Name: USB to parallel port
Brand: Cablematic bematik brand-cablematic cables-y-redes-col-leccio
SKU: US01900
Price: 19.83 EUR
Availability: InStock
Rating: 5 (1 reviews)

EPP

EPP (Enhanced Parallel Port) is a signaling method defined in the IEEE 1284 standard for high-speed bidirectional communication between PCs and peripherals. It was specifically designed for data-intensive devices.

Think of it as a wider highway where traffic can flow in both directions at the same time, making the exchange of information much faster than on a narrow one-way street.

Feature	Specification
Transfer Rate	Up to 2 MB/s
Interface	Parallel DB-25

Hardware-Driven Handshaking

EPP implements the handshaking protocol in hardware, which significantly reduces the CPU overhead compared to standard software-controlled parallel ports.

Key Advantages

Higher data throughput than standard modes.
Maintains backward compatibility with older devices.
Low latency for peripheral devices.

IEEE 1284 was the performance bridge before USB reached the market.

USB

The USB (Universal Serial Bus) is a standard that defines the cables, connectors and used a bus to connect, communicate, computers, peripherals and electronic devices protocols Transmission Rates Low speed (USB 1.0). Transfer rate up to 1.5 Mbit/s (188 kB/s) used in keyboard, mouse ... transfer rate up to 12 Mbit/s (1.5 MB/s) High Speed ??(USB 2.0): Rate transferencia up to 480 Mbit/s (60 MB/s) SuperSpeed ??(USB 3.0) transfer rate up to 4.8 Gbit/s (600 MB/s) Connector Types 1 - USB type A (4 pin) 2. - USB type B (4 pin) 3 - Mini A (5-pin) 4 - Mini B (5-pin) 5 - Micro A (5-pin) 6 - Micro B (5-pin)

MicroUSB

or horizontal. The micro USB with five pins, which pins identification (ID) Micro AB USB connectors special work. AB connectors with pin ID can allow the device to function as a connector A or B to standard USB technology. This gives the new smart phones and other devices the option to act as either a single storage device or as provi

Mini USB

The mini USB connectors are smaller than their standard counterparts and have USB fifth pin. The fifth pin is known as the pin ID and is typically not used in mini USB connectors. It was designed to allow later improved USB technology. The mini USB connectors have a cycle life of at least 5000 connections and disconnections, which accommodates the mobile nature of the devices that are designed to interact. The standard USB connectors are generally used with devices that are stationary and not disconnected often.

USB 3.0

USB 3.0 is the second major revision of the standard Universal Serial Bus (USB) connectivity for computing. USB 3.0 has transmission speeds of up to 5 Gbit/s, which is 10 times faster than USB 2.0 (480 Mbit/s). Connector Types 1 - USB type A plug 2 - 3 USB type A female - USB type B 4 - Micro USB B

Parallel

Parallel cable is the cable for computers defined by the IEEE 1284 standard for connecting peripherals via the parallel port. It is often used for connecting printers compatible PC computers. It is considered an outdated connection and has been replaced by USB. - IEEE 1284 Type A: 25-pin DB-25 IEEE 1284 - IEEE 1284 Type B: 36 Drivers, Champ type Centerline Connector 0.085 insurance (Centronics). - IEEE 1284 Type C: 36 conductors, connector type mini Champ de Centerline 0.050 with secure clip (mini Centronics).

Reversible USB Type-C

USB-C reversible USB version called USB cables USB Type C Type C or USB reversible. The important thing is this type of USB is that it has top and bottom. So you may save the blows that are given involuntarily to connect the connector upside down. It is also characterized in that when connected will make an audible "click". The USB-C or reversible USB cables can reach 10 Gbps and support USB 3.0, 3.1Use is estimated up to 10,000 applications and has some measures 8.4mm x 2.6mm is also compatible with USB 3.1 and USB indicate creators

SPP

SPP correspond to Standard Parallel Port. It belongs to the IEEE 1284 protocol and serves to create a Bidirectional Parallel Peripheral Interface for PCs. It is a protocol that is compatible with all PC devices unlike ECP and EPP.

ECP

ECP (Enhanced Capability Port) is an advanced parallel port protocol defined under the IEEE 1284 standard, designed for high-speed bidirectional data transfer.

Think of it as a high-speed express lane for data that lets your computer and printer talk to each other very quickly without making the computer's brain do all the heavy lifting.

Specification	Detail
Standard	IEEE 1284
Transfer Mode	Bidirectional with DMA

DMA and Buffer Integration

The ECP mode uses a First-In-First-Out (FIFO) buffer and DMA channels to move data directly into system memory, significantly reducing I/O overhead.

Key Advantages

Significantly higher bandwidth than standard ports.
Minimized CPU utilization during printing or scanning.
Hardware-based data compression support.

Note: Proper IRQ and DMA assignment in the system BIOS is required for ECP functionality.

USB to parallel port

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Technical terms

Hardware-Driven Handshaking

Key Advantages

DMA and Buffer Integration

Key Advantages

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USB to parallel port

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More info

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Technical terms

Hardware-Driven Handshaking

Key Advantages

DMA and Buffer Integration

Key Advantages

Do you have any question about this product?