-SNAP® Push-Pull connectors. This disposable ODU solution also provides user and patient protection required by the IEC 60601-1 standard. In addition, it meets the requirements of medical device manufacturers for devices which must be disposed of after only a few uses. And if required, at least 25 mating cycles are still possible. Your advantages at a glance: - One-piece receptacle for front-wall mounting - At least 25 mating cycles - High degree of user/patient protection thanks to IEC 60601-1-compliant solutions (2 MOOP / 1 MOPP) - A space-saving design available in various pin counts up to the 34 contacts high pole density version - Mating possible with all standard ODU MEDI-SNAP Push-Pull connector styles in size 2 - Cost-effective and therefore suitable for large-volume projects

High-performance data transmission in a compact package. The technology markets are subject to a constantly increasing growth of data. The focus is primarily on fast and secure data transmission. Current standard solutions often don’t meet the continuously increasing technical requirements for robust and space-saving connector solutions in these applications. With the new 10 GBit/s Ethernet inserts for the ODU AMC® High-Density connector series, ODU offers the ideal solution for these requirements. The inserts for the robust miniature circular connector series guarantee secure, high-performance data transmission and meet thereby the current MIL standards. In addition to applications in military and security technology, ODU offers high-class quality connections such as the ODU AMC® High-Density series, including cable assembly, overmolding for standard and customer-specific applications or Flex-Layer assemblies for all markets and applications with demanding requirements. ODU also offers its proven contact technology into high-quality, reliable system solutions that are tailor-made for the customer. ODU AMC® high-density Your advantages at a glance: Cat-6A data transmission with up to 10 Gbit/s Suitable for cables with max. AWG 24 Tightness IP68, 20 m (120 min.) Flexibility: built-in receptacles can be plugged in with two different locking types: Break-Away or with additional screw locking. Depending on the customer’s application ODU offers two solutions.

The new in-line receptacle size 2 from the ODU MEDI-SNAP® product line is designed in such a way that the relocation of connection interfaces outside of devices is possible. A very compact design of devices is thus also possible. The new design can also simply be used as an extension cable to cover longer distances outside the devices. The range of applications is quite broad and ranges from medical and industrial to test & measurement technology. The new cable-to-cable connection offers more flexibility. It manages 5,000 mating cycles. ODU MEDI-SNAP® New in-line receptacle in size 2 Choose the cable tailored to your connector for optimal performance. The advantages at a glance: - Can be flexibly combined with all ODU MEDI-SNAP® Push-Pull and Break-Away connectors - Highest pin density up to 26 contacts in space-saving product design - High user and patient protection thanks to IEC 60601-1 compliant solutions (2 MOOP / 1 MOPP)

The simpler design of the new generation of connectors and the associated weight and space reduction are good for designers and developers in various areas. ODU MINI-SNAP® for SPE/ Automotive Ethernet SPE standards and use: - 1000BASE-T1 (IEEE 802.3bp) - 1000BASE-T1 (IEEE 802.3bw) - 10BASE-T1 (IEEE 802.3cq) The maximum bridgeable distances of the standards vary between 15.40 and 1,000 meters. SPE is currently being introduced in new automotive generations, replacing CAN and other bus systems. In the future, communication, controls and security functions will be managed uniformly via Ethernet. The field of industrial automation is also keen to benefit from this. Here, SPE allows the barrier-free connection of devices, sensor and actuator technology and a great deal more. SPE is available for the ODU MINI-SNAP® series L / K and for the ODU-MAC® series. The properties summarized: - Limits with unshielded cables according to OPEN ALLIANCE - Limits with shielded cables according to IEC 63171-6 - 1 Gbps up to 15 m - Up to IP68 - 5,000 mating cycles - Push-Pull locking - Cable assembly: various lengths and overmoulded varieties

