Every device in the home is built for one person.

At Higlo, we're building the alternative: technology that gets people out of their phones, and to spending time with the family and friends around them or afar.

Seyed Danesh

Seyed Danesh Co-founder and CEO, Higlo

I'm Seyed. For twenty years. I've built difficult technology to solve real problems, in successful start-ups and large industry leading corporates, always design driven, always going against the mould. Higlo is where all of it comes together.

  • First employee Gigle, acquired by Broadcom
  • Co-founder Metroic, acquired by Analog Devices
  • Co-founder and CEO Higlo

So what is Higlo?

Higlo · Now

More time with the people you love

Our first product, the Hearth, sits above the TV. One in each home, it joins living rooms in different homes into one shared space, on the biggest screen in the house.

The Hearth, at home.
The Hearth, at home.
Your Higlos: cousins, family, friends.
Your Higlos: cousins, family, friends.

It isn't a call you place. It's a space you leave open, for an evening with the grand-parents, every night before bedtime, or the whole day on Sundays.

Living rooms in different homes, in one space.
Living rooms in different homes, in one space.
"You're the first one here."
"You're the first one here."

And once you're together, you do things together: laugh and create new shared memories, cards, music, dressing up, toasting marshmallows over the fire.

Choosing what to do together.
Choosing what to do together.
Fancy Dress.
Fancy Dress.
Hold a stick over the fire. Let go when it's golden.
Hold a stick over the fire. Let go when it's golden.
Keys: each household has its own sound.
Keys: each household has its own sound.
Rummy, across three homes.
Rummy, across three homes.

You use it with your hands, so a four-year-old and an eighty-year-old both get it straight away. No ads, no feeds, and it's off whenever the cover is closed.

Learning the gestures: pinch to light the candle.
Learning the gestures: pinch to light the candle.
Activate, choose, select.
Activate, choose, select.

Making it feel that simple takes all the effort: custom hardware, software, signal processing, AI, experience and design. Bringing all of those together is what I've done my whole career.

A production run, before assembly.
A production run, before assembly.
The Hearth.
The Hearth.

We're still early, but the signals are incredible. Hundreds of households in the US and the UK use it every day, families tell us they can't live without it, and many more are asking to get one.

Packing Hearths in Edinburgh.
Packing Hearths in Edinburgh.
"Because most families don't fit on a phone screen."
"Because most families don't fit on a phone screen."
We're building the technology we want our own children to use.

But how did we get here?

Imaging · 2001–2011

First love: imaging

I had the incredible opportunity to work at the cutting edge of mobile imaging in its most important years, as phone cameras were taking off, chasing the best possible picture from a tiny sensor.

Inside a pixel: lens, colour filter, light sensor.
Inside a pixel: lens, colour filter, light sensor.
What a poor front end does to a picture.
What a poor front end does to a picture.

At STMicroelectronics' Imaging Group I developed new imaging technology, and patents that are still cited today, including in Meta's camera patents.

US 7,612,702. Sole inventor.
US 7,612,702. Sole inventor.

Then a PhD on better communication, alongside my day job at Gigle: a new kind of converter, built around a ring of resistors that rotates as it runs, taken all the way to working silicon.

The rotating resistor ring, and the ramps it makes.
The rotating resistor ring, and the ramps it makes.
Folded into a figure of eight, to fit on the chip.
Folded into a figure of eight, to fit on the chip.

One chip that could do the job of three different kinds of converter, published in the field's leading journal.

Not a dot on the chart but a line: one design spanning three architectures.
Not a dot on the chart but a line: one design spanning three architectures.
The chip, as it was drawn.
The chip, as it was drawn.
The same move every time: take a difficult technology to a real problem, and design it into something people can use.

Gigle Networks · 2006–2010

First start-up, first successful exit

In 2006 I was the first employee of Gigle Networks, a start-up developing chips and signal processing for networking in the home, with teams in Edinburgh, Barcelona and California. We grew to about seventy people through the journey.

