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Unfortunately, using identical connectors for incompatible protocols — often hazardously incompatible (to equipment) protocols — is an equally time-tested indus
by jasomill 7y ago
Unfortunately, using identical connectors for incompatible protocols — often hazardously incompatible (to equipment) protocols — is an equally time-tested industry tradition, and not only in more cost-conscious market segments.
High-voltage differential SCSI comes immediately to mind — one might imagine there'd have been enough margin and price inelasticity in the market for $200 cables used to connect rooms full of $20,000+ storage devices to support the development and manufacture of slightly different connectors to prevent damage by connection to then-ubiquitous single-ended SCSI busses, but I suppose the projections for increased sales or reduced maintenance costs (for the vendors) due to redesigning the connector weren't high enough to justify a decision to standardize on different connectors for single-ended and differential SCSI.
Similarly, given that USB-C was essentially a fait accompli on the drawing board, short of material risk of injury or death due to misuse of otherwise compliant cables, I'm not convinced any one player in the industry — or any group of players likely to collaborate on something such as this — has both the means and the motive to seriously suggest something better.
Why build a better mousetrap when the world can't afford to beat a path away from your door?
- Dylan16807 7y ago> identical connectors for incompatible protocols — often hazardously incompatible (to equipment) protocols The main actual hazard with USB-C is that somebody solders the low voltage power pins backwards. What that has happened, it could happen to absolutely any type of cable, so it's not exactly a problem with the standard.