Description
The aluminum Heat Sink is meticulously engineered to provide maximum heat dissipation, ensuring that your ComputeBlade operates at optimal temperatures. Its sleek design complements the aesthetics of your setup and contributes to the longevity and stability of your system.
The ComputeBlade heat sink is the result of extensive testing and optimization, ensuring that your ComputeBlade remains cool and efficient, even under demanding conditions.
The ComputeBlade has not been validated without the addition of the Fan Unit, BladeRunne, and Heat Sink. The ComputeBlade, compute modules, and other accessories shown in the images are for illustration purposes and are sold separately. They are available in three colors, allowing you to color-code your individual ComputeBlades.
Note: The images show several heatsinks next to each other for illustration and comparison purposes. Each heatsink is sold individually.
Key Features
- Integrates within ComputeBlade
- Thermal Conductivity: 229 W/mK
- Optimized heat removal
Specifications
- Compatibility: ComputeBlade RC2, V1.0
- Dimensions: 40 x 86 x 9 mm
Documentation
FAQs
Q:
What is a ComputeBlade?
A:
The ComputeBlade, is an enterprise grade rack-mountable, PoE-powered carrier board for Raspberry Pi Compute Module 4, allowing you to create a blade server.
Q:
What is a blade server?
A:
A blade server is a compact, self-contained computer server, specifically designed to minimize the use of physical space and energy. Unlike traditional rack-mount servers, which are standalone servers that require individual components such as network and storage interfaces, blade servers are housed in a chassis that provides these resources collectively. This setup allows for a high density of servers, which can share power, cooling, networking, and storage facilities provided by the chassis.
Blade servers are particularly suitable for environments requiring high compute density without the need for a lot of individual storage, like web hosting, virtualization, and cloud computing services.
Q:
How does active ventilation enhance the performance of my ComputeBlade?
A:
Active ventilation is crucial when your ComputeBlade operates under high loads. By maintaining optimal temperatures with our Fan Unit, you ensure peak performance and longevity of your server components, preventing thermal throttling and potential hardware damage.
Q:
What makes the Smart Fan Unit a smart choice for my cooling needs?
A:
The Smart Fan Unit goes beyond basic cooling with its advanced RP2040 microcontroller. This allows for customizable operating logic, integration of additional sensors for detailed environmental monitoring, and precise temperature control, all contributing to smarter energy usage and improved server performance.
Q:
Can I control and monitor the Smart Fan Unit remotely?
A:
Yes, the Smart Fan Unit's smart features include remote monitoring and control capabilities. This allows you to fine-tune your cooling strategy from anywhere, ensuring that your ComputeBlade operates within the ideal temperature range at all times.
Q:
How does the STA Fan Unit differ from the Smart Fan Unit?
A:
While the STA Fan Unit shares the same high-quality fan and form factor as the Smart Fan Unit, it operates without the programmable microcontroller, making it a plug-and-play solution for those who prefer simplicity without the need for custom applications
Q:
Is the installation of the Fan Units complex?
A:
Not at all. Both the Smart and STA Fan Units are designed for seamless integration with the ComputeBlade enclosures, requiring no additional wiring or complicated setup. They are an easy-to-install, efficient solution to maintain the optimal operating temperature of your ComputeBlade.