Gigle's chips.
Gigle's chips.
The GGL541, under the microscope.
The GGL541, under the microscope.

Bandwidth in every room

Homes were filling up with HD video and online games, and the bandwidth had to reach every room. The power wiring already did, so we made it carry a gigabit.

Belkin's Gigabit Powerline HD: a gigabit over the wiring in your walls, five times faster than the standard of the day.
Belkin's Gigabit Powerline HD: a gigabit over the wiring in your walls, five times faster than the standard of the day.
Inside the adapter.
Inside the adapter.

I designed the analog heart of those chips, from the architecture down to the silicon, and then moved more and more to the system.

One of our chips, as it was drawn.
One of our chips, as it was drawn.
On test.
On test.

And it was fun: a small team, a hard problem, everyone in one room.

Gigle's office in Edinburgh.Where I sat
Gigle's office in Edinburgh.
Doing La Tomatina as a company, I'm the sensible one with goggles (if you can spot me).

2010

GigleBroadcom

Broadcom bought Gigle in 2010, and our products and technology went on to be a highly successful franchise.

Metroic · 2011–2014

The next successful start-up

In 2011 I co-founded Metroic, with one aim: bringing accurate energy measurement and management, everywhere.

Our first demonstrator.
Our first demonstrator.
Measurement at every point, from the meter to the appliance. From our 2013 deck.
Measurement at every point, from the meter to the appliance. From our 2013 deck.

Everywhere meant everywhere: in data centres, at every level from the room to the rack to the server, so they could run more efficiently; in every home's meter, accurate for its whole life; on equipment across the grid; and catching tampering as it happens.

Where we set out to measure.
Where we set out to measure.
One technology, many markets.
One technology, many markets.

We built it into silicon: mSure, a measurement that checks its own accuracy, all the time.

Our test chip, in the lab.
Our test chip, in the lab.
A copper track on a circuit board, turned into a precise sensor.
A copper track on a circuit board, turned into a precise sensor.
A meter's accuracy over its life, with and without mSure.
A meter's accuracy over its life, with and without mSure.

The technology was truly ground-breaking, with uses right across the energy infrastructure. Many of the world's major utilities were keen to build it into their networks and equipment, and bringing it to market needed far greater scale.

Across the whole energy infrastructure.
Across the whole energy infrastructure.

2014

MetroicAnalog Devices

Analog Devices built a product line on mSure, we built the service on top and became ubiquitous.

Analog Devices · 2014–2020

More than silicon

Inside Analog Devices the job got bigger. The mission was to help a chip company move up the value stack, from parts to whole systems: silicon, software and cloud together.

The value is in the system, not the part.
The value is in the system, not the part.
ADI told its investors the same in 2015, naming Metroic as one of its two "domain acquisitions".
ADI told its investors the same in 2015, naming Metroic as one of its two "domain acquisitions".

We went far beyond the meter: programmable switchgear, material sensing, intelligent buildings, and systems sold to some of the world's biggest utilities.

One programmable breaker in place of many fixed ones.
One programmable breaker in place of many fixed ones.
The ADE9153A, 2018: "the only energy measurement IC with autocalibration".
The ADE9153A, 2018: "the only energy measurement IC with autocalibration".

As R&D Director for the Energy, Industrial and Building Automation division, I helped other teams make the same move. It's where that industry has to go, and it comes down to dependability: systems people can build on for decades.

From the chip in the meter to analytics in the cloud: mSure as Analog Devices offered it to utilities in 2018.
From the chip in the meter to analytics in the cloud: mSure as Analog Devices offered it to utilities in 2018.
Built to last decades in the field.
Built to last decades in the field.

Pommelhorse · 2020–2024

The way back to each other

In 2020 I co-founded Pommelhorse to make communication between people more human. Half of what we say is in how we look at each other, and a video call loses most of it.

