CASE STUDY
Reusable Hardware Architecture for Multi-Domain Deployment
Established a unified, reusable FPGA design pattern applicable across finance, security, and industrial domains.
Situation
The client required a flexible platform that could be adapted to multiple use cases without redesigning core infrastructure for each deployment.
Solution
A modular FPGA architecture was developed with configurable pipelines and protocol abstraction. This approach allowed the same core system to be repurposed with minimal changes.
OUTCOMES
50% lower
engineering effort
Reconfigured rapidly
for protocol changes
90% reuse
data planes
65% faster
new deployments
Challenges
Scalability
- •Repeated platform redesign
- •Domain-specific fragmentation
Flexibility
- •Deployment reuse limits
- •Slow adaptation cycles
Solutions
01
Parameterized Parsing Engines
Parameterized packet parsing engines.
- Enabled configurable parsing logic per deployment
- Supported rapid adaptation to protocol changes
- Reduced redesign effort across environments
02
Pluggable Processing Modules
Pluggable processing modules for different workloads.
- Added workload-specific logic without redesigning cores
- Supported flexible capability extension
- Accelerated deployment iteration cycles
03
Shared Data Plane Architecture
Shared high-performance data plane with domain-specific control logic.
- Maintained consistent high-throughput data movement
- Enabled domain-specific control-layer customization
- Preserved predictable performance characteristics
04
Hardware Abstraction Layer
Hardware abstraction enabling rapid reconfiguration.
- Simplified configuration across deployment targets
- Reduced integration complexity significantly
05
Unified Deployment Model
Consistent deployment model across environments.
- Standardized deployment workflows globally
- Reduced operational onboarding requirements
- Enabled repeatable architecture reuse patterns