IoT Connectivity Solution

Application

Description

Ultra-low power RF solutions for LTE-M, NB-IoT, Bluetooth, and sub-GHz IoT applications

Core Advantages

Industry-Leading Performance leading efficiency and linearity validated in high-volume production
High Integration Reduced BOM count and board space through advanced integration
Platform Validated Pre-validated with major baseband platforms for rapid integration
Comprehensive Support Reference designs, FAE support, and supply chain services
Proven Reliability Billions of units shipped with industry-leading quality

Recommended Bill of Materials (BOM)

Item Part Number Description Quantity Datasheet
1 SKY66423-11 Cellular IoT FEM (LTE-M/NB-IoT) 1 📄 Download
2 SKY66112-11 Bluetooth 5 LE FEM 1 📄 Download
3 SKY68001-11 Sub-GHz FEM (LoRa/Sigfox) 1 📄 Download

Applications

Smart meters
Asset tracking
Smart agriculture
Industrial sensors
Smart city infrastructure

Technical Specifications

Cellular Bands
Multi-band 699-2690 MHz
Cellular Output
+23 dBm
Cellular Efficiency
40%
Bluetooth Power
+10 dBm
Sub- G Hz Bands
433/868/915 MHz
Temperature
-40°C to +85°C

Customer Success Stories

Smart Meter Manufacturer

Utilities |

Challenge

Needed 10-year battery life for cellular-connected smart meters

Solution

Implemented Skyworks cellular IoT FEM with optimized duty cycle

Results

Agriculture IoT Provider

Agriculture |

Challenge

Required long-range wireless for farm-wide sensor network

Solution

Deployed Skyworks sub-GHz FEM with LoRa protocol

Results

FAE Expert Insights

J

Jennifer Liu

Senior FAE - IoT

8 years

Professional Insights

IoT design is all about power efficiency. Every microamp matters when you're running on a battery for years. Skyworks' IoT FEMs are designed from the ground up for ultra-low power. Key considerations: 1) Minimize transmit time - use efficient protocols; 2) Optimize sleep current - this dominates battery life; 3) Choose right protocol - LTE-M for mobility/voice, NB-IoT for static sensors; 4) Consider sub-GHz for long range. I've helped customers achieve 10+ year battery life with proper design. The SKY66423-11's efficiency is exceptional - 40% at +23 dBm is best-in-class for cellular IoT.

Key Takeaways

  • Sleep current dominates battery life in IoT applications
  • Choose protocol based on mobility and data rate requirements
  • Sub-GHz provides 2-3x range vs 2.4 GHz
  • Antenna design critical for range and efficiency

Decision Framework

IoT Connectivity Decision Framework
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Ready to Implement This Solution?

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Frequently Asked Questions

What are the key benefits of the IoT Connectivity Solution?

The IoT Connectivity Solution provides: optimized system performance through matched components, reduced design risk with pre-validated architecture, faster time-to-market with reference designs, lower total cost through high integration, and comprehensive technical support throughout development.

Evaluate based on your specific requirements and development timeline.

What is included in the IoT Connectivity Solution BOM?

The solution BOM includes all necessary RF components: FEMs, PAs, switches, filters, and supporting passive components. A complete BOM list with part numbers, quantities, and descriptions is provided. Optional components for different configuration options are also listed.

Review BOM for your specific configuration needs. Contact FAE for BOM optimization.

How long does it take to implement the IoT Connectivity Solution?

Typical implementation timeline: 2-4 weeks for schematic design, 4-6 weeks for PCB layout, 2-3 weeks for prototype build and bring-up, 4-6 weeks for optimization and validation. Total time from kickoff to production-ready design is typically 3-4 months using Skyworks reference designs.

Plan for 3-4 month development cycle. FAE support can accelerate this timeline.

What technical support is available for the IoT Connectivity Solution?

Technical support includes: system architecture consultation, schematic and layout review, prototype debugging assistance, performance optimization, and regulatory compliance guidance. Dedicated FAE support is provided throughout the development cycle.

Engage FAE at project start for maximum support benefit.

Can the IoT Connectivity Solution be customized for specific requirements?

Yes, the solution can be customized: band configuration can be adjusted, output power levels modified, additional features added, and form factor optimized. Contact FAE to discuss specific customization requirements and feasibility.

Start with standard solution, then customize as needed for your application.