Every era of communication carried more of us. What comes next?
Every era of communication carried more of us. What comes next?
2021: knowing who's looking at whom.

We built computer vision that runs in real time, to give back eye contact and the right perspective.

Eye contact, and a view that moves with you, live. 2024.
A prototype booth, to create the most immersive call experiences.
A prototype booth, to create the most immersive call experiences.

After years of creating richer, better call experiences, we found that connection matters far more to families than it does at work. Helping families be more connected is what drove Higlo, and the creation of the Hearth. This chapter is being written today.

The first Hearth, 3D printed and spray painted.
The first Hearth, 3D printed and spray painted.

Beyond the bytes

Art, design and creativity

Music, making things, and creating experiences.

I grew up between academics and artists.

At university I was deep in the music and art scene. I ran the university's main popular music society, helping bands form and succeed, and was behind many of its events and club nights.

Untapped Talent.
Untapped Talent.
Wireless.
Wireless.
Wednesdays at Medina.
Wednesdays at Medina.

When that chapter ended, I started a record label, to keep working with amazing artists.

Pink Label Records.
Pink Label Records.
"We help bands to help themselves."
"We help bands to help themselves."

Along the way, I worked with some incredible musicians, in all kind of different capacities.

Mid-2000s, all photos copyright of Seyed Danesh

And forever I've been making things, with electricity, metal, glass and wood. I think creating things is ultimately a way to express your taste.

Lamps.
Lamps.
A wall cabinet, in oak and glass.
A wall cabinet, in oak and glass.
A lamp with a red cable and a dimmer, in metal boxes.
The workshop.
The workshop.
A lamp on a metal box with five switches.
I love creating things. And almost everything I make, before I can help myself, turns into a business.

Say hello

If you'd like to talk about Higlo, I'd like to hear from you.

Here are the receipts.

29 inventions, 199 patent publications around the world and 81 granted patents, with the papers and theses behind them.

All 199 patent publications
  1. Analog to digital converter having a non-linear ramp voltage

    STMicroelectronics · 2006

    EP 1 881 609 A1 · US 2008/0042888 A1 · US 7,612,702 B2

  2. Wireline transmission circuit

    Gigle, now Broadcom · 2007

    US 7,417,463 B1 · US 2009/0072861 A1 · US 7,626,424 B2 · US 2010/0045339 A1 · US 7,812,641 B2

  3. Transformer driver circuit with IC protection circuitry

    Gigle, now Broadcom · 2009

    WO 2011/077121 A1 · US 2012/0306472 A1 · US 9,001,534 B2 · US 2015/0206651 A1 · US 9,305,699 B2

  4. Analogue-to-digital conversion

    Gigle, now Broadcom · 2010

    EP 2 424 114 A2 · US 2012/0050082 A1 · GB 2483236 A · EP 2 424 114 A3 · US 8,552,901 B2 · EP 2 424 114 B1 · GB 2483236 B

  5. Module for powerline communication transmission

    Gigle, now Broadcom · 2010

    GB 2486436 A · US 2012/0183085 A1 · US 9,035,484 B2 · GB 2486436 B

  6. Analog to digital converter with increased sub-range resolution

    Gigle, now Broadcom · 2011

    US 2013/0003873 A1 · US 8,483,291 B2 · US 2013/0279609 A1 · US 8,711,952 B2

  7. Powerline communication device with load characterization functionality

    Gigle, now Broadcom · 2011

    US 2013/0003878 A1 · US 8,711,951 B2

  8. Current measurement

    Metroic, now Analog Devices · 2011

    WO 2013/038176 A2 · WO 2013/038176 A3 · EP 2 756 318 A2 · US 2014/0253102 A1 · US 9,322,850 B2 · US 2016/0291060 A1 · US 9,939,464 B2 · US 2018/0252748 A1 · EP 3 441 775 A2 · EP 3 441 775 A3 · US 10,527,651 B2 · EP 3 736 578 A2 · EP 3 736 578 A3 · EP 3 736 578 B1 · EP 3 736 578 C0

