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Apple A17 Pro vs A16 Bionic: What’s The Difference?

Soumyakanti — Tue, 19 Sep 2023 22:12:21 +0000

When Apple announces a new chipset, it’s often met with excitement around the world. This year, the spotlight was on the A17 Pro. But how does it fare against its predecessor, the A16 Bionic?

Let’s break it down.

A17 Pro vs A16 Bionic Chipset Comparison

Manufacturing Process

A17 Pro: The standout feature of the A17 Pro is the industry’s first 3-nanometer chip built on TSMC’s latest 3nm fabrication process. This nanometric reduction from its predecessor means the chip can fit more transistors in the same space, resulting in improved performance and energy efficiency. To be precise, the A17 Pro houses approximately 19 billion transistors.

A16 Bionic: The A16 Bionic, which works on a 4nm process and has around 16 billion transistors, was quite impressive in its time. However, with its 3nm process, the A17 Pro represents a major step ahead.

Raw Performance

CPU Cores: Both chips feature a 6-core CPU. However, architectural enhancements in the A17 Pro deliver what Apple describes as “the fastest single-threaded performance in any smartphone.”

Geekbench Insights: Benchmarks indicate a substantial performance boost for the A17 Pro. The single-core performance on Geekbench shows an improvement of around 16%, and the multi-core performance jumps by approximately 13% compared to the A16.

AnTuTu Insights: The iPhone 15 Pro Max scored 1,641,883 points on AnTuTu. In the CPU test, it achieved 392,643 points, and in the GPU test, it scored 597,734 points. It excelled in the memory department with a score of 306,164, surpassing the iPhone 14 Pro Max’s score of 233,925.

Graphical Prowess

GPU: While the A16 Bionic houses a 5-core GPU, the A17 Pro ramps it up with a 6-core GPU. According to Apple, this enhancement results in up to a 20% performance boost.

Real-World Impacts: This isn’t just a numbers game. The added core means better handling of high-res graphics, from gaming to professional graphic tasks.

Moreover, the A17 Pro’s GPU includes hardware-based ray tracing, a significant improvement in rendering realistic lighting and shadow effects. To be precise, the A17 Pro chip offers four times faster ray tracing performance compared to the A16 Bionic.

GFXBench Insights: In GPU benchmark results on GFXBench, it outperformed the A16 Bionic by significant margins. For example, in the Aztec Ruins High Tier Offscreen test, the iPhone 15 Pro Max with A17 Pro performed about 19% better than the iPhone 15 Plus with A16 Bionic. In the Manhattan 3.1 Offscreen test, the A17 Pro showed improvements of up to 31.5%, with 199.8 fps compared to the A16’s 151.9 fps. While not all comparisons reached the advertised 20% boost, the A17 Pro appears to deliver greater GPU performance improvements.

AI and Neural Capabilities

Neural Engine: Artificial Intelligence (AI) tasks play a crucial role in modern smartphones. While both chips incorporate a 16-core Neural Engine, the A17 Pro’s version is said to be twice as fast, performing up to 35 trillion operations per second. This leads to improved performance for AI tasks and better photo and video optimizations.

Memory and Efficiency

RAM: The A17 Pro boasts 8GB LPDDR5 RAM, outshining the A16’s 6GB. This additional memory will assist in multitasking, allowing smoother app transitions and better performance in memory-intensive tasks.

Efficiency: The A17 Pro’s 3nm process improves energy efficiency, enabling tasks to be performed with less power consumption. This leads to longer battery life and reduced heat generation, ensuring the device remains cool during demanding operations.

Improved ISP (Image Signal Processor)

Photonic Engine: The A17 Pro features improvements in its Image Signal Processor, including the new Photonic Engine and Smart HDR 5, resulting in improved photo and video quality compared to the A16 Bionic.

Mesh Shading: It also introduces Mesh shading and offers video capabilities such as 2.8K @ 60 fps in Cinematic and Action Modes, surpassing the A16’s 30 fps limit. Additionally, the A17 Pro captures 48MP HEIF images in addition to 48MP Pro RAW images.

Connectivity and Additional Features

USB 3 Performance: The A17 Pro brings USB 3 capabilities to iPhones, allowing for faster data transfer rates of up to 10 Gbps, a significant step up from the 480 Mbps seen in the A16 Bionic.

Media Engines: The A17 Pro also stands out with the addition of an AV1 decoder, expected to improve video streaming on newer iPhones.

The A17 Pro builds upon the A16 Bionic’s foundation with a range of refinements and enhancements, solidifying its position as a formidable contender in the mobile chipset industry.

