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More About Parallel Printer Cables

CableLeader is your trusted source for high-quality IEEE-1284 DB25 to CN36 parallel printer cables and IEEE-1284 DB25 male to male parallel cables. Our extensive range of parallel printer cables supports high-speed, bi-directional communication between your PC and IEEE-1284 compliant peripherals such as printers and scanners.

Key features of our parallel printer cables include:

Connectors: DB25 male to CN36 male or DB25 male to DB25 male, ensuring compatibility with a wide range of devices.
Applications/Usage: Perfect for connecting PCs to printers, scanners, and other IEEE-1284 compliant peripherals.
Quality & Safety: Double-shielded conductors reduce EMI/RFI interference for optimal performance, and all materials comply with RoHS directives.

Choose from various lengths, ranging from 6 feet to 50 feet, to suit your specific setup requirements. With CableLeader's parallel printer cables, you can enjoy reliable, high-performance connectivity for all your printing and scanning needs.

Parallel Printer Cables: Reliable Connectivity for IEEE-1284 Devices

Introduction to Parallel Printer Cables

Parallel printer cables, commonly known as IEEE-1284 cables, are essential for connecting computers to various peripheral devices like printers, scanners, and other IEEE-1284 compliant hardware. These cables facilitate high-speed, bidirectional communication between the computer and the connected device, enabling efficient data transfer and seamless operation.

While newer technologies like USB and wireless connections have gained popularity, parallel printer cables remain a reliable choice for specific applications and legacy setups. CableLeader offers a comprehensive range of high-quality parallel printer cables to cater to diverse connectivity needs.

Understanding Parallel Printer Cable Connectors

Parallel printer cables feature two distinct connector types at each end, ensuring compatibility with various devices. The most common connectors found in CableLeader's parallel printer cable lineup include:

DB25 Male Connector: This 25-pin D-subminiature connector is typically found on the computer end of the cable, designed to connect to the parallel port on the computer or motherboard.
CN36 Male Connector: Also known as the Centronics connector, this 36-pin connector is commonly used on the peripheral end of the cable, connecting to printers, scanners, and other IEEE-1284 compliant devices.

By offering cables with various connector combinations, such as DB25 male to CN36 male and DB25 male to DB25 male, CableLeader ensures compatibility across a wide range of setups and device configurations.

Specifications and Features

CableLeader's parallel printer cables are designed to deliver optimal performance and reliability. Key specifications and features include:

Conductor: Constructed with 28 AWG x 18 twisted pair conductors, along with a drain wire, these cables ensure efficient data transfer and minimal signal interference.
Cable Color: Available in a classic beige color, these cables blend seamlessly with various computer and office setups.
Cable Lengths: Choose from a variety of cable lengths, ranging from 6 feet to 50 feet, to accommodate different workspace layouts and distance requirements.
Double Shielding: The double-shielded conductors effectively reduce electromagnetic interference (EMI) and radio frequency interference (RFI), ensuring reliable and consistent performance.
RoHS Compliance: All materials used in the construction of these cables comply with the Restriction of Hazardous Substances (RoHS) directive, ensuring they are environmentally friendly and safe for use.

Applications and Usage

While USB and other modern interfaces have largely replaced parallel connections in consumer electronics, parallel printer cables still find applications in various industries and specialized setups. Some common use cases include:

Industrial Printing: Many industrial printers and label makers still rely on parallel connections for their robustness and reliability.
Legacy Setups: Older computer systems and peripherals that lack USB or other modern connectivity options may require parallel printer cables for seamless integration.
Specialized Applications: Certain industries, such as manufacturing, healthcare, and finance, may have specialized equipment or systems that utilize parallel connections for data transfer and printing.

Regardless of the application, CableLeader's parallel printer cables offer a dependable solution for connecting IEEE-1284 compliant devices, ensuring efficient data transfer and reliable performance.

Quality and Durability

CableLeader is committed to delivering high-quality products that stand the test of time. Our parallel printer cables are designed with durability in mind, featuring robust construction and materials that can withstand the demands of various environments. With proper care and usage, these cables can provide years of reliable service, ensuring uninterrupted connectivity for your IEEE-1284 devices.

Conclusion

While USB and wireless technologies have become the norm for modern connectivity, parallel printer cables remain an essential component for specific applications and legacy setups. CableLeader's extensive range of IEEE-1284 compliant parallel printer cables offers a reliable solution for connecting computers to printers, scanners, and other peripheral devices that require high-speed, bidirectional communication.

With various connector options, cable lengths, and robust construction, our parallel printer cables cater to diverse connectivity needs, ensuring seamless integration and optimal performance. Whether you're in an industrial setting, working with legacy systems, or require specialized connectivity solutions, CableLeader has you covered with high-quality parallel printer cables that deliver reliable and consistent results.

Are parallel printer cables still used?

