According to a blogger, Apple has declined TSMC‘s request for a price increase in 2023. This decision was made because iPhone sales are declining, making it hard for Apple to justify raising prices for the new process and technology. Apple thinks it has already paid for the new process and any more price increases would be unfair given the disappointing iPhone sales performance.

Apple Pushes Back on TSMC Price Hike Amid 3nm Production Struggles

TSMC’s struggles with its 3nm chip production have also caused Apple to reconsider its performance targets for the upcoming high-end iPhone SoC. As the only customer for TSMC’s 3nm chips, Apple is waiting for the semiconductor manufacturing giant to provide a solution. The current situation could jeopardize the long-standing cooperative relationship between the two companies, as Apple may have to sacrifice the performance of its A17 chip if improvements cannot be made.

The performance concerns may also extend to Apple’s M3 SoC, which is designed for future Mac computers. If TSMC’s 3nm process cannot meet Apple’s expectations, the M3 SoC could similarly suffer a performance setback.

Industry insiders speculate that Apple might choose to prioritize energy efficiency for the A17 Bionic and M3 chips over raw performance. This would be a strategic shift in response to the ongoing challenges with TSMC’s 3nm process. However, given TSMC’s current efficiency, any significant changes in the short term appear unlikely.

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(source)

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Apple‘s upcoming A17 Bionic chipset is generating a lot of buzz in the tech world, with reports from suppliers in Apple’s iPhone supply chain indicating that it will offer significant specification upgrades in the upcoming iPhone series. The A17 Bionic is expected to deliver a 35% improvement in power efficiency and unspecified performance upgrades over the already powerful A16 Bionic chipset.

The 3nm process reportedly used in the A17 Bionic chipset will offer a higher transistor density, leading to better performance and lower power consumption. Apple has reportedly bought the entire first production run of TSMC’s new N3 process semiconductors, making it the only major player to use a 3nm process in 2023. Rival chipmakers Qualcomm and MediaTek won’t be developing 3nm chips of their own, with MediaTek citing high production costs and Qualcomm taking a “wait-and-see” approach.

The iPhone 15 Pro and iPhone 15 Pro Max are expected to feature the A17 Bionic chipset, and suppliers are anticipating increased demand for the devices due to the significant upgrades. The devices are also rumored to come with a periscope camera, solid-state volume, and power buttons, a slight refresh to design, and a new Sony camera sensor.

In addition, the standard iPhone 15 and iPhone 15 Plus are expected to feature the A16 Bionic chipset, and all four new devices are expected to come with USB-C connectivity – the first iPhones to adopt the charging standard. Dynamic Island is also expected to make the jump from the Pro series phones to the standard iPhone 15 and iPhone 15 Plus.

The A17 Bionic chipset and the rumored features of the upcoming iPhone 15 series are expected to spark “replacement demand” among people with older iPhone models. Apple’s decision to acquire the entire first production run of TSMC’s new N3 process semiconductors has given the company a significant advantage over its rivals.

Overall, the A17 Bionic chipset is expected to offer better performance, improved power efficiency, and new features that will appeal to consumers. The upcoming iPhone 15 series is shaping up to be a significant upgrade over the previous generation, and it will be interesting to see how Apple’s competitors respond to the company’s use of 3nm technology in its latest chipsets.

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(Source, Via)

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Competition among CPU manufacturers has been fierce in the market with Qualcomm currently on top while MediaTek has taken a hold of half the market, followed by Samsung and Intel…

“In the world of Kung Fu, speed defines the winner.” This is a principle that MediaTek has long followed.

Later this year, MediaTEk will release three new CPUs, the MT6595, MT6752, and MT6732.

The state of MTK is very clear

       The MT6732, which uses four A53 cores, is set to replace the MT6589. It supports up to 13mp for photo taking and 1080p for video recording, and 720p display resolution.

The MT6752, which uses eight A53 cores, will replace the MT6582, supports up to 16mp photo taking, 1080p video taking, and 1080p display resolution.

The MT6595, which uses four A17 cores and four A7 cores, uses the classic big.Little framework, supports up to 20mp photo taking, 4K video recording, and WQXGA display resolution.

It should be noted that all three are LTE-supported.

Two editions of the MT6595 CPU will be released. One will be the original MT6595 and the other will be the MT6595m which has a lower frequency and weaker specs.

Regarding the performance, according to ARM, the A17 and A15 are about the same, but this CPU’s power consumption is not that great. Based on how it is used with the RK3288, the A17 seems to work normally. As for the GPU, it uses the PowerVR G6200 which is not bad but overheats more easily.

According to the table, we can see that both VPU supports, at most, the DDR3 at 933MHz. Like the Qualcomm 808, it supports up to 14.9Gbps.

Regarding its photo specs, according to MediaTek, cameras that use the MT6595m can support up to 16mp while the MT6595 can support up to 20mp. As for its video recording specs, the MT6595 supports recording 4000 pixel videos.

The MT6595 does not have any clear strengths but it does not have any clear weaknesses either. Does it support 2k display resolution? Yes. 4k video? Yes. 4G internet? Yes. 5GHz WiFi? Yes. HD cameras? Yes.

You can get all of this at even under $40. You can just go ahead and take it. So, what are you waiting for? Just grab your phone and dial this hotline (65958888) for a very awesome phone!

What you should take note of, though, is its release date.

There’s a saying, “Speed is the soldier’s greatest weapon.” Not surprisingly, we may see the first device to use the MT6595 at the end of the year. At this point, the MT6595 won’t have any competition. CPUs with better performance will be too expensive while the performance of cheaper ones will not be as good. Given the reasonable price and average performance, this chipset should sell more than the rest.

To compete with the MT6595, Qualcomm will use the Snapdragon 805 which will use Krait cores. Its benchmark test score is about the same as the MT6595 although in practical use, the 805 has better memory and bigger bandwidth.  But the MT6595 could sell with the following slogan: “Eight cores! Beautiful words to the Chinese market’s ears!”

Even though MediaTek hopes to enter the high-end market with the MT6595, the Snapdragon 800 has already sold at under 2000 RMB (321.20 USD). Phones that carry the MT6595 are expected to compete with each other costing between 1000 RMB (160.52 USD). Some phones may even be sold at under 999 RMB (160.36 USD).

Will the MT6595 be a success or a dud?

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ARM-based processors for smartphones in the middle segment will obtain better quality. They also recently announced the existence of the ARM Cortex A9 Cortex A17 as a replacement. And like its predecessor, this processor can be paired with Cortex A7 big.LITLLE chipset architecture.

ARM also reveals that A17 Cortex processor has a 60 percent better performance than the Cortex A9. The Cortex A17 will also be available as a quad core processor. And as spelled out previously, paired with Cortex A7 and big.LITTLE architecture, will be able to form octa-core processor.

ARM Cortex A17 processor is also designed to be used in various types of devices. Not only smartphones, this new ARM processors can be used on tablets, smart TVs, set top boxes and even in many other embedded systems.

As a complement, also suggested that the ARM CPU paired with a Mali-T720 GPU. Even so, this does not become a liability. As an additional option, the CPU can be paired with a Broadcomm PowerVR GPU.

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