The ODU-MAC® Black-Line is characterized by an innovative, electromechanical and so far unique type of locking. The connection between the two sides of the system is made at the touch of a button. The common hand lever is no longer required. The handling is comfortable and ergonomic. The adapter frame with tolerance compensation and 12 floating connector frames improve and simplify the mating process. In addition, the number of eight tensioning points reduces frame distorting. ODU offers a European solution at the highest quality level with worldwide availability.ODU-Mac Black-Line ODU-MAC® Black-Line at a glance: Innovative engagement option: electromechanical version Eight tensioning points stop the frame distorting Adapter frame with tolerance compensation for easy mating Maximum flexibility thanks to ODU-MAC® modules Optional coding for the adapter European solution with worldwide availability Flexibility for every application Maximum flexibility results from the variety of modules that can be individually combined. Depending on requirements, signals, power, high current, high voltage, HF signals (coax), compressed air and fluid feedthroughs, vacuum, fiber optic cables and data rates/high speed can be transmitted. The ODU-MAC® Black-Line is available in two sizes. Due to its compact design, the larger version offers space for up to 4,440 signal contacts. The customer can choose between different termination techniques for connecting the contacts: crimping, soldering, PCB/print and wire wrap. ODU also offers reliable customer service and the option of cable assembly. ODU customers benefit from 80 years of experience and expertise in electrical connectivity. Thanks to its modular design, the ODU-MAC® Black-Line is a solution for a wide variety of requirements. The system interface can be used in the field of measurement and testing technology, for example in the automotive, medical, telecommunications, aerospace, military and consumer goods industries.

Due to its compact and robust design, it adapts to any Point of Sales environment. P3 stands out for its reliability and printing quality. In addition it provides a great connectivity based on a triple interface: USB 2.0 Full Speed - Ethernet - Serial and 2 drawer drives. It is equipped with a long-life printing head and a cutter for automatic receipt cutting which guarantees maximum functionality. It also has multiple sensors for paper presence, head temperature and cover open. P3 Retail printer Product features of the P3 Retail printer: Invoices/receipts and kitchen orders printers Paper width: 80 mm Triple interface: RS232 + USB + ETHERNET Receipt and label printing Vertical mounting Autocutter 1.000.000 cuts MTBF printing head: 150 km 1D&2D barcodes printing International fonts Paper end and cover sensors Drawer connector Status LED 24 V External power supply Size: 190 mm (L) x 142 mm (D) x 135,5 mm (H)

PiXtend adds the interfaces, as well as inputs and outputs of a full-fledged industrial controller (PLC), to the Linux-based Raspberry Pi. The device drivers make it possible to work with the CODESYS programming environment, which is widely used in the industry. The CODESYS web visualisation enables the PiXtend system to be monitored and controlled from any computer with a web browser (via PC, tablet, smartphone).For embedded Linux programming, PiXtend provides open-source C and Python libraries with sample programs.PiXtend - Raspberry Pi Possible applications: - Analog and digital circuit technology - Control platform for building and machine automation - PLC programming according to IEC 61131-3 (ST, AWL, FUP, KOP) with CODESYS - Practical exercises on embedded software and hardware (32-bit ARM, and 8-bit AVR processor) - Internet of Things (IoT) applications, Industry 4.0 platform PiXtend® products and solutions perfectly fit into Kontron’s offering. The PiXtend® portfolio includes the PiXtend® V2-L- and PiXtend® V2-S- control boards, offering various digital and analog I/O capabilities and communication interfaces (CAN, RS-232, RS-485 (Modbus capable), Ethernet and Wifi) based on a powerful Raspberry Pi single-board computer. PiXtend is supported with: - Codesys V3 - Libraries for C and Python programming - FHEM - Node-RED The boards are complemented by PiXtend® eIO, an I/O expansion system for digital and analog sensors and actuators, which can be connected via Modbus.PiXtend Industrial connection technology on all modules facilitates wiring directly onto the device or into the control cabinet. All control assemblies and modules are available in a Basic or a Pro version as a complete device with top-hat rail housing. Downloads the datasheet for more information: - PiXtend elO - PiXtend V2-L- - PiXtend V2-S-

As the electric and hybrid vehicle industry accelerates, attention often falls on battery capacity, charging speeds, and energy efficiency. Yet within every pack and power distribution system lies a quiet workhorse; Powder coated busbar. These copper conductors provide the pathways for current flow between cells, modules, and electronic systems. To most engineers, busbars may seem straightforward, a length of copper shaped to fit, coated for insulation, bolted into place. In practice, however, their performance and reliability are defined not just by design, but by how they are manufactured. This is particularly true in niche sectors such as electric and hybrid marine systems, trucks, high-end vehicles, and supercars, where production volumes are lower but demands on quality, flexibility, and reliability are higher than ever. HV Wooding explains how this works in this article. Click on the URL link to read to complete article.

