Smiths Interconnect company News and Trends items

Smiths Interconnect’s M23 Connectors can now be customized online using our interactive Product Configurator. It can generate configured part numbers, 3D previews, 2D drawings, PDF sales sheets & output to CAD formats.

Smiths Interconnect recently announced its successful bid for approximately £2 million in funding from the UK Space Agency's 'Space Clusters Infrastructure Fund' (SCIF). This significant grant, with another £2 million in matched funding by Smiths Interconnect, will help fortify Smiths Interconnect's position in the international space sector by enhancing its Space Qualif...

Smiths Interconnect has extended its offering of high frequency surface mount chip attenuators with the release of its new HR TXS Series, a small, easy-to-implement, high-reliability product qualified for space and defence applications. The new HR TSX Series is qualified to MIL-PRF-55342 and designed to offer excellent broadband performance up to 50-GHz, while delivering...

In an era where the demands for robust and reliable connectors are ever-growing, Smiths Interconnect’s C9394 Connectors Series emerge as a steadfast solution. With a proven track record in delivering very high density, resilience in harsh environments, and adaptability for diverse defense applications, the C9394 Series stands as a reliable player in the world of connectors.

After over 40 years of industry experience, Plastronics was acquired by Smiths Interconnect as the company’s one-stop shop for burn-in and reliability testing. As the complementary in-house burn-in division, we have also brought a wealth of knowledge and expertise in socket design and manufacturing.

Smiths Interconnect today announces it has received £1,907,065 in funding from the UK Space Agency through its ‘Space Clusters Infrastructure Fund’ (SCIF). The funding will be used by Smiths Interconnect to enhance its Space Qualification Laboratory, a cutting-edge facility in Dundee that simulates the extreme conditions of space – one of the harshest environments known ...

In this webinar Smiths Interconnect will cover the current and emerging trends in the medical device industry overall, with a special focus on imaging and interventional, including electrophysiology. As diagnoses and therapies evolve, so do the performance requirements of advanced electromechanical medical devices.

In the vast expanse of space, reliability is paramount. Whether it's sending satellites into orbit, exploring distant planets, or conducting groundbreaking experiments aboard the International Space Station, every component used in space applications must withstand the harshest conditions and function flawlessly. Smiths Interconnect recognizes the critical importance of ...

Not every semiconductor manufacturer utilizes thermal simulation in their reliability testing setup. Lower power burn-in allows for an acceptable temperature rise within the package/die in a traditional burn-in chamber running at 125°C. As packages in burn-in are moving to higher power output, socket and burn-in systems may need to have enhanced features to manage the de...

When it comes to board test probes, one of the most common questions asked is, "How many cycles will probes last?" It's a valid concern, as probe life directly impacts maintenance cycles and the cost of testing. However, answering this question isn't as straightforward as providing a single number. Probe life is a variable that depends on several factors, and the answer,...

In this webinar we will discuss the challenges in designing and manufacturing an electro-mechanical interface for testing a Integrated Circuit running at 224 Gbps data rates. We will discuss the roadblocks in working in a fully simulated environment and our products that are capable of meeting next generation Integrated Circuit requirements. Overall, deploying an optimiz...

We are fortunate to celebrate 80 years of growth and expansion and would like to take this moment to thank our employees for their support and trust throughout this journey. Thirty-two percent of our employees have more than 15 years of seniority and unique knowledge at Smiths. They are the driving force, and Smiths Interconnect is grateful for the continued commitment a...

We are glad to have received the highly commended recognition at the Electronic Industry awards 2023 for the Interconnection Product of the Year for our AT Chip Attenuator. The Electronics Industry Awards follows a simple three-step process, with a tried & tested decision-making process that ensures only those with the highest levels of technical expertise and outstandin...

Passive RF systems employing a series of independent components require that each is specified individually with care taken to ensure that together these operate as desired with attention paid to the electrical interdependencies and mechanical detail which can lead to additional cost, mass and sub-optimal performance. This approach is typically used on small volume appli...

In the realms of space exploration and defense technology, electronic components play a pivotal role in ensuring mission success and national security. Among these components, fixed attenuators stand out as essential tools for signal management, maintaining the integrity of electronic systems amidst the most challenging environments. In this blog, we'll delve into the wo...

Euclid's launch represents a notable step forward in Space exploration as it is now located at Lagrange point 2, in a unique orbit ‘behind’ Earth. This progress owes much to the substantial contributions of OHB Italia in crafting intricate electronic units and the expertise of Smiths Interconnect in advanced connectivity solutions. This included the rugged 2mm footprint...

In the fast-evolving world of medical devices, innovation knows no bounds. Smiths Interconnect has once again raised the bar with the introduction of their groundbreaking D04 connectors, a high-density addition to their renowned D connector series tailored for the medical market segment. These connectors promise a game-changing blend of high contact density, exceptional ...

