Apple’s A18 Pro CPU Cluster Shared, Performance And Efficiency Core Count To Remain The Same As Earlier Versions

The Apple Watch Series X will mark the 10-year anniversary of the company’s first smartwatch, which was launched on September 9. Since then, Apple has been hard at work, introducing newer models with slight changes while also battling with the limited space it has to work with its wearable line. The upcoming model will be the culmination of all the technology giant’s efforts, and through a series of multiple rumors and reports, we get to see some detailed renders of the upcoming Apple Watch Series X while discussing what design and internal changes can be expected.

Huawei added a slew of improvements to its latest Kirin 9010 over the Kirin 9000S, such as a 12-core CPU cluster, but those upgrades do not necessarily translate into the chipset being faster or more power efficient than the rest of the competition. According to a series of tests, the company’s latest SoC is revealed to be 30 percent slower than Qualcomm’s previous-generation Snapdragon 8 Plus Gen 1 while consuming the same amount of power. Let us have a look at those results in more detail.

Samsung is reported to stick with a dual-chipset launch strategy for its upcoming Galaxy S25 series, where some regions will offer the Snapdragon 8 Gen 4, while others will sell the Exynos 2500 variants. The Exynos 2400 provided a slew of surprises as the company significantly improved its current-generation flagship SoC. Next year, Samsung is expected to kick things up a notch and is rumored to leverage its second-generation 3nm process to mass produce the Exynos 2500. This move could give the SoC power efficiency attributes that dwarf Qualcomm’s upcoming Snapdragon 8 Gen 4.

Huawei did not reveal much about the Kirin 9010, but the company could do little when it comes to controlling information after it officially announced the Pura 70 series. Compared to the Kirin 9000S that debuted in the Mate 60 family last year, the Kirin 9010 is a noteworthy upgrade, offering a 12-core configuration, along with other changes, as you will soon find out.

Huawei has discontinued its P-series of flagships by introducing a re-brand of the Pura 70 family, which can mean that the company will put on a positive first impression by bringing an attractive design and notable hardware upgrades to the upcoming models. Naturally, a name change will also pique the interest of potential buyers, resulting in higher sales.

Apple has been reported on multiple occasions to bring various camera improvements to the iPhone 16 Pro and iPhone 16 Pro Max, which includes bringing the tetraprism upgrade to the smaller version and an entirely new Sony sensor for the primary unit. The company also intends to address the lens flare problem on its upcoming premium models, with the latest rumor stating that a special ‘Atomic Layer Deposition’ (ALD) coating will be used to alleviate that effect while improving image quality. Let us take a look at the details.

Apple currently leverages TSMC’s 3nm process for several of its chipsets, and the company may stick to this manufacturing process for a few iPhone generations. According to the latest report, the iPhone 17 will not be the first lineup to sport an A-series SoC fabricated on the ultra-advanced 2nm node. This will mean that the A19 Pro that is expected in 2025 will retain the 3nm lithography, but it will not be the same technology, as you will soon find out.

Apple currently sells the M2 Ultra versions of the Mac Studio and Mac Pro. With the M3, M3 Pro, and M3 Max launched in October 2023, it is strange that the company has yet to launch the M3 Ultra. What is even stranger is that a new report states that the M4 Ultra will power Apple’s workstation hardware, with one of the models launching in the middle of 2025. Does that mean that the M3 Ultra models will not see an announcement? Read on ahead to find out.

As we wait for the official arrival of the P70 series, Huawei is rumored to introduce the direct successor to the Mate 60 lineup later this year, the Mate 70. The company is said to announce the new models in October, with its highlights being an upgraded Kirin chipset and improved imaging capabilities. Unfortunately, in-depth details of the SoC are yet to be unearthed, but looking at Huawei’s current efforts, it could be its most advanced silicon to date.

Apple’s iPhone 16 range is rumored to arrive with multiple hardware upgrades to boost its AI capabilities. However, analysts are still skeptical of the launch, predicting that a limited artificial intelligence features set is expected to arrive later this year. However, for those who have intended to skip a purchase in 2024, 2025 has some notable internal changes arriving with the iPhone 17 lineup, likely boosting its AI-related functionality. Let us take a look at more details here.

It is too early for Google to announce its fully custom Tensor chipset for smartphones and tablets, but the company has probably ensured a solid footing of producing in-house silicon with the announcement of Axion, an ARM-based SoC designed specifically for datacenters. The chip was unveiled during Cloud Next 2024 and arrives with a host of performance and efficiency benefits, which we will discuss at length here.

After a decade, Apple finally laid its self-driving car project to rest while laying off several employees in the process. It was reported that ‘Project Titan,’ the name given to the company’s autonomous vehicle venture, was not commercially viable. Implying that it would have been difficult to compete with Tesla at the price at which the latter’s EVs are being sold at. However, a report states that even if Apple had sold a fraction of the units, it could have turned its car business into a $50 billion one, which is equivalent to the combined revenue of Mac and iPad.