Renesas Electronics Launches Complete Smart Sensor Solution for IoT Applications
New sensor and signal conditioning ICs complement Renesas’ leading MCU portfolio, advanced firmware, embedded AI, and unique fast-connect IoT design platform
Beijing, China, June 22, 2022 - Renesas Electronics, a global supplier of semiconductor solutions, today announced a series of new solutions to change the way designers build sensor-connected IoT applications, thereby shortening design cycles, improving accuracy, and reducing system costs.
In addition to the new HS4XXX family of relative humidity and temperature sensors, Renesas also released the ZSSC3281 sensor signal conditioning (SSC) IC, which is used to amplify, digitize, and calibrate sensor signals with high precision. The new products complement Renesas' extensive MCU portfolio and embedded AI solutions.
All of these products are supported by Renesas' unique system design platform, which significantly simplifies the prototyping of IoT systems. Renesas' Quick-Connect IoT system consists of standardized boards and interfaces, allowing designers to quickly and easily connect a variety of sensors to MCU/MPU development boards. The new system also provides core software building blocks that can be ported between boards, greatly reducing programming requirements. Now, instead of writing and debugging hundreds of lines of driver code, designers only need to graphically select sensors and write a small amount of code. All integration and setup work is done behind the scenes, shortening the time to get a usable solution.
Renesas has also created a number of "winning product combinations" that combine sensors with multiple other ICs to build an advanced design platform for users to reduce design risks and shorten development time.
According to a recent study by Zion Market Research, the global IoT sensor market is expected to expand at a compound annual growth rate (CAGR) of approximately 27.9%, reaching a market size of $27.9 billion in 2028.
“Sensing solutions are a critical element in IoT systems, but they also present many design challenges during system integration that can slow down development and impact overall system performance,” said DK Singh, Senior Director of the System and Solutions Business Unit at Renesas Electronics. “Renesas’ fusion of sensor technology, signal conditioning expertise, and system solution thinking enables us to build a competitive, superior design platform for our customers.”
With more than 20 years of experience, Renesas has deep and broad expertise in the sensor market. Renesas' product portfolio includes sensor signal conditioners, biosensors, humidity and temperature sensors, light and proximity sensors, flow sensors, and position sensors.
HS4XXX Relative Humidity and Temperature Sensors
The new HS4XXX family of relative humidity and temperature sensors offers high accuracy, fast measurement response time and very low power consumption in a small package, making them ideal for a wide range of applications, from portable devices to products designed for harsh environments. For more information on the family, visit renesas.com/humidity.
Key Features of HS4XXX Relative Humidity and Temperature Sensors
Extremely low current consumption: Average current consumption is 0.3µA for 8-bit resolution at 3.3V supply
Ultra -low sleep current: 0.010µA
Small 2.5mm × 2.5mm × 0.8mm DFN-style 8-LGA package
± 1.5% RH high-precision relative humidity sensing
Temperature sensor accuracy is ±0.2ºC (typical)
ZSSC3281 Sensor Signal Conditioning IC
The new ZSSC3281 SSC performs high-precision amplification, digitization and sensor-specific correction of sensor signals. It includes a dual-channel analog front end and an integrated MCU based on an ARM core. The MCU has embedded mathematical functions for sensor signal processing. This solution targets high-end applications, including sensing functions in industrial, medical and consumer products.
Key Features of the ZSSC3281 Sensor Signal Conditioning IC
Highest performance through flexible analog front-end configuration
Dual speed mode enables ultra-high accuracy and ultra-fast update rates
2 ADCs running in parallel, with a resolution of up to 24 bits
Can be widely used in different sensor elements with various characteristics
Measurement scheduler for optimizing performance
High -level interrupt and diagnostic functions
Digital interfaces include I²C, SPI, and One-Wire Interface (OWI)
4-20mA current loop output, OWI communication via current loop
Demonstration at Sensors Converge
Renesas will demonstrate the new products and integrated sensor solutions live at booth 323 at the Sensors Converge trade show, to be held June 27-29 in San Jose, California, USA.
Availability
The HS4XXX family and the ZSSC3281 SSC are available now from Renesas Electronics and its authorized distribution partners.
Previous article:e-Network Community Launches Sensor Summer Event
Next article:CEVA Expands RivieraWaves UWB IP to Support CCC Digital Key 3.0 Standard for Keyless Entry
- Popular Resources
- Popular amplifiers
- ADLINK Launches AmITX Mini-ITX Motherboard to Power Edge AI and IoT Innovation
- e-Network Community and NXP launch Smart Space Building Automation Challenge
- The Internet of Things helps electric vehicle charging facilities move into the future
- Nordic Semiconductor Launches nRF54L15, nRF54L10 and nRF54L05 Next Generation Wireless SoCs
- Face detection based on camera capture video in OPENCV - Mir NXP i.MX93 development board
- The UK tests drones equipped with nervous systems: no need to frequently land for inspection
- The power of ultra-wideband: reshaping the automotive, mobile and industrial IoT experience
- STMicroelectronics launches highly adaptable and easy-to-connect dual-radio IoT module for metering and asset tracking applications
- This year, the number of IoT connections in my country is expected to exceed 3 billion
- Intel promotes AI with multi-dimensional efforts in technology, application, and ecology
- ChinaJoy Qualcomm Snapdragon Theme Pavilion takes you to experience the new changes in digital entertainment in the 5G era
- Infineon's latest generation IGBT technology platform enables precise control of speed and position
- Two test methods for LED lighting life
- Don't Let Lightning Induced Surges Scare You
- Application of brushless motor controller ML4425/4426
- Easy identification of LED power supply quality
- World's first integrated photovoltaic solar system completed in Israel
- Sliding window mean filter for avr microcontroller AD conversion
- What does call mean in the detailed explanation of ABB robot programming instructions?
- Europe's three largest chip giants re-examine their supply chains
- Breaking through the intelligent competition, Changan Automobile opens the "God's perspective"
- The world's first fully digital chassis, looking forward to the debut of the U7 PHEV and EV versions
- Design of automotive LIN communication simulator based on Renesas MCU
- When will solid-state batteries become popular?
- Adding solid-state batteries, CATL wants to continue to be the "King of Ning"
- The agency predicts that my country's public electric vehicle charging piles will reach 3.6 million this year, accounting for nearly 70% of the world
- U.S. senators urge NHTSA to issue new vehicle safety rules
- Giants step up investment, accelerating the application of solid-state batteries
- Guangzhou Auto Show: End-to-end competition accelerates, autonomous driving fully impacts luxury...
- Failed to run Verilog with Cypress PSoC
- Home burglar alarm system based on MCU
- [ESK32-360 Review] + TFT screen display function and expansion (4)
- ARM programming mode and 7 modes
- #Idle Market# 4G module
- How to learn drivers, Linux kernel and various common peripherals
- Resource Download: Qorvo Wi-Fi Graphics File: 802.11ax / 802.11ac for the Smart Home
- Award-winning live broadcast: Tektronix's three-detection "detector" will help you overcome the pitfalls of probes
- Platform-based variable speed motor solution development
- The problem of overcurrent capability of two MOS tubes when turned on