The importance of these enhancements may vary from user to user, but for those seeking top-tier performance, the A17 Pro establishes a new standard in the continually evolving realm of smartphone technology.

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Apple’s Working Hard on the A19 Bionic and M5 Chips for the Future

Anubhav — Mon, 21 Aug 2023 01:20:43 +0000

In a recent revelation, Apple has been reported to be working tirelessly on chipsets, although they won’t be due for release until 2025. The A19 Bionic and M5 chips are not just another set of silicon in development. They stand as a testament to Apple’s forward-thinking approach and innovation that has consistently set it apart from competitors.

Even though the A17 Bionic sounds promising, the real eyes are set on the A19 Bionic

Apple’s development roadmap doesn’t just stop at the next launch. It extends years into the future, ensuring that the company remains at the cutting edge of technology. The A19 Bionic and M5 chips, revealed through CPU IDs by @_orangera1n on X, show that planning and development for these chips are well underway, even before the upcoming A17 Bionic and M3 have reached consumers’ hands.

The new chips, including variations such as ‘Pro,’ ‘Max,’ and ‘Ultra,’ signify Apple’s dedication to providing options tailored to different consumer needs. It’s an astonishing, yet not uncommon practice among technology giants. But what sets Apple apart is its ability to turn these futuristic ideas into tangible products.

But innovation doesn’t come without challenges. While some chips may successfully undergo mass production, others might not see the light of day. The development of the A19 Bionic and M5 is a complex process, and mass production could present unforeseen difficulties.

The speculation surrounding TSMC’s 2nm process for the A19 Bionic and M5 chips indicates that Apple is pushing the boundaries of what’s possible in silicon design. But let’s not forget the imminent A17 Bionic and M3, which promise exciting advancements on their own.

Apple’s long-term planning for its chips is not just a business strategy. It’s a visionary approach that resonates with its commitment to innovation and excellence. While the excitement for future releases is well warranted, consumers should also look forward to the immediate future, as Apple continues to lead in technology, one chip at a time.

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Apple iPhone 15 Pro leak hints at an additional GPU core but retains 6GB RAM

Sean — Thu, 10 Aug 2023 07:40:37 +0000

The Apple iPhone 15 series announcement is just around the corner. But as we edge closer to the launch event, new rumors and reports have surfaced online. Now, the latest leak hints at the iPhone 15 Pro models chipset upgrades and memory capacity.

Apple iPhone 15 Pro chip upgrades

The news arrives from tipster Unknownz21, who shared the information on Twitter. Apparently, the A17 Bionic chipset on the iPhone 15 Pro and iPhone 15 Pro Max will feature six CPU and GPU cores. The previous generation A16 Bionic featured six CPU cores, but only five GPU cores. So, the next-gen processor will feature an additional GPU core, which will likely help in offering improved performance in various tasks like gaming.

That’s not all, the A17 Bionic will even see a rise in clock speed from 3.46GHz to 3.7GHz. The new A-series chipset will be based on the more advanced 3nm process, which brings upgrades in energy efficiency as well as overall performance. However, the tipster claims that Apple’s upcoming iPhone 15 Pro series will only feature 6GB of RAM. Previous rumors had hinted at the memory rising to 8GB RAM, but Unknownz21 states otherwise.

Apple A17 – t8130 – Coll

6 CPU Cores + 6 GPU Cores
3.70 GHz
6GB LPDDR5 DRAM – Micron/Samsung
TSMC 3nm Process

LPDDR = Low Power Double Data Rate SDRAM

The A17 is used by both the D83 and D84, also likely planned for D47 and D48 (16 series), as the D9x will use t8140 (A18).
— Unknownz21 (@URedditor) August 9, 2023

The memory is an LPDDR5 RAM module that will reportedly be supplied by Samsung and Micron. The tipster states that the bump to 8GB RAM on the iPhone 15 Pro and iPhone 15 Pro Max is not completely impossible but rather unlikely. Keep in mind that this is still just an unconfirmed report, so take this news with a pinch of salt for now.

Apple’s iPhone 15 to Generate Billions in Revenue, Not Just for Apple but Also for TSMC

Oğuz Çakır — Mon, 26 Jun 2023 15:54:40 +0000

Apple’s iPhone 15 is almost here, and anticipation is very high. The phone is rumored to be a major upgrade over the previous generation, with a new design, a goodbye to the notch, and a number of innovative new features. Apple’s sales expectations are also high, and the company has reflected this in its orders to its business partners. One of Apple’s suppliers, TSMC, is projected to see a revenue increase of 11% in the third quarter of this year due to A16 and A17 Bionic. Here are the details…

TSMC to See 11% Revenue Growth in Q3 on Strong iPhone 15 Demand

TSMC, is projected to see a revenue increase of 11% in the third quarter of this year due to the A16 and A17 Bionic chips. TSMC will exclusively produce Apple’s A17 Bionic for the iPhone 15 Pro and iPhone 15 Pro Max using its advanced 3nm process. The company is expected to generate $17 billion in revenue in the second quarter, and Apple may ask the company to increase its orders for 3nm chips in preparation for the iPhone 15 launch event. This would help TSMC to achieve its growth target.

