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Core i5 12500H Vs Core i5 12450H: We Tested Both

In this comparison, we'll see the in-depth differences of these two CPUs in terms of specs and benchmarks!

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Expect an incredible performance as the dominant and the superb Core i5 12450H and Core i5 12500H take the lead and capture the spotlight. As we explore the critical inconsistencies that lead these processors down different paths, be ready for fierce competition.

You’ll be able to make a wise choice that is properly suited to fit your unique computing requirements by using the insights gained from this thorough analysis.

Key Takeaways

  • The Core i5 12500H shows off its strength by outperforming its competitors in the multi-core performance category. The Core i5 12450H, on the other hand, asserts leadership in the field of single-core performance, exhibiting exceptional accomplishments that distinguish it from the competition.
  • The Core i5 12500H and Core i5 12450H embrace the DDR4-3200 and DDR5-4800 memory symphonies, setting out high-velocity computing engagements that take the user experience to new levels.
  • The Core i5 12500H and Core i5 12450H operate effectively at 45 Watts, finding equilibrium in thermal design and establishing a delicate balance between thermal efficiency and power consumption
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Core i5 12500H Vs Core i5 12450H: Comparison Table

Processor Core i5 12500H Core i5 12450H
Architecture Alder Lake Alder Lake
Codename Alder Lake-H Alder Lake-H
Processing Node 10nm 10nm
Cores 12 8
Threads 16 12
Hybrid Cores P-Cores: 4
E-Cores: 8
P-Cores: 4
E-Cores: 4
Frequency 3.3 GHz 2.0 GHz
Turbo Clock up to 4.5 GHz up to 4.4 GHz
TDP 45W 45W
Max. Operating Temperature 100°C 100°C
L1 Cache 80K (per core) 80K (per core)
L2 Cache 1.25MB (per core) 1.25MB (per core)
L3 Cache 18MB (shared) 12MB (shared)
Release Date Jan 2022 Jan 2022
Integrated Graphics Iris Xe 80EU UHD Graphics

Architectural Differences

  • Process Size: The Core i5 12450H and Core i5 12500H processors from Intel, which are both impressive technical achievements created on a state-of-the-art 10nm manufacturing size, continue to push the boundaries of innovation and the technological frontier.
  • Frequency: We explore the core of these CPUs to reveal the substance of their frequency, the engine that propels their performance at the core. The Core i5 12500H shows off its capability, rising elegantly from a base speed of 3.3 GHz to an astounding peak of 4.5 GHz, demonstrating its capacity to overcome obstacles.
  • The Core i5 12450H maintains its resolve in the face of challenging work, increasing its speed from 2.0 GHz to an amazing crescendo of 4.4 GHz, establishing its position as a steadfast challenger.
  • Cores And Threads: Another significant aspect is shown by the core and thread coordination. With an impressive composition of 12 cores and 16 threads, the Core i5 12500H attracts attention and opens up a world of multitasking possibilities for customers to explore.
  • In comparison, the Core i5 12450H weaves an array of seamless multitasking skills with 8 cores and 12 threads.
  • Memory Support: The Core i5 12500H and Core i5 12450H embrace the DDR4-3200 and DDR5-4800 memory symphonies, setting out high-velocity computing engagements that take the user experience to new levels.
  • TDP: The Core i5 12500H and Core i5 12450H operate effectively at 45 Watts, finding equilibrium in thermal design and establishing a delicate balance between thermal efficiency and power consumption.

Productivity Benchmark Test

After carefully examining the distinguishing qualities of these CPUs, it is time to reveal how they function in actual situations, advancing our investigation.

Get ready for a captivating sight as we enter the arena to face the Core i5 12500H against the Core i5 12450H. Expect a fascinating investigation into how these processors increase productivity in real-world, regular circumstances.

So without any further due, let’s dive into the Core i5 12500H vs Core i5 12450H benchmarks. 

Geekbench 5 Single-Core Score

Geekbench 5 Single Core Score
Single Core Score On Geekbench 5 (Image By Tech4Gamers)
  • Outperforming all expectations, the Core i5 12500H gave a remarkable demonstration of strength, earning a commendable overall score of almost 1,628 points.
  • In contrast, the Core i5 12450H demonstrated its capabilities by outperforming its preceding accomplishments, scoring an impressive 1,638 points in single-core performance and demonstrating an astounding 0.6% increase in efficiency.

Geekbench 5 Multi-Core Score

Geekbench 5 Multi Core Score
Multi-Core Score On Geekbench 5 (Image By Tech4Gamers)
  • Admire the impressive achievement carried out by the Core i5 12450H, displaying an outstanding multi-core performance total of 8,552 points.
  • Get ready to be amazed by the Core i5 12500H’s overwhelming domination, which rules the tables with a staggering 10,296 Geekbench 5 rating and a remarkable increase of 18.5% in overall processing power.

