DP83847ALQA56A

Introduction

The DP83847ALQA56A is an Ethernet transceiver integrated with an Auto MDIX auto-sensing Medium Attachment Unit (MAU). This product is an ideal solution for dual-port applications, supporting reliable high-speed Ethernet connections for harsh environments, making it an excellent solution for industrial communications, automotive and industrial Ethernet applications.

Application Field

The DP83847ALQA56A is a low power, low latency, low-cost Ethernet transceiver, with many benefits such as:

• Optimized for industrial communications and other harsh environments
• Ideal for automotive applications
• Low power consumption for energy-efficient systems
• Integrated Auto MDIX and Auto-sensing MAU technologies
• Switching rate up to 2.5Gbps (Industrial compliance)

The low power consumption and reliability of the DP83847ALQA56A make it an excellent solution for many industrial applications, such as:

• Industrial network systems
• Building/infrastructure automation
• Medical device networking
• Automotive Ethernet applications
• Telecommunications

Working Principle

The DP83847ALQA56A includes the Auto MDIX and Auto-sensing MAU technologies which enable it to automatically detect the wired link connection between two devices and adjust configuration accordingly, for optimal speed and performance.

Moreover, the product is highly reliable and provides accurate, low latency transmission and reception of Ethernet signals, with rates up to 2.5Gbps.

The integrated Auto MDIX and Auto-sensing MAU technology of the DP83847ALQA56A makes it ideal for time critical industrial and automotive applications, as it automates the Ethernet link connection process to improve link setup time.

Conclusion

The DP83847ALQA56A is a high-performance, low power Ethernet transceiver, ideal for industrial communications, automotive and industrial Ethernet applications. This product integrates Auto MDIX and Auto-sensing MAU technologies, enabling it to detect wired links automatically and automatically adjust connection configuration, resulting in improved link setup time, low latency and high speed transmission. Finally, its low power consumption makes it an energy-efficient solution for many industrial and automotive applications.