Talks About The Era Of Fast Mobile CPUs
Talks About The Era Of Fast Mobile CPUs
I recall when I owned a laptop equipped with the i7-2630QM from 2011. It featured 4 cores and 8 threads, reaching speeds up to 2.9 GHz. Such a processor would still be suitable today for everyday tasks, offering solid performance for office work and web browsing; it remains efficient if paired with sufficient RAM and an SSD. Unfortunately, the machine that came with it has long since passed away.
My inquiry is whether a 15-year-old i7-2630QM would still hold value for basic and moderate needs today. Would my current i7-12700H (with all specifications listed in every post or comment) still matter in 2037, assuming it’s 15 years after its release in 2022? That would mean in 2037.
I’m likely to have changed devices by then, and this is entirely hypothetical—we might not be aware of future developments without realizing we’re chasing unseen possibilities. So this is just a speculative analysis. Still, it would be interesting to hear your thoughts.
My details:
OS: Windows 11 Pro
CPU: Intel Core i7-12700H (14 Cores / 20 Threads | Top Speed @ 4.7 GHz)
RAM: 48 GB DDR4 3200 MHz
SSD: 2 TB Samsung 980 Pro (Read: 7000 MB/s | Write: 5100 MB/s)
GPU: Nvidia GeForce RTX 3050 Ti Laptop (2560 Shaders | 4 GB GDDR6)
I remain very doubtful based on my experience with iPads. I haven’t used a personal laptop before. With Apple, their products after a few years appear to become extremely sluggish. I’ve heard this is due to OS updates and bloat that demand more processing power. I’m not sure if Windows faces the same problems, especially if you’re particularly concerned about software upkeep. From a hardware standpoint, in the setup and operating system it came with, there’s no reason to think it couldn’t function like new even after 50 years.
Thank you!
Well, you're probably right. I have seen an Intel Pentium 3558U (2 cores / 2 threads @ 1.7 GHz) do miracles for basic stuff on Windows 10 back 10 years ago (with an SSD and a lot of RAM). Things have changed, probably. Though there are many working configurations still harboring 4 cores / 8 threads and running basic / moderate software pretty well. I am talking opening a browser, editing with GIMP, opening MS Office, running OpenShot to lightly edit video: that type of stuff.
Now, despite the old technology, I am pretty sure a CPU running 4 cores and 8 threads and almost hitting 3 GHz would be able to run the above fairly well if paired with enough RAM and an SSD. I also think that because the dual core Pentium 3558U could back in the day and I've had other 4 core / 8 thread systems which could. I mean, the i7-2630QM could perform as well as the i5-2400 and that thing was not a low hurdle back in the day.
You're right about the ecosystem having changed.
I still feel though that developers today still tend to manage to make software performant as of the 4 core / 8 thread mark (dual core CPUs are currently far and away from proper practicality). It's obvious that a newer 4 core / 8 thread CPU completely trashes the i7-2630QM with its older technology and slower clock, yet I still feel there would be some kind of juice left in one even today.
I've heard on up-to-date forums that the i3-2100 still got it rocking for more moderate stuff.
Things have become much heavier though, like you said.
Yeah, that's a clever argument.
It encourages thoughtful consideration.
However, there are programs designed for Win3.11 that function on Win95, yet they won't launch on Windows 98 and beyond. Likewise, there are applications and games that operate smoothly on Windows XP but fail to start on Windows 7. Still, I'm slightly moving from the exact direction you intended. That's a valid observation.
But if you have a high-end processor today and only perform simple tasks, it would significantly extend its lifespan in the productivity field.
If I possessed an extremely powerful machine in 2026 and used it for basic operations, it could easily last a decade—running simple tasks in the first year and again in the fifteenth.
If I had such a powerful system in 2026 for top-tier software and 4K gaming from day one, expecting it to support the latest titles and demanding applications a full 15 years later would be unrealistic.
8bit versus 16bit versus 32bit versus 64bit... If my business required a specific bit of 16bit software from several decades past, or needed to run an old CAD/CAM machine, there are options to adapt it. Or I could collaborate with the manufacturer to achieve compatibility.