Description
SI4463-C2A-GMR Sub-GHz RF Transceiver
SI4463-C2A-GMR is a Sub-GHz RF Transceiver from Silicon Labs. This page organizes the key identity, selection and sourcing details so engineering and procurement teams can compare the exact orderable code with the actual system and order requirements.
What Does SI4463-C2A-GMR Do?
As a sub-ghz rf transceiver, SI4463-C2A-GMR supports wireless, sensing and connected-system designs. Selection should be based on the exact electrical or functional limits, interfaces, package, environment and lifecycle needs of the target system—not on a family name alone.
Manufacturer: Silicon Labs
Exact MPN: SI4463-C2A-GMR
Component type: Sub-GHz RF Transceiver
Package / packing: 20-pin QFN
Lifecycle: Active / Production
Selection starts with the full orderable code
Confirm the manufacturer, base device, package, speed or grade, temperature or qualification class, packing suffix and approved alternatives. Small suffix differences can change assembly, electrical or lifecycle fit.
Key Selection Characteristics
Technical Specifications and Buyer Relevance
| Parameter | Reference Detail | Why It Matters |
|---|---|---|
| Manufacturer | Silicon Labs | Review this identification detail with the complete electrical, mechanical, software and lifecycle requirements. |
| Part Number (MPN) | SI4463-C2A-GMR | Review this identification detail with the complete electrical, mechanical, software and lifecycle requirements. |
| Component Type | Sub-GHz RF Transceiver | Review this identification detail with the complete electrical, mechanical, software and lifecycle requirements. |
| Function | Sub-GHz RF transceiver | Review this identification detail with the complete electrical, mechanical, software and lifecycle requirements. |
| Product Family | EZRadioPRO | Review this identification detail with the complete electrical, mechanical, software and lifecycle requirements. |
| Application Context | Low-power wireless links | Review this identification detail with the complete electrical, mechanical, software and lifecycle requirements. |
| Package | 20-pin QFN | Confirm this physical, environmental or lifecycle condition against assembly, handling and order requirements. |
| Package / Packing | 20-pin QFN | Confirm this physical, environmental or lifecycle condition against assembly, handling and order requirements. |
| Lifecycle / Status | Active / Production | Confirm this physical, environmental or lifecycle condition against assembly, handling and order requirements. |
Is SI4463-C2A-GMR Suitable for Your Design?
It may be suitable when its verified electrical, performance, interface and package characteristics match the system requirement with appropriate engineering margin. Review the complete circuit, thermal, mechanical, software, qualification and regulatory context before approving the exact orderable code.
For a replacement or shortage request, compare the original part and any proposed alternative field by field. A functionally similar component is not automatically pin-, software- or qualification-compatible.
Typical Applications
- Wireless, sensing and connected-system designs
- Automotive or industrial communication modules
- Interface and protocol-specific embedded platforms
What Buyers Should Provide
- Exact MPN, manufacturer and acceptable alternatives
- Required quantity, target date and destination
- Package, grade, date or lot and packing requirements
- Inspection, traceability and document expectations
- Application constraints that affect suitability
Order-Specific Sourcing Guidance
Identity and condition: Review the exact suffix, manufacturer marking, source basis, offered condition and packing before commercial approval.
Evidence and release: Agree available labels, photos, traceability, visual inspection or additional testing evidence before shipment.
Delivery: Confirm quantity, lead time basis, protective packing, documents, destination, carrier handoff and tracking.
Send your SI4463-C2A-GMR quantity, target date, destination and inspection requirements.We will review the exact part, offered condition, packaging, available evidence and delivery terms.
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