
The N517AS-B is a high-performance, long-range 868M/915Mhz narrowband FSK transceiver module based on the Texas Instruments CC1120 RF transceiver, integrated with a skyworks FEM. Designed for maximum range and sensitivity, it delivers up to +31dBm output power and outstanding -124dBm receiver sensitivity at 1.2kbps. Supporting ISM bands (868MHz, 915MHz), it is the wireless solution for applications requiring kilometer-scale connectivity in smart metering, industrial automation, agricultural sensors, and long-range IoT networks.
Exceptional Range & Sensitivity: Achieves >12 km line-of-sight range (at 1.2 kbps) with +31dBm transmit power and -124dBm receive sensitivity.
Frequency Support: Hardware optimized for ISM bands: 868MHz (EU), and 915MHz (USA).
Narrowband FSK Operation: Provides robust, interference-resistant communication in licensed-exempt bands, ideal for low-data-rate telemetry.
Complete & Compact Design: All RF circuitry, including the CC1120, FEM, and matching network, is integrated onto a single PCB. Requires minimal external components.
Standard SPI Interface: Controlled via a simple Serial Peripheral Interface (SPI), enabling easy integration with any host microcontroller.
Industrial Robustness: Operates reliably across an -30°C to +75°C temperature range, suitable for harsh environments.
| Parameter | Specification | Notes |
|---|---|---|
| Core IC | Texas Instruments CC1120 + FEM | |
| Frequency Range | 860 - 930 MHz | Configured for standard ISM bands |
| Modulation | FSK (G)FSK, MSK, OOK | |
| Max. Output Power | +31 dBm (~1.2 Watt) | Software programmable |
| Receiver Sensitivity | -124 dBm (typical at 1.2 kbps) | |
| Data Rate (Symbol Rate) | 0.3 to 200 kbps | Software configurable |
| Typical Range | >12,000 meters (Line-of-Sight) | At 1.2 kbps, with 3 dBi antenna, 2.5m height |
| Parameter | Specification |
|---|---|
| Dimensions | 29.5.0 x 21.0 x 3.0 mm |
| Interface | SPI (for configuration & data), GPIOs |
| Antenna Connection | IPEX Connector (U.FL) or RF Pin |
| Package | Surface-Mount Device (SMD) |
| Supply Voltage (VDD) | 2.5V - 3.6V (Logic & Core) |
| Supply Voltage (PA_VDD) | 2.5V - 5.5V (for High-Power PA) |
| Parameter | Condition | Value |
|---|---|---|
| Transmit Current | @ +31 dBm output | ~550 mA (burst) |
| Receive Current | Active RX | ~33 mA |
| Sleep Current | Power-Down Mode | < 1 µA |
Advanced Metering Infrastructure (AMI): Smart water/gas/electricity meters.
Industrial IoT & SCADA: Remote sensor telemetry, pipeline monitoring, tank level sensing.
Agricultural & Environmental Sensing: Soil monitoring, weather stations, distributed sensor networks.
Smart City Infrastructure: Street lighting control, waste management sensors.
Long-Range Alarm & Security Systems.
Select the model variant for your target region's frequency band.
| Ordering Code | Core IC | Key Parameters | Target Region |
|---|---|---|---|
| N517AS-B-868M | CC1120 | Narrowband, +31dBm, 860-880 MHz | European Union |
| N517AS-B-915M | CC1120 | Narrowband, +31dBm, 910-960 MHz | USA, Americas |
Not sure which frequency is right for your region? Contact our support team.
Proven CC1120 Foundation: Built on TI's industry-leading Sub-1GHz transceiver for reliable performance.
Range-Optimized Design: Our RF layout and component selection are tuned for maximum link budget, not just nominal specs.
Simplified Compliance: The module's stable design aids in passing regional RF regulatory certifications (e.g., FCC, CE, SRRC).
Faster Time-to-Market: Eliminates complex RF design; integrate the module and focus on your application.
Complementary to 2.4GHz Solutions: For projects requiring both long-range backbone links (Sub-1GHz) and high-data-rate local networks.
[N516AS-B 0.5 Watt High-Power 868/915M Hz Module] – For Narrowband, long range, Thread development.
[N517AS-B 1.2 Watt High-Power 868/915M Hz Module] – For Narrowband, long range, Thread development.
[N518AS 2 Watt High-Power SUB G Hz Module] – For Narrowband, long range, Thread development.
[N519AS 5 Watt High-Power SUB G Hz Module] – For Narrowband, very long range, Thread development.
Engineered for Critical, Long-Range Connectivity. Built for the Long Run.