Learn more about Monitoring IP core
The Xilinx Zynq-7000 All Programmable SoC already has plenty of processing power onboard. But the presence of powerful twin Cortex-A9 processors and associated peripherals in Zynq's application processing unit (APU) should not keep you from adding one or more MicroBlaze processors in the same package, if your application would benefit from them.
Validation of power supply voltage at the FPGA; real-time monitoring of Vccint power consumption; realistic power estimates using accurate on-die temperature measurement.
The fast track development and 24x7 operations have put tremendous pressure on the servers, networking systems and communication equipments. It has become necessary that these systems should operate reliably irrespective of the change in external operating environment like the temperature, humidity, and power fluctuations or, on chip conditions like on-chip temperature, internal voltage levels etc. Measuring the reliability of these physical systems is must for every operational unit.
In this article, we’ll review the feature set of Ethernet MAC blocks in Virtex-5 devices. We’ll also describe the differences between Virtex-5 and Virtex-4 FX Ethernet MACs, illustrate some potential applications, and describe how to use standard Xilinx tools to integrate an Ethernet MAC into your design.
In this work, the authors propose a centralized performance monitoring architecture to efficiently collect, correlate, and process architectural events across multiple hardware components. Their design introduces Event Monitoring Units (EVUs) that capture and forward microarchitectural events to an Advanced Performance Monitoring Unit (APMU).
Discover why scaling modern SoCs requires more than just sensors. Learn how the proteanTecs hardware monitoring system uses a unified infrastructure to connect
