N533BS Sub-1GHz RF Module – CC1312R with PA+LNA, +30dBm, 8-10km Range

📦 Product Overview

The N533BS is a high-performance Sub-1GHz RF module integrating Texas Instruments' CC1312R wireless MCU with a dedicated Power Amplifier (PA) and Low-Noise Amplifier (LNA) . This powerful combination delivers an exceptional +30 dBm (1Watt) transmit power and superb receiver sensitivity down to -126 dBm, achieving reliable communication over 8-10 kilometers line-of-sight .

Supporting global ISM bands including 433 MHz, 868 MHz, and 915 MHz, the N533BS leverages the CC1312R's advanced ARM Cortex-M4F core with 352KB flash and 80KB RAM—offering significantly more processing power and memory than previous-generation solutions . Housed in a compact 36 × 24 × 3 mm SMD package with a 4-layer PCB design, it is the ideal choice for demanding long-range industrial IoT, smart utility networks, and professional wireless applications requiring complex protocol support and future-proof performance.

👉 Related product: For a ready-to-use USB gateway with +27 dBm, see the N537BP – CC1312R + CC1190 USB Dongle.
👉 Need even higher power? Explore the N536BS – +33 dBm (2W) extreme-range module.
👉 Looking for cost-optimized options? Check the N532AS – CC1310 + PA, +26 dBm, AT commands.

✨ Key Features & Benefits

🔧 Technical Specifications

📊 Performance Data

Technical Specifications Summary

Module Pinout Description

🌍 Global Frequency Band Support

🌍 Target Applications

• Extreme‑Range Industrial IoT – Agricultural sensors, environmental monitoring across vast areas, pipeline monitoring

• Smart Utility Networks – Long-distance AMI for electricity, water, gas meters (470 MHz China)

• Smart City Infrastructure – City-wide street lighting, waste management, parking (779 MHz China)

• Professional Wireless Networks – Private high-performance networks for security and asset tracking

• Industrial Telemetry – Oil fields, mining, renewable energy sites, critical infrastructure monitoring

• Scientific Research – Remote data acquisition, wildlife tracking, weather stations

• Drone Communications – Beyond visual line-of-sight (BVLOS) telemetry and control

📘 Learn more about Sub‑1GHz IoT gateway solutions

💻 Development & Programming

📟 AT Command Interface (Optional, No-Code)

The N533BS can be ordered with pre-loaded AT command firmware, providing instant "wireless UART" functionality:

AT+FREQ=868000000    // Set frequency to 868 MHz
AT+POW=30            // Set output power to +30 dBm
AT+SEND=HelloWorld   // Transmit data
AT+RECV              // Enter receive mode
AT+RESTORE           // Factory reset

📄 Full AT Command Reference

🔧 Custom Firmware Development

All digital I/O, JTAG, and reset pins are accessible for full custom development using the CC1312R MCU. Compatible with:

• TI Code Composer Studio™ / IAR Embedded Workbench®

• TI SimpleLink™ CC13xx SDK – includes TI 15.4‑Stack, Wireless M‑Bus, 6LoWPAN, Amazon Sidewalk, MIOTY®, Wi-SUN

• SmartRF™ Studio – RF parameter calculation and testing

• Dynamic Multiprotocol Manager (DMM) – run multiple protocols concurrently

🧪 Evaluation Kit

The T532AP backplane provides a USB‑CDC interface for plug‑and‑play testing . Simply mount the N533BS module and connect via USB – ideal for range testing and protocol evaluation. The backplane integrates USB to serial chip, LEDs, buttons, and module card port .

📘 CC1312R Technical Reference Manual
📘 TI CC13xx SDK Documentation
📘 N533BS Module Baseboard Schematic

⚡ Important Design Considerations

Power Supply Design

For stable +30 dBm output, provide a clean 5V supply to VCCPA with ≥2A current capability and low-ESR decoupling capacitors . Use wide power traces (>2mm) and dedicated ground planes. MCU section VCC requires a clean 3.3V supply .

Thermal Management

At 1W output, heat dissipation is critical. Ensure the module is soldered to a PCB with adequate copper area and thermal vias . Consider using metal enclosures, thermal pads, or active cooling for continuous high-power operation .

Antenna Selection

Use a high-quality 50Ω antenna rated for ≥2W power handling. A poor antenna can cause power reflection, reducing efficiency and potentially damaging the PA .

PCB Layout Recommendations

Keep the module away from digital noise sources (high-speed CPUs, switching power supplies). Use solid ground planes and proper impedance-controlled RF traces .

📦 Ordering Information

All variants available in tape & reel for volume production . Custom frequency / pre-programmed AT firmware available on request.

📦 Package Includes

• 1 × N533BS module (tape & reel option for volume orders)

• Quick Start Guide

• Access to online documentation and example code

✅ Regulatory Compliance

Certification Status: Pre‑scanned; modular certification in progress. Pre‑certified modules available for qualified projects.
📞 Contact our compliance team for certification support.

❓ Why Choose the N533BS?

🔄 Product Line Positioning: Find Your Fit

The N533BS expands our Sub‑1GHz SMD module family with 1W output, CC1312R next-gen core, and integrated LNA. Compare and select the right module for your project.

🧭 Simple Selection Guide

Need a drop‑in RF module with AT commands – no programming?
→ Choose N532AS (26 dBm) or N532DS (169 MHz).

Building a custom, high‑performance protocol with maximum flexibility?
→ Pick N532BS – full SDK, +26 dBm, CC1312R.

Require global band coverage (770 MHz, 888 MHz) and 1MB Flash?
→ N532ES – CC1314R10, +24 dBm.

Need extreme range, or China 470/779 MHz bands?
→ N533AS – +30 dBm, integrated LNA, FSK.

Need next-gen processing power with extreme range and multi-protocol support?
→ N533BS is your solution – +30 dBm, CC1312R, integrated LNA, 8-10km range.

Need even higher power for gateways?
→ N536BS – +33 dBm (2W) extreme‑range module.

Prototyping with a USB dongle?
→ N534BP (14 dBm) and N537BP (0.5W) expose full debug pins.

📘 Full product family comparison

🚀 Start Your Project

📄 Download N533BS Full Datasheet

📘 CC1312R Technical Reference Manual

🧪 Request Samples / Evaluation Board (T532AP)

📞 Contact Technical Sales