The cheap CPU segment is extremely challenging, and every small difference affects the processor market and consumer preferences.
Due to tight budgets, the scope for change is very limited.
Hence, manufacturers mostly focus on specific customer requirements and thus diversify.
So, lets start.
AMD Athlon
The AMD Athlon is the least powerful processor in the entire AMD family.
Athlon is made for both desktops and laptops and is popular for its cheap pricing.
See the list below to understand the positioning of Athlon in the AMD hierarchy.
Read the following to get a summary of the Intel Pentium models.
The following list will give you a clear idea about the position of Pentium CPUs in the Intel family.
Also, they have differences in performance, socket punch in, and most importantly in pricing.
However, the Athlon 3150G has2 more corescompared to the Pentium G7400 and Athlon 3000G.
Pentium G7400 offers a largerL2&L3cache than 3150G & 3000G, but falls behind in the fastestL1cache.
But, the most important comparison for the entry-level processor comes in the price segment.
The Athlon 3150G is relatively packed with a better spec, compared to the other two.
However, its anOEM processor, and it doesnt come to the processor market.
It goes directly to a manufacturer and comes with a pre-built PC.
By looking at the above specification, its difficult to judge the processors performance in real applications.
Therefore, Ive provided an in-depth benchmark comparison below to help you pick the better processor.
AMD Athlon Vs Intel Pentium: Which One is Better?
Both AMD Athlon and Intel Pentium have good CPUs for the entry-level market and have specialties in different categories.
The processor performance is measured and compared with each other with the synthetic and real-life app benchmarks.
Additionally, we evaluate the CPU value by calculating the ratio with performance and price.
The following passage will demonstrate the benchmark in simulation & games, and provide a better value-for-money processor.
On the other hand, the 4-coreAthlon 3150Ghas performed better in multi-threading, compared to the others.
Gaming Benchmark
When we come to real-world gaming performance, the advantage of AMD becomes more clear.
Weve tested both the Pentium G7400 and Athlon 3000G with their integrated graphics in different games.
And as expected, AMD has provided a better gaming benchmark than Intel.
Check the following benchmark to understand the gaming ability of Pentium and Athlon with their iGPU.
However, the result flipped completely when we tested the two CPUs with a dedicated graphics card.
Weve used aGTX 1650and16 GB RAMin our test rig to benchmark the games provided in the following charts.
In our tested games, thePentium G7400performs better than the AMD 3000G with a graphics card.
It has shown an average of14.5%better gaming benchmark in the Pentium G7400 with the GTX 1650.
Generally, youdont need many CPU coresin most games.
Usually, a game uses the single-core performance of a CPU when using a discrete graphics card.
Value for Money
Money is the main and most important factor when building an entry-level PC.
In that case, the CPU value ratio comes in handy when choosing a good CPU for your budget.
The benchmark and pricing are different and show the advantage of Pentium & Athlon in different circumstances.
However, the perfect choice comes with usage and the specific task you are using it for.
Frequently Asked Questions
Which CPU is better between Intel Pentium and AMD Athlon?
Is there an Intel Pentium processor for a laptop?
Yes, there are Intel Pentium processors for laptops.
For example, Intel Pentium Gold 8505, Intel Pentium Gold 5405U, and Intel Pentium Gold 4410Y.
Is there any efficient core in Intel Pentium processors?
Yes, the new generations Intel Pentium processor has efficient cores.
The efficient core has been introduced with the 12thn gen Intel processor.
Conclusion
Its usual to get confused when choosing an entry-level processor.
The possibilities with the budget CPUs are limited.
So, the customer needs to be sure about all the dissimilarities and characteristics of the processors.
