F5F Stay Refreshed Hardware Desktop Upgrade your CPU for better performance.

Upgrade your CPU for better performance.

Upgrade your CPU for better performance.

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CurryPvP
Junior Member
38
06-04-2025, 02:46 AM
#1
You're considering an upgrade for your Intel i5 9400F. Given the limited motherboard options (1151 sockets), it might be more practical to explore i9 models for a noticeable performance boost. Alternatively, investing in a new motherboard and a newer CPU could offer the best long-term performance gains.
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CurryPvP
06-04-2025, 02:46 AM #1

You're considering an upgrade for your Intel i5 9400F. Given the limited motherboard options (1151 sockets), it might be more practical to explore i9 models for a noticeable performance boost. Alternatively, investing in a new motherboard and a newer CPU could offer the best long-term performance gains.

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audi497mks
Senior Member
601
06-06-2025, 11:27 AM
#2
If your computer has more than 8gb of RAM, the situation varies. With 3200mhz and 32gb of RAM, upgrading the mainboard to an AM4 setup paired with a Ryzen 5600 could offer significant gains—up to over 13%—without breaking the bank or exceeding power limits. If RAM is limited, consider moving to a DDR5 configuration (mainboard, CPU, RAM).
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audi497mks
06-06-2025, 11:27 AM #2

If your computer has more than 8gb of RAM, the situation varies. With 3200mhz and 32gb of RAM, upgrading the mainboard to an AM4 setup paired with a Ryzen 5600 could offer significant gains—up to over 13%—without breaking the bank or exceeding power limits. If RAM is limited, consider moving to a DDR5 configuration (mainboard, CPU, RAM).

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Indian_Beast
Member
226
06-06-2025, 07:13 PM
#3
Ryzen offers a solid return on investment.
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Indian_Beast
06-06-2025, 07:13 PM #3

Ryzen offers a solid return on investment.

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Duckbill_drake
Junior Member
11
06-06-2025, 08:07 PM
#4
What kind of meal are you looking for?
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Duckbill_drake
06-06-2025, 08:07 PM #4

What kind of meal are you looking for?

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ySharpay
Junior Member
6
06-07-2025, 04:26 PM
#5
Typically, moving to the same chipset without a significant upgrade doesn't make much sense. When you're looking for a real improvement, switching platforms—like upgrading from DDR4 to DDR5 or PCIe4 to PCIe5—is usually necessary to justify the expense. Most small upgrades don't add much value when they only offer minor performance gains. For example, changing from an i3 to an i5 to an i7 on the same chipset doesn't drastically alter performance, especially when considering workloads. The existing processor has six cores and is 16.8% slower than the newer model, not because its cores are faster overall, but due to the additional cores in the older version. This depends on your specific needs. If your work is mainly clock-dependent, a 16.8% boost isn't worth the extra cost. Even with two more cores, it doesn't guarantee doubling performance if your tasks aren't multithreaded. On the other hand, upgrading to the latest Intel part in the same scenario can provide nearly six times the performance boost for multithreaded work, though its single-thread speed remains similar to the previous upgrade and is still three times better than the 9th generation model. Keep in mind, these comparisons aren't always fair. Benchmarks often only show short-term gains and can mislead if you're not running a real-world task.
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ySharpay
06-07-2025, 04:26 PM #5

Typically, moving to the same chipset without a significant upgrade doesn't make much sense. When you're looking for a real improvement, switching platforms—like upgrading from DDR4 to DDR5 or PCIe4 to PCIe5—is usually necessary to justify the expense. Most small upgrades don't add much value when they only offer minor performance gains. For example, changing from an i3 to an i5 to an i7 on the same chipset doesn't drastically alter performance, especially when considering workloads. The existing processor has six cores and is 16.8% slower than the newer model, not because its cores are faster overall, but due to the additional cores in the older version. This depends on your specific needs. If your work is mainly clock-dependent, a 16.8% boost isn't worth the extra cost. Even with two more cores, it doesn't guarantee doubling performance if your tasks aren't multithreaded. On the other hand, upgrading to the latest Intel part in the same scenario can provide nearly six times the performance boost for multithreaded work, though its single-thread speed remains similar to the previous upgrade and is still three times better than the 9th generation model. Keep in mind, these comparisons aren't always fair. Benchmarks often only show short-term gains and can mislead if you're not running a real-world task.

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DireWolfPvP
Junior Member
14
06-09-2025, 01:46 AM
#6
I noticed it might be clearer to outline my setup here: CPU – Intel® Core™ i5-9400F, 6-core, 2.90GHz base, 4.10GHz turbo; 9MB HDD; 1TB Seagate BarraCuda SATA-III at 7200RPM; MOTHERBOARD – Cyberpower B360M Xtreme AC with 4 RAM slots, Wi-Fi, USB 3.1, SATA3, two M.2 drives; POWER SUPPLY – Cooler Master MWE 400W 80+; SSD – 240GB ADATA Ultimate SU630 (520MB/s read, 450MB/s write); VIDEO – MSI GeForce GTX 1660 6GB; RAM – 16GB (2x8GB) DDR4/3000mhz dual channel; storage – VR Ready, HDMI, DP. The tasks I’m dealing with are streaming games, and I’m just starting out, so any advice would be welcome.
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DireWolfPvP
06-09-2025, 01:46 AM #6

I noticed it might be clearer to outline my setup here: CPU – Intel® Core™ i5-9400F, 6-core, 2.90GHz base, 4.10GHz turbo; 9MB HDD; 1TB Seagate BarraCuda SATA-III at 7200RPM; MOTHERBOARD – Cyberpower B360M Xtreme AC with 4 RAM slots, Wi-Fi, USB 3.1, SATA3, two M.2 drives; POWER SUPPLY – Cooler Master MWE 400W 80+; SSD – 240GB ADATA Ultimate SU630 (520MB/s read, 450MB/s write); VIDEO – MSI GeForce GTX 1660 6GB; RAM – 16GB (2x8GB) DDR4/3000mhz dual channel; storage – VR Ready, HDMI, DP. The tasks I’m dealing with are streaming games, and I’m just starting out, so any advice would be welcome.