OEM Reference Designs

Atlantik Elektronik provides mature and verified reference designs and white-label products that can be adapted to OEM requirements. Acting as a general contractor, we manage customization, certification and mass productionfrom PCBA delivery to complete device manufacturing.

Depending on project scope, we offer white-label platforms, semi-custom adaptations or fully customized solutions. The objective is clear: reduce development risk, accelerate time-to-market and ensure scalable production readiness.

Our Solution Models

White-Label Products

Proven hardware platforms that can be branded and adapted. Software customization can include application logic, UI design and interaction concepts.

Semi-Custom Products

Customers define specifications and market requirements; we execute modifications, validation and industrialization.

Fully Customized Solutions

End-to-end development from low-level drivers to application layer. Existing hardware and software building blocks are leveraged whenever possible to accelerate development.
 

Let us know your target application, quantities, and timeline. We will recommend the right reference platform and define the fastest route to a series solution.

Email: info@atlantikelektronik.com

Phone: +49 89 89 50 50

Thundercomm - AI Mini PC G1 IoT
Manufacturer: Thundercomm
MPN: AI Mini PC G1 IoT 

Applications
  • Retail terminal
  • IoT control
  • Automation control
  • Smart manufacturing production line

Highlights
  • Multiple OS support: Windows 11 IoT
  • Fan/Fanless design
  • The only WOA(Windows On Arm) box on the market featuring Qualcomm® QCS6490 + Windows
Price on request
Thundercomm - AI Mini PC G1 Elite
Manufacturer: Thundercomm
MPN: AI Mini PC G1 Elite

Applications
  • High-computing-power edge box designed for scenarios with demanding requirements for CPU, GPU, and NPU performance
  • 3D modeling
  • High-end game development
  • Medical Imaging and Diagnostics
  • Scenarios requiring high performance for both CPU and NPU

Highlights
  • Latest Qualcomm Snapdragon X Elite SoC with 12-core CPU
  • SoC variations from high-end X Elite 84-100, to mid-end X Plus 66-100, to low-end X 26-100
  • 45 TOPS of NPU computing power
Price on request
9 to 14 (from a total of 14)

Software Advantages

  • Flexible adaptation to different application scenarios
  • Standardized system architecture with open interface logic
  • Faster iteration and simplified maintenance
  • Unique software features enabling brand differentiation

R&D and Supply Chain Strength

  • Senior engineering team with Qualcomm chipset expertise
  • Strong cooperation with chip and sensor manufacturers
  • Global sourcing power and integrated supply chain management
  • Efficient prototyping from concept to functional sample

Delivery & Assurance

  • PCBA delivery for integration into existing systems
  • Complete device manufacturing including assembly and packaging
  • SKD and CKD options (product dependent)
  • Strict quality control and multi-stage inspection processe
 

FAQ

What is a reference design?

A reference design is a validated hardware or system architecture that serves as a proven starting point for your own product. It helps reduce development effort and technical risk.

What can be customized?

Depending on the platform, common adaptations include interfaces (I/O), memory, connectivity modules, sensors/cameras, mechanical constraints, thermal design, and software stack alignment.

Is this suitable for production projects?

Yes. Reference designs can support prototypes and pilots, and can be evolved into production-ready designs with a focus on scalability, availability and compliance needs.

Do you support certification and validation?

We can support projects with wireless validation, pre-compliance guidance, certification preparation (e.g., CE/EMC depending on scope), and documentation for engineering handover.

How is a reference design different from a development kit?

A development kit is primarily for evaluation. A reference design is closer to a product architecture and is intended to be adapted toward OEM requirements and production constraints.