Motorola MTX series Programmer's Reference Guide

4-10 Computer Group Literature Center Web Site
Programming Details
4
Note The TEA* signal is not used at all by the MTX series. The
following table summarizes how the hardware errors are handled
by the MTX series:
Table 4-6. Error Notification and Handling
Cause Action
Single-bit ECC Store: Write corrected data to memory
Load: Present corrected data to the MPC master
Generate interrupt via Raven MPIC if so enabled
Double-bit ECC Store: Terminate the bus cycle normally without writing to DRAM
Load: Present un-corrected data to the MPC master
Generate interrupt via Raven MPIC if so enabled
Generate Machine Check Interrupt to the Processor(s) if so enabled
MPC Bus Time Out Store: Discard write data and terminate bus cycle normally
Load: Present undefined data to the MPC master
Generate interrupt via Raven MPIC if so enabled
Generate Machine Check Interrupt to the Processor(s) if so enabled
PCI Target Abort Store: Discard write data and terminate bus cycle normally
Load: Return all 1’s and terminate bus cycle normally
Generate interrupt via Raven MPIC if so enabled
Generate Machine Check Interrupt to the Processor(s) if so enabled
PCI Master Abort Store: Discard write data and terminate bus cycle normally
Load: Return all 1’s and terminate bus cycle normally
Generate interrupt via Raven MPIC if so enabled
Generate Machine Check Interrupt to the Processor(s) if so enabled
PERR# Detected Generate interrupt via Raven MPIC if so enabled
Generate Machine Check Interrupt to the Processor(s) if so enabled
SERR# Detected Generate interrupt via Raven MPIC if so enabled
Generate Machine Check Interrupt to the Processor(s) if so enabled

Motorola MTX series Specifications

General

Brand	Motorola
Model	MTX series
Category	Portable Radio
Language	English