Kontron announces their new NXP i.MX8M Mini-based System-on-Module. This very compact SoM provides an excellent and cost-effective basis for individual board and application developments. It offers a high-performance i.MX8M Mini Quad Core 1.6 GHz processor with eMMC Flash and LPDDR4 memory on only 30mm x 30mm. Therefore it stands for maximum simplicity and efficiency within the smallest space. The i.MX8M Mini offers latest processor technology with 4x Arm® Cortex®-A53, 1x Arm® Cortex®-M4 and LPDDR4 memory. It offers highest performance for computing-intensive applications, demanding 3D visualizations, and is optimally equipped with extensive interfaces. To meet even the highest security requirements, the i.MX8M Mini SoM can be equipped with the latest encryption techniques, secure boot and other security features. In combination with current wireless technologies and modern software architectures, it is a perfect building block for the development of secure devices in large IoT networks. A 4.3” sized evaluation board with ready to use Linux Board Support Package (BSP) is immediately and easily deployable for IoT and Industry 4.0 applications. Since the module is machine-solderable, costs for connectors and manual assembly are eliminated.

PREMO has developed an innovative NFC product family (13.56MHz), very well suited for mobile devices like smartphones. These series cover not only single axis antennas (SDTR1103HF, ZC1003HF), but also 3D antennas with good performance regardless physical device orientation (3DC15HF, 2D1D). NFC technology employs electromagnetic induction between two loop antennas located in close proximity to each other, but mounted in two different devices with NFC functionality. Internet of Things As of 2014, the vision of the Internet of Things has evolved due to a convergence of multiple technologies, ranging from wireless communication to the Internet and from embedded systems to micro-electromechanical systems (MEMS). This means that the traditional fields of embedded systems, wireless sensor networks, control systems, automation (including home and building automation), and others all contribute to enabling the Internet of Things (IoT). "Things," in the IoT sense, can refer to a wide variety of devices such as wearable devices, heart monitoring implants, biochip transponders on farm animals, electric clams in coastal waters, automobiles with built-in sensors, or field operation devices that assist firefighters in search and rescue operations. These devices collect useful data with the help of various existing technologies and then autonomously flow the data between other devices. Current market examples include smart thermostat systems and washer/dryers that use Wi-Fi for remote monitoring, and/or BTLE (Bluetooth low energy interface, etc.). Besides the huge potential of new application areas for Internet connected automation to expand into, IoT is also expected to generate large amounts of data from diverse locations that is aggregated very quickly, thereby increasing the need to better index, store and process such data. NFC Antennas The NFC market is growing rapidly worldwide, due to expand of NFC smartphones and mobile devices. This technology offers the ultimate in security and allows implementing smart services like identification and access, authentication, e-payment, e-ticketing, filing sharing, etc. NFC technology employs electromagnetic induction between two loop antennas located in close proximity to each other, but mounted in two different devices with NFC functionality. PREMO Solutions PREMO NFC products can be used in applications with ISO15693 (vicinity: I-CODE), ISO 14443A&B (proximity: MIFARE) interface, ISO18092 and Felica. PREMO works closely with top NFC chipsets manufacturers and offers antennas designed to match these chipsets: NXP: MF-RC500, MF-RC530, MF-RC531, PN511, PN531, PN532 ¡, PN533, PN544, PN547. - AMS: AS3953; ST: M24LR16E-R - MELEXIS: MLX90121 - Texas Instruments: TRF7960, TRF7970A More information? Please contact us at: info@telerex-europe.com

