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Atom cpu modules come in various types. Here are some of them:
TREFL x86 series atom cpu modules
This is a series of high-performance computing atom CPU modules based on the X86 architecture. They are designed for seamless integration into embedded systems. These models provide software compatibility with existing x86 applications for easy migration.
INEL-A1392-4264
The Intel-A1392-4264 model features a 1.5 GHz quad-core processor with integrated graphics. It runs smoothly even on demanding computation systems. Its compact form factor allows for easy deployment in space-constrained environments.
TREFL RISC series atom cpu modules
The RISC series modules are optimized for energy efficiency in embedded computing. They deliver powerful performance with minimal power consumption. This makes them ideal for mobile and remote applications.
Intel X-1
It is a modular CPU and GPU solution designed to deliver exceptional performance in a wide range of applications. Its innovative architecture enables easy upgrades and scalability, making it suitable for both consumer and enterprise environments.
Atom T processor
The Atom T processor family is designed for mission-critical and industrial applications. It provides long-term availability and reliable performance even in extreme conditions. This gives users peace of mind in demanding environments.
Here are some key specifications and functionalities of atom cpu modules:
Performance specifications
Intel Atom processors feature up to 8 cores and clock speeds reaching 2.0 GHz. Also, the Atom T series supports up to 8 GB of DDR3 RAM for multitasking. This makes it suitable for running multiple applications concurrently.
Thermal design
The thermal design of the Atom CPU modules ensures efficient heat dissipation. This allows them to operate under extreme temperatures. The modules can function within a range of -40°C to 85°C, making them ideal for outdoor and industrial use.
Power Specifications
The Intel Atom processors are designed with power efficiency in mind. Most models have a thermal design power (TDP) range of 6 to 10 watts. This helps to minimize energy consumption. It also reduces operating costs and extends battery life in portable devices.
Connectivity and expandability
These modules include multiple connectivity options such as USB 3.0, SATA, and Gigabit Ethernet. They support seamless integration into various systems. For expandability, most Atom CPU modules feature PCIe slots that allow users to add custom hardware.
Form factor and compatibility
The Atom T series and other modules come in compact design. The designs are typically based on the 6U VME standards. They are compatible with a wide range of embedded operating systems. They include Windows, Linux, and real-time OS, offering flexibility in development.
Covers the commercial value of atom cpu modules:
Industrial solutions
Atom cpu modules are widely used in the industrial markets. The T series provides reliable performance for tasks like automation and monitoring. Their long lifecycle support enhances value in industries where system longevity is crucial for minimizing costs and disruptions.
Cost-effective mobile computing
In the consumer market, Intel Atom processors offer an affordable solution for mobile devices like tablets and 2-in-1 laptops. Though designed for portability, they still provide good battery life. This allows users to remain productive without spending a lot of money.
Versatility in applications
Atom CPU modules provide versatile solutions across different sectors. This includes retail, healthcare, and transportation. From digital signage to point-of-sale systems, these processors handle specific tasks efficiently. Their compact form factors allow easy integration into space-constrained environments.
Fanless Design
The fanless design of most atom cpu modules makes them ideal for environments that require low noise levels. These modules can be used in settings like hospitals and offices. They won’t contribute to noise pollution or disrupt operations.
Cloud computing and IoT capabilities
As edge computing and IoT gain traction, Intel Atom processors are positioned to support these trends. They help manage data processing right from the devices. This helps to reduce latency and improve system responsiveness. Thus, making them valuable for smart grid applications and connected devices.
Here are some scenarios where atom cpu modules are applied:
Edge computing in industrial automation
The Intel Atom processor E39xx series CPU modules are used in edge devices on factory floors. These modules help process data real-time, reducing the need to send information to distant clouds for analysis. By acting as local control hubs, they enable quick decision-making. As a result, there is improved efficiency and reduced downtime in industrial operations.
Digital signage and high-resolution displays
Atom cpu modules power smart and dynamic digital signage systems across retail stores and transportation hubs. The modules seamlessly manage high-definition video content. Therefore, they provide vibrant displays that attract customer attention and enhance brand experiences. Their compact size enables easy installation into the slim designs of signage displays.
Medical Imaging Systems
In healthcare, Atom cpu modules are integral to diagnostic imaging. They efficiently process large multimedia files in devices like MRI and CT scanners. Therefore ensuring high-quality images as well as speeding up patient diagnosis. Their reliability and fanless designs also maintain the systems’ uninterrupted operation in sensitive clinical environments.
Point-of-Sale Systems
Retail and hospitality industries deploy Atom cpu modules in point-of-sale systems. They handle transactions quickly and smoothly and ensuring long wait times for customers. Their power efficiency also helps operators save energy costs. This provides an affordable solution for managing POS tasks in different environments.
Smart Home Devices
Atom cpu modules have become a core part of smart home systems like security cameras and smart thermostats. They provide the necessary processing power for IoT devices to collect and transmit data. This enables them to perform real-time analytics. This ensures these modules enhance home security and energy management.
Here are some factors wholesale buyers should consider when choosing atom cpu modules:
Performance specifications
Buyers should check the core count and clock speed of the atom cpu modules. Such specifications directly affect the performance of the modules. Modules with higher core counts and greater clock speeds are ideal for heavy tasks. Those with low core counts and clock speeds are ideal for basic computing tasks. They should also consider the processing power to ensure the modules can handle the intended applications.
Compatibility
Wholesalers should look for cpu modules whose processors can integrate easily with their operating systems. The modules should also support various software applications. Buyers should consult with the manufacturers’ technical team to get further details on compatibility.
Thermal management
Atom cpu modules are used in rugged industries. In these industries, efficient thermal management is critical to the performance and reliability of the modules. When choosing the modules, buyers should consider those with robust heat sinks and watt cooling solutions. These thermal management solutions will ensure the atom cpu modules perform effectively even in hot environments.
Power specifications
CPU modules can be used in power-sensitive applications. To ensure the modules operate at optimum efficiency, buyers should focus on the thermal design power ratings. They should also look for power-efficient atom cpu modules as they will help their customers reduce operating costs.
Form factor
CPU modules come in different form factors. For the right one, buyers should consider the environments where their clients intend to install the modules. Additionally, the space available for installation is another critical factor to consider. More importantly, the equipment manufacturers for which the cpu is meant should be a priority. Ensure the form factor is compatible with the manufacturers' equipment.
Longevity and support
Many industries customers require long-term support for their products. When selecting atom cpu modules, buyers should consider the manufacturers’ reputation for providing long-term support. They should also consider modules with long lifecycles for enhanced stability.
Atom cpu modules are mostly used in the industrial, medical, and embedded computing markets. The Intel Atom E39xx , in particular, are designed for mission-critical tasks. They ensure reliable performance even under rugged conditions.
Yes, they are. Atom cpu modules are designed with power efficiency in mind. Most of them have a thermal design power range of between 6 and 10 watts. This helps reduce energy consumption, making them ideal for portable devices and power-sensitive applications.
Yes. Most Atom CPU modules are designed for long product lifecycles. This makes them ideal for industries that require long-term stability, such as aerospace and industrial automation. They provide extended support for the same product over many years. This helps in reducing the need for frequent upgrades or replacements.
Yes, atom cpu modules are equipped with multiple cores. This gives them the capability to multitask efficiently. The modules can handle various applications simultaneously without compromising performance. Users can run resource-intensive programs seamlessly and improve overall productivity.