Cinebench R23 Single Core Score

cinebench single core
Single Core Score On Cinebench R23 (Image By Tech4Gamers)
  • Witness the amazing display of computing capability as the Core i5 12500H achieves a staggering 1,701 on the benchmark examination, while the Core i5 12450H engages in heated competition and earns a decent result of 1,596.
  • An obvious distinction emerges after careful inspection of the data. With a tremendous margin of 6.36% over the Core i5 12450H, the Core i5 12500H triumphs and proudly declares its superiority.

Cinebench R23 Multi Core Score

cinebench Multi Core Score
Multi-Core Score On Cinebench R23  (Image By Tech4Gamers)
  • Watch in wonder as the Core i5 12500H impresses with its processing power, scoring an astounding 13,286 points in the multi-score performance category. A steadfast competitor, the Core i5 12450H, displays its strength and earns a good 10,043 score in the meanwhile.
  • The Core i5 12500H proudly displays its excellent multi-core performance capabilities, outperforming the Core i5 12450H by a startling 27.8%. Its amazing skill in managing complex processes demonstrates its capacity to handle even the most difficult computing jobs.

Passmark CPU Single-Core Score

Passmark CPU Single Core
Single Core Score On Passmark CPU (Image By Tech4Gamers)
  • The Passmark CPU Single Core Score offers a thorough understanding of the CPUs’ unique processing capacities. The Core i5 12450H claims a little advantage over the Core i5 12500H, scoring 3,565 as opposed to 3,581 points.
  • Comparing the Core i5 12500H with Core i5 12450H’s Passmark CPU Single Core Scores reveals a negligible 0.44% difference in favor of the Core i5 12450H.

Passmark CPU Multi-Core Score

Passmark CPU Multi Core
Multi-Core Score On Passmark CPU (Image By Tech4Gamers)
  • One crucial statistic, the Passmark CPU Multi-Core Score, provides a numerical assessment of a processor’s performance. Undoubtedly, the Core i5 12500H’s 21,769 points establish it as a strong competitor and establish a significant advantage over the Core i5 12450H’s 18,222 score.
  • In the realm of multi-core dominance, the Core i5 12500H triumphs, with an incremental advantage of roughly 17.7% over the Core i5 12450H.

Core i5 12450H Vs Core i5 12500H Vs: Which One Should You Choose?

Comparing the Core i5 12500H and Core i5 12450H’s characteristics and how they fit with various user demands is necessary to make the best decision.

  • With its powerful 12 cores and 16 threads, hybrid core architecture made up of both effective E-Cores and high-performance P-Cores, and outstanding clock rates of up to 4.5 GHz, the Core i5 12500H stands out.
  • A superior multitasking experience and enhanced visual performance are made possible by its bigger L3 cache and integrated Iris Xe 80EU graphics.
  • Power users and professionals who perform resource-intensive jobs like video editing, rendering 3D models, software development, and gaming are perfect candidates for this CPU.
  • The Core i5 12450H, on the other hand, takes a balanced approach, offering up to 4.4 GHz clock rates, 8 cores, and 12 threads, including 4 P-Cores and 4 E-Cores. Although it may not perform as well as its equivalent, it is superior in terms of power use and heat control.

Pros And Cons

CPU Pros Cons
Core i5 12500H  
  • Effective hybrid cores
  • Higher frequency
  • High power consumption
  • Limited compatibility
Core i5 12450H
  • Lower heat generation
  • Power effective
  • Lower graphic performance
  • Lower cores and threads

Students, casual gamers, and regular users who only use their computers for web browsing, office work, and light media consumption are all good candidates for this CPU’s relatively basic processing capabilities.

Although less sophisticated than the Iris Xe 80EU’s UHD Graphics, it nonetheless offers enough images for daily usage.

Essentially, consumers looking for the best performance for intensive workloads and contemporary programs should choose the Core i5 12500H.

Its hybrid design, increased core count, and potent integrated graphics make it an alluring option for both pros and hobbyists.

However, those looking for effectiveness, increased battery life, and adequate performance for general work may think about the Core i5 12450H.

Frequently Asked Questions

Do these CPUs work with the same motherboards and computer systems?

Both CPUs are compatible with comparable systems and motherboards due to their same 10nm processing node and Alder Lake design. However, be sure your motherboard or laptop of choice is compatible with the precise CPU type you wish to utilize.

Which CPU performs better in gaming?

With its Iris Xe 80EU graphics and greater core count and clock speeds, the Core i5 12500H is a superior option for gaming. Compared to the Core i5 12450H, it can handle contemporary games and graphics-intensive workloads more successfully.

How does the number of cores and threads impact performance?

Higher core and thread counts on the Core i5 12500H (12 cores, 16 threads) provide more fluid multitasking and greater performance in programs that support multiple cores. Although the Core i5 12450H (8 cores, 12 threads) uses less energy, it might not perform as well in activities that require a lot of threads.

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