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Computer Cable with Connectors

Computer cable with connectors are vital for seamless device communication, ensuring smooth data transfer and system functionality. Poor-quality cables can cause connectivity issues, data loss, and system failures, leading to downtime and costly repairs. Durable, dependable cables help minimize these risks by ensuring stable connections and faster data transfer. This leads to uninterrupted operations across your network or production line. 

Conductor Material

Copper, tinned copper, or silver are used for efficient signal transfer.

Conductor Resistance

Resistance typically below 0.05 Ω per meter for optimal data transmission.

Insulation Resistance

Insulation resistance of over 10 MΩ ensures minimal leakage and signal loss.

Dielectric Constant (εr)

The range of 2.3 to 4.0 ensures effective signal propagation without interference.

Capacitance

50 – 80 pF per meter ensures minimal distortion in signal transmission.
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Product Description

Cabling solutions should make your life easier, not more complicated. Our cables are engineered for easy installation, with intuitive connectors that ensure a quick and hassle-free setup. The cables’ plug-and-play design reduces downtime and ensures minimal disruption to your operations. Plus, with our robust build quality, maintenance is minimal. You can focus on your work while we provide the reliable infrastructure your operations need. 

Inductance

0.2 to 0.5 μH per meter helps in reducing electromagnetic interference.

Shielding Effectiveness

90% attenuation at 100 MHz protects against electromagnetic interference.

Jacket Material

PVC, TPE, or LSZH ensures protection from mechanical damage and environmental factors.

Max. Operating Frequency

Capable of handling up to 10 GHz for high-speed data transfer.

Jacket Flammability Rating

UL VW-1, UL 1581, or IEC 60332 ensures cable safety in fire hazards.

Maximum Signal Velocity

75% to 85% of the speed of light ensures high-performance data transfer.

Peak Operating Voltage

300 V to 600 V ensures safe operation in high-power environments.

Tensile Strength

50 N or higher tensile strength ensures durability under mechanical stress.

Dynamic Flex Life

10,000 to 30,000 flex cycles ensure longevity in dynamic applications.

Temperature Range

Designed to withstand temperatures from -40°C to +85°C for various environments.

Cable Impedance

50 Ω, 75 Ω, or 100 Ω for different networking and transmission standards.

Bandwidth

Capable of supporting up to 10 Gbps or higher data bandwidth for fast transfer.

Technical Advantages

One of your main concerns might be the frequent wear and tear on cables, especially in high-usage environments. Our computer cables are designed with advanced materials, including reinforced PVC jackets and high-density shielding. This makes them more durable and resistant to physical damage, bending, and fraying, ensuring they last longer and perform reliably under heavy usage. These cables maintain signal integrity in industrial or office settings, ensuring stable and fast data transfer without interruptions. 

Another common pain point is signal degradation, especially in long-distance connections or environments with electromagnetic interference. Our cables feature precision-engineered connectors and enhanced shielding that protect against external interference. With multi-layer shielding and high-quality materials, our cables offer clear, undistorted signals and maintain performance over long distances. You won’t have to worry about signal loss or degradation, ensuring your devices stay connected with the highest possible data throughput. 

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Industry Applications

Low-Latency Connections for Trading Algorithms

Ensures real-time data transfer between financial trading systems servers, reducing critical operations latency. 

Precision Control in CNC Machinery

This technology enables high-speed data exchange between controllers and actuators, allowing for precise operation in computer numerical control (CNC) machines. 

Real-Time Data Acquisition in Environmental Monitoring

Facilitates data transfer from sensors to central systems for monitoring parameters like temperature, pressure, and humidity in industrial environments. 

High-Resolution Video Streaming in Medical Imaging

This technology transmits uncompressed video data from imaging devices to workstations for diagnostics in real time, preserving clarity. 

Data Integrity in Industrial Robotics

Provides stable communication for feedback loops between robots and controllers, ensuring precise motion control in automated manufacturing. 

Cryogenic Environment Data Transmission for Space Exploration

Ensures reliable signal transmission for satellite communication systems and deep-space probes in ultra-low-temperature environments. 

