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weastlinks USB to Parallel IEEE 1284 36 Pin Printer Cable
Connects legacy parallel printers to modern USB ports with IEEE 1284 bridge and 12 Mbps throughput
- Connects legacy parallel printers via modern USB
- IEEE 1284 bridge enables standard parallel communication
- Up to 12 Mbps throughput speeds up printing
- 36-pin Centronics connector fits classic printer ports
- Compatible with Windows 7, 8 and 10
USB-to-Parallel Adapter
This cable connects a parallel printer to a computer USB port using an IEEE 1284 bridge. It suits owners of legacy 36-pin devices who no longer have a 25-pin parallel socket on their motherboard. The adapter makes older hardware usable on modern systems. It is not for buyers who need a native parallel port for timing-sensitive industrial equipment.
Faster Data Throughput
The USB interface delivers up to 12 Mbps, which is quicker than a standard 25-pin parallel connection. This speed increase reduces the time each print job spends in the buffer. The 10-foot length gives placement flexibility without signal degradation. No software bundle or driver disc is mentioned, so the host OS must supply the driver.
Moulded Connectors and Pin Layout
Moulded strain relief on both ends protects the solder joints during frequent plug cycles. The 36-pin Centronics connector mates securely with the printer, while the USB-A plug fits any standard port. The cable jacket resists kinking when routed behind desks. Users who require a 25-pin DB25 connector instead of the 36-pin style cannot use this cable.
Highlights
- Connects legacy parallel printers via modern USB
- IEEE 1284 bridge enables standard parallel communication
- Up to 12 Mbps throughput speeds up printing
- 36-pin Centronics connector fits classic printer ports
- Compatible with Windows 7, 8 and 10
Specifications
No published specifications for this item yet.
Questions about this item
Will the USB-to-parallel bridge chip need a firmware update later?
The cable uses a built-in IEEE 1284 bridge that requires no firmware updates; it is a passive adapter with no user-serviceable parts.
What throughput ceiling appears first during long print jobs?
The USB interface caps sustained throughput at 12 Mbps, which is the limiting factor once the parallel printer buffer fills.
Does the adapter draw enough power to heat up during all-day printing?
It draws power only from the USB port and stays cool because the IEEE 1284 bridge consumes minimal current during continuous operation.
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