  9. Voltage measurement

    Metroic, now Analog Devices · 2011

    US 2013/0113507 A1 · WO 2014/072733 A2 · WO 2014/072733 A3 · CN 104871012 A · EP 2 917 744 A2 · US 9,151,818 B2 · CN 108802462 A · CN 104871012 B · CN 108802462 B · EP 2 917 744 B1 · EP 2 917 744 C0

  10. Current measurement

    Metroic, now Analog Devices · 2011

    US 2013/0128396 A1 · US 9,411,003 B2 · US 2016/0341769 A1 · US 9,933,463 B2 · US 2018/0252750 A1 · US 11,009,558 B2

  11. Electrical signal measurement

    Metroic, now Analog Devices · 2013

    WO 2014/191776 A1 · CN 105247376 A · EP 3 004 901 A1 · US 2016/0154029 A1 · JP 2016520203 A · US 9,823,275 B2 · CN 105247376 B · JP 6407978 B2 · CN 109239435 A · EP 3 004 901 B1 · CN 109239435 B

  12. Current measurement

    Metroic, now Analog Devices · 2013

    US 2014/0354266 A1 · US 9,638,724 B2 · US 2017/0299636 A1 · US 11,016,126 B2

  13. Power conversion apparatus

    Metroic, now Analog Devices · 2013

    WO 2015/025121 A2 · WO 2015/025121 A3 · CN 105659486 A · EP 3 036 825 A2 · US 2016/0197563 A1 · US 9,941,812 B2 · US 2018/0212531 A1 · CN 105659486 B · US 10,381,948 B2 · EP 3 036 825 B1

  14. A signal conditioning circuit and a relay/circuit breaker control apparatus including such a signal conditioning circuit

    Analog Devices · 2016

    US 2017/0250043 A1 · EP 3 220 405 A2 · CN 107332197 A · EP 3 220 405 A3 · US 10,672,577 B2 · CN 107332197 B · EP 3 220 405 B1

  15. Method of and apparatus for learning the phase error or timing delays within a current transducer and power measurement apparatus including current transducer error correction

    Analog Devices · 2016

    US 2017/0356939 A1 · JP 2017223642 A · WO 2017/216598 A1 · CN 107505499 A · US 10,132,846 B2 · DE 112016006971 T5 · JP 2020073904 A · CN 111707863 A · JP 6882542 B2 · CN 107505499 B · JP 2021121802 A · CH 713962 B1 · CN 111707863 B · JP 7412386 B2

  16. Apparatus for and method of providing measurements of uncertainty in respect of a transfer function

    Analog Devices · 2016

    JP 2017223641 A · US 2017/0363664 A1 · WO 2017/218042 A1 · CN 107525526 A · EP 3 400 451 A1 · US 10,459,013 B2 · JP 6777557 B2 · CN 107525526 B · CN 112964280 A · EP 3 400 451 B1 · CN 112964280 B

  17. Managing the determination of a transfer function of a measurement sensor

    Analog Devices · 2017

    US 2019/0064222 A1 · CN 109425801 A · EP 3 450 998 A1 · CN 109425801 B · US 11,067,604 B2 · CN 113189414 A · EP 4 033 259 A1 · EP 3 450 998 B1 · EP 3 450 998 C0 · CN 113189414 B · EP 4 033 259 B1

  18. Managing the determination of a transfer function of a measurement sensor

    Analog Devices · 2017

    US 2019/0064306 A1 · CN 109426198 A · EP 3 450 997 A1 · US 10,768,262 B2 · CN 109426198 B · EP 3 450 997 B1 · EP 3 450 997 C0

  19. Managing the determination of a transfer function of a measurement sensor

    Analog Devices · 2017

    US 2019/0064307 A1 · CN 109425846 A · EP 3 450 996 A1 · US 10,914,808 B2 · CN 109425846 B · EP 3