A PCI Express single parallel port card that can be connected to parallel devices such as printers , programmers , scanners , etc. Supports a variety of mainstream operating systems , including for , and Linux. The product uses a PCI Express x1 slot that can be installed in a variety of PCI Express slots (including 4x 8x16x).
Specifications:
Compliant with PCI Express Specification Revision 1.1
Built in SPP , , EPP , ECP compatible IEEE 1284 printing protocol
No switch without jumper , easy to set up with software
32 bit bus design , supporting PCI 2.1 specification
Use high speed I ,O controller (16C550C or compatible UART)
Support 8CM short iron piece
Support DOS , 8 , 7 , Vista , , 2000 , Server 2003 2008 32 ,64 bit , Linux & OS ,X 10.5 and other operating systems
Parallel interface (LPT)
Comply with IEEE 1284 parallel port protocol
I ,O address: assigned by BIOS
IRQ: Assigned by BIOS
Support: SPP , , EPP & ECP and mode
Main chip: 9805 chip
Support: For ,98 ,98SE ,2000 ,ME ,NT4.0 , , Linux , DOS , VISTA ,
Built in 16 Byte FIFO
32 bit bus design , supporting PCI 2.1 specification
Interface: PCI E TO parallel port (25 holes)
Package List:
1 * LPT Card
1 * Cover Board
[HIGH-SPEED PCIE TO PARALLEL CONVERSION] This PCI Express parallel port card features a native 9805 controller chip for stable data transfer at speeds up to 2.5MB/s in ECP mode, perfect for demanding industrial applications.
[UNIVERSAL DEVICE COMPATIBILITY] Connect parallel devices including dot printers, CNC machines, ZIP drives, and scientific instruments through the standard 25-pin female LPT port.
[MULTI-OS SUPPORT] Works seamlessly with 10/11, , DOS, and macOS systems with automatic IRQ and I/O address assignment for plug-and-play installation.
[ADVANCED PROTOCOL SUPPORT] Full IEEE 1284 compliance including SPP, EPP, and ECP modes ensures compatibility with both modern and vintage parallel devices.
[FLEXIBLE INSTALLATION] Low-profile PCIe fits in any available expansion slot (x1/x4/x8/x16) with included full-height bracket for standard chassis.
