Intel will launch the Core M series of processors in the last quarter of 2014. These processors, which use the 14 nm manufacturing technology, were presented at Computex held last June in Taipei and will be especially aimed at tablets 2 in 1. The incorporation of these new processors will allow progress in some important aspects, for example, the fan may be omitted and therefore, it will reduce noise and leave more space to include a higher capacity battery.
Finally, according to a report that comes to us through Digitimes, Intel will launch its new Core M processor series before the turn of the year. We still cannot say the date or the moment chosen within these last three months of 2014, and we are placed on September XNUMX, the day on which the Intel developer forum in the city of San Francisco, California. An event for the company's developers where some of these processor models will be exhibited.
The data coming from the supply chain indicates that there will be five processors that will see the light in the first instance within the Core M series. These include the 5Y10, 5Y10a and 5Y70, three models of which the specifications have been leaked. With them, Intel plans to kill up to seven of the processors based on Haswell 22 nm current, Core i7-4610Y, Core i5-4320Y and Core i3-4012Y among them. Although it will keep some models based on this technology mainly focused on the low-end.
It will be in 2015 when it will be the turn of the 14nm Intel Broadwell, although also before the end of the year, they plan upgrade your Haswell 22nm processors, as these and the Core M series will remain hand in hand well into next year.
The Core Ms are Intel's fourth-generation chips that have managed to take the next step and use a 14nm scale of integration. With these new chips, energy consumption is reduced by around 45%, making autonomy lengthen between 20% and 40%, tablets with more than 30 hours of autonomy will appear on the market. They reduce the heat emitted up to 60%, which will eliminate the fans and therefore create ultra-quiet devices.