Backplane Connectors

Backplane connectors are designed to offer high-density interconnect solutions, ensuring reliable data transmission even in the most compact spaces. Whether you are dealing with complex servers or telecommunications equipment, these connectors help streamline the communication between circuit boards with minimal space consumption. They provide a perfect fit for systems that need high-speed data transfer while maintaining low signal loss. This solves the issue of space constraints in equipment without compromising on system performance.

Our Backplane Connectors

Explore our range of high-quality cable connector solutions today.

Hard Metric Connectors

PC/104 Connectors

Rack & Panel Connectors

High Speed/Modular Connectors

Our Clients

Technical Advantages

Your backplane connectors need to perform consistently, regardless of environmental challenges. With high-performance materials and careful construction, these connectors are built to withstand extreme temperatures, vibration, and exposure to moisture. They are ideal for industries like military, aerospace, and industrial automation, where failure is not an option. These connectors provide peace of mind, knowing your systems will continue functioning under harsh conditions.

As a purchaser, you need a solution that integrates easily into your existing systems. Backplane connectors offer a wide range of customization options, allowing you to tailor the product to your requirements. These connectors are highly adaptable whether you need specialized pin configurations, varying sizes, or specific material choices. This flexibility ensures seamless integration without costly redesigns or lengthy production delays.

High-current and Power Handling Capabilities

For systems requiring the transmission of high currents, backplane connectors are designed with the ability to handle significant power without overheating or degrading. These connectors are built with heavy-duty contacts capable of safely transmitting high-power signals while maintaining low contact resistance. This is essential for power electronics, industrial equipment, and high-performance computing applications, where power transmission must occur alongside high-speed data signals.

Backplane connectors are fundamental to the efficient operation of high-performance systems. They offer a range of advanced features that address key technical pain points in various industries. Whether you require high-density interconnects, enhanced signal integrity, mechanical resilience, or EMI shielding, these connectors are designed to ensure reliable performance in mission-critical applications.

Industry Applications

Fiber Optic Systems

Integrates with backplane systems for optical data transmission equipment, ensuring low-loss connectivity over long distances.

Test and Measurement Equipment

Provides stable, high-frequency connections for oscilloscopes, signal generators, and analyzers with high signal integrity.

Broadcast Equipment

Ensures reliable data and power transfer for video servers, transmitters, and routing systems with minimal interference.

Power Distribution Systems

Manages high-current transmission in electrical panels, switchgear, and power distribution units (PDUs) with low contact resistance.

Electric Vehicle Charging Infrastructure

Delivers high-power connections for fast-charging stations and vehicle charging control systems.

Smart Grid Systems

Interconnects power meters, controllers, and communication devices for monitoring and managing electrical grids.

Having Doubts? Our FAQ

Check all our Frequently Asked Question

How does Frigate ensure signal integrity in backplane connectors in high-speed data transmission systems?

Frigate employs precision-machined contacts and materials that minimize impedance mismatches, ensuring consistent signal transmission at high speeds. By utilizing gold or nickel plating on critical contact surfaces, Frigate connectors maintain low contact resistance, reducing signal loss and ensuring minimal interference in high-speed, high-frequency applications such as telecommunications and data centers.

What design considerations does Frigate use to ensure backplane connectors perform in extreme environmental conditions?

Frigate designs backplane connectors with robust materials like stainless steel and high-temperature thermoplastics to withstand extreme conditions. The connectors are further enhanced with sealed housings and corrosion-resistant coatings (e.g., gold or silver plating), making them highly resistant to environmental stressors like moisture, high temperatures, and vibration. This ensures reliable operation in aerospace, military, and industrial applications.

How does Frigate optimize backplane connectors for high-current applications while maintaining performance?

Frigate’s backplane connectors for high-current applications are designed with oversized contact areas to reduce resistance, allowing efficient current flow without overheating. These connectors feature specially selected materials that can withstand higher thermal loads and ensure long-term reliability. Additionally, Frigate incorporates features such as thermal dissipation paths and enhanced contact spring systems to manage heat and ensure stable performance in power transmission systems.

What advanced shielding methods does Frigate use to minimize EMI in densely packed backplane connector systems?

Frigate utilizes multi-layer shielding techniques in its backplane connectors, including metalized shields, conductive gaskets, and grounding pins to effectively block EMI. By carefully controlling the placement of contacts and incorporating conductive materials, Frigate minimizes crosstalk between signal channels, ensuring that each connection operates independently without interference, even in systems with high-density interconnections like data servers or telecom equipment.

How does Frigate ensure long-term reliability and low-maintenance operation in high-cycle backplane connectors?

Frigate ensures low-maintenance operation by selecting materials with high wear resistance for contact surfaces, such as gold, silver, or palladium plating. These materials reduce the risk of oxidation and degradation over time. Additionally, Frigate designs connectors to withstand millions of mating cycles with built-in strain relief features and robust contact mechanisms, reducing wear and ensuring consistent, reliable operation throughout the product’s lifecycle.

What Our Customers Say about Frigate

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