Spring Technology Advanced Network Push-pull Connector S11.2RM.PD8.J00 and G11.2RM.PD8.K00
Advanced network push-pull connectors are high-performance connection solutions designed for secure, fast, and reliable integration in networking systems. They combine compact design with durability, offering a simple push-pull mechanism for quick installation and disconnection. Commonly used in telecommunications, data centers, medical devices, and industrial automation, these connectors ensure stable high-speed data transmission while saving time and space. This article explores their features, advantages, applications, and best practices for selection.
Our connector S11.2RM.PD8.J00 e G11.2RM.PD8.K00 are advanced network push-pull connectors. It is highly reliable solution for 5G vehicle-mounted network communication for automobiles.They are widely used in data radio, rugged computers and handheld devices, GPS antennas,unmanned systems etc.
What Is an Advanced Network Push-pull Connector?
An advanced network push-pull connector is a type of electrical or fiber optic connector that uses a push-to-lock and pull-to-release mechanism. Unlike threaded or bayonet connectors, push-pull designs allow fast and secure mating with a simple push action. This makes them particularly valuable in environments where quick installation, limited space, or frequent reconnections are required.
These connectors are engineered to maintain signal integrity even in harsh conditions, making them an essential part of advanced networking equipment.
Key Features of Advanced Network Push-pull Connectors
- Quick and Secure Locking
- Push-to-connect and pull-to-release system eliminates the need for threading or tightening.
- Provides tactile feedback for secure mating.
- High Data Transmission Performance
- Designed for high-speed signals in both copper and fiber optic formats.
- Maintains low insertion loss and high return loss.
- Compact and Lightweight Design
- Saves space in dense networking environments such as data centers.
- Suitable for portable and wearable devices.
- Durability and Reliability
- Withstands thousands of mating cycles.
- Resistant to vibration, shock, dust, and moisture (often available with IP67/IP68 ratings).
- Versatility
- Available in multiple formats: Ethernet, coaxial, fiber optic, hybrid power-and-signal connectors.
- Used across a wide range of industries.
Applications of Advanced Network Push-pull Connectors
- Telecommunications and Data Centers – High-density network racks, switches, and servers.
- Medical Equipment – Imaging systems, monitoring devices, and diagnostic instruments requiring secure, hygienic connectors.
- Industrial Automation – Robotics, machine control, and factory networking.
- Broadcast and AV Systems – Cameras, studio equipment, and live event setups requiring quick changes.
- Military and Aerospace – Rugged communication systems and portable field devices.
- Data Rate and Signal Type: Ensure compatibility with Ethernet, coaxial, or fiber optic signals.
- Environmental Conditions: Choose IP-rated or ruggedized connectors for outdoor or harsh environments.
- Connector Size: Match connector dimensions to space-constrained designs.
- Ciclos de Acasalamento: Select models rated for frequent plug/unplug operations.
- Standards and Compatibility: Ensure compliance with relevant networking standards for seamless integration.
Conclusion
Advanced network push-pull connectors are transforming the way modern systems achieve high-speed, reliable, and secure connections. With their quick-lock design, robust performance, and versatility across industries, they are indispensable for applications ranging from data centers to medical devices. By selecting the right connector type, organizations can maximize efficiency, minimize downtime, and ensure the long-term reliability of their networking infrastructure.
Perguntas frequentes
Q1: What makes push-pull connectors better than threaded connectors?
Push-pull connectors provide faster and more secure mating without the need for threading, making them ideal for high-density or time-sensitive applications.
Q2: Are push-pull connectors suitable for outdoor environments?
Yes. Many advanced push-pull connectors are available with IP67 or IP68 ratings, offering protection against dust and water.
Q3: Can push-pull connectors handle fiber optic connections?
Absolutely. Push-pull connectors are available in fiber optic versions, offering low-loss and high-bandwidth data transmission.
Q4: How durable are advanced network push-pull connectors?
They are designed for thousands of mating cycles and are resistant to vibration, shock, and harsh environmental conditions.
Q5: Where are push-pull connectors most commonly used?
They are widely used in telecommunications, medical equipment, industrial automation, broadcast systems, and defense applications.
Spring Technology X Series Connector straight push-pull connectors have high-speed needle contact for transmit common data transmission protocols,It is used in high-density installations, relatively narrow spaces, and where it is difficult to insert and separate by rotation. Widely used in the military and civilian fields of radio equipment, infantry equipment, reinforced computers, medical equipment, testing equipment, audio and video equipment, data acquisition, industrial control and other occasions for AC and DC, high-speed, radio frequency, optical fiber and other signal connection transmission. Making it an ideal choice for Médico, Teste e medição, Pesquisar, Comunicações, Conector de transmissão, Máquinas, Defesa, Robótica, Aeroespacial, setor público, Sistemas de informação, Automobilismo, Aplicações diversas.
- High-Speed Capabilities: Supports direct transmission of high-speed signals for various standard protocols (USB2.0, USB3.0, Gigabit Ethernet, 10 Gigabit Ethernet, HDMI, SATA, DP, etc.).
- Single Connector: Integrates the transmission of multiple signals including low-frequency, power, high-speed, RF, and optical fiber through a single connector.
- Straight Push-Pull Locking Structure for Plugs and Sockets: Enables blind mating and allows for quick connections and disconnections.
- Nut-Fastened Socket Installation: Equipped with a conductive O-ring, providing shielding and sealing functions.
- Multi-Key Positioning: dual error-prevention methods with aliginment key structure error-proofing and visual color cues to prevent incorrect insertion.
- Socket Leakage Rate: With a pressure differential of 1×10^5 Pa, the leakage rate should be less than 1.0 Pa·cm³/s (excluding optical fiber and RF products).
- Water Pressure Resistance: After mating, the plug and socket can withstand water pressure at a depth of 2 meters for 24 hours (excluding optical fiber and RF products).
- Pin and Socket Compatibility: Both plugs and sockets can be fitted with either pins or sockets (excluding optical fiber and RF products).
- High-Speed and Low-Frequency Electrical Contacts Termination: Plugs use wire soldering, and sockets are available in wire soldering and straight PCB soldering types.
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