Huawei's Kirin 930 vs Apple's A12 Bionic: A Comparative Analysis
When enthusiasts and tech journalists discuss the performance of mobile processors like the Huawei Kirin 930 and Apple's A12 Bionic, the conversation often turns to which chip performs better and if Huawei is attempting to deceive consumers with false claims.
Understanding the Benchmark
The fact that you even asked that question reveals a significant misunderstanding of the capabilities within SoCs (System on Chip) designed for mobile devices. The A12 Bionic chip, boasting advanced technology and processing power, is in a league of its own compared to the Kirin 930. In a direct comparison, the A12 Bionic is significantly more powerful and is currently the fastest chip available in any smartphone, outperforming its only competitor, the A12X Bionic used in the iPad Pro.
Performance Discrepancies
It is imperative to note that the Kirin 930 is years behind the A12, which means it is simply not on the same level of performance. Huawei has a history of marketing their products in a manner that can be perceived as misleading. For instance, the claims that the Kirin 930 is better or equal to the A12 are unfounded, as the gap in performance between these two chips is substantial.
Huawei, being aware of the performance gap, has since claimed that its new Kirin 980 SoC will surpass the A12's performance. However, due to the release plan of their Mate 20 series in October, it's still too early to conclusively evaluate the performance of the Kirin 980 in real-world conditions. Customers and enthusiasts will have to await the official unveiling of the Mate 20 to witness if Huawei's claims of superior performance are substantiated.
Raw Specifications vs Real-World Performance
The issue lies not just in the raw specifications of the chips but in the actual performance they deliver when put to use in real-world conditions. It's not enough to compare electrostatic schematic diagrams and lineages; one must also consider the software optimizations and the operating system's efficiency. Therefore, waiting for benchmark tests and real usage scenarios is crucial to understand the true performance capabilities of the Kirin 930 and the Kirin 980 compared to the A12 Bionic.
Conclusion and Future Expectations
In conclusion, while the Kirin 930 has its flaws and limitations, Huawei's strategy of launching newer, potentially more competitive chips is commendable. However, until the Kirin 980 is fully tested and released, it remains unclear whether Huawei can truly match or exceed the performance of Apple's A12 Bionic chip. Technological advancements are ongoing, and every launch of new SoCs is an opportunity for both manufacturers to showcase their innovations and push the boundaries of what mobile devices can do.
Stay tuned for real-world benchmark results from the Mate 20 series to gain a clearer picture of the performance capabilities of the Kirin 980, as these tests will provide valuable insights into Huawei's attempts to improve its standing in the competitive smartphone market.