Explore our high-performance Ethernet interfaces, customized jacks, and fiber optic transceivers designed for high-density networks.
Deploying heavy-duty physical layers to meet the demanding parameters of modern IoT, Edge Computing, and automation ecosystems.
Overmolding protects critical copper junctions from extreme ambient moisture, particulate entry, and chemical solvents, ensuring consistent signal path continuity.
High-precision internal shielding paired with dense thermoplastic encapsulation yields excellent protection against high-frequency electromagnetic interference.
Engineered specifically to survive sub-aquatic immersion and high-pressure washdowns in food, chemical, and heavy manufacturing facilities.
In the era of Industry 4.0 and cyber-physical systems, modern automation demands reliable physical layers. Traditional RJ45 connectors are prone to latch breakage, dust intrusion, and chemical degradation. Our OEM/ODM RJ45 overmolded connectors mitigate these field failures. By hermetically sealing the cable-to-connector interface via precise thermoplastic injection, we eliminate internal conductor strain and oxidation.
As a global exporter, we align our product development with key industrial frameworks, including EtherNet/IP, PROFINET, and EtherCAT. Robust data collection at the machine level requires physical channels capable of high-frequency transmission (up to Cat6A and Cat8 parameters) while enduring constant vibration. Standard patch cords fail within months under automated mechanical movement; our heavy-duty overmolded assemblies withstand millions of flex cycles without signal loss.
Standard booted connectors distribute bending stress over a very narrow zone, causing microscopic wire breakage. Our overmolding tooling features a progressive-radius strain relief boot that disperses mechanical fatigue over a wider surface area, extending service life by over 300% in robotic arm applications.
A trusted global supplier delivering high-reliability optical communication interfaces and ruggedized connector components.
Transolix operates advanced production and R&D facilities with a total building footprint of 320m². Our engineering team focuses on signal integrity, heat dissipation, and strict adherence to physical interface standards. We support full custom configurations, including custom operating wavelengths, form factors, transmission distances, and customized firmware for multi-platform network environments.
Every production batch undergoes automated optical testing, eye diagram analysis, aging tests, and 100% final performance verification. Our 42-member Quality Assurance department oversees all validation processes to ensure the reliability of our products.
With 11 years of experience in the connectivity sector and 6 years of cross-border B2B export operations, Transolix maintains a certified supply chain of 860 partners. This network secures reliable access to high-performance optoelectronic components and advanced materials, helping us maintain stable lead times and consistent product quality.
Ensuring cross-border compliance, regulatory alignment, and reliable technical field support across global regions.
All physical components, optical modules, and electrical cabling conform to CE, FCC, RoHS, and REACH directives. We maintain traceability records for chemical compositions, verifying environmental safety and workplace hazard compliance.
Our products are designed for regional environments: high-humidity resistance for coastal wind farms in Western Europe, high-temperature protection for heavy industrial plants in the Middle East, and low-temperature durability for telecommunication towers in North America.
We offer custom molding and branding solutions, including custom strain-relief profiles, specialized pinouts, and custom shell materials, supporting clients with quick-turn prototyping from initial design to final production.
Developing next-generation connectivity technologies to support scaling infrastructure and high-speed data transmission.
As field-level networks generate increasing amounts of data, standard Category 5e (Cat5e) copper systems are reaching their physical limits. Emerging designs require higher bandwidth and reliable electromagnetic isolation. We are expanding our development of hybrid cabling assemblies that combine high-performance fiber optics and copper conductors within a single overmolded connector housing.
Additionally, Single Pair Ethernet (SPE - 802.3cg/802.3ch) is changing the industrial landscape. Reducing the wiring footprint to a single pair lowers cable weight and space requirements while supporting power-over-data-line (PoDL) technology. Our engineering team is currently prototyping specialized overmolded SPE connectors designed for high-vibration automotive production floors and transit applications.
In the high-speed data center segment, we are focused on developing transceiver modules designed for 400G and 800G optical interfaces. Using PAM4 encoding and silicon photonics technologies, these solutions are engineered to support the density and speed requirements of modern artificial intelligence and machine learning workloads.
Answers to common engineering and commercial questions about our products and customization capabilities.
Inside our testing and manufacturing operations, illustrating our focus on quality control and technical precision.
Explore our selection of fiber optic transceivers, integrated jacks, and high-performance network interfaces.
Transolix
