Intel 4th Generation Core
Processor,
more graphic power, more connectivity
more graphic power, more connectivity
Another Core i
CPU?! You probably will say so, however, it is not only another Core i
CPU, some features have been improved and changed.
No support for LVDS and SDVO? AAEON fixes it!
We may calm down a little bit, Yes, from 4th generation
Core CPU, Intel doesn’t support LVDS and SDVO any more; we understand what kind
impact will be to our customer when they still use LVDS as their display input,
therefore in AAEON embedded board design, we still use have LVDS output at
customer’s disposal, you can see it in COM-QM87, GENE-QM87, EMB-H81A, and
EMB-QM87 with easy connection as before.
Only BGA CPU in Mobile Embedded Line
One of significant change in 4th Generation
Core CPU has only BGA type Mobile CPU in Embedded Roadmap. For Desktop CPU,
there are still PGA types available.
Support DDR3L
Called
DDR3L for DDR3 Low Voltage, devices adhering to the new standard will operate
from a single 1.35V power supply voltage compared to 1.5V in existing devices.
Continuing the evolution of DDR3 as the dominant DRAM standard today, DDR3L
will enable a significant reduction in power consumption for a broad range of
products that utilize memory; the possibility of reduced power consumption and
lowered cooling demands with no loss in performance can have a far-reaching,
positive impact - especially as the industry strives to meet ever more
challenging environmental requirements.
Empower graphic performance
From
this platform, digital display interfaces has been moved to processors. It
supports 3 independent symmetric displays, Display port standard is moving to
1.2 instead of 1.1 in 3rd Gen. Core
CPU.
More possibilities
for ODM Projects
One 16-lane PCI-Express port with three controllers
This is great features to ODM projects, which have more
flexibilities to configure PCI-E according to their requirements, either
configure to 2x8 lane PCI-E or 1x8 lane plus 2x4 lane PCI-E.
I/O Ports Flexibility
New
architecture allows some I/O ports to be configured at time of system design.
-Total 18 differential signal pairs split between SATA, USB 3.0,
and PCIe.
-4 different signal pairs are muxed can be configured to meet I/O
needs
-Max number of PCIe ports is 8.
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