Powerful and Versatile Q7 Module with AMD G-Series Processors

Table of Contents

1. Introduction
2. The New Q7 Module with Embedded G-Series Processors
3. Specifications of the Q7 Module
4. Graphics Capability of the Q7 Module
5. Computing Capabilities of the Q7 Module
6. Applications and Usage of the Q7 Module
7. Reference Platform for Q7 Modules
8. Size and Compactness of the Q7 Module
9. Cooling and Power Consumption of the Q7 Module
10. Conclusion

The New Q7 Module with Embedded G-Series Processors

The Q7 module, recently introduced by MSC, is a combination of the embedded G-Series processors from AMD. This compact module offers a powerful CPU and a highly capable graphics unit, making it suitable for a wide range of industrial applications. In this article, we will explore the specifications, graphics capability, computing capabilities, and various applications of the Q7 module.

Specifications of the Q7 Module

The Q7 module measures 7x7 cm, making it extremely compact. It incorporates the AMD G-Series processor on one side and the A50M IO Controller Hub on the other. The module comes equipped with up to 4 GB of soldered RAM, with the option for additional memory chips. It can also accommodate a flash disc of up to 32 GB in size.

Graphics Capability of the Q7 Module

One of the standout features of the Q7 module is its impressive graphics capability. The integrated graphics unit offers performance levels previously only achievable with external graphics cards. This module can drive up to two independent graphics channels, with each channel capable of displaying up to full HD resolution. The graphics channels can even have independent content, enabling dual independent display functionality. The graphics channels support HDMI and DisplayPort 1.1a outputs.

Computing Capabilities of the Q7 Module

In addition to its graphics prowess, the Q7 module can also be used for general-purpose computing tasks. The embedded G-Series processor's graphics unit can be utilized as a background turbocharger for computing-intensive applications. By leveraging the OpenCL library, developers can harness the vast computing capabilities of the graphics unit. This allows for the realization of highly demanding applications that were previously only feasible with much larger processors.

Applications and Usage of the Q7 Module

The Q7 module is an ideal choice for applications that require high-resolution and large-size graphics, such as Advertising panels, digital signage, and point-of-information displays. It excels in delivering stunning visual content. However, its computing performance also makes it suitable for other applications, including cash registers and various industrial applications. The versatility of the Q7 module makes it a valuable tool for a wide range of industrial uses.

Reference Platform for Q7 Modules

To facilitate testing and evaluation, MSC provides a reference platform in the ATX form factor. This platform, equipped with a Q7 module, allows users to perform various tasks and access all the module's interfaces. However, for space-constrained applications, MSC offers the Q7-MB-EP4, a compact 3.5-inch application board. This board provides access to interfaces such as DVI, LVDS, USB, SATA, and more.

Size and Compactness of the Q7 Module

Despite its powerful capabilities, the Q7 module boasts low power consumption, making it suitable for passive cooling. This not only enhances reliability but also enables the realization of compact applications. Although the ATX reference platform may seem large, MSC is continuously working on even smaller and more compact baseboard realizations, further reducing the overall system size.

Cooling and Power Consumption of the Q7 Module

Thanks to its low power consumption and efficient passive cooling, the Q7 module offers a reliable solution for both stationary and portable applications. Its compact design allows for the development of portable devices without sacrificing performance. The Q7 module's cooling and power consumption characteristics make it an ideal choice for a wide range of industrial applications.

Conclusion

The Q7 module with embedded G-Series processors from AMD is a powerful and versatile solution for a variety of industrial applications. Its compact size, impressive graphics capability, and computing prowess make it suitable for applications ranging from digital signage to cash registers. With its low power consumption and passive cooling, the Q7 module offers reliability and performance. As more applications demand high-resolution graphics and advanced computing capabilities, the Q7 module provides an efficient and reliable solution.

Highlights

• The Q7 module combines powerful CPU and graphics capability
• Supports up to two independent graphics channels with full HD resolution
• Computing-intensive applications can leverage the graphics unit
• Suitable for high-resolution graphics applications and computing tasks
• Compact size allows for portable applications
• Passive cooling ensures low power consumption and reliability
• Versatile solution for a wide range of industrial applications

FAQ

Q: What are the Dimensions of the Q7 module? A: The Q7 module measures 7x7 cm, making it extremely compact.

Q: Can the Q7 module drive multiple independent displays? A: Yes, the Q7 module can drive up to two independent graphics channels with full HD resolution.

Q: Does the Q7 module support computing-intensive applications? A: Yes, the embedded G-Series processor's graphics unit can be utilized for general-purpose computing tasks.

Q: What are the typical applications of the Q7 module? A: The Q7 module is ideal for applications requiring high-resolution graphics, such as digital signage and advertising panels. It is also suitable for cash registers and various industrial applications.

Q: Is the Q7 module suitable for portable applications? A: Yes, the Q7 module's compact size and low power consumption make it ideal for portable applications.

Q: How does the Q7 module handle cooling and power consumption? A: The Q7 module has low power consumption and can be effectively cooled passively, ensuring reliability in various industrial environments.