05/18/2026 7:51 a.m.
https://cablematic.com/en/products/parallel-pci-epp-flex-atx-2p-TP022/

Parallel PCI EPP FLEX-ATX (2P)

REF: TP022
Specifications
  • Compatible with the PCI card slot.
  • It has a parallel port on the main bracket of the card (1 x DB25-Female).
  • It has a parallel port in the secondary bracket (1xDB25-Female).
  • It occupies a single PCI slot but two expansions of the computer chassis.
  • FIFO of 16 Byte.
More info
PVP
12.03
Price including VAT: 12.03
PVD
10.58
2 years
warranty
14 days
returns
100%
safe

Only 7 units

More info
Specifications
  • Compatible with the PCI card slot.
  • It has a parallel port on the main bracket of the card (1 x DB25-Female).
  • It has a parallel port in the secondary bracket (1xDB25-Female).
  • It occupies a single PCI slot but two expansions of the computer chassis.
  • FIFO of 16 Byte.

More info

Low profile PCI card (Flext-ATX) with two IEEE-1284 parallel ports (SPP, EPP and BPP).


Specifications
  • Compatible with the PCI card slot.
  • It has a parallel port on the main bracket of the card (1 x DB25-Female).
  • It has a parallel port in the secondary bracket (1xDB25-Female).
  • It occupies a single PCI slot but two expansions of the computer chassis.
  • FIFO of 16 Byte.
  • Programmable operatives by software.
  • 128-pin QFP package.
  • Compatible Windows environments.

  • Gross Weight: 220 g
  • Number of packages: 1
  • Packages size: 24.0 x 15.0 x 8.0 cm

Technical terms

  • EPP
  • ATX
  • PCI - MiniPCI
  • Parallel
  • IEEE 1284
  • SPP
  • ECP
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.

FeatureSpecification
Transfer RateUp to 2 MB/s
InterfaceParallel 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.

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