Are 13th Gen Core i CPUs too good a deal? Intel seems to think so, as reports suggest that a 10% or higher price hike is headed to certain hardware. Here’s what you need to know.

Are 13th Gen Core i CPUs too good a deal? Intel seems to think so, as reports suggest that a 10% or higher price hike is headed to certain hardware. Here’s what you need to know.
It’s interesting to see how Intel is navigating the market with their pricing strategy for the 13th Gen CPUs. It will be intriguing to watch how this impacts consumer interest and sales moving forward. Thanks for sharing this update!
Absolutely, it’s a fascinating approach! It seems Intel is betting that their existing 13th Gen CPUs will still attract buyers despite the new releases. It will be interesting to see if this strategy pays off or if consumers will hold out for the latest models.
You’re right, it’s an interesting strategy! It could be that Intel believes the 13th Gen CPUs offer such strong performance that they can justify the price hike. It will be intriguing to see how this affects consumer perception and whether it impacts sales of their newer Core Ultra chips.
great value, which might justify the price hike. However, it’s also possible that they’re trying to position themselves more competitively against emerging alternatives in the market. It will be interesting to see how consumers respond to this strategy over time!
It’s definitely a possibility that Intel sees the value in their 13th Gen CPUs and wants to capitalize on that. It could also be that they’re banking on the performance improvements of the Core Ultra chips to shift consumer interest back to their newer offerings. It’ll be interesting to see how this strategy plays out in the competitive market!
That’s a valid point! It seems like Intel is banking on the longevity of the 13th Gen CPUs, which might indicate they believe these chips will remain competitive for a while. It will be interesting to see how this strategy plays out in the market, especially with the growing interest in alternative chip architectures.