Computer cable with connectors

Long-Term Savings and Scalable Solutions

High-quality cables don’t have to break your budget. While cutting corners may seem tempting, poor-quality cables often lead to costly downtime, repairs, and replacement. Investing in our computer cable with connectors ensures a long-term, cost-effective solution that minimizes system failures and improves productivity. Their durability and reliable performance save you money in the long run by reducing maintenance and replacing cables less frequently. 

As your business grows, so do your connectivity requirements. Our computer cable with connectors are designed to keep up with the ever-evolving technology landscape. Whether upgrading to faster data transfer speeds or implementing more advanced systems, our cables are ready to support your scaling needs. With future-proof technology built-in, you won’t have to worry about obsolescence. 

Computer cable with connectors

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Having Doubts? Our FAQ

Check all our Frequently Asked Question

How does cable shielding impact signal quality in high-speed data transfers?

Cable shielding helps prevent electromagnetic interference (EMI) and radio frequency interference (RFI) from affecting signal quality. In high-speed data transfers, a well-shielded cable minimizes noise and maintains signal integrity, ensuring stable and accurate data transmission over long distances. 

What is the significance of conductor material in ensuring low resistance and faster data transfer?

The conductor material, typically copper or its alloy, is crucial in reducing electrical resistance. Low resistance allows faster data transmission and minimizes power loss, essential for high-performance systems. Copper, a highly conductive material, is preferred for its efficiency in transmitting data at higher speeds with minimal latency. 

How does connector design influence the reliability of the connection in industrial environments?

Connectors must withstand harsh conditions such as vibrations, moisture, and extreme temperatures in industrial settings. High-quality connectors have robust locking mechanisms, corrosion-resistant materials, and secure pin configurations to ensure a stable, reliable connection that won’t degrade over time, even in challenging environments. 

What role does the cable's insulation material play in maintaining signal integrity and preventing data corruption?

The insulation material prevents electrical shorts and minimizes signal degradation. High-quality insulation, such as PVC or Teflon, keeps the conductors from touching and reduces cross-talk between cables. This ensures that data remains clear and free from corruption, especially in high-frequency applications. 

How do cable lengths affect performance, and how do high-performance cables mitigate these issues?

As cable length increases, signal degradation, or “attenuation,” becomes more significant, especially for high-speed data transmission. High-performance cables with advanced shielding and low-resistance conductors reduce attenuation, allowing the signal to travel longer distances without losing quality. Additionally, using repeaters or signal boosters in extremely long cables can enhance performance. 

How do premium cables minimize sourcing risks in large-scale projects?
  • Longer operational life reduces replacement cycles 
  • Stable signal integrity ensures fewer system failures 
  • Standardized performance metrics simplify bulk procurement 
  • Consistent quality across batches enables reliable scaling 

 

What technical parameters should buyers prioritize when evaluating cables?
  • Conductor resistance below 0.05 Ω per meter 
  • Capacitance range of 50–80 pF per meter for clean signals 
  • Shielding effectiveness of 90% attenuation at 100 MHz 
  • Bandwidth capacity of 10 Gbps or higher 
How do connector designs influence sourcing decisions for critical systems?
  • Precision pin alignment reduces connection errors 
  • Robust locking features secure high-vibration applications 
  • Optimized contact plating lowers signal loss 
  • Modular options simplify integration across systems 
Why is cable scalability a sourcing advantage in fast-growing operations?
  • Supports upgrades to higher frequencies up to 10 GHz 
  • Flexible impedance options for multiple transmission standards 
  • Designed for extended flex life of 10k–30k cycles 
  • Scalable architecture reduces future replacement needs 

 

How do high-performance cables translate into long-term cost savings?
  • Reduced downtime lowers operational expenses 
  • Lower maintenance frequency minimizes service costs 
  • High tensile strength decreases physical damage replacements 
  • Future-ready designs reduce obsolescence risk 

 

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Computer Cable with Connectors

Need reliable wires and cables for your next project? Get in touch with us today, and we’ll help you find exactly what you need!

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Computer Cable with Connectors

Need reliable Machining for your next project? Get in touch with us today, and we’ll help you find exactly what you need!

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