Lumopt
Lumopt
Lumopt Opto Technology Co., Ltd., registered as Luguang Communication Technology Co., Ltd. in China, stands at the forefront of the global optoelectronics and Ethernet hardware industries. As a dedicated, professional manufacturer and exporter, we specialize in high-reliability, high-performance optical transceivers, Integrated Connector Modules (ICM), and comprehensive Ethernet prototyping board hardware solutions.
Our core mission revolves around the research, development, and high-precision customization of full-series optoelectronic systems. From standardized transceiver footprints to custom multi-layer Ethernet prototyping boards, our solutions power the most demanding industrial application areas, including hyperscale data centers, telecommunications carrier networks, high-density AI computing clusters, and enterprise-grade transmission platforms.
Equipped with state-of-the-art Class 100,000 dust-free cleanrooms, fully automated optical alignment systems, and premium high-frequency testing laboratories, we maintain absolute quality consistency. Every product conforms to international regulations and undergoes exhaustive physical and structural validation, establishing us as a trusted one-stop supplier for global buyers.
Designing Ethernet interfaces operating at 100BASE-T, 1000BASE-T, or 2.5G/10G copper and optical layers requires strict adherence to differential impedance matching. We maintain 100Ω differential impedance across TX/RX traces, eliminating high-frequency return loss and minimizing Bit Error Rate (BER) on prototyping boards.
Our RJ45 Integrated Connector Modules (ICMs) feature internal transformers, common-mode chokes, and Bob Smith terminations. This structure filters common-mode noise, provides 1500V AC isolation matching IEEE 802.3 standards, and safeguards downstream PHY microcontrollers from voltage transients.
CE certified prototyping demands heavy-duty shielding. Our RJ45 sockets, SFP+ cages, and board connectors employ tin-plated copper alloy shields with multiple ground tabs. This design redirects electrostatic discharge (ESD) safely to chassis ground, mitigating EMI radiation.
As hardware platforms scale from traditional 1G/10G Ethernet systems to machine-learning clusters, prototyping boards must handle ultra-wide bandwidths. Lumopt's technical roadmap supports this development cycle. We offer modular high-speed connectors, cage assemblies (such as the 2007417-8 TE Replacement SFP+ Cage), and single-mode/multimode transceivers that bridge copper-based microcontrollers to fiber optic networks.
Our transceivers (ranging from 25G SFP28 up to 800G and 1.6T optoelectronic modules) utilize high-bandwidth PAM4 modulation and Co-Packaged Optics (CPO) architectures. Integrating these high-speed physical layers into development environments enables engineers to prototype high-throughput edge nodes, switches, and telecom interfaces. This setup ensures signal integrity while preparing hardware platforms for future data-demand increases.
Prototyping boards serve as the foundation for modern electronic engineering, yet transitioning from a prototype to a deployment-ready commercial product requires component consistency. Lumopt provides standard, production-ready modules, ensuring that prototypes scale smoothly into large-scale deployments.
Hyper-scale data centers demand rapid interconnect scaling. Utilizing our 25G SFP28 optical transceivers alongside multi-port press-fit cages, development teams can prototype customized Top-of-Rack (ToR) switches and network interface cards (NICs), achieving low latency and stable throughput.
Factories and outdoor power systems face severe electrical noise and extreme temperatures. Our integrated RJ45 connectors, built with rugged shielding and magnetic isolation, enable developers to build robust PLCs, IoT gateways, and RTUs that operate reliably in challenging environments.
Distributed AI computation relies on high-speed data exchanges. Lumopt’s 25G BiDi and LWDM optical transceivers allow edge nodes to transmit telemetry and raw sensory inputs over distances up to 40km, supporting real-time edge processing and inference models.
As telecom standards advance toward higher optical frequencies, our transceivers and modular components enable developers to build and test next-generation Optical Line Terminals (OLTs) and customer-premises equipment (CPE) that meet strict carrier requirements.
Lumopt's production facility leverages automated fabrication technologies to ensure manufacturing precision and supply chain resilience. Through strict, phase-by-phase quality checks, we maintain component consistency and high yields for our global partners.
Navigating international compliance is essential when deploying products globally. Our Ethernet components and transceivers carry full CE Certification, verifying conformity with European economic area health, safety, and environmental protection standards.
Furthermore, our hardware lines adhere to additional global frameworks:
By maintaining these compliance standards, we provide system integrators with components that streamline final system-level certifications, helping minimize development timelines and regulatory risks.
Our optical and copper transceivers undergo multi-stage verification. This includes BERT (Bit Error Rate Testing), Eye Diagram analysis to verify signal shape and jitter levels, temperature-cycling across wide operating ranges (-40°C to +85°C for industrial grade), and interoperability checks on switch platforms from major networking brands.
Yes, our RJ45 modular jacks with magnetics are designed to support IEEE 802.3af (PoE), 802.3at (PoE+), and 802.3bt (PoE++) standards. The integrated magnetic structures are engineered to handle DC bias currents up to 1A per pair without core saturation, maintaining signal isolation and data transmission.
We provide custom engineering services. Clients can request specific PCB configurations, integrated USB combinations, custom LED configurations, specialized pinouts, or custom housing dimensions. Our R&D team creates physical layouts and functional samples, typically within 7 to 15 business days, followed by automated verification before mass production.
For standard components like RJ45 modular jacks and common SFP transceivers, we maintain inventory reserves. Custom orders or high-volume builds generally require 2 to 4 weeks. Automated assembly and packaging stations allow us to scale production to meet urgent procurement timelines.
Yes. We supply 2D engineering drawings with mechanical tolerances, footprint recommendations, and 3D step models. This documentation simplifies board layout design and physical enclosure alignment for engineering teams.