While no exact numbers have been disclosed regarding how much business TSMC will acquire from its profitable client, previous reports stated that Apple secured 90% of the 3nm chip capacity, and it is set to be one of the first clients for the 2nm chips. According to the latest reports, Apple remains TSMC’s largest customer, accounting for 23% of the annual revenue.

The iPhone 15 is expected to be a big seller, and that’s good news for TSMC. The company is already making the A17 Bionic chip for the iPhone 15, and they’re expecting to make a lot of money from it. TSMC is expecting to make 11% more money in the third quarter of this year than they did in the same quarter last year. This is because Apple is expected to sell a lot of iPhone 15s.

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Here is how Apple iPhone 15’s A17 Bionic Chip will be Modified to Cut Costs in 2024

Anubhav — Sat, 24 Jun 2023 00:54:33 +0000

Apple is gearing up to unveil the iPhone 15 lineup later this year. Various leaks have been shrouding the device’s launch, but in this latest leak, it has been reported that the iPhone 15 and iPhone 16 will have different versions of the A17 Bionic chipset. What sets the iPhone 15 Pro apart from its successors is its utilization of the N3B process, TSMC‘s latest manufacturing technology. However, Apple has an even more advanced plan for the following year’s models, which will harness the enhanced N3E process. This strategic shift ensures that future iPhones deliver even greater efficiency and optimization.

N3E Process is more energy-focused, while the N3B is more performance-oriented

Compared to previous iterations like the A14, A15, and A16 chips built on the 5nm process, the A17 Bionic represents a significant leap forward with its 3nm manufacturing process. This technology will bring a lot of enhancements, greatly improving the user experience. The A17 Bionic-powered iPhone 15 Pro series will lead the way, incorporating the N3B process, while the future models will fully embrace the N3E process. TSMC has shed light on these nodes, revealing that the N3E process places a greater emphasis on power consumption control rather than pure performance. It represents a slightly more cost-effective alternative to the N3B process.

The N3E node boasts a high-density SRAM bit cell size identical to the previous N5 node, maintaining a compact 0.021 µm² size. In contrast, the N3B process achieves even greater SRAM scaling with a reduced cell size of 0.0199 µm², offering a 5% decrease compared to its predecessor. Additionally, the N3E process achieves a commendable memory density of approximately 31.8 Mib/mm².

Apple’s adoption of the 3nm process highlights its commitment to pushing technological boundaries and delivering exceptional user experiences. As we approach the launch dates of the iPhone 15 Pro and iPhone 15 Pro Max, users can anticipate class leading performance and energy efficiency from the new generation devices.

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Apple May Have Lowered A17 Bionic Performance Goals for iPhone 15 Pro Lineup

Anubhav — Tue, 21 Mar 2023 02:34:36 +0000

Over the last few weeks, there has been some buzz surrounding the alleged A17 Bionic performance figures. Unfortunately, it appears that these numbers were fabricated and not genuine. However, the rumour mill has churned out another piece of information, which is Apple may be facing production difficulties with its 3nm chip due to issues with TSMC, its most lucrative client. Although Apple is the only customer for TSMC’s 3nm chip, Twitter user Revegnus has suggested that the manufacturer is still struggling with production. In an earlier tweet, he shared rumoured benchmark scores for the chipset that will be used exclusively in the iPhone 15 Pro lineup. However, he has since retracted these claims following recent developments.

Revegnus has affirmed that TSMC’s 3nm yield goal has dropped, which could limit the supply of the A17 Bionic if these problems are not resolved. This news is surprising, considering that an earlier report had suggested that TSMC was performing significantly better than Samsung, with an impressive yield rate of 80 percent. There might be a possibility that the A17 Bionic that Apple wanted to produce on the 3nm process was not successful in terms of power consumption and heat generation. As a result, the performance target may have dropped. However, if Apple has encountered an insurmountable obstacle with this chip, it is possible that the M3 SoC meant for future Macs may also face similar setbacks.

