Welcome to Avnet Heat Sink for Kria K26
The Avnet Heat Sink for Kria K26 is designed specifically for the AMD-Xilinx Kria K26 system on module (SOM). The heat sink mounts directly to the heat spreader plate that comes standard on the K26 SOM. This solution is “turn key” as it includes the mounting hardware as well as the interface “gap” material preinstalled on the heat sink.
The Avnet Heat Sink for Kria K26 is designed to provide passive relief for designs up to 10W in room temperature (approximately 26C) applications. Designed with flexibility in mind, mounting holes in the heat sink allow for the addition of a standard 50x50mm fan. The addition of a fan provides maximum thermal relief capability allowing for higher power and higher ambient temperature operation. Power and environmental parameters should be considered when selecting your solution. Whether passive or active, Avnet's heat sink for Kria K26 has you covered!
image

Technical Specification

Click on the images to enlarge

Front View
Front Image
Front Top View
Front Top View
Left Angle View
Left Angle View
Right Angle View
Right Angle View
Top View
Top View
Pins View
Pins View
Back View
Back View
Bottom View
Bottom View

Technical Documents

Product Brief

Related Blog Posts
  • Program MiniZed over WiFi using Simulink

    Though MiniZed be but small, she is fierce. A terrible use of Shakespeare’s famous quote, but still a perfect fit for MiniZed™︎ and its Xilinx Zynq™︎ SoC. In this blog we’ll explore a new way to program this fierce little board without being ...
  • Transceiver Tech Tips - Tuning Your Transceiver

    Throughout my career as an engineer, one thing has always stuck out to me.  Process.  There is always a process for everything.  Be it for somewhat complex reasons, such as the need to heat soak a board properly when attaching BGA comp...
  • Estimating Xilinx power requirements

    Xilinx FPGAs provide a tremendous amount of design flexibility. Because they are so versatile, defining your power requirements isn’t as straightforward as simply reading an input voltage and load current requirement. You have core rails, auxiliary r…