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Maandag 08:30 - 17:00 Dinsdag 08:30 - 17:00 Woensdag 08:30 - 17:00 Donderdag 08:30 - 17:00 Vrijdag 08:30 - 17:00

Asperitas

Name: Asperitas
Address: Laarderhoogtweg 18, Amsterdam Centrum, 1101EA, NL
Telephone: +31889600000

Asperitas is a clean and high-tech company from The Netherlands, developers of award-winning Immersed Computing® technology solutions for datacentres.

Asperitas is a clean-tech company focused on greening the cloud with Immersed Computing®. Asperitas Immersed Computing generates 45% of energy savings on an average hosting platform while allowing for five times the amount of IT within the same facility. Come, see and experience for yourself at the Asperitas Experience Centre in Amsterdam!

28/07/2026

The World Economic Forum recently published an article by Honghao Deng, CEO of Butlr Technologies, on what it will take to make AI datacenters more sustainable.

➡️ Among the solutions it highlights are and .

That reflects how priorities are changing as AI infrastructure continues to evolve.

The article also points to a challenge many operators are already experiencing: traditional inspection methods can't keep up with AI workloads that generate denser and more dynamic heat. Manual checks worked when infrastructure was built around predictable CPU loads. And they're becoming much harder to rely on today.

At Asperitas, we've been seeing this shift for years. Cooling is no longer just about preventing hardware from overheating. It's becoming one of the decisions that shapes infrastructure design alongside power, location and workload requirements.

The conversation around AI infrastructure is expanding beyond compute. That's an important step, because building the next generation of AI infrastructure isn't only about deploying more compute. It's about designing infrastructure that can manage the heat that comes with it.

🔗 Read the full article here:
https://ow.ly/k99n50ZqEYX

21/07/2026

Most discussions about AI infrastructure focus on compute. Chips, GPUs, who's buying what. The conversation about cooling is much quieter, even though it's becoming one of the biggest constraints on AI deployment.

IBM's recent earnings offer an interesting signal. The company reported that customers delayed software and consulting purchases while accelerating investment in servers, storage and memory to support AI infrastructure.

📈 Investment is shifting toward physical AI infrastructure.

What receives less attention is what happens once that hardware is deployed. As compute density increases, many facilities are approaching the limits of what they can power and cool efficiently. AI infrastructure is no longer constrained only by GPU availability. It's increasingly constrained by the ability to manage heat while maintaining reliable performance.

At Asperitas, we believe cooling should be considered alongside compute from the start, not after deployment. That's exactly why immersion cooling was developed: to support high density AI workloads reliably and efficiently as thermal demands continue to grow.

The next phase of AI won't be defined only by faster chips. It will also be defined by the infrastructure capable of supporting them.

14/07/2026

Why does simulation still need physical validation? 🤔

Following Sofia Mendoza's presentation at Siemens Europe 2026, an audience member asked whether a simulation model could be fully validated using component data provided by manufacturers.

It's a fair question, but in practice the answer is rarely straightforward.

While manufacturers may provide CAD models and technical specifications, they don't always include every detail needed to accurately represent how a component behaves within a complete system. As a result, engineering models inevitably rely on assumptions that must be validated against real-world performance.

This is why physical testing remains an essential part of the engineering process. It allows engineers to compare expected and measured behaviour, refine their models and build confidence in the simulation results.

The discussion was a valuable reminder that accurate simulation doesn't start with software alone. The real value comes from knowing you can trust the model.

Thank you to Siemens for bringing together the engineering community and to everyone who joined Sofia's session "Simulation that learns" and contributed to the discussion.

23/06/2026

How can simulation make engineering more efficient?

The value of any engineering model depends on how closely it reflects reality.

At Realize LIVE Europe 2026, Sofia Mendoza, Simulation Engineer at Asperitas, will share how we use Siemens Simcenter Flomaster to model immersion cooling systems and connect engineering models with real operational data, taking an important step towards Digital Twin capabilities.

This approach helps engineers answer critical questions earlier in the design process.

Join Sofia's session "Simulation that learns" to learn how simulation and operational data can help reduce development costs, improve validation and support more informed engineering decisions.

📍 RAI Amsterdam
📅 29 June 2026

20/06/2026

A lot can happen in six months, especially at Asperitas 🌅

Yesterday, we came together for our summer event to celebrate the progress we've made and reflect on a busy and rewarding first half of the year.

