It has been rumored for a while that there may be a remarkable change in Apple’s Mac processor plan. After introducing the standard M6 processor, the company is considering moving directly to the M7 family instead of developing the M6 Pro, M6 Max and M6 Ultra models in the upper segment. If such a choice occurs, Apple will skip three high-end processor variants of a generation for the first time. It is stated that the priority given to artificial intelligence performance is behind this change. Mark Gurman from Bloomberg shared new details about the Apple M7 family.
According to the shared information, Apple reached the same stage on the M7 just six months after completing the design verification process of the M6. This indicates that the company is advancing the new generation processor faster compared to the previous calendar. According to the road map, the standard M7 processor is expected to be introduced in the first half of 2027, while the M7 Pro and M7 Max models are expected to be ready towards the end of the same year. It is stated that the M7 Ultra may be available in 2028.
M7 family may focus more on AI performance
Apple had previously chosen not to offer the Ultra model in some generations. The lack of M4 Ultra is an example of this. However, a situation where the company suddenly canceled all high-end models, including Pro, Max and Ultra, in the same generation has never been seen before. For this reason, it is considered that the plan in question means an unusual change in Apple’s Mac processor strategy. Allegedly, the main reason for this decision is the extensive developments planned for the Neural Engine with M7. It is claimed that the company wants to bring the leap in artificial intelligence performance to users earlier.
In particular, the M7 Ultra model is expected to offer the biggest artificial intelligence performance increase in the series. According to the information provided by Gurman, Apple aims to bring this processor as close as possible to the performance level of data center-focused artificial intelligence accelerators such as NVIDIA Blackwell. However, technical details such as the core structure of the processor, memory bandwidth or artificial intelligence processing capacity have not yet been shared. Therefore, available information is limited to early-stage claims regarding the company’s development plans.
In addition, it is stated that M7 Ultra can support the highest combined memory capacity ever. Allegedly, the processor is designed to support up to 1.5 TB of unified memory. This value corresponds to approximately twice the capacity planned for the M5 Ultra. Despite this, it is stated that the memory options to be offered in final products will be shaped according to memory supply and component costs during the production period. It is known that Apple has not offered the highest technically possible hardware configurations in all its products in the past.
It is also stated that the company’s plans are not limited to Mac computers only. It is claimed that Apple is working on an artificial intelligence server processor developed under the codename J246 and based on the M5 Ultra architecture. In addition, it is stated that a more advanced server platform that will benefit from the capabilities of M7 Ultra is under development and is aimed to be ready around 2029. The news that Apple has recently invested more in its own server hardware in order to strengthen its Apple Intelligence infrastructure also coincides with these claims.
On the other hand, the company’s longer-term processor plans have begun to take shape. According to the news, Apple is also working on the M8 generation. In addition to a processor codenamed Soko, upper segment Mac chips developed under the name Cardinal are also expected to be part of this generation. It is stated that these processors will benefit from approximately 1.4 nanometer production technology and may be ready by 2028. Although there is no official confirmation, the resulting road map shows that Apple considers artificial intelligence performance in the next generation Mac processors as a determining factor not only in hardware features but also in the product schedule.
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