How it worksWhy it worksWhat you getTypical Use CaseFAQs
Consulting for High‑Performance
Communications Systems
Architecture Evaluation, Bottleneck Identification and Optimization Strategies
The development of complex communication systems should not rely solely on the use of IP cores. From our experience, examining the complete system often reveals additional potential for higher performance and more efficient implementations.
Creonic supports you with consulting for system design on ASIC and FPGA. Our expertise covers the integration and adaptation of signal‑processing components to match your specific requirements. We ensure that these components interact reliably, enabling a system with stable throughput, controlled latency and efficient resource utilization.
System Evaluation Architecture Review FPGA Prototyping Algorithm‑to‑Hardware Mapping DSP & Communications Consulting Feasibility Assessment
How it works
1
Requirements
Review
Understanding your system, performance goals and platform constraints.
2
Feasibility
Evaluation
Assessment of algorithms, architectures and potential implementation paths.
3
Design
Recommendations
Concrete, hardware‑oriented guidance on data paths, precision, pipelining, control logic and interfaces..
4
Implementation
Support
Optional hands‑on assistance during modelling, prototyping or hardware integration.
4
Handover &
Follow-Up
Clear documentation and optional ongoing support for future development steps.
Why it works with Creonic
Creonic’s consulting approach is grounded in long‑standing expertise in digital communication systems and hardware design. Our engineers understand how algorithms behave once implemented as real hardware — including timing boundaries, numerical effects, buffering behavior and system interaction.
This allows us to provide recommendations that are not theoretical, but directly implementable on FPGA or ASIC platforms. You receive guidance that reduces uncertainty, highlights risks early and improves the technical decisions that shape your system architecture.
Deep expertise in digital communication systems
Customers benefit from decades of our team's experience, reducing the risk of choosing unsuitable algorithms or system architectures.
Hardware‑driven perspective
Recommendations are grounded in real FPGA/ASIC implementation behavior, preventing issues with timing closure, precision, resource usage or data flow efficiency.
Actionable and immediately usable results
The output is not theoretical advice but concrete, hardware‑applicable recommendations that accelerate decision‑making and keep development on track.
Independent and objective technical evaluation
Teams gain an external engineering perspective that identifies risks and improvement opportunities early before they become expensive to fix.
Algorithm‑to‑hardware translation expertise
Creonic understands how software‑level models behave once synthesized. Customers receive guidance that is directly implementable without large redesign cycles.
What you get
Hardware‑ready guidance for complex communication algorithms
Early clarity on feasibility and performance limits
Independent evaluation to strengthen architectural decisions
Focused input that reduces engineering effort and accelerates progress
FPGA and ASIC System Design Expertise
Status Quo
Uncertainty whether algorithms will meet throughput or timing requirements
With Creonic
Independent, expert review with concrete improvement suggestions
Architecture decisions lack validation or technical grounding
Guidance for translating DSP/communication algorithms into FPGA/ASIC‑ready designs
Early identification of bottlenecks and actionable recommendations
Focused engineering insight that accelerates decision‑making and prototyping
Algorithm‑to‑hardware mapping causes delays or rework
Precision, buffering or data path issues appear late in the process
Lack of internal FPGA/DSP expertise slows progress
Clear feasibility evaluation with hardware‑oriented performance estimates
Your Contact
Kevin Christoffers
Director - Business Development and Sales
“Good decisions at the start of a project save months later on. Our consulting helps you identify risks early and choose an architecture that will work in real hardware.”
Typical Use Cases
Uncertainty whether an algorithm can meet throughput, latency or resource requirements on FPGA/ASIC
Need for guidance when translating DSP or communication algorithms from software to hardware
Complexity in choosing the right modulation, coding or synchronization approach
Performance bottlenecks caused by data path design, precision choices or buffering strategies
Need for an independent technical review before committing to an architecture
Lack of internal FPGA expertise for rapid prototyping or system bring‑up
FAQs
Which topics do you cover in consulting?
Digital signal processing, communication algorithms, system architecture, FPGA/ASIC feasibility, integration planning and early design decisions.
Do you support standard‑based and proprietary systems?
Yes. We advise on established standards (e.g. DVB‑S2X, CCSDS, LTE/5G) as well as fully custom communication systems.
Can you evaluate whether our algorithm is suitable for FPGA or ASIC?
Yes. We analyze throughput, latency, precision, memory usage and timing feasibility.
Do you offer hands‑on help after the consulting session?
Yes. You can extend consulting into implementation, prototyping or integration support at any time..
Can you review our existing design?
Yes. We provide independent technical reviews with clear, actionable recommendations.