New partnerships, product milestones and customer wins that took a lot of work, collaboration and dedication to achieve.

We enjoyed a BBQ, caught up with colleagues and made the most of the Dutch summer while it lasts.

We're entering the second half of the year with plenty of ambition, great energy and exciting opportunities ahead!

11/06/2026

Another four DFCX1 systems leaving the warehouse 🚀

After manufacturing, assembly, fluid filling, testing and final preparation, these systems are now ready for shipment to the US.

One more step towards new deployments in the field.

28/05/2026

Introducing Horizon at Cisco Live Las Vegas, May 31 - June 4

A compact immersion cooling edge AI system physically designed to accommodate the Cisco Unified Edge Server.

As AI infrastructure moves into more operationally demanding environments, immersion cooling opens new possibilities for edge deployments.

Designed for operating conditions where systems must perform reliably despite dust, vibration, temperature variation, limited maintenance access and strict space constraints.

Key characteristics:

• Compact and deployment ready
• Modular design
• Environment proof
• Silent operation
• Integrated monitoring and safety
• Up to 18.4kW cooling per 5U
• Suitable for wall and ground mounting

Explore Horizon and download the product catalogue here: https://lnkd.in/ekK3Qvav

The demo at uses Shell immersion cooling fluid.

📍 Cisco Live, Las Vegas
📆 May 31 - June 4

21/05/2026

What happens when AI infrastructure moves outside the datacentre, closer to where data is generated?

⚒️ AI workloads are increasingly being deployed across mining, energy, manufacturing, logistics, healthcare, defence and retail environments where infrastructure must operate reliably outside traditional IT conditions.

These deployments cannot depend on controlled datacentre conditions. They require local processing, operational continuity and reliable performance directly at the point of operation.

At the same time, they introduce challenges such as dust, vibration, temperature variation, limited maintenance access and strict space constraints where traditional air cooling infrastructure becomes difficult to maintain consistently.

➖ These operating realities shaped how our team developed the new system, Horizon.

A compact immersion cooling edge AI infrastructure system designed for distributed and demanding environments, physically designed to accommodate the Cisco Unified Edge Server.

At , we will present Horizon and discuss how immersion cooling can support reliable AI infrastructure beyond the traditional datacentre.

📍 Cisco Live, Las Vegas
📆 May 31 to June 4

14/05/2026

On May 15, our CEO Rutger de Haij will join the Dutch Saudi Arabia AI Infrastructure & Data Centers Dialogue in Amsterdam.

The conversation will focus on what scaling AI infrastructure across markets looks like in practice. Infrastructure readiness, operational complexity, deployment strategy and long term efficiency are now closely connected.

As AI workloads continue to increase, infrastructure decisions made today will shape performance, energy use and deployment flexibility for years ahead.

Rutger will share Asperitas perspective on thermal management, infrastructure integration and how Immersed Computing® fits into the broader shift toward more efficient AI infrastructure.

Looking forward to sharing perspectives together with industry leaders from across the ecosystem.

📍 Radisson Blu, Amsterdam City Center
🕙 10:00 am
📆 May 15, 2026

08/05/2026

The EU Code of Conduct for Datacentres shaped European thinking on efficiency long before the Energy Efficiency Directive (EED) introduced mandatory reporting requirements.

What makes it still relevant today is its broader engineering perspective.

The Code focuses on how cooling, power, monitoring, water consumption, heat reuse and thermal management perform together at system level.

As rack densities continue to increase, many of the operational goals promoted by the EU CoC are directly addressed through immersion cooling architecture.

In our latest Knowledge Hub article, we explore why the EU CoC still matters, how it connects to emerging European regulation and why cooling architecture plays a bigger role in long term infrastructure efficiency than often assumed.

👉 Read the full article here: https://www.asperitas.com/knowledge-hub/european-code-of-conduct-datacentres

Adres

Laarderhoogtweg 18
Amsterdam Centrum
1101EA

Openingstijden

Maandag	08:30 - 17:00
Dinsdag	08:30 - 17:00
Woensdag	08:30 - 17:00
Donderdag	08:30 - 17:00
Vrijdag	08:30 - 17:00

Telefoon

+31889600000

Website

http://www.asperitas.com/

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