Zoom de imagen

DFX Bitstream Monitor

por: AMD

Número de pieza:
- No Charge
Soporte de herramientas de diseño: Vivado Software
Incluido: Vivado Software
Licencia: End User License Agreement
Compatibilidad de dispositivos: Kintex 7, Kintex UltraScale, Kintex UltraScale+, Virtex 7, Virtex UltraScale, Virtex UltraScale+, Zynq UltraScale+ RFSoC, Zynq UltraScale+ MPSoC, Artix 7, Zynq 7000

Overview
Documentation
Supported Tool Version

Product Description

The Dynamic Function eXchange (DFX) Bitstream Monitor can be used to identify partial bitstreams as they flow through the design. This information can be used for debugging or to help manage system applications such as blocking bitstream loads. Identifiers embedded at key places in partial bitstreams are extracted are reported by the core. This information can be passed to Vivado™ HW Debugger using an ILA core to work out what partial bitstream was fetched, if it was fetched in its entirety, and how far through the datapath it went.

This core is intended for enclosed systems where all of the Reconfigurable Modules are known to the controller. The optional AXI4-Lite register interface allows the core to be reconfigured at run time, so it can also be used in systems where the Reconfigurable Modules can change in a deployed system. The core can be customized for number of Virtual Sockets, number of Reconfigurable Modules per Virtual Sockets, operation and interface.

Key Features and Benefits

ICAP, AXI4MM (partial support), AXI4-Lite and Generic datapaths supported
Partial Bitstreams can be traced in the Configuration Engine
Live and buffered status
Optional Signal based or AXI4-Lite control
Optional AXI4-Lite status (signal status is always available)

Resource Utilization

Performance and Resource Utilization for DFX Bitstream Monitor

Documentation

Vivado Release Notes

The most updated Vivado Release Note.

View Release Note

PG376 - Dynamic Function eXchange Bitstream Monitor v1.0 Product Guide (PG376) (v1.0)

This core can be used to identify partial bitstreams as they flow through the design. This information can be used for debugging or to help manage system applications such as blocking bitstream loads.

View Product Guide