Explore our high-performance Ethernet interfaces and fiber optical modules engineered for demanding environments.
The convergence of Power-over-Ethernet (PoE) breakthroughs and next-generation smart infrastructure standards.
The global connectivity landscape is undergoing a massive shift. As Ethernet speeds climb to 10G and beyond, the parallel demand to deliver substantial DC power over the exact same copper twisted-pair infrastructure has surged. This integration—widely characterized by standards such as IEEE 802.3bt (PoE++ Type 3 and Type 4)—now facilitates power transmission of up to 90W to 100W at the PSE (Power Sourcing Equipment) source. To sustain these currents without signal degradation or terminal deterioration, modern network architectures require specialized High-Power RJ45 Connectors.
Traditional RJ45 jacks were engineered for data transmission and minimal power (typically under 15W). When subjected to continuous high current, standard connectors suffer from heat accumulation, contact deformation, and severe arcing at contact points during unplugging events under load. These phenomena damage the gold-plated contact zone, leading to increased contact resistance and data-packet dropouts.
Industry leaders are pivoting towards connectors featuring specialized contact geometries, high-temperature liquid crystal polymer (LCP) plastics, and advanced integrated magnetics (MagJack) designs. This enables consistent operations across ambient operating ranges of -40°C to +85°C, ensuring network integrity for high-power IP cameras, cellular base stations, and high-performance IoT gateways.
How OEM buyers evaluate high-reliability interface suppliers in an era of strict environmental and architectural compliance.
High-current DC paths running parallel to multi-gigabit data signals run a high risk of crosstalk. Strategic purchasers prioritize connectors featuring 360-degree EMI shielding, integrated grounding tabs, and high-performance magnetic chokes to filter out common-mode noise.
For industrial deployments, regular RJ45 cycles wear down cheap flash plating. Premium custom formulations demand minimum 30µ" to 50µ" gold-over-nickel plating on phosphor bronze contacts to guarantee more than 750 mechanical mating cycles.
Continuous current leads to resistive heating. Design engineers require physical spacing, PCB board thermal vias, and heat-resistant plastic housings rated for high-density stack configurations without compromising signal integrity.
A premier manufacturer and strategic OEM/ODM partner for high-speed fiber optics and rugged telecom interfaces.
Transolix is a professional optical transceiver and connectivity components manufacturer specializing in high-performance fiber optic communication solutions for global data centers, telecom operators, and enterprise networks. With robust engineering capabilities and scalable production capacity, Transolix is committed to delivering reliable, high-speed, and cost-effective optical connectivity products worldwide.
Founded in 2016, Transolix has leveraged its 11 years of deep industry expertise to bridge the gap between complex engineering designs and high-volume manufacturing. Operating out of an optimized 320m² state-of-the-art facility, our organization focuses on high-precision micro-assembly, automated testing, and custom formulation of connectors and optical modules. We achieve an annual export revenue of USD 8–15 million, reflecting our deep commercial penetration in North America, Europe, Southeast Asia, and the Middle East.
Our commitment to custom product development is supported by 128 specialized R&D engineers, enabling us to launch over 86 new models annually. Whether your infrastructure calls for non-standard footprint designs, integrated LED configurations, multi-port RJ45 jacks, or customized optical transceivers with non-standard wavelengths and optical budgets, our engineering team can execute from design to prototype testing in record time.
How automated manufacturing and comprehensive quality management systems guarantee reliable, high-volume supply.
The modern hardware industry requires more than just raw production; it demands absolute supply chain agility and bulletproof quality control. The Transolix facility leverages a "Factory 4.0" approach. We maintain active partnerships with 860 certified upstream suppliers, covering high-purity copper alloys, premium optical sub-assemblies (TOSA/ROSA), and advanced packaging chipsets. This robust network ensures that we are completely insulated from materials shortages, maintaining stable lead times even during global supply line disruptions.
Our Quality Control department employs 42 dedicated professionals who oversee a multi-tier testing regimen. All components undergo rigorous validation processes, including:
High-power modular connectors and optical transceivers engineered for real-world high-density applications.
Using high-speed copper and optical links (SFP/SFP28) to connect rack servers and high-speed switches. High-power RJ45 jacks with integrated magnetics support local management networks and power distribution units (PDUs) in space-constrained rack systems.
Industrial machines operating under EtherCAT or PROFINET demand rugged RJ45 setups. Resistant to vibration, EMI from heavy machinery, and high operating temperatures, Transolix connectors guarantee seamless execution of PLC directives.
High-current output is required to power remote 5G small cells. Utilizing weatherized, robust High-Power RJ45 interfaces ensures direct power and gigabit uplink delivery in a single run, reducing deployment and maintenance costs.
Critical engineering answers to assist infrastructure designers and procurement professionals.
High-speed media convertors, copper SFPs, and robust replacement cages for high-availability setups.
A look inside our advanced assembly setups, precision test labs, and warehouse logistics centers.
Transolix