Wireless connectivity
Infinite possibilities, unmatched performance
Discover Renesas Electronics' cutting-edge wireless technologies, designed to revolutionize connectivity and communication. Seamlessly integrating with MCUs and MPUs from their industry-leading embedded processor portfolio, Renesas offers dependable solutions for a wide range of applications.
Renesas sets the standard for performance, providing ultra-power-efficient Wi-Fi, NFC with superior sensitivity and output power, and feature-rich Bluetooth® Low Energy SoCs. Their wireless technologies lead the industry in both reliability and functionality.
Accelerate your projects with Renesas' robust ecosystem. Benefit from a comprehensive library of Winning Combinations and receive direct support from applications engineers through the Renesas Engineering Community.
Renesas' connectivity solutions cater to diverse industries, from smart homes and health and fitness technology to tracking systems and point of sale solutions. Their tailored solutions ensure seamless control, enhanced energy efficiency, and unparalleled user experiences across various applications.
Choose Renesas Electronics for your next project and experience the future of wireless connectivity.
Short Range
<100m
Medium Range
<100m - <1km
Long Range
>1km
- Bluetooth LE
- Wi-Fi
- NFC
DA14592
Bluetooth LE, dual-core (M33, M0+) lowest power SoC
The DA14592 is a mid-range Bluetooth LE SoC that offers the lowest power consumption and smallest solution footprint in its class. This SoC features multi-core processing (Cortex®-M33™, Cortex-M0+) and includes on-chip memory (RAM/ROM/Flash) sized to support a broad range of applications while maintaining cost-effectiveness. Notably, the DA14592 also includes a high-precision sigma-delta ADC, up to 32 GPIOs, and a QSPI for external memory (Flash or RAM) expansion; uncommon for this class of Bluetooth LE SoC.
Key features
- Radio power consumption: Rx = 1.2mA, Tx (@0dBm) = 2.3mA
- Active power consumption = 34uA/MHz
- Hibernation power consumption = 75nA
- On-chip Flash/RAM/ROM with QSPI for external Flash/RAM expansion
Applications
- Crowd-sourced tracking: Google and Apple's device locators
- Asset tracking, connected health
- Human interface device, activity tracker
- Data logger, PoS reader
- Metering high-end, voice RCU, IoT end node
DA14535
SmartBond TINY™ DA14535 Bluetooth® low energy 5.3 SoC
The DA14535 is an ultra-low power SoC integrating a 2.4GHz transceiver and an Arm® Cortex®-M0+ microcontroller with a RAM of 64kB and a One-Time Programmable (OTP) memory of 12kB. It can be used as a standalone application processor or as a data pump in hosted systems. The radio transceiver, the baseband processor, and the qualified Bluetooth® low energy stack are fully compliant with the Bluetooth Low Energy 5.3 standard.
Key features
- Future proof, compliant with Bluetooth 5.3 (core)
- Optimized for disposable products in connected medical, connected consumer and industrial applications
- Only requiring a single 32MHz crystal
- In bypass mode no DC/DC inductor required
- No boost converter required when working with 1.5V batteries
- Production Line Tool for accelerated production ramp up, resulting in faster time to market and shortest production test time per device
Applications
- Medical applications
- Disposables
- Beacons
- Proximity tags and trackers
- Wireless sensor nodes
- Smartwatches
- Human interface devices (HID)
- Toys
- Industrial appliances
DA14695
Multi-Core Bluetooth® 5.2 SoC with System Power Management unit
The SmartBond™ DA1469x family of Bluetooth® Low Energy solutions is a feature-rich range of multi-core microcontroller units for wireless connectivity.
The product family builds off the successes of Renesas' SmartBond line, boasting three additional cores that offer greater processing power, resources, range, and battery life, enabling developers to push the boundaries of a wide array of connected consumer applications. The DA1469x line provides developers with advanced connectivity features to future-proof their devices and fit the needs of multiple applications. Based on the Arm® Cortex®-M33 processor, DA1469x products offer developers greater processing power for intensive applications like high-end fitness trackers, advanced smart home devices and virtual reality game controllers.
