Superb Design Engineering. Global computer hardware and electronics manufacturer fusing innovative design with cutting-edge technology. #AkasaTech
Global
Joined May 2018
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We didn't plan a heist... we just ended up in one 🕵️
With Lupin Part 4 out, here's a throwback to our Maze case cameo in S3E4 at 19:25!
Three antennas on a Pi 4? Let's ignore that. 😅
The case itself? Fanless, aluminium and cool under pressure.
🤖 Made with AI
As server cooling demands grow, choosing the right liquid cooling solution matters. Explore Akasa's 1U, 2U and 4U open-loop and closed-loop coolers for AI, HPC and data centre applications.
👉 Read more: akasa.co.uk/press-and-media/…
This 2U Micro-ATX case supports Intel® CPUs up to 35W TDP, with an integrated 150W fanless PSU and four hot-swappable 2.5" drive bays.
Watch the full guide on YouTube (@akasa_tech).
Kepler or Kepler R? Both are 2U fanless cases supporting Intel® Core™ Ultra CPUs up to 35W TDP.
Kepler features a 150W integrated fanless PSU, while Kepler R offers a 120W redundant hot-swappable PSU for added reliability in critical applications.
🤖 Made with AI
400W of heat, equivalent to four 100W incandescent bulbs. Can active cooling handle it?
Our server coolers use copper heatpipes, aluminium fins and PWM fans to dissipate CPU heat, supporting demanding AMD EPYC™ and Threadripper™ workloads in HPC and data centres.
🤖 Made with AI
The right cooling starts with the right fit.
Our 2U and 4U active server coolers offer flexible cooling for Intel® Xeon® and AMD EPYC™ processors. From compact 66.5mm designs supporting up to 320W TDP to larger 4U coolers for higher thermal demands.
🤖 Made with AI
425W of CPU heat. Can air cooling handle it?
Explore Akasa's active server coolers for Intel® and AMD processors, featuring up to 425W TDP cooling across 2U and 4U designs. Supporting LGA4677/LGA4710 and SP6/sTR5 sockets for demanding HPC and server systems.
How does HPC liquid cooling work? Heat transfers from the CPU through the cold plate into circulating coolant, which carries it to the radiator for dissipation by cooling fans.
See how our liquid coolers manage demanding server thermal loads.
🤖 Made with AI
Choosing the right HPC liquid cooler? Consider thermal capacity, CPU socket compatibility and server rack height to find the right fit for your system.
Explore three key factors when selecting your cooler, or speak to our team for guidance.
🤖 Made with AI
A fantastic few days at the @Raspberry_Pi Partner Event 2026 in Windsor!
Proud to share our fanless thermal solutions, including our new Fermi CM5, and connect with fellow partners.
A big thank you to the Raspberry Pi team for organising such a great event!
One month to go until electronica 2026! Join us in Munich to explore Akasa's latest fanless cases and high-performance cooling solutions for industrial, embedded and server computing.
Planning to attend? Book a meeting with our team 👇 xjcj8or0vzg.sg.larksuite.com…
Take your Raspberry Pi CM5 setup from desktop to rackmount. See how to install our Fermi CM5 with the optional 1U 10-inch rackmount front panel, offering a space-efficient solution for network closets, home labs and edge computing environments.
📷 A-RA18-M1B
Building a fanless Raspberry Pi CM5 system? Install the CM5 and IO Board into our Fermi CM5, featuring aluminium thermal modules and pads for passive cooling up to 10W TDP. Its slim 1U design is ideal for embedded, industrial and commercial applications.
📷 A-RA18-M1B
Compact, silent and built for long-term use. The Fermi CM5 is a 0.8L fanless aluminium case for Raspberry Pi CM5, supporting up to 10W TDP, M.2 NVMe storage and flexible mounting for industrial, IoT, digital signage and edge AI applications.
📷 A-RA18-M1B
Meet the Fermi CM5, a compact 0.8L fanless case for Raspberry Pi CM5. Supporting up to 10W TDP, it offers M.2 SSD cooling, flexible mounting and full IO access for industrial, IoT and edge AI applications.
👉 Read more: akasa.co.uk/press-and-media/…
Akasa micro fans and blower fans support compact cooling in drone controllers, pico projectors, 3D printers and embedded electronics, with flexible form factors designed for tight internal spaces and varied thermal layouts.
📷 Akasa Micro Fans & Blowers
Micro fans and blower fans cool compact electronics in different ways. Learn how their airflow differs, where each works best, and how they suit applications from drones and SSDs to pico projectors and VR/AR devices.
👉 Read more: akasa.co.uk/press-and-media/…
From drone controllers, pico projectors and compact 3D printers, Akasa micro and blower fans support cooling across a wide range of compact devices. Their small form factors make them easier to integrate into products with different thermal layouts.
📷 Akasa Micro Fans & Blowers