PROio/AC is a network configurable, standalone access control solution based on a modular controller. Each controller can control up to 4 doors with external readers such as PROMAG RFID readers, BLE reader (for identification from 10-15 metres), magnetic card, keypad or biometric readers. The controller connects to any ethernet TCP/IP network for easy access to the web based control panel. You can access the control panel using any browser on any computer, tablet or smartphone connected to the network. Just open your web browser and type the IP address of the controller (no hardware/software needs to be installed). The PROio/AC is very suitable for access control applications in offices, warehouses, buildings and parking lots.

A few weeks ago, we had the pleasure of welcoming Lieven Scheire at AnTARES. Lieven discovered behind the scenes what we are building: a high-powered rocket, an ambitious team, and our journey towards the European Rocketry Challenge (EuRoC). We’re proud to announce that Lieven has become an official ambassador of AnTARES. Through this collaboration, we will be able to strengthen our mission and gain more support for our initiatives. Moments like these show how valuable collaborations can be. Together, we will continue to build and inspire the next generation of STEM enthusiasts. A big thank you to Lieven Scheire for the visit and support for our mission. The future of Belgian student rocketry is just getting started.

RECOM has announced two new cost-efficient DC/DCs for the rail market with an ultra-wide 11:1 input range to cover all nominal input voltages from 24V to 110VDC, with 24V output and a 12V and 15V output version coming soon. Models RMD40-UW and RMD75-UW have trimmable outputs with reinforced isolation, rated at 40W (60W/10s boost) and 75W (90W/10s boost) respectively. The parts are offered as lightweight baseplate-cooled modules and thanks to their high conversion efficiency of better than 90%, they can operate at full power for OT4+ST1&ST2 classes from -40°C to +85°C with no additional cooling in any mounting position. A wealth of features are incorporated as standard, including EN50121-3-2 filtering and disturbance protection, input reverse polarity protection, inrush current limiting, remote on/off, power-good signal/contacts, output trim and internal OR-ing diode for paralleling/redundant operation. An active hold-up circuit provides ≥10ms ride-through across the whole input range. Comprehensive protection is included against short circuits, over-current, over-temperature and over-voltage. Along with comprehensive EN50155 certification and approvals for rail applications, these features make for easy ‘plug and play’ system integration with ‘fit and forget’ confidence from a high MTBF figure and 20 year design lifetime/useful life class L4. The RMD40-UW is presented in a compact 100 x 60 x 30mm package while the RMD75-UW is just 110 x 73 x 40mm. Connections are by block terminals or optionally by Cage Clamp terminals as suffix /PT and a DIN-rail mounting option is available for both versions. The units come with aluminum housing in IP20, the electronic part is conformally coated for OV2/PD2 environment and both families fulfill EN45545-2 – HL3 fire protection hazard level.

This week, we had the pleasure of welcoming Petra De Sutter, Herwig Reynaert and Hennie De Schepper from Ghent University at AnTARES. It was an opportunity to present our work, introduce the team and exchange ideas around our project. At AnTARES, we bring together Ghent University students, from bachelor to PhD, to design, build and launch high-power rockets. We aim to launch our rocket at EuRoC 2026 in Portugal. Today, around 30 students contribute to this multidisciplinary effort. A key aspect of our project is the development of a bio-based rocket, a unique approach in European student rocketry, especially at this scale and performance level. We are grateful for the visit and the support. Moments like these highlight the value of engagement between the university and student-led initiatives.

In the last few years, Communication technology by Near Field Communications (NFC) has experienced a lot of improvements. PREMO enlarges its NFC product range with the new 3DC15-HF series, which is a combination of 3 single coils oriented in the 3 space axis. The new 3D coil from PREMO RFID offers the possibility of mounting a single component instead of three, thus reducing cost, saving PCB space and increasing the circuit reliability. Sensitivity, low profile and small size are the key of this RFID innovative component. Best choice for keyless entry systems the three tri-rectangular windings ensure optimum field sensing regardless position.