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Wi-Fi re-invented for IoT.
 

Extreme low power Imagine Wi-Fi devices that can run many years on a single coin cell battery. Or forever from harvested energy. With low peak power requirements and energy usage 100-200 times lower than conventional wireless links, the tantalizing dream of small, long lasting IoT devices will finally become a reality.

Extreme low power

Imagine Wi-Fi devices that can run many years on a single coin cell battery. Or forever from harvested energy.

With low peak power requirements and energy usage 100-200 times lower than conventional wireless links, the tantalizing dream of small, long lasting IoT devices will finally become a reality.

Secure from day one The Internet of Things should be safe, secure and reliable. Security cannot be an afterthought. Government grade IEEE 802.11i security is built into the core of our chips, making every bit of communication secure. Always.

Secure from day one

The Internet of Things should be safe, secure and reliable. Security cannot be an afterthought.

Government grade IEEE 802.11i security is built into the core of our chips, making every bit of communication secure. Always.

Extended range Would you like Wi-Fi that works wherever you are around your home, office or warehouse? Morse chips are Wi-Fi HaLow compatible, offering a robust 1 km range for low data rate IoT devices.

Extended range

Would you like Wi-Fi that works wherever you are around your home, office or warehouse?

Morse chips are Wi-Fi HaLow compatible, offering a robust 1 km range for low data rate IoT devices.

Field upgradable Every IoT device needs to be field upgradable to stay secure. IoT devices without a means for firmware upgrades are a hacker's dream and a maintenance nightmare for everyone else. Morse chips allow high bandwidth bi-directional data transfer ensuring that firmware upgrades are quick and painless.

Field upgradable

Every IoT device needs to be field upgradable to stay secure. IoT devices without a means for firmware upgrades are a hacker's dream and a maintenance nightmare for everyone else.

Morse chips allow high bandwidth bi-directional data transfer ensuring that firmware upgrades are quick and painless.

One stop solution For IoT to become successful the cost must come down. High component count and PCB real estate add directly to product cost. Our highly integrated solution combines low power Wi-Fi HaLow, an IoT processor and battery management on one single tiny silicon chip. 

One stop solution

For IoT to become successful the cost must come down. High component count and PCB real estate add directly to product cost.

Our highly integrated solution combines low power Wi-Fi HaLow, an IoT processor and battery management on one single tiny silicon chip. 

Fast time to market Time to market is critical for product success. There is no room for complex signal integrity or noise interference issues. Revolutionary radio shielding techniques and novel circuit architectures decrease susceptibility to RF interference, reducing PCB iterations and slashing time to market.

Fast time to market

Time to market is critical for product success. There is no room for complex signal integrity or noise interference issues.

Revolutionary radio shielding techniques and novel circuit architectures decrease susceptibility to RF interference, reducing PCB iterations and slashing time to market.

Native internet connectivity You can't have IoT without Internet! Every Morse device gets a IP address to connect directly to the internet. No hubs, bridges or phone apps required.

Native internet connectivity

You can't have IoT without Internet!

Every Morse device gets a IP address to connect directly to the internet. No hubs, bridges or phone apps required.

Early access to selected partners Get the jump on your competition. Register your interest for access to module demonstrator and pre-production silicon.

Early access to selected partners

Get the jump on your competition.

Register your interest for access to module demonstrator and pre-production silicon.

 
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Team

MICHAEL DE NIL Co-Founder & Digital IC Design Engineer Michael has over 10 years experience in low power digital chip design and worked at Imec and Broadcom before founding Morse Micro. Michael played a key role in the PHY and top level chip development of the 802.11n and 802.11ac Wi-Fi chips found most modern smart phones.

MICHAEL DE NIL
Co-Founder & Digital IC Design Engineer

Michael has over 10 years experience in low power digital chip design and worked at Imec and Broadcom before founding Morse Micro.

Michael played a key role in the PHY and top level chip development of the 802.11n and 802.11ac Wi-Fi chips found most modern smart phones.

ANDY TERRY Co-Founder & RF IC Design Engineer Andy has over 15 years RF chip design experience; working at Wolfson Microelectronics, Dialog Semiconductors and Broadcom before founding Morse Micro.  Andy received the Broadcom President's award for his pioneering work on on-chip signal integrity and was the lead designer for the radio IP that powers the Wi-Fi in most modern smart phones.

ANDY TERRY
Co-Founder & RF IC Design Engineer

Andy has over 15 years RF chip design experience; working at Wolfson Microelectronics, Dialog Semiconductors and Broadcom before founding Morse Micro. 

Andy received the Broadcom President's award for his pioneering work on on-chip signal integrity and was the lead designer for the radio IP that powers the Wi-Fi in most modern smart phones.

DR DAVE GOODALL MAC & STANDARDS EXPERT Dave has over 20 years experience in Wi-Fi and worked at Radiata, Cisco, G2 Microsystems and Broadcom before joining Morse Micro. Dave has contributed to various 802.11 standards and the Wi-Fi Alliance WPS 2.0 and Wi-Fi Direct specifications and test plans.

DR DAVE GOODALL
MAC & STANDARDS EXPERT

Dave has over 20 years experience in Wi-Fi and worked at Radiata, Cisco, G2 Microsystems and Broadcom before joining Morse Micro.

Dave has contributed to various 802.11 standards and the Wi-Fi Alliance WPS 2.0 and Wi-Fi Direct specifications and test plans.

prof NEIL WESTE Godfather of Wi-Fi & ADVISOR Neil has over 20 years experience in Wi-Fi and founded Radiata, the Australian startup which produced the world's first Wi-Fi 802.11a chip. Neil wrote the preeminent text book on integrated circuit design: Principles of CMOS VLSI Design.

prof NEIL WESTE
Godfather of Wi-Fi & ADVISOR

Neil has over 20 years experience in Wi-Fi and founded Radiata, the Australian startup which produced the world's first Wi-Fi 802.11a chip.

Neil wrote the preeminent text book on integrated circuit design: Principles of CMOS VLSI Design.


 
dr Gilbert matig-A Analogue IC Design Engineer Gilbert has over three years industry experience designing analogue communications circuitry. He has recently completed his PhD and has numerous publications.

dr Gilbert matig-A
Analogue IC Design Engineer

Gilbert has over three years industry experience designing analogue communications circuitry. He has recently completed his PhD and has numerous publications.

KEN ZHANG FPGA Design Engineer Ken is an MEng student at UNSW. His research interests focus on FPGA implementations of digital filters for communications applications.

KEN ZHANG
FPGA Design Engineer

Ken is an MEng student at UNSW. His research interests focus on FPGA implementations of digital filters for communications applications.

 

 
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