How it worksWhy it worksWhat you getTypical Use CaseFAQ
System Design for Advanced
Communications Systems
Architecture Development Performance Optimization Time-to-Market Scalable System Architectures System‑Level Verification for FPGA and ASIC
Engineered for real operating conditions
Creonic designs system architectures for ASIC and FPGA with a focus on throughput, latency stability, and robust resource utilization for complex communications systems. The development of modern communications systems requires a system‑level approach rather than relying only on IP cores. We provide system design services focused on architecture development, scalability and system‑level verification. We ensure that signal‑processing blocks interact reliably under real operating conditions, enabling a robust and efficient implementation.
How it works
Requirements
Analysis
Deep dive into your platform constraints, system interfaces, timing, and performance objectives.
Feasibility &
Specification
Define architecture, module boundaries, and interface specifications, validated by models and early simulations.
Design &
Implementation
Develop system‑level designs optimized for your FPGA or ASIC technology.
Verification & Integration Support
We provide testbenches, documentation, and hands-on support for smooth integration.
Delivery &
Maintenance
Final delivery includes source code or netlist, documentation, and optional long-term support.
Why it works with Creonic
Our team of PhDs and engineers brings deep experience in communication‑system design across multiple device families and standards, enabling us to create architectures that achieve the required throughput and latency while ensuring stable timing closure. By validating architectural decisions early through modelling, synthesis checks, and timing analysis, we eliminate uncertainty and ensure that every processing stage behaves as intended on the target FPGA or ASIC.
The result is a system architecture that is predictable, scalable, and prepared for real‑world operation, both in simulation and in deployed hardware.
Collaborative Development
Close cooperation with your engineering team throughout the project.
Security & Compliance
We ensure your system meets industry standards and project‑specific requirements.
Speed & Reliability
Structured processes and experienced engineers ensure delivering ready-to-use IP within defined timelines.
Flexible Architecture
Modular, scalable system designs that adapt to new requirements.
Integration & Verification
We provide reference models, testbenches, and integration support to ensure that your internal teams can seamlessly deploy the system in their environment.
What you get
System-level design tailored to your requirements
Optimized performance for your specific use case
Seamless integration into your existing architecture
Long-term scalability and maintainability
Expert support from concept to deployment
FPGA and ASIC System Design Expertise
Performance‑optimized signal processing chains
Your Contact
Kevin Christoffers
Head of Business Development and Sales
“Robust system design is not just a service for us – it’s a collaborative engineering process. We stay accessible and involved so your team always has a clear path to a reliable implementation.”
Typical Use Cases
Signal‑processing architectures for emerging 5G/6G communication blocks
End‑to‑end architectures for satellite communication systems (e.g. DVB‑S2X)
High‑throughput modem and demodulator architectures
Custom multi‑stage processing pipelines for aerospace, defense, and research applications
System‑level design of advanced coding and decoding chains (LDPC, Turbo, BCH, RS)
Multi‑rate and reconfigurable system architectures with deterministic timing behavior
Status Quo
System components operate in isolation and require high manual alignment
Limited system‑level documentation leads to error‑prone integration
Performance tuning is manual and time-consuming
Third‑party designs offer limited transparency and restricted adaptability
Internal teams spend significant time debugging third‑party behavior
Uncertainty in long-term scalability and reuse
With Creonic
Structured documentation and high‑level support ensure reliable integration
Processing chains are optimized early for throughput and timing stability
Modular, maintainable, and fully traceable HDL implementation
Verified, simulation-ready IP with easy integration design flow and support
Designed for scalability and long-term reuse
Architectures are designed around your system constraints from the initial stage
Our FAQs
What types of communication systems do you design?
We design system‑level architectures for satellite, optical and wireless communication systems, including modulation, coding, synchronization and end‑to‑end signal‑processing chains.
Can you support both FPGA and ASIC targets?
Yes. We design architectures that consider device‑specific timing, resource constraints and tool‑flow requirements for both FPGA and ASIC implementations.
Do you provide modelling or early‑stage performance estimates?
Yes. We use modelling and early simulation to validate throughput, latency and resource expectations before implementation begins.
How do you ensure reliable system‑level integration?
We provide reference models, clear interface specifications and verified architectural concepts that align data paths, timing and control logic.
Can you integrate our existing IP blocks into the system design?
Yes. We analyze interfaces, numerical formats and timing boundaries to ensure clean integration of third‑party or internal IP.
Do you offer support after delivering the system architecture?
Yes. We offer optional engineering support and maintenance if you need assistance during implementation or future system updates.