Kevlinx Review 2026. Is kevlinx.com good or bad on providing Data Center services?

📄 Editorial Review

(3*) 🔧 Services: Data Center Own datacenter
Kevlinx Data Centers (est 2016) is a European data center and colocation operator built around high-density compute, carrier-neutral interconnection, and a sustainability-driven operating model. They do not behave like a traditional web hosting provider with shared hosting, VPS checkout pages, or "small website" bundles. Their core service is providing scalable space, power, cooling, and network access for enterprise platforms, cloud ecosystems, and AI/HPC workloads that need serious headroom.

The service stack is structured around colocation options that can start at rack level and expand into private environments such as cages or suites, paired with connectivity building blocks like cross-connects, meet-me-room access, and multi-provider carrier options. For customers running distributed or hybrid architectures, the goal is to keep deployments flexible while still giving a clear path to grow within the same campus rather than relocating as requirements increase.

Operationally, they support customers with an integrated approach: facility services, connectivity coordination, and a customer portal used for practical day-to-day actions such as service requests, support tickets, visibility into power usage, and billing access.

On the corporate side, they offer long-term infrastructure backing and a build/operate strategy aligned to multi-year capacity expansion rather than short-cycle hosting sales. Sustainability is treated as part of the platform design with targets and commitments that matter for both efficiency and compliance-oriented procurement.

💰 Price & Cost

Kevlinx does not present public, standardized pricing tables for racks, cages, or suites on the main service pages. Colocation in this category is typically scoped and priced based on the footprint, power density, cooling approach, security/access requirements, and add-on services such as hands-on support, logistics, and migration assistance.

Because of that, the cost model is best understood as solution-led contracting rather than fixed retail hosting. Public pages do not clearly show a consumer-style money-back guarantee, a detailed refund schedule, or a standardized payment-method list.

🏢 Data Center

The primary operational campus is BRU01 in Brussels, Belgium, positioned in the northern Brussels City Region with convenient access to the airport. The campus is designed to support carrier-neutral deployments and customers who need both a practical entry point and a realistic expansion runway.

Capacity is has a structured growth path: an initial phase delivering 16 MW of IT capacity, an expansion path to 32 MW, and an extended campus potential reaching 65 MW. This is relevant for customers planning staged growth where procurement, commissioning, and scaling must remain predictable.

Density targets are explicitly aligned with modern compute: up to 60 kW per rack with air cooling and 150+ kW per rack with liquid cooling. Those numbers point directly to AI and HPC clusters where power and thermal design are the main constraints.

For availability, they rely on resilient engineering principles and Tier language rather than a simple public percentage number on the main pages. A public numeric uptime guarantee is not prominently stated, but the campus is framed around redundancy choices intended to protect continuity, and Brussels is referenced in a Tier III context.

Connectivity is a central part of the platform. They operate with a carrier-neutral approach, support meet-me-room cross-connect workflows, and promote cloud connectivity and peering options. Brussels is also presented as having sub-5 ms reach into major hubs across the UK, Netherlands, Germany, and France. A Brussels-focused partnership with Colt reinforces the enterprise-grade interconnection angle.

✍️ Customer Support

Support is organized around colocation operations rather than entry-level web hosting helpdesks. The customer portal is used to open and track support requests, order services, and access operational information such as power usage and invoices.
They also provide practical on-site support capabilities such as 24x7 rack & stack, plus logistics handling and assistance for migrations and audits—services that are commonly essential for regulated environments and high-density deployments where remote-only support is not enough.

🔨 Control Panel

Kevlinx uses a customer portal designed for colocation workflows. It supports ticketing and service requests, operational visibility such as power usage, and billing/invoice access—functionally closer to a facilities operations console than a website hosting control panel.

🎯 Conclusion

Kevlinx fits organizations that need serious colocation capacity with a clear path toward higher density and larger footprints, especially where AI/HPC requirements push power and cooling well beyond standard enterprise racks. Strengths include the high-density design targets, a campus-scale growth narrative for BRU01, and a connectivity-first approach that supports complex enterprise and cloud architectures.

The trade-offs are typical for this segment: it is not designed for small website hosting, pricing is not presented as retail plan tiers, and a simple public uptime percentage is not front-and-center on the core service pages. For customers buying resilient, scalable colocation with strong interconnection options, the platform aligns well; for classic shared/VPS hosting shoppers, it is the wrong category.

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