FiberQ
FiberQ
Premium performance integrated magnetic sockets optimized for high-density switches, server systems, and carrier hotels across Greater London.
The Greater London region remains the dominant data center hub in Europe. From the colocation hotbeds of Slough and the M4 corridor to carrier hotels in the Docklands (including Telehouse East and North), the demand for high-speed, high-density infrastructure has never been higher. With financial institutions in the City and Canary Wharf transitioning to hybrid-cloud frameworks and implementing microsecond-latency trading desks, physical layer connectivity is the silent engine driving this infrastructure expansion.
Within these dense computing centers, server space is at an absolute premium. Standard single-port configurations limit the expansion potential of edge routers, core switches, and rack servers. This is where Stacked Port RJ45 Connectors play a vital role. By stacking ports vertically and horizontally, design engineers can effectively double the port density on a standard 1U/2U server faceplate, maximizing line card bandwidth while maintaining crucial footprint economy on the PCB.
Furthermore, London's push toward smart building initiatives, edge computing nodes, and municipal 5G network rollouts is scaling the demand for robust, shielded Ethernet connections. In these environments, connectors must withstand significant ambient electromagnetic interference (EMI) while delivering uninterrupted power and data through Power over Ethernet (PoE/PoE+).
Saves up to 50% of the horizontal faceplate space on PCBs by vertically stacking high-integrity RJ45 interfaces.
Combines electromagnetic compatibility (EMC) components directly inside the connector housing to prevent packet loss.
Modern Production Facility
Dedicated R&D Engineers
Quality Assurance Inspectors
Supply Chain Partners
Reliable PoE capability combined with shielding technology for heavy commercial and industrial integrations.
Exploring how advanced magnetic engineering and robust mechanical shielding resolve issues like signal degradation and EMI in complex designs.
By packing multiple ports closely, design engineers face the risk of internal electromagnetic interference. Stacked RJ45 components integrate isolation transformers directly into the metal shell. This layout minimizes cross-port talk, ensuring high Signal-to-Noise Ratios (SNR) across multi-gigabit bands.
Equipped with wrap-around EMI finger configurations, our housings ensure direct grounding connection to the chassis. By establishing low-impedance grounding paths, our connectors prevent external electrostatic discharge (ESD) from damaging sensitive transceiver components.
Integrating PoE/PoE+ capabilities generates localized heat within the connector. Our design utilizes high-reliability insulating thermoplastics and thicker copper paths to conduct heat away from core magnetics, ensuring stable output even under continuous current load.
The push for modernization is converting buildings across the UK capital into connected digital hubs. In office spaces from Canary Wharf to dynamic developments in Croydon, standard cabling is being replaced by converged IP systems. Power, environmental sensors, cameras, and access control all rely on robust Ethernet cabling. Incorporating multi-port stacked connectors into local switches allows developers to aggregate hundreds of node interfaces into single distribution frames, cutting back on cabinet space requirements and installation time.
Our solutions target these large-scale rollouts. From high-speed CAT6a configurations delivering 10Gbps routing speeds to standard CAT5e/CAT5 variants for standard connections, our products match current and future deployment architectures.
As a key division of FiberQ Photonics Technology Co., Ltd., we understand that reliability extends beyond technical specs. Founded in 2015, we have expanded to become a reliable global supplier, operating a modern 12,600㎡ manufacturing plant. We address the typical problems of international procurement—such as fluctuating lead times, quality variation, and compliance gaps—by offering direct-from-factory oversight and a robust logistics network geared to the UK market.
Our production combines automated processes with strict quality checks. Our quality team includes 62 inspectors performing automated optical inspections, high-temperature aging cycles, and rigorous electrical performance tests. This comprehensive verification ensures each batch maintains the low error rates required by network operators.
We work with around 1,450 supply chain partners to source high-grade raw components, allowing us to maintain stable production and pricing, even when materials fluctuate globally. Supported by a team of 240 R&D engineers, we also accommodate custom design requests, including specific LED indicators, housing dimensions, thermal paths, and customized pin layouts.
High-reliability components selected for high-speed systems, storage appliances, and communication hardware.
Technical guidance for system designers and procurement managers targeting UK network upgrades.
High-frequency 10G signals are sensitive to crosstalk and layout mismatches. We employ internal isolation shields between stacked ports and map the transformer windings precisely to balance signal paths. We also test each connector for insertion loss, return loss, and crosstalk on high-frequency network analyzers during our QC process.
Yes, all FiberQ products are fully compliant with RoHS and REACH regulations. We provide complete chemical declarations and compliance certificates with every shipment, ensuring smooth clearance through UK customs and simple integration into CE-certified hardware designs.
Yes, our R&D engineering team offers extensive customization. We can match legacy designs by altering pin-out assignments, adjusting LED colors and indicator states, modifying mechanical heights, or changing the positioning of ground tabs to match your PCB footprint.
Power over Ethernet injects up to 30W (or 60W+ for PoE++) of power through the ethernet pair. This generates heat within the connector's internal transformer windings. To maintain performance, we use high-temperature rated winding isolation and design thermal venting areas in the metal shielding to dissipate heat efficiently.
Standard product configurations are typically processed within 2–3 weeks, depending on component availability. For customized modifications or larger OEM batches, production times average 4–6 weeks. We support multiple shipping options, including express air freight for urgent project deadlines and sea freight for scheduled deliveries to UK entry ports.