In such a case, the tech giant may have to sacrifice performance for the A17 Bionic and M3 chips, focusing instead on energy efficiency. During TSMC’s official announcement of its 3nm plant, the company’s chairman did not mention any significant performance gains. Instead, he highlighted that 3nm chips would exhibit up to 35 percent improved power savings at the same speeds, which might be Apple’s ultimate goal when it comes to imminent chips. However, It is important to note that there are conflicting rumours, so readers should take Revegnus’ tweets with a grain of salt. TSMC is expected to commence mass production shortly after the second half of 2023, and at that time, more information about the estimated performance numbers for the A17 Bionic and M3 will likely be available.

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Apple iPhone 15 Pro’s 3nm A17 Bionic GeekBench Scores Leak Reveals Impressive Performance Upgrades

Sean — Mon, 13 Mar 2023 09:45:35 +0000

A new leak has just revealed the performance of the next generation of Apple SoCs for its smartphones and tablets. The new A17 Bionic will be based on the 3nm process and its GeekBench scores has just been revealed. So let’s have a look.

The news arrives from a known tech YouTuber Max Tech who spotted the A17 Bionic on the latest GeekBench 6 benchmarking platform. Based on what we know so far, the upcoming A17 Bionic will power devices like the iPhone 15 Pro and iPhone 15 Pro Max and will be based on the 3nm process from TSMC. The new cutting edge process would enable the upcoming A17 Bionic SoC to be more energy efficient while also offering improved performance overall.

However, the advanced semiconductor fabrication technology would also mean higher cost of production. So, the Cupertino based giant might raise the cost of the iPhone 15 Pro models. Looking at the benchmark scores, the A17 Bionic managed to achieve a score of 3986 points for its single core test and a 8841 points on the GeekBench 6 multi core tests. This is quite impressive considering this chipset is almost rivaling the performance offered on a MacBook.

In comparison, the iPhone 14 Pro with the A16 Bionic achieved a score of 2504 points and 6314 points on the single core and multi core tests respectively. This implies that the A17 Bionic is offering a near 60 percent boost in performance in single core and a 40 percent multi core performance upgrade over its predecessor. Keep in mind that this is still just an unconfirmed report, so take this news with a pinch of salt for now and stay tuned for more updates.

iPhone 15 Pro Series Set To Drive High Demand With A17 Bionic Chipset

Soumyakanti — Sun, 05 Mar 2023 06:00:48 +0000

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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Apple A17 Bionic to Trump Over Snapdragon 8 Gen 3 in Chipset Battle

Anubhav — Fri, 24 Feb 2023 06:11:03 +0000

The tech world is abuzz with the latest news on upcoming smartphone chipsets. The transistor count on chips has been increasing year-over-year, thanks to feature size decreasing due to evolving technology. According to reports, the Snapdragon 8 Gen 3 from Qualcomm is expected to perform better than the A16 Bionic in terms of CPU. However, it seems that TSMC’s 3 nm node has been reserved for Apple’s next-gen chipset, the A17 Bionic, giving it a production priority over the Snapdragon 8 Gen 3 and Dimensity 9300, which will continue to be manufactured on TSMC’s 4 nm processes.

In 2022, Qualcomm improved upon the Snapdragon 8 Gen 1 chip by switching to TSMC’s 4 nm process for the Snapdragon 8+ Gen 1. As evident from the latest smartphone launches, the Snapdragon 8 Gen 2 has been a huge success. Now, rumors suggest that the Snapdragon 8 Gen 3 will outperform the A16 Bionic in the CPU department. However, it seems Apple will bounce back harder, claiming its lead back with the upcoming A17 Bionic chip this fall.

Reports suggest that TSMC will be responsible for manufacturing the A17 Bionic. This doesn’t come as a surprise at all, since the Taiwanese company has been producing Apple SoCs for quite some time. What’s interesting, though, is that the A17 Bionic will be built on TSMC’s 3 nm process, alongside the next-gen M3 chips. Apple is said to have fully booked TSMC‘s 3 nm production capacity, leaving no room for Qualcomm and MediaTek. It will be exciting to see how other chip manufacturers will adjust to his change in this market scenario.

What this means is that the A17 Bionic, which is expected to power the iPhone 15 Pro models coming this year, will have a generational advantage over Qualcomm’s Snapdragon 8 Gen 3 and MediaTek’s Dimensity 9300. Qualcomm might stay at the top for now. However, as mentioned previously, when Apple announces the A17 Bionic chip in 2023, Apple will most likely reclaim its position at the top, at least until the Snapdragon 8 Gen 4 is released at the end of 2024. Even then, the competition will definitely be cutthroat.

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