Hi brother, I absolutely understand your point - and remember the first time also you told me importance of Base Frq

I think there is some confusion - both laptops I shared have "ultra 9 285h" which has Base frq of ~ 2.9 Ghz (though they have "soldered ram" if that matters - 32 GB LPDDR5X-8400MT/s)

Similar to very powerful - Asus Zephyrus & even ThinkPad P1 Gen 8 which you suggested.

Link -
https://www.lenovo.com/us/en/p/laptops/yoga/yoga-pro-series/yoga-pro-9i-gen-10-aura-edition-16-inch-intel/len101y0063?orgRef=https%3A%2F%2Fwww.google.com%2F&srsltid=AfmBOoo35TESH5NUn42EKfGU9LeSlSQN-K-T-cXOF9_u5sJTX-PqSd9p#tech_specs

Also these laptops are commercially successful, so im assuming the optimization is good.

So, you think 2.9 is good enough? because the other things are pretty good in Yoga i9 - even price is competitive (les gpu)

NOTE - A lot of peeps are preferring AMD over Intel these days for laptop due to efficieny/less heat - but then again AMD has less base frq wrt Intel generally, so its confusing *_*

 

Last edited: Oct 12, 2025 at 1:46 PM

I haven't found a brand I really like.
All I can say I hate HP from the buttom of my heart. Whatever budget, even the Elite books, HP always stands for Horrible Products. I used to like Lenovo, but one thinpad died on me (backlight went black, with very little hours run) and the others would be OK besides the fact that the 16" Ideapad and the 16" Legion have a very annoying fan curve.
I got a 14" Lenovo Yoga with a beautiful oled display, that one is my most liked so far.
People say those yogas are their worst line and break more often, I seem to be lucky with this one.
//edit// they're all amd, it's possible fan curve and reliability are better with Intel.
But you how it is with religion... You just stick with it.
//edit// OK, seeing what prices we are talking here it seems fair to say that none of my laptops were over 1300 bucks.
Sure, a deal here and there, the Legion was to be 1600 when it was not in sale. But I never went to 2500 and beyond.
The Elitebook might have been in that region, I bought that from a leasing return, but from what I can tell it's pricey because it has a better case and corporate features I don't need. To me it seems they all get the same crappy mainboard that is just good enough to drag you over the warranty date.
Oh.. Now that I think about it, the Elitebook is the only Intel CPU I bought in a long time.

 

Last edited: Oct 12, 2025 at 3:55 PM

AMD used to have enormous heat problems before it invented Ryzen, meaning the CPU for laptops was simply too hot, which is why laptops used to only have Intel CPUs. The base frequency is a guideline, and of course, other CPU values apply. For example, if you had an old AMD processor that ran at 4 GHz and you have a new Ryzen with only 3.4 GHz, the Ryzen will be faster than the old AMD due to its better architecture and manufacturing.

Congratulations on your laptop: Yoga Pro 9i Aura Edition (16" Intel) Laptop

 

The best laptops for music production and mixing are:
- Lenovo Legion 7i Pro (Gen 10)
- ASUS ROG Strix G18 (2025)

Both of these models can be configured with the Ultra 9 275HX processor, up to 128 GB of RAM, and two SSD slots. You don't need to overpay for graphics; you can select an entry-level configuration and then customize it for your needs. Both laptops excel under heavy workloads and maintain good temperatures thanks to a best-in-class cooling system.

 

Legion is Great ! Really premium
Sadly, in my country minimum base has 5070 Ti - which makes the laptop 300$ +
So I will end up paying for GPU which I dont want (I will separately buy GPU for my PC)
BUT, we do have ROG Strix G16 (2025) here around ~250$ (with Ultra 9 Processor 275HX but 16 gb RAM which I can upgrade)

Other options are Yoga pro with ultra 9 285h
Now I have to decide whether 285h is good enough? or 275hx which obviously better is needed for music prod or overkill ..

 

Even Im considering Yoga Pro or even IdeaPad Pro 5 Intel Core Ultra 9 -
Because they both have ultra 9 285 h + 32gb ram + 1 tb ssd
So, im guessing this would be powerful enough for laptop to drive Ableton + Heavy VSTs
Plus they are costing max 200$

 

So that means you approve this config ? - ultra 9 285 h + 32gb ram + 1 tb ssd
I know its not the most powerful, but 285h has decent scores around 1000 cinebench V/S Super high 2000 score (Ultra 9 275HX)
Also, since GPU is very basic that means Heating will never be an issue
Only sad part is for AI it has 13 Tops which is pretty less- but no option

 

I'm totally okay with that.

