MAX16543GPC+

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAX16543GPC+ is a system management chip that is specifically designed to provide power control and sequencing for an electronic system such as a PC. This system management chip provides a real-time chip-level monitoring and reporting data for PC system health and energy efficiencies. It provides system designers with a cost effective way to meet and improve system power management requirements. The MAX16543GPC+ has three primary application fields: power control and sequencing, monitoring and reporting system health, and energy efficiency.

Power Control and Sequencing

Power control and sequencing are the primary application fields for MAX16543GPC+. This system management chip provides precise control of power and sequencing of power states for microprocessors, memory, and other components of a computer system. It supports power sequencing in both active and sleep states including wake-on-LAN on PCI Express, USB, and Direct Media Interface.

The MAX16543GPC+ provides up to 8 levels of system power control and up to 4 levels of auxiliary voltage control. It also supports dynamic sequential power management for automatic power sequencing of system power states. In addition, this system management chip also provides support for user-defined power states, allowing for greater flexibility in power control and sequencing.

Monitoring and Reporting System Health

The MAX16543GPC+ provides real-time chip-level monitoring and reporting data for PC system health. It monitors and reports system health information such as system voltage, current, and temperature in accordance with the Intel® PMBus™ specification. This system management chip supports monitoring up to four system temperatures, up to two system currents, up to two system voltages, and up to four power rails. Additionally, it provides support for user-defined monitoring of system health data as well.

The MAX16543GPC+ also provides alarm functions for system health. It can generate system health warnings and shut down the system in the event of a critical system health failure. Additionally, this system management chip can provide notifications to a user through various communication protocols when certain system health thresholds are reached.

Energy Efficiency

The MAX16543GPC+ supports green computing initiatives through providing energy efficiency in the computer system. This system management chip supports features that are designed to reduce energy-consuming operations and increase system efficiency. These features include support for processor and component power management, dynamic power control, and adaptive voltage scaling.

The MAX16543GPC+ also provides support for rapid wake and hibernation of the computer system. It is capable of power-cycling components within milliseconds, which reduces the system-level standby power usage by up to 40%. In addition, this system management chip also supports power capping, which adjusts the power consumption of a PC system as required to meet Energy Star guidelines.

The MAX16543GPC+ is a system management chip that provides power control and sequencing, monitoring and reporting system health, and energy efficiency for an electronic system. It provides a cost-effective solution to meets the power management needs of a PC system. System designers can leverage the MAX16543GPC+ to achieve their system power requirements and optimize system performance and energy efficiency.

The specific data is subject to PDF, and the above content is for reference