Beyond Bits VII - Freescale Semiconductor
Beyond Bits VII - Freescale Semiconductor
Beyond Bits VII - Freescale Semiconductor
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Vybrid Controller Solutions<br />
Vybrid Controller Solutions<br />
A unique heterogeneous platform solution<br />
The increasing complexity and<br />
demands of embedded systems<br />
creates greater need for sophisticated<br />
human-machine interfaces (HMI)<br />
and multiple connectivity options<br />
with safe, secure and predictable<br />
operation. To concurrently provide<br />
rich HMI and real-time control means<br />
bringing together two very different<br />
system paradigms. For example, HMI<br />
computation focuses on efficiently<br />
processing pixels and displaying<br />
them on a screen, while guaranteed<br />
determinism requires highly<br />
predictable response times for tasks.<br />
A traditional systems-level solution for<br />
such divergent needs would combine<br />
different pieces of silicon, such as<br />
an applications MPU and a real-time<br />
MCU, on a board. It would also require<br />
developing software and a protocol to<br />
enable simultaneous communication<br />
between real-time control and rich<br />
HMI. Application developers face a<br />
tremendous challenge of seamlessly<br />
integrating these diverse technologies<br />
in a single system.<br />
Our Vybrid portfolio brings to market<br />
a unique, low-power system solution<br />
that provides customers a way to<br />
combine rich applications requiring<br />
high-resolution graphical displays<br />
and connectivity with real-time<br />
determinism. The Vybrid portfolio<br />
enables customers to create systems<br />
that concurrently run a high-level<br />
operating system such as Linux ®<br />
and a real-time operating system<br />
such as MQX on the same device.<br />
This, along with a communication<br />
API between the rich domain and the<br />
real-time domain and a tool chain<br />
4<br />
Vybrid Portfolio Key Attributes<br />
Total<br />
System<br />
Solution<br />
Optimal<br />
System<br />
Performance<br />
that eases debug of such systems,<br />
dramatically shortens customer time<br />
to revenue. The families in the Vybrid<br />
portfolio span entry-level products for<br />
customers who want to upgrade from<br />
the Kinetis MCU to devices with large<br />
on-chip SRAM up to highly integrated,<br />
heterogeneous dual-core solutions<br />
that can serve industrial and consumer<br />
markets.<br />
Each device in the Vybrid portfolio<br />
offers a rich suite of reference designs,<br />
app notes, board support packages<br />
and middleware for its market space.<br />
This, along with the vast resources<br />
Rich Apps in Real Time<br />
Unprecedented<br />
System<br />
Integration<br />
Low-Power<br />
Process<br />
of <strong>Freescale</strong>, ARM ® and open-source<br />
communities, will help customers<br />
to develop software solutions and<br />
support for their applications and<br />
dramatically reduce time to market.<br />
Scalable and Compatible<br />
across Multiple Cores<br />
Vybrid devices have a dual core<br />
architecture that combines the ARM<br />
Cortex-A5 application processor and<br />
the ARM Cortex-M4 for real-time<br />
control. The Vybrid portfolio is designed<br />
to be compatible with Kinetis MCUs<br />
featuring the ARM Cortex-M4 core and<br />
the i.MX6 series featuring the ARM<br />
Cortex-A9 core, while also providing