Xelivor
Xelivor
Explore our industrial-grade catalog supporting speeds from 10/100 BASE-T to advanced 10G Base-T networking solutions.
Whitepaper: Understanding Electrical Isolation, EMI Suppression, and Signal Integrity in Networking Nodes.
Every LAN interface requires robust electrical separation to protect complex PHY silicon from high-voltage transient surges. Our LAN magnetic modules provide standard electrical isolation of 1500 Vrms / 2250 VDC to comply with IEEE 802.3 and safety guidelines, securing system reliability in extreme environments.
Proper characteristic impedance (typically 100 Ω for UTP cables) prevents signal reflection. Our discrete LAN filters and magnetics are wound with ultra-precise turn ratios (1:1, 1:1.414, or custom configurations) to guarantee minimal insertion loss and optimal return loss parameters from 100 kHz up to 500 MHz.
High-speed data pathways act as antennas for electromagnetic interference. Integrated Common Mode Chokes (CMC) within our magnetic modules actively suppress EMI noise. This ensures your final networking gear passes strict CISPR 32/FCC Class B certifications without expensive external shielding.
A reference table mapping electrical performance indicators of top-tier LAN transformers against target applications.
| Part Category | Maximum Data Rate | Isolation Voltage | PoE Class Compatibility | Typical Insertion Loss | Primary Industrial Use-Case |
|---|---|---|---|---|---|
| 100BASE-T Series | 100 Mbps | 1500 Vrms | Non-PoE / 15W PoE | -1.1 dB max (1-100 MHz) | Industrial IoT, Legacy Telecom |
| 1000BASE-T Gigabit | 1 Gbps | 1500 Vrms | IEEE 802.3at (PoE+ up to 30W) | -1.0 dB max (1-100 MHz) | IP Cameras, Smart Office Hubs |
| 10G BASE-T High-Speed | 10 Gbps | 1500 Vrms | IEEE 802.3bt (PoE++ up to 90W) | -1.2 dB max (1-400 MHz) | Data Centers, Hyperscale Switch Nodes |
| Multi-Port / Quad Line | 1 Gbps | 1500 Vrms | Flexible configuration | -1.1 dB max (1-100 MHz) | High-Density Switch Blades |
Custom solutions driving network infrastructures across aerospace, telecom, and automotive environments.
Modern data architecture demands low latency and high bandwidth. Procurement officers look for 10G Base-T magnetics capable of supporting high density. We supply specialized single and dual-port SMD LAN transformers engineered for high-frequency stability, guaranteeing minimum cross-talk in dense server rack switchboards.
Smart factories run on real-time Ethernet protocols (EtherCAT, PROFINET). The components are exposed to temperature swings, high mechanical vibration, and significant EMI. Our ruggedized SMD LAN filter modules function seamlessly from -40°C to +85°C (with option for +125°C automotive rating).
ADAS and Infotainment networks rely on high-reliability, lightweight copper configurations. The shift from CAN bus to Single Pair Ethernet (100BASE-T1 / 1000BASE-T1) requires advanced transformer designs with minimal footprint. We continuously invest in miniaturization to address these demands.
Our vision for the next generation of Ethernet magnetics, focusing on high density, speed, and thermal stability.
Developing Chip LAN Magnetics that replace traditional hand-wound toroidal cores with machine-wound drum cores. Reduces component footprint by 50% while maintaining equivalent parameters.
Engineering specialized cores with enhanced current-handling capabilities. Designing to withstand DC balance offsets up to 35mA without saturation, supporting IoT displays and remote hardware.
Pioneering magnetic layouts for next-generation multi-gigabit setups, using high-permeability materials to control insertion loss up to 2 GHz band limits.
A trusted manufacturer of reliable, high-performance connectivity and signal-conditioning components.
Established in 2016, Xelivor Optoelectronics Co., Ltd. is a specialized manufacturer dedicated to high-reliability connectivity and optical transmission hardware, serving data centers, telecommunications, and industrial automation networks globally. From a modern manufacturing and assembly facility covering 386 m², we combine advanced manufacturing techniques with strict testing to provide reliable solutions for high-speed infrastructures.
With over 8 years of component design experience and 6 years of international distribution experience, Xelivor has achieved annual export revenues exceeding USD 12 million. Our client base spans North America, Europe, Southeast Asia, the Middle East, and South America, covering enterprise networking, cloud services, and advanced telecommunications.
Innovation is central to our growth. Backed by an engineering team of 68 R&D experts, Xelivor continuously updates its product portfolio, releasing over 85 new solutions annually to match emerging technical standards. Quality control is managed by 32 dedicated quality inspectors. Our processes include comprehensive testing: incoming materials inspection, in-process checking, thermal aging, network compatibility, and optical/electrical parameter validation. We ensure every batch delivers optimal performance.
Through partnerships with over 850 raw material and supply chain providers, Xelivor secures stable material access, competitive lead times, and flexible shipping. We offer customizable parameters (OEM, ODM, tailored firmware configurations, private packaging) to meet client specifications.
Complete your layout designs with our standard discrete filters, single/multi-port configurations, and PoE modules.
Quick reference guide addressing common engineering queries regarding LAN magnetic integration and circuit design.
A LAN transformer provides electrical (galvanic) isolation between the physical cable and the transceiver IC (PHY), blocking ground loops and protecting circuitry from static discharge and high voltage surges, while facilitating impedance matching and reducing common-mode noise.
Power over Ethernet injects DC current onto the signal pairs. If there is a current mismatch between lines, the magnetic core can experience DC bias saturation. To prevent signal degradation, PoE-rated transformers must be designed with center taps and cores that handle DC offset currents up to 35mA or higher.
Our LAN transformers and filter modules feature a standard isolation rating of 1500 Vrms (or 2250 VDC), meeting IEEE 802.3 requirements and protecting connected hardware from common transient voltage spikes.
Yes. Through our ODM/OEM services, our engineering department can customize winding turns ratios (e.g., 1:1.41, 1:2), modify pinouts, adjust inductances, and design custom enclosures to match specific PHY transceiver requirements.
Absolutely. All magnetic components and modules comply with RoHS and REACH standards. We use lead-free solder profiles (reflow peak temperature of 260°C for SMD types) to support standard industrial manufacturing assembly.
We utilize precise automated winding machines, and our QA system includes 100% parameter testing (inductance, leakage inductance, inter-winding capacitance, DCR, and turn ratio accuracy verification) before shipping.
