Our patented algorithm forces the receiver to be always OFF, waking only to capture and process
Problems that we solve
High Power Consumption
Energy-intensive, costly.
High Cost of Material
Expensive resources.
Locked-in Functionality
spendLimited flexibility.ing in 2023
Innovative Solutions Designed to Overcome Challenges and Drive Seamless Growth
High Power Consumption
Baseband’s patented “Capture, Process, Sleep” technique isproven to reduce power consumption by 90% or more. With this level of performance, charging your IoT device frequently isnow a thing in the past.
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High Cost of Material
Baseband’s flexible receiver architecture can tightly integratethe GNSS front-end and your MCU to share system resources on demand. This approach greatly reduces material andmanufacturing costs of your IoT device.
Locked-in Functionality
Baseband’s patented “Capture, Process, Sleep” technique isoptimized to run on the ARM Cortex-M4® MCU. Our flexiblefirmware architecture can customize any GNSS functionality to suit your unique application.
Compared to traditional chipset technology, our receiver only need to be turned on to capture milliseconds of GPS signals each time you need a position update. Once the signal capture is finshed, the receiver can be turned off completely to save precious battery power.
Our patented signal processing algorithm was designed to run very efficiently on either a low-cost MCU (microcontroller)or at a cloud server. We offer three flexible processing modes that gives system designers ultimate control over how and when signal is processed.
Traditional GPS chipset techology has conditioned us to expect everything to be constantly ON. Our technology operates counter-intuitively by forcing the receiver to be always OFF to conserve the precious battery. Leveraging our patented signal processing techniques, our receiver spends the majority of its time turned off.
IoT devices have transformed asset tracking across industries, creating a growing demand for efficient, long-lasting solutions.
However, integrating traditional GNSS chips with IoT technology poses a significant challenge—high power consumption.
These chips require large battery sources, making devices bulkier and more expensive. Additionally, combining GNSS with sophisticated radio and accelerometer sensors demands careful power management to maintain efficiency.
Our ultra-low power GNSS receiver technology addresses these challenges, allowing seamless integration while dramatically extending battery life. Talk to us today to learn how we can help optimize your IoT devices for better performance, reduced size, and lower costs.
IoT devices have transformed asset tracking across industries, creating a growing demand for efficient, long-lasting solutions.
However, integrating traditional GNSS chips with IoT technology poses a significant challenge—high power consumption.
These chips require large battery sources, making devices bulkier and more expensive. Additionally, combining GNSS with sophisticated radio and accelerometer sensors demands careful power management to maintain efficiency.
Our ultra-low power GNSS receiver technology addresses these challenges, allowing seamless integration while dramatically extending battery life. Talk to us today to learn how we can help optimize your IoT devices for better performance, reduced size, and lower costs.
IoT devices have transformed asset tracking across industries, creating a growing demand for efficient, long-lasting solutions.
However, integrating traditional GNSS chips with IoT technology poses a significant challenge—high power consumption.
These chips require large battery sources, making devices bulkier and more expensive. Additionally, combining GNSS with sophisticated radio and accelerometer sensors demands careful power management to maintain efficiency.
Our ultra-low power GNSS receiver technology addresses these challenges, allowing seamless integration while dramatically extending battery life. Talk to us today to learn how we can help optimize your IoT devices for better performance, reduced size, and lower costs.
Talk to us to find out how we can integrate our ultra low power GNSS receiver in your system.
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