1997 research cohort / CPU
Intel · model variant
Candidate · no owner discrepancy decisionMobile Intel Pentium MMX 120 MHz is recorded in the 1997 CPU research cohort under Intel. The current display name and classification are normalization proposals.
Intel targets mini-notebook performance and low-power mobility
Intended users: mini-notebook OEMs and mobile workers
Engineering response: 120 MHz mobile Pentium MMX for mini-notebooks with 1000-unit availability
Intel Extends Family of Mobile Processors · opening and technical details
Intel explicitly targets mini-notebooks and states quantity availability.
Exact OEM/system shipment and benchmark configuration unknown.
Comparable benchmark evidence has not been established for this record. Missing results do not imply poor performance.
The year above is a research-cohort label. Announcement, production, shipment and retail availability are distinct events.
Preserve mini-notebook scope as a distinct mobile boundary rather than merging with other mobile speed grades.
Intel Corporation · opening and technical details
Intel explicitly targets mini-notebook PCs and mobile workers and states 1,000-unit availability.
Ordering part number and exact OEM/system shipment are unresolved.
No owner discrepancy decision is recorded. This does not mean there are no unresolved issues.
Mobile Pentium MMX 120 is segment-specific and must not be merged with desktop Pentium MMX records.
Audit source · mobile launch passage
Mobile product and segment are separately evidenced.
Follow-up: Preserve mobile identity and unknown shipment channel.
These notes preserve the state at intake. Later verification is shown under Release evidence above; an original note saying verification had not occurred is not the current assessment.
Intel Corporation ·
Imported source reference; independent verification has not occurred.
Intel Corporation ·
Imported source reference; independent verification has not occurred.
Intel introduced 120 MHz for mini-notebooks; preserve the distinct mini-notebook segment and low-power framing.