While parallel printer cables have largely been replaced by more modern connectivity options like USB, they are still used in some specialized and industrial applications. CableLeader offers a range of IEEE-1284 DB25 to CN36 parallel printer cables and IEEE-1284 DB25 male to male parallel cables to connect older printers and scanners with parallel ports to computers.

What is a parallel printer cable?

A parallel printer cable is a cable that enables multiple bits of data to be transferred simultaneously between a computer and a printer or scanner. It typically features a DB25 connector on one end and a Centronics or CN36 connector on the other. These cables support high-speed, bi-directional communication and are designed to reduce EMI/RFI interference for optimal performance.

How many wires in parallel printer cable?

Standard parallel printer cables typically have up to 25 wires, including 8 data lines, 4 output control lines, 5 input control lines, and 8 ground lines. Some cables may also include a shield for additional protection against interference.

What cable is used for parallel applications?

Common cables used for parallel applications include:

25-pin D-type (DB25) cables
36-pin Centronics cables
Micro 36-pin Centronics cables

These cables are designed to support the simultaneous transfer of multiple data bits, making them suitable for parallel printer and scanner connections.

More About Parallel Printer Cables

Key features of our parallel printer cables include:

Connectors: DB25 male to CN36 male or DB25 male to DB25 male, ensuring compatibility with a wide range of devices.
Applications/Usage: Perfect for connecting PCs to printers, scanners, and other IEEE-1284 compliant peripherals.
Quality & Safety: Double-shielded conductors reduce EMI/RFI interference for optimal performance, and all materials comply with RoHS directives.

Parallel Printer Cables: Reliable Connectivity for IEEE-1284 Devices

Introduction to Parallel Printer Cables

Understanding Parallel Printer Cable Connectors

DB25 Male Connector: This 25-pin D-subminiature connector is typically found on the computer end of the cable, designed to connect to the parallel port on the computer or motherboard.
CN36 Male Connector: Also known as the Centronics connector, this 36-pin connector is commonly used on the peripheral end of the cable, connecting to printers, scanners, and other IEEE-1284 compliant devices.

Specifications and Features

CableLeader's parallel printer cables are designed to deliver optimal performance and reliability. Key specifications and features include:

Conductor: Constructed with 28 AWG x 18 twisted pair conductors, along with a drain wire, these cables ensure efficient data transfer and minimal signal interference.
Cable Color: Available in a classic beige color, these cables blend seamlessly with various computer and office setups.
Cable Lengths: Choose from a variety of cable lengths, ranging from 6 feet to 50 feet, to accommodate different workspace layouts and distance requirements.
Double Shielding: The double-shielded conductors effectively reduce electromagnetic interference (EMI) and radio frequency interference (RFI), ensuring reliable and consistent performance.
RoHS Compliance: All materials used in the construction of these cables comply with the Restriction of Hazardous Substances (RoHS) directive, ensuring they are environmentally friendly and safe for use.

Applications and Usage

Industrial Printing: Many industrial printers and label makers still rely on parallel connections for their robustness and reliability.
Legacy Setups: Older computer systems and peripherals that lack USB or other modern connectivity options may require parallel printer cables for seamless integration.
Specialized Applications: Certain industries, such as manufacturing, healthcare, and finance, may have specialized equipment or systems that utilize parallel connections for data transfer and printing.

Regardless of the application, CableLeader's parallel printer cables offer a dependable solution for connecting IEEE-1284 compliant devices, ensuring efficient data transfer and reliable performance.

Quality and Durability

Conclusion

Are parallel printer cables still used?

What is a parallel printer cable?

How many wires in parallel printer cable?

What cable is used for parallel applications?

Common cables used for parallel applications include:

25-pin D-type (DB25) cables
36-pin Centronics cables
Micro 36-pin Centronics cables

These cables are designed to support the simultaneous transfer of multiple data bits, making them suitable for parallel printer and scanner connections.

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Parallel Printer Cables

Product List

10ft IEEE-1284 DB25M to CN36M Parallel Printer Cable

More About Parallel Printer Cables

Parallel Printer Cables: Reliable Connectivity for IEEE-1284 Devices

Introduction to Parallel Printer Cables

Understanding Parallel Printer Cable Connectors

Specifications and Features

Applications and Usage

Quality and Durability

Conclusion

Are parallel printer cables still used?

What is a parallel printer cable?

How many wires in parallel printer cable?

What cable is used for parallel applications?

More About Parallel Printer Cables

Parallel Printer Cables: Reliable Connectivity for IEEE-1284 Devices

Introduction to Parallel Printer Cables

Understanding Parallel Printer Cable Connectors

Specifications and Features

Applications and Usage

Quality and Durability

Conclusion

Are parallel printer cables still used?

What is a parallel printer cable?

How many wires in parallel printer cable?

What cable is used for parallel applications?

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