AMPERE Computing's New Sensor Tackles Humidity & Temperature with Precision, Powering Smarter IoT Devices

SANTA CLARA, CA – October 26, 2023 – AMPERE Computing LLC, a leading innovator in embedded systems and sensor technology, today announced the release of its next-generation humidity and temperature sensor. Designed for a wide range of Internet of Things (IoT) applications, from smart homes and environmental monitoring to industrial automation and healthcare, this tiny powerhouse delivers accurate, reliable data with impressive power efficiency. “We’ve been quietly working on this sensor for a while, and we’re really excited to finally get it out there,” says a representative from AMPERE Computing. “We saw a need for a sensor that didn’t compromise on accuracy or battery life, especially as more and more devices become truly wireless and need to run for extended periods. We think we've nailed it." What's the Big Deal? Let’s be real, there are tons of humidity and temperature sensors out there. So what makes this one different? A lot, actually. AMPERE Computing didn't just want to create another sensor. They wanted to build one that addresses the core challenges developers face when integrating environmental monitoring into their projects. That means focusing on three key things: Accuracy, Power Consumption, and Ease of Use. Spot-On Readings: Accuracy You Can Trust Forget flaky data that leads to unreliable insights. AMPERE's sensor uses a cutting-edge capacitive humidity sensor and a precision thermistor to deliver remarkably accurate readings. We’re talking ±2% RH accuracy for humidity and ±0.2°C accuracy for temperature. “In applications like greenhouse monitoring or pharmaceutical storage, even a small error in temperature or humidity can have significant consequences," explains a senior engineer at AMPERE. "We've engineered this sensor to minimize those errors, giving our customers confidence in the data they're collecting.” Power Sipping Performance: Long-Lasting Battery Life Let's face it: nobody wants to constantly change batteries. AMPERE’s sensor is designed for ultra-low power operation, typically consuming just a few microamps. This means it can run for years on a single coin cell battery – ideal for remote sensors, wireless networks, and battery-powered devices. “We've optimized the sensor’s architecture to minimize current draw, without sacrificing performance," says the engineer. "We’ve also included a sleep mode that reduces power consumption even further when the sensor isn't actively measuring.” Easy to Integrate: Getting Started is a Breeze AMPERE Computing knows that developers don’t want to spend weeks wrestling with complicated integration processes. That's why the sensor is designed for simple, straightforward integration. It features a standard I2C interface and supports a wide range of microcontrollers. “We’ve provided comprehensive documentation, example code, and a helpful support team to make it as easy as possible for developers to get up and running," says a product manager at AMPERE. “We want our customers to focus on building amazing applications, not fighting with hardware.” Who is This For? This isn't a sensor that's just for a niche application. AMPERE Computing designed it to be versatile enough to tackle a huge range of projects: Smart Homes: Monitor temperature and humidity in your home to optimize comfort, conserve energy, and prevent mold growth. Integrate it with your smart thermostat, humidifier, or air purifier for automated control. Environmental Monitoring: Track temperature and humidity levels in outdoor environments, greenhouses, or data centers. This information can be used for weather forecasting, agricultural optimization, or equipment maintenance. Industrial Automation: Monitor environmental conditions in factories, warehouses, and manufacturing facilities. This data can be used to optimize production processes, improve product quality, and ensure worker safety. Healthcare: Monitor temperature and humidity levels in hospitals, clinics, and laboratories. This is crucial for maintaining sterile environments, preserving sensitive medications, and ensuring patient comfort. Asset Tracking: Monitor the temperature and humidity of goods during shipping and storage. This is especially important for temperature-sensitive products, such as pharmaceuticals, food, and electronics. IoT Devices: The low power consumption makes this ideal for a wide range of connected devices where long battery life is critical. About AMPERE Computing LLC AMPERE Computing LLC, located in the heart of Silicon Valley (4655 Great America Parkway, Ste 601, Santa Clara, CA 95054-1236, USA), is a dynamic and innovative company dedicated to developing high-performance, low-power embedded systems and sensor technologies. We’re a small team, but we’re passionate about building solutions that empower our customers to create smarter, more connected devices. You can reach us at 815-858-7063 or visit our website [website address placeholder - add here]. “We're not just selling a sensor; we're providing a building block for the next generation of IoT devices,” says a spokesperson for AMPERE Computing. "We're excited to see what our customers create with it." Availability & Pricing The AMPERE Computing humidity and temperature sensor is available for purchase now. Pricing starts at [price placeholder - add here] per unit. Volume discounts are available. Contact AMPERE Computing directly for a quote. Samples are available upon request.