 

For music production, my priorities are:

1 - Latency (reference: https://www.notebookcheck.net/DPC-L...ablets-offer-the-lowest-latency.504376.0.html; https://resplendence.com/latencymon)
2 - CPU core count
3 - RAM

Anything else is kinda optional. Like someone said earlier, beware of Windows quirks!
You could rock a stadium with a cheap ideapad, it's not about price.

 

Noted! Thanks for all your replies and helpful info sir. Really helped me deep dive into the technicals
Really appreciate your time \m/

 

How much P core count you recommend minimum?

 

But generally, it's always about the overall hardware: Is the RAM fast and a good match for the CPU, what's the power supply like, how fast are the graphics, etc. It's all the interplay that makes a fast laptop. That's why you choose brands that have been building laptops for decades, because you benefit from their expertise.

O&O ShutUp10++:Free antispy tool for Windows 10 and 11
https://www.oo-software.com/en/shutup10
In reality, Windows 11 works perfectly and without problems once you have configured it correctly.

If you install a new processor, you should definitely make sure that there is an available BIOS update.

Better you use the following links to optimize your computer for music production.
- Don't let audio glitches ruin your performances! www.cantabilesoftware.com/glitchfree/
- The Ultimate Guide to Optimize your Windows PC for the Stage
https://gigperformer.com/docs/ultimate-guide-to-optimize-windows-for-stage/index.html

Spoiler: Source: Grok KI

For music production, where low DPC latency is your top priority (to avoid audio dropouts, clicks, or underruns in real-time DAW workflows like Ableton, Logic Pro, or Pro Tools), followed by overall CPU core count for handling multi-threaded tasks (e.g., plugin processing, mixing large sessions), and then RAM for sample libraries and virtual instruments, I'd recommend a minimum of 8 P-cores on an Intel CPU. This strikes a balance for reliable performance without overkill on efficiency cores (E-cores), which can sometimes introduce minor scheduling quirks in audio apps under heavy load.
Why 8 P-Cores Minimum?

• Latency Tie-In: P-cores excel at single-threaded, low-latency tasks critical for real-time audio (e.g., ASIO buffer processing). Tools like LatencyMon (which monitors DPC/ISRs and hard pagefaults to flag drivers causing spikes >100-500 µs) show that systems with at least 8 P-cores maintain sub-1,000 µs latencies under stress tests (web + video + CPU load), as seen in high-end laptops like the Razer Blade 16 (i9-13950HX with 8P+16E) or MSI Stealth 16 (i7 with 8P). Fewer than 8 (e.g., 6P in mobile i7-14700HX) risks higher spikes in complex sessions, especially on Windows where power management can interfere.
• Core Count Synergy: 8 P-cores pair well with 12-16 E-cores for total 20-24 threads, handling 50+ tracks/plugins efficiently. This outperforms 6P setups (e.g., i5-14600K) in benchmarks for DAWs, where multi-core scaling matters for rendering/exporting.
• Real-World Benchmarks (2025): In tests from sources like Psymedia and DevelopDevice, Intel Core Ultra 7 265K (8P+16E) delivers "solid" mid-range production performance with low latency, edging out older 6P chips. Gearspace forums echo this for Pro Tools approval on 14th-gen i7/i9 (8P). AMD Ryzen 7/9 equivalents (e.g., 9800X3D with 8 cores, all performance-oriented) are strong alternatives if you're open to non-Intel, often with even lower latency in some builds.

Lower than 8 (e.g., 6P in budget i5) works for lighter setups (20-30 tracks), but you'll hit walls faster on your priorities. Aim for 14th/15th-gen or Arrow Lake (Ultra 200 series) for best driver stability.