Key features
- Compatible with Bluetooth 5.2, ETSI EN 300 328 and EN 300 440 Class 2 (Europe), FCC CFR47 Part 15 (US) and ARIB STD-T66 (Japan)
- Flexible processing power
- Memories
- Power management
- Digital controlled oscillators
- Application cryptographic engine with AES-256, SHA-1, SHA-256, SHA-512 and a FIPS 140-2-compliant True Random Number Generator (TRNG)
- A Real-Time Clock (RTC) with 10ms resolution
- 4 general-purpose, 24-bit up/down timers with PWM
Applications
- Fitness trackers
- Sport watches
- Toys
- Consumer appliances
- Home automation
- Industrial automation
- Voice-controlled remote controls
- Access control
- Game controllers and headsets
DA16200
Ultra-low power Wi-Fi SoC for battery-powered IoT devices
The DA16200 system-on-chip (SoC) is the world's first Wi-Fi SoC to deliver year-plus battery life for always-connected Wi-Fi IoT devices. DA16200 is a low power Wi-Fi networking SoC that delivers a dramatic breakthrough in battery life even for devices that are continuously connected to the Wi-Fi network. In most applications, one year plus battery life is achievable. There is no tradeoff in output power or range, as the SoC's range is industry-leading. The chip also features very strong IoT security, including WPA3 and TLS for authentication and encryption at Wi-Fi and higher stack layers. The DA16200 is a full offload device, meaning the entire Wi-Fi and TCP/IP networking stack and even end product application code can run on-chip with no external CPU or MCU required. Alternatively, a small inexpensive MCU can send the DA16200 commands and the SoC will still perform the full offload networking stack functions.
Key features
- 802.11n 1x1
- 2.4GHz
- 20MHz channels
- Three sleep modes
- Wi-Fi certified
- Arm® Cortex®-M4F processor
- SRAM
- Hardware encryption engine
- Integrated PA and LNA
- OTA engine
- Multiple I/Os
- ADC engine
- Hostless or hosted mode
Applications
- Thermostats
- Door locks
- Security cameras
- Video door bells
- Temperature sensors
- Smoke detectors
- Other wireless sensors
- Garage door openers
- Pet trackers
- Asset trackers
- Home automation
- Commercial
- Industrial
- Residential
DA16200MOD
Ultra-low power Wi-Fi modules for battery powered IoT devices
DA16200 modules are the perfect complement to the DA16200 ultra-low power Wi-Fi SoC. They deliver the same long battery life and low power consumption but in a convenient form factor. The modules are complete with all required components and are regulatory certified by the FCC, IC, CE and other regulatory bodies.
The fully integrated module consists of the DA16200 SoC, 4MB flash memory, RF components including crystal oscillator, RF lumped filter, and either a chip antenna or a connector for an external antenna.
The module has 37 pins including GPIOs, JTAG, RTC control, UART, power input, and the 32.768kHz crystal.
Key features
- Ultra-low power
- Superior range
- Highly integrated SoC
- Full offload
- Simple setup and provisioning
- Complete software stack
- Leading security
- Over-the-Air (OTA) firmware updates
- Multiple I/Os
- eMMC/SD expanded memory
Applications
- Thermostats
- Door locks
- Security cameras
- Video door bells
- Temperature sensors
- Smoke detectors
- Other wireless sensors
- Garage door openers
- Pet trackers
- Asset trackers
- Home automation
- Commercial
- Industrial
- Residential
DA16600
Ultra-low power Wi-Fi + Bluetooth® low energy combo modules for battery powered IoT devices
The DA16600 modules provide a convenient way to add both low power Wi-Fi and low power Bluetooth® Low Energy (LE) functionality to your device. The low power Wi-Fi DA16200 system-on-chip (SoC) and the low power Bluetooth LE DA14531 SoC are integrated together on a single module. Together, they deliver long battery life and low power consumption in a convenient form factor. As a single integrated system, functions such as Wi-Fi/Bluetooth LE coexistence and provisioning Wi-Fi through the Bluetooth LE connection come standard.
The modules are complete with all required components and are regulatory certified by the FCC, IC, CE, and other regulatory bodies.
