We support you in developing cutting-edge connectivity solutions, utilizing the latest in design simulation and testing methods.

Our focus is on delivering high-reliability and high-performance technologies, ensuring optimal performance with minimal near-end crosstalk (NEXT) and far-end crosstalk (FEXT), as well as low insertion loss and return loss. Our capabilities extend to:

• Ethernet up to 10 Gbit/s
• USB 3.2 Gen 2 up to 10 Gbit/s
• USB 2.0 up to 480 Mbit/s
• Audio/UHD Video

With our expertise in cable assembly and system engineering, we streamline the process for you. From prototyping to ensuring protocol compatibility, we handle the optimization, simulation, and testing of your high-speed designs, saving you valuable time and resources.

Military cable assemblies are meticulously crafted data and power cable systems engineered to fulfill the exacting demands of the military and defense sectors. These assemblies are pivotal in a wide array of military operations, facilitating crucial functions such as communication, data transmission, power distribution, and beyond.

Key features of our military cable assemblies include:

• Robust construction designed to endure extreme environmental conditions
• Adherence to the latest military standards, ensuring compatibility and reliability
• Tailored to meet specific requirements, offering high levels of customization

Explore our X series to discover the perfect solution for your military connectivity needs

Ensuring seamless data transmission over fiber optics demands meticulous precision in the cutting, stripping, and assembly of fiber optic components. This process necessitates specialized tooling, techniques, procedures, and skilled craftsmanship.

Achieving optimal optical performance requires precise alignment, positioning, preparation, and outgassing of the fibers, which are challenging tasks demanding meticulous execution. Additionally, proper cleaning of fiber strands is essential to prevent flawed fusion splices and inadequate bonds.

Our optical solutions are engineered to deliver:

• Superior quality and stability of the optical link
• Designs built to withstand harsh outdoor conditions
• Ease of use in field applications

The rising complexity of networked devices, such as sensors, actuators, and controllers, used across various sectors like industrial automation, transportation, smart cities, and defense, presents significant challenges for Ethernet connectivity. These challenges include long cabling distances, bandwidth limitations from older connectivity systems, and managing multiple protocols simultaneously.

To address these challenges, there’s a growing demand for a smaller, lighter, and more cost-effective version of Ethernet known as Single Pair Ethernet (SPE). SPE utilizes just one pair of twisted copper wires and offers:

• Data transmission speeds ranging from 10 Mbit/s to 10 Gbit/s
• Power over Data Line (PoDL) up to 52 Watts
• Distances ranging from 15 meters (at 10, 100, and 1,000 Mbit/s) to 1,000 meters (at 10 Mbit/s)

Drawing upon our expertise in precision, durability, and resilience to extreme conditions, we integrate SPE’s unique features with our high-reliability, high-performance sealed connectors. This integration opens up new possibilities for SPE connectivity in industrial production lines and defense UAVs, elevating their performance and capabilities to new heights.

Cabling miniature and dense connectors poses significant challenges, demanding specialized technical expertise, precise tooling, advanced assembly techniques, and rigorous testing methods. Our operators are highly skilled in mastering these complexities.

The process of miniaturization impacts every stage of cabling design and manufacturing, including:

• Ensuring precise alignment of parts on both the plug and receptacle
• Cutting bend relief and stripping cable jackets with precision
• Trimming and stripping conductor backs accurately
• Implementing meticulous soldering, braid shielding, insulator tube installation, and back nut potting
• Securing O-ring and boot bend relief, among other tasks

Count on our proficiency in miniaturization to create cable assemblies that are compact, lightweight, and have a minimal footprint. Our solutions are tailored to meet the shape, size, weight, and power (SWaP) requirements of your device and electronic ecosystem.

Assembling connectors and cables for rugged devices requires specific tools, techniques, and materials to ensure proper functionality, reliability, and durability in challenging operating conditions and harsh environments. Our engineers and operators leverage their expertise in design, materials, and technologies to ruggedize your cable assembly solution, enabling it to withstand weathering, abrasion, shocks, vibrations, temperature extremes, electromagnetic interference, radiation, chemicals, as well as sterilization and cleaning processes.

Our ruggedization processes adhere to the highest connectivity standards, ensuring:

• High sealing performance
• Effective EMI shielding
• Long flex life
• Resistance to tension forces

We offer custom overmolds and cable colors for defense applications, to meet your specific needs.

Whether you’re in the early stages of project ideation or have fully defined design solutions, our seasoned cable assembly engineers are here to collaborate with you. They’ll assist in specifying and selecting the right materials and optimizing the form, fit, and function of various electrical, optical, fluid/gas, and hybrid connections. Taking into account the end-use application and its environment, our engineers integrate third-party connectors as needed.

Our capabilities encompass:

• Overmolded cable assemblies for bend protection (including thermoplastic and silicone options) and right-angled overmolds
• Wiring harness assemblies
• Internal potting for enhanced sealing, enabling submersion
• Heat shrinking to provide additional protection and support for exposed wire
• Breakouts, pigtails, and fiber optic termination
• Low-cost and disposable alternatives, among others

All our solutions adhere to the highest technology standards, ensuring ruggedness, sealing, and high-speed data transmission.