Turn-Key Approach with α-OrionTM
When R&D time is short or the resource is limited
SW Architecture Subsystem Type
Hybrid Approach with α-OrionTM
When R&D time is short or resource is limited
α-OrionTM Model Role & Responsibility
Quick & Easy
| Task | R2D | Customer | ||
|---|---|---|---|---|
| Role | Duty | Role | Duty | |
| Graphic HMI | No | provides example | Yes | Implementation |
| HMI ↔ α-Orion API | Together | Implementation | Together | Implementation |
| Radio Control (Analog) | Yes | Provide suggestion | No | Define Scenario |
| Radio Control (Digital) | Yes | Provide suggestion | No | Define Scenario |
| Digital Radio Proc. | Yes | Implementation | No | - |
| SoC I/F | Yes | Implementation | No | Provides HW platform |
| RF Tuner I/F | Yes | Implementation | No | |
Note
- R2D can provide example Android base Graphic HMI for reference review purpose only.
- Customer may outsource to R2D for HMI implementation.
- Customized or additional API can be implemented upon request.
- Radio Control scenario needs to be discussed.
Framework Approach with α-TrinityTM
1:1 replacement of legacy chipset solution
SW Architecture Framework Type
Hybrid Approach with α-TrinityTM
To utilize the existing SW stack, typical choice
α-TrinityTM Model Role & Responsibility
Same as Usual
| Task | R2D | Customer | ||
|---|---|---|---|---|
| Role | Duty | Role | Duty | |
| Graphic HMI | No | provides example | Yes | Implementation |
| Radio Control (Analog) | No | - | Yes | Implementation |
| Radio Control (Digital) | No | - | Yes | Implementation |
| MW ↔ α Trinity API | Yes | Support | Yes | Implementation |
| Digital Radio Proc. | Yes | Implementation | No | - |
| SoC I/F | Yes | Implementation | No | Provides HW platform |
| RF Tuner I/F | Yes | Implementation | No | |
Note
- R2D can provide example PC GUI for testing and reference control purpose only.
- HW configuration needs to be discussed.
- The customer has to provide Target BSP to R2D for proper development.
- System architecture related items have to be discussed prior to the R&D start.
Core Library Approach with α-InfuserTM
Full flexibility of system integration
SW Architecture Library Type
Hybrid Approach with α-InfuserTM
When SDR framework is already available
α-Infuser Model Role & Responsibility
MorefineControl
| Task | R2D | Customer | ||
|---|---|---|---|---|
| Role | Duty | Role | Duty | |
| Graphic HMI | No | provides example | Yes | Implementation |
| Radio Control (Analog) | No | Provide suggestion | Yes | Implementation |
| Radio Control (Digital) | No | Provide suggestion | Yes | Implementation |
| App ↔ α-Infuser API | Yes | Support | No | Implementation |
| Digital Radio Proc. | Yes | Implementation | No | - |
| SoC I/F | No | Implementation | No | Provides HW platform |
| RF Tuner I/F | Yes | Implementation | No | |
Advanced Performance
RF Interference Solution for EV
- Probeless
- RF
- Interference
- Suppressing
- Software
- Module
Extreme Performance for DAB
- Adaptive
- Impairment
- Correction
- Enhancement
Superior Performance for HD Radio
- Hyper
- Adjacent
- Analog
- Rejection
- Pivoting
High Performance for HD Radio
- Digital
- Aggregation
- Scan
- Handler
Superior Performance for DRM30
- Accelerated
- DRM-AM
- Multiplex
- Scan
Are you ready to learn more about RF2Digital? Contact us for a detailed quote, license, or demo.
If you have any questions for our team, we're here for you.