Key features
- DA16600 boards
- Low power Wi-Fi
- Low power Bluetooth LE
- Ultra-low power
- Wi-Fi/Bluetooth LE coexistence
- Superior range
- Full offload
- Simple setup and provisioning
- Complete software stack
- Leading security
- Over-the-Air (OTA) firmware update
- Multiple I/Os
Applications
- Thermostats
- Door locks
- Security cameras
- Video door bells
- Temperature sensors
- Smoke detectors
- Other wireless sensors
- Garage door openers
- Pet trackers
- Asset trackers
- Home automation
- Commercial
- Industrial
- Residential
PTX105R
Mid-power, multi-protocol NFC forum compliant reader
The PTX105R is the industry’s best-performing NFC controller for Internet of Things applications. Due to its unique sine wave architecture, PTX105R is an optimized solution for IoT applications with small form factors. Superior sensitivity, accurate digital wave shaping, and a reduced bill-of-materials compared to conventional square-wave NFC controllers enable optimal interoperability, simplified FCC certification and faster NFC Forum compliance.
Key features
- Output power up to 1W @5V
- Very high Receiver sensitivity (-80dBc)
- Sine Wave output
- Accurate Digital Wave Shaping
- Removal of second resonating structure introduced by EMI
- DiRAC: Direct antenna connection
- NFC Split Stack handling Time critical commands
- Less packet exchanged between NFC and MCU
- Customer accessible GPIOs
Applications
- Smart IoT air purifier
- Currency counter with counterfeit detection
- Personal safety tracker with GPS, NFC, air quality sensor
- Smart lock with super low power Wi-Fi & Bluetooth low energy
- 3-Phase smart electric meter
- IoT Communications gateway hub
- 1-Phase power meter
- Elevator control system
- Smart NFC access control system
- Off-road GPS guidance system
- Insulin pump with closed loop operation for Continuous Glucose Monitoring (CGM)
- Mid-power universal multi-market reader solutions
PTX100R
High-performance, high-power multi-protocol NFC forum reader
The PTX100R NFC reader serves IoT and Point-of-Sale (PoS) applications, implementing a unique sine wave hardware transceiver architecture and offering a winning combination of superior transmit power and sensitivity, accurate wave shaping, and a reduced bill-of-materials compared to conventional square-wave NFC controllers – products which have changed little over the past decade.
The PTX100R marks a breakthrough in NFC system performance, power and integration simplicity.
Key features
- High output power up to 2W @5.5V
- Very high Receiver sensitivity (-80dBc)
- DiRAC: Direct antenna connection for Tx and Rx
- Sine wave output accurate digital wave shaping
- Removal of second resonating structure introduced by EMI
- Xtal-less design using reference clock
Applications
- Human Machine Interface (HMI) for appliances
- Metered electric vehicle charging station
- 1-Phase/3-Phase scalable EV charger wall box
- Printer control panel with NFC authentication
- Wireless telematics unit
- Highly secure drug delivery system with NFC authentication and rich connectivity
- EMVCo 3.0/3.1 Point-of-Sale (PoS) systems
- High-end IoT applications
PTX130R
High-performance, high-efficiency, high-power multi-protocol NFC forum compliant reader
The PTX130R NFC reader IC featuring native support for the Android™ operating environment provides an ideal way to add NFC communications capability to embedded computing systems built around a touchscreen display. The PTX130R features a very high RF output power of up to 2W at the antenna, providing robust connectivity and enabling OEMs to achieve compliance with the strict requirements of the EMVCo standard for payment card transactions even when operating via an antenna that is placed close to or behind a noisy display.
Key features
- NCI compatible NFC controller for Android integration
- EMVCo 3.0/3.1 in challenging environment
- High reading performance: Up to 40% increased reading distance compared to competition
- SDK for Android, Linux, RTOS, and Bare Metal
- Faster standard compliance and ease-of-manufacturing
Applications
- High-performance HMI system
- Single board computer
- EMVCo 3.0/3.1 Point-of-Sale (PoS) systems
- Android™ devices
- High-performance IoT applications
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