LEXImate

LEXImate 5250 MIO Card HP LaserJet Twinax Interface IBM 5250 8710029 MIO

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SKU:
17859
MPN:
5250 MIO
Condition:
Used
Availability:
Usually ships within 1–2 business days.
Weight:
3.00 LBS
Shipping:
Calculated at Checkout
  • LEXImate 5250 MIO Card 8710029 HP LaserJet Twinax Interface — full contents including PCB, twinax Y-cable, and User's Guide in original box
  • LEXImate 5250 MIO PCB close-up showing board number 4220DX-APCB Rev 02-AA1 and Maxim MAX680 CPA9629N controller IC
  • LEXImate 5250 MIO twinax Y-cable — DB-9 connector on one end splitting to two round twinax connectors
  • LEXImate 5250 MIO Card front bracket showing Centronics parallel port labeled Parallel In From PC/LAN, Host Ready LED, and DB-9 Host In connector
  • LEXImate 5250 MIO Card User's Guide cover — HP LaserJet Modular I/O Twinax Interface documentation
  • LEXImate 5250 MIO box label showing part number 8710029, serial number 71041110, and CE compliance directives
$55.00
Was: $100.00
Current Stock: 3

Sold Out

Description

LEXImate 5250 MIO Card HP LaserJet Twinax Interface IBM 5250 8710029 MIO

This is a protocol converter card that bridges IBM 5250 twinaxial terminals to HP LaserJet printers with MIO (Modular I/O) slots. It enables printing from 5250-based systems by translating between twinax and parallel/MIO protocols.

Specifications & What's Included

  • Model: LEXImate 5250 MIO; MPN: 8710029
  • Protocols: IBM 5250 Twinaxial input; HP MIO output
  • Connectors: Twinax Y-cable, DB-9 host, Centronics parallel
  • Compatible with any HP LaserJet printer with MIO interface slot
  • Main controller: Maxim MAX680 CPA9629N
  • Includes LEXImate User's Guide and twinax Y-cable

Applications

This card was used to integrate IBM System i, iSeries, and AS/400 environments with HP LaserJet printing. It connects legacy 5250 terminal infrastructure directly to printer output, supporting print jobs from mainframe and midrange systems. Typical installations included banking, manufacturing, and enterprise data centers running 5250 terminal sessions through the 1990s and 2000s.

Condition: Used
This LEXImate 5250 MIO Card (part 8710029) has been inspected and appears to be in good used condition. The card, twinax Y-cable, and User's Guide are all present. The PCB looks clean with no visible damage, and the bracket connectors appear intact. Normal light shelf wear is present on the box. Please view our photo set and contact us if you have any questions. Please note: We have multiple units in stock — yours may not be the one shown in the photos, however, it will be similar in condition and function.
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Warranty Information

We stand behind every item we sell with a 30-day money-back guarantee. If your item arrives not as described, you may return it within 30 days for a full refund. Please inspect your purchase upon arrival and contact us with any questions.
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Additional Information

Brand:
LEXImate
Model:
5250 MIO
MPN:
8710029
Secondary Model:
4220DX-APCB
SKU:
17859
Type:
MIO Twinax Interface Card
Input Protocol:
IBM 5250 Twinaxial / Centronics Parallel
Output Protocol:
HP Modular I/O (MIO)
Interface Type:
MIO (Modular I/O)
Connector Type:
Centronics Parallel, DB-9 Host In, Twinax Y-cable
Compatible With:
Any HP LaserJet printer with MIO interface slot
Form Factor:
MIO Card / Module
PCB Part Number:
4220DX-APCB Rev 02-AA1
Main Controller IC:
Maxim MAX680 CPA9629N
Condition:
Used – Inspected and in Good Condition
Seller Notes:
Includes LEXImate 5250 MIO User's Guide and twinax Y-cable
Country/Region of Manufacture:
Japan (Sharp LH5268A SRAM noted on PCB)
Compliance:
CE; EN60950, EN55022, EN50082-1 (Class A)
Condition Notes:
LEXImate 5250 MIO Card 8710029 inspected and in good used condition. Includes twinax Y-cable and User's Guide. PCB and connectors appear intact with normal shelf wear. Please contact us with any questions.
California Prop 65 Warning:
WARNING: This product can expose you to chemicals including lead and lead compounds, and DEHP (a phthalate), which are known to the State of California to cause cancer and birth defects or other reproductive harm. Go to P65Warnings.ca.gov
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