Zyqora
Zyqora
Our industrial-grade connectors and precision transceiver configurations undergo exhaustive BERT (Bit Error Rate Testing), optical-integrity verification, and physical stress tests to ensure reliable communication in harsh environments.
Founded in 2016, Zyqora Optical Technologies Co., Ltd. is a high-performance manufacturer and supplier of advanced optical transceivers and robust physical connectivity solutions. Serving global enterprise networks, cloud-computing providers, tier-1 telecommunications operators, and complex system integrators, we deploy robust network interfaces engineered for long-term operational integrity.
Integrating precision hardware design with a resilient global supply architecture, our manufacturing capability spans high-speed transceiver models and multi-pin copper components. Zyqora's core product catalog covers SFP, SFP+, SFP28, QSFP28, QSFP-DD, OSFP, AOC, and DAC configurations, engineered to provide seamless interoperability with legacy and next-generation networks.
High-density computing and automation environments require physical interfaces engineered with low insertion loss, high crosstalk isolation, and robust electromagnetic shielding.
Procurement teams require stable, reliable components to prevent costly system downtime. Modern high-density networks rely on complex SFP cages, RJ45 magnetic jacks, and hybrid USB/Ethernet stacked ports to optimize space and signal transmission.
Zyqora addresses these demands with customized hardware components, quick-turn prototyping, and flexible production planning to match demanding deployment schedules.
Industrial machinery generates significant electromagnetic interference (EMI) that can disrupt high-frequency signals. Our Deep Ethernet connector housings feature robust metal shielding, integrated multi-stage EMI springs, and ground-tab configurations to protect communication lines.
By routing signals through integrated magnetic isolation transformers, our connectors filter noise, prevent ground loops, and isolate sensitive PHY chips from voltage spikes.
As enterprise networks transition from copper to fiber, the demand for compact, high-efficiency optical interfaces like SFP+, SFP28, and QSFP28 continues to grow.
Zyqora designs multi-port cages with integrated light pipes, heat sinks, and press-fit pins to simplify automated PCB assembly and maintain clean signals at data rates up to 25 Gbps and beyond.
Our engineering team designs connectivity solutions that balance mechanical durability, optical precision, and thermal performance across diverse deployment environments.
Our RJ45 connectors feature selective gold plating on contacts, robust copper alloy shields, and heat-resistant plastics. These features help prevent contact oxidation, maintain low resistance, and ensure reliable performance through multiple mating cycles.
Our transceivers utilize high-performance lasers and photo-detectors. Combined with low-noise amplification, these components support clean optical eye diagrams, low jitter, and stable link budgets over extended distances.
Our transceivers include on-board EEPROMs programmed with customized vendor codes. This firmware coding supports seamless identification and diagnostic reporting on mainstream routing and switching platforms.
High-density connector arrays generate heat in enclosed systems. Our metal cages and module housings are engineered to optimize airflow, heat dissipation, and thermal stability in tight rack installations.
Zyqora connectivity solutions support diverse applications across key industries:
Our 65 engineering and 42 QC professionals ensure that every connector, cage, and optical transceiver meets international standards and operational requirements.
To support increasing data rates, our product design focuses on three key areas:
Our QC team follows a multi-stage testing process to verify performance and compatibility:
Our structural components, cages, and vertical connectors provide robust shielding, stable mechanical alignment, and clean signal paths on PCBs.
Find answers to common questions about physical connectivity parameters, transceiver compatibility, and customization capabilities.
