RFM69HC-ST

RFM69HC-ST
Details:
The RFM69HC-ST is a Sub 1GHz RF transceiver module for 315, 433, 868, and 915 MHz ISM bands. It supports 2(G)FSK, MSK, and OOK modulation with data rates up to 300 Kbps. The module combines –120 dBm receiver sensitivity with +20 dBm transmit power in a compact 16 × 16 × 1.9 mm SMT form factor. An SPI interface and low power profile make it suitable for battery powered devices and high volume SMT/PCBA production.
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Description
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Shenzhen STHL Technology Co., Ltd. is one of the leading manufacturers and suppliers of rfm69hc-st in China. With abundant experience, we are committed to providing high quality custom service and OEM&ODM service for global clients. Please feel free to buy cost-efficient rfm69hc-st from our factory.

 

Technical Specifications

 

Specification

Value

Type

RF transceiver module

Function

TRx (transmit & receive)

Modulation

2(G)FSK / MSK / OOK

Data rate

Up to 300 Kbps

Frequency

315 / 433 / 868 / 915 MHz

Receiver sensitivity

–120 dBm

Transmit power

+20 dBm

Dimensions

16 × 16 × 1.9 mm

Interface

SPI

Compliance

RoHS / REACH

 

Application Fields

 

  • Automatic meter reading (AMR): Utility metering and remote data collection.
  • Wireless sensor networks: Environmental monitoring, asset tracking.
  • Residential and building automation: Access control, HVAC, lighting.
  • Security and alarms: Intrusion alarms, perimeter sensors.
  • Industrial monitoring and control: Machine telemetry, remote control links.
  • Wireless M‑BUS: Sub‑1GHz metering communication stacks.

 

Why It Fits

 

  • Long‑range readiness: +20 dBm output supports extended coverage and penetration.
  • High sensitivity: Stable reception for low‑SNR links and dense RF environments.
  • Flexible modulation: Interoperability across legacy and modern systems.
  • Compact SMT footprint: Minimal PCB area for tight enclosures.

 

PCB/PCBA Integration Guidance

 

1. SMT readiness: SPI interface and SMT package support automated pick‑and‑place and standard reflow profiles.

2. Antenna and RF path:

  • Placement: Reserve a clean RF zone; keep antenna/feed away from high‑noise digital domains and switching supplies.
  • Impedance control: Maintain matched impedance from antenna to RF pins; minimize stubs and sharp bends.
  • Ground strategy: Use a stitched ground plane; keep out ground under the antenna region.

3. Power integrity:

  • Decoupling: Place low‑ESR bypass capacitors close to VCC/GND pins.
  • TX bursts: Ensure the 315–915 MHz rail remains stable under +20 dBm transmit bursts.

4. Testability & DFM:

  • Access points: Provide pads for SPI, TRx data, and power rails to streamline ICT/AOI.
  • Silks & fiducials: Clear reference marks improve placement accuracy and yield.

5. BOM simplification:

  • External parts: Only essential passives for matching/decoupling; reduces assembly complexity and cost.

 

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