Smiths Interconnect announced today the addition of a new high-density option to its established D connector series for the medical market segment. The increasing demand for high-density electrical connectors in medical devices is driven by many factors, notably the size, weight and functional requirements of the device. Due to the increasing popularity of portable and p...

In the vast expanse of outer space, where exploration and communication are paramount, technological advancements are critical for ensuring seamless and reliable connectivity. Smiths Interconnect's SpaceABLE® 10G SL Series and 28G SL Series radiation-resistant onboard embedded optical transceiver modules are at the forefront of revolutionizing space-borne high-speed onbo...

Smiths Interconnect announces the launch of a new series of fixed attenuators and Thermopad® products. The patented products, which are part of Smiths Interconnect’s innovative SPL series, provide heightened performance for use in space, defense, and aerospace applications. They are ideal in applications requiring stringent performance requirements and are highly reliabl...

Smiths Interconnect is proud to support India’s historic recent moon landing by providing key components for the Chandrayaan-3 space craft, as India becomes the first country to land a spacecraft successfully near the South Pole of the Moon. Smiths Interconnect’s space-qualified products enabled the ISRO ground controllers to monitor and command the probe using two way o...

Plastronics joins our growing portfolio of technology brands including EMC Technology, Hypertac, IDI, Lorch, Millitech, Reflex Photonics, RF Labs, Sabritec, TECOM and TRAK through one unified site.

The comprehensive range of broadband WR12 waveguide passive components have been designed for next generation E-Band terrestrial uplinks to LEO constellations and payloads. Each application has specific environmental demands, and the family of products has been optimised to manage the particularly high RF powers required to sustain a robust communications link.

When companies develop new devices, they must ensure there are no failures in the field. This means that thorough reliability burn-in testing must take place from the start to avoid malfunctions down the road.

Today’s consumers have an unflinching expectation for reliability in their devices, especially critical ones like those in the military or medical fields. To ensure the reliability of these devices, they have to be tested in the same extreme environments they will be used in. And to ensure these devices fulfill their purpose, the internal components must successfully wi...

This webinar will review ruggedized high bandwidth fiber optic transceiver solutions for embedded military and satellite computing and sensor systems. These solutions bring significant improvements in bandwidth density and SWaP (size/weight/power) to ground, air, sea, and space platforms.

The X-Band frequency lies between the C and Ku-band. There are multiple advantages to using X-Band over other frequency bands. X-Band can handle high power, has limited rain fading, can detect smaller objects, is compatible with small antenna form factors and is cost effective.

The Kepler contact technology combines the scrub motion of a cantilever contact with the versatility and modularity of a spring probe. The design includes horizontal movement during the downward stroke of the device to remove surface oxides, provide stable and reliable contact, and cause no damage to the PCB.

In all, it was a galactic effort. No surprise, then, at the site’s pride in knowing JUICE’s first transmission was successfully made and received. Nor that the team has saved JUICE’s July 2031 date of arrival at Jupiter, after which Smiths Interconnect’s isolator will be helping to relay data that is highly relevant to Earth’s immediate future.

The Wilkinson Power Divider Series offers multiple off the shelf options suitable for a wide range of requirements up to 40 GHz and are designed for demanding applications where performance and isolation is required in more targeted frequency bands The series is also designed as a platform for custom solutions where unique design challenges may be present.

One of the key features of the Space Qualified KVPX connectors series is its qualification and screening to EEE-INST-002,Level 1, ensuring optimal performance in the challenging environments of space. The Space Qualified KVPX connectors series builds upon Smiths Interconnect's existing portfolio of ruggedized standards-compliant connectors, offering an embedded system i...

In this webinar we will talk about Smiths interconnect's versatile connectivity solutions equipped with the Hyperboloid contact technology which provides the lowest contact resistance, high mating cycles and smallest dimensions in the market.

Planar X Series provides system engineers with a high performance, compact solution for critical RF filtering in X band. The Planar X Series leverages thin film process technology on various substrates which are designed for mission critical applications. The small footprint, light weight and surface mountable configuration allow for high-volume pick and place applicatio...

The presenters will discuss the different wafer configurations and inner workings of each type of connector as well as how these connectors are typically configured in different applications. We will review the specifications of the connectors and how they relate to current industry requirements for earth born systems as well as space. You will learn how our Hypertac® s...

Space flight hardware is exposed to severe shock, vibration, thermal variations and electromagnetic environments that start with launch and continue throughout its operational lifetime. Environmental tests expose the hardware to these environments in a simulation laboratory to validate the design, screen for manufacturing defects and ensure the reliability and survivabil...

Smiths Interconnect experts will address the key components of ceramic resonator filter designs that provide the specific electrical performance of these components. Key Take-aways: Understand the advantages of ceramic resonator RF filters Discover the key design principles for ceramic RF filters Balance the tradeoffs of performance, size, and weight