14 Years

Ambiq innovative

Ambiq is at the forefront of enabling ambient intelligence on billions of devices with the unique SPOT platform and extreme-low power semiconductor solutions

Our Journey

What Drives Us

We have consistently delivered the most energy-efficient solutions on the market, extending battery life on devices not possible before.

2010

Ambiq founded

2012

1st Real Time Clock (RTC) product launched

2014

1 millionth RTC chip sold

2015

1st SPOT microcontroller (MCU) launched at 10X lower power than competition

2016

1 millionth MCU chip sold

2017

2nd generation Apollo MCU launched; Neural networks deployed on SPOT-enabled products

2018

3rd generation Apollo System-on-Chip (SoC) launched

2019

New Apollo SKUs launched for broader market segments

2020

100 millionth product sold; 4th generation Apollo SoC launched and sampled

2021

IoT Semiconductor Company of the Year

2022

Apollo4 Plus/Blue Plus, 4th generation, being adopted by the top 5 wearable manufacturers in the world

2023

IoT Semiconductor Company of the Year, and AI Excellence Award, for the 2nd time

2024

Embedded Award for Best Hardware Category for the Apollo510 MCU and IoT Semiconductor Company of the Year for the 3^rd time

Smart watches love Ambiq

9 out of the top 10 global fitness bands and smartwatches are using Ambiq processors to achieve a long battery life without scarifying performance or user experience.

APOLLO MCU

Sold

over 100 million devices

Launched

the latest generation of SoC

Expanded

our market in Singapore and Japan

Market Segments

With the success in the wearables market, we are expanding into new market segments

Remote controls

Factory  automation

Gaming console

Smart hearables

Smart speakers

Contactless
biometric fingerprint cards

Safety to
preventive maintenance
for Industrial IoT
applications.

Asset trackers

Security and
HVAC system that make up a smart home

Smart metering

It already works!

Many of the recent smartphones from major manufacturers are already capable of running AI applications.

Future

Industrial automation

A device is designed to
• increase productivity, safety, and security, while reducing operations cost, equip all machinery tracking device to monitor and report any irregularity or malfunction, install sensors to regulate air quality, humidity, and temperature, send alerts with precise location when detecting any change that’s out of the pre-determined range, suggest additional changes to equipment or setting based on the data analyzed and learned over time
• Every piece of equipment and every wall, ceiling, and floor on the factory floor will be equipped with "always listening" sensors that detect the earliest sign of a production problem. A machine that starts to rattle in a new, weird way will trigger a maintenance robot to come out for an inspection. That maintenance robot will order a repair -- all before "line down" happens without human intervention.

Automotive applications

A device is designed to
• unlock the door when you approach the car, readjust the seat, rearview and side mirrors to your specification, tune to the audio source/radio station of your choice, turn on the GPS with the next destination ready to go, remind your to-do’s. monitor your vitals and alert the user of any elevated stress or irregularity, and call for help during an emergency and notify the immediate contacts

Health and welness

A device is designed to
• track blood oxygen and pressure, heart rate, perspiration, glucose, monitor the vitals to define a normal range that’s standard for the user, recommend specific diet or exercise to help improve the overall health, alert the user of any irregularity and make appointments with doctors based on the user’s calendar/availability

• More, the device will call for help during an emergency and notify the immediate contacts, generate reports and insights for the user to review and share, and learn to adjust the setting based on behavior change over time

SPOT support