Quick Build Tips Aligned to Your Priorities

• Latency Optimization (Top Priority): Use LatencyMon to baseline your system—target <500 µs idle, <1,000 µs loaded. Tweak Windows: Set power plan to "High Performance," disable C-states/BIOS power saving, update chipset/network drivers (Realtek/Intel often culprits). Avoid Wi-Fi during sessions; wired Ethernet helps. Even a cheap IdeaPad (e.g., with Ryzen 7 7840HS, 8 cores) can hit low latency with these fixes, as NotebookCheck ranks similar budget models under 1,700 µs.
• CPU Core Count: Go 20-24 total cores (8P minimum) for your #2 priority. Example: Intel Core i7-14700K (~$400) or Ultra 7 265K (~$350).
• RAM (#3 Priority): Minimum 32GB DDR5 (5600MHz+), but 64GB ECC if possible for zero pagefaults in huge projects. Dual-channel, low-latency kits (CL32 or better).
• Other (Optional but Smart):
  • Motherboard: Z790 chipset for Intel stability.
  • Storage: NVMe SSD (e.g., 2TB) for fast sample loading.
  • OS Tweaks: Windows 11 Pro, disable Superfetch/Spatial, use ASIO4ALL or dedicated interface drivers.
  • Budget Example: ~$800-1,000 build (i7-14700K + 32GB RAM + B760 mobo) crushes stadium-level production without breaking the bank.

If you're eyeing a specific budget, DAW, or laptop vs. desktop, give more details for a tailored spec!

Spoiler: Source: Perplexity KI

For music production focused on latency, a minimum of six to eight P (performance) cores is recommended for smooth operation and low dropouts at typical buffer sizes.

Latency and Core Requirements
Music production at lower buffer sizes (higher real-time demands) can suffer from audio dropouts if there are too few cores, especially with complex projects or many virtual instruments.

Tests indicate that at buffer sizes of 128 or 256, even four cores may be workable for simpler projects, but for demanding hybrid or orchestral setups, six to eight cores are needed to avoid workflow issues.

For very low latency (below 10ms), higher core counts can help, but after eight cores the improvement plateaus for most DAWs, and single-core performance also matters.

Additional Considerations

RAM should be at least 1 GB per core, with a total minimum of 8 GB recommended for music production.
Windows systems can display quirks with DPC latency, where software and hardware optimizations may play as large a role as raw cpu core count.

Quick Reference Table
Core Count Buffer Size (Latency) Suitable For
4 128-256 Simple projects
6-8 96-128 Moderate complexity
8+ 64-96 (Low Latency) Complex/orchestral DAW

For responsive music production prioritizing latency, aim for a system with at least six to eight P cores, and enough RAM proportional to your workflow size.

 

Overall hardware makes sense. If processor is latest and powerful enough, it would suffice for cores as well

Thanks for all these guides! Insanely helpful, I'll go through all and implement

One more query - is there A Guide for Clean/ Non bloat installation for windows? Clean but optimized. If you know any such guide, please let me know. Cheers sir

 

1. After installing Windows 11, you should first run this program:

O&O ShutUp10++: Free antispy tool for Windows 10 and 11
https://www.oo-software.com/en/shutup10
Then restart your PC.

2. 5 crucial Windows 11 settings I always change ASAP

Changing these five settings makes Windows 11 much better in under five minutes of your time.
www.pcworld.com/article/1782303/5-crucial-windows-11-settings-i-always-change-asap.html

3. Examplify: Add Admin Rights to a User Account in Windows 11

Windows 11 Instructions

1. Select the Windows Start button, and then, select Settings.
2. Select Accounts.
3. Under Family & other users, select the user's name.
4. Then, select Change account type.
5. Under Account type, select Administrator.
6. Select OK.
7. Sign in with the new administrator account.

4. Better use the following links to optimize your computer for music production.

- Don't let audio glitches ruin your performances! www.cantabilesoftware.com/glitchfree/
- The Ultimate Guide to Optimize your Windows PC for the Stage
https://gigperformer.com/docs/ultimate-guide-to-optimize-windows-for-stage/index.html

5. CrystalDiskInfo ---> - A HDD/SSD utility software which supports a part of USB, Intel RAID and NVMe.
https://crystalmark.info/en/software/crystaldiskinfo/

6. Run System File Checker ---> In the Command Prompt window, type the following command, and press ENTER:
sfc /scannow
https://support.microsoft.com/en-us...em-files-79aa86cb-ca52-166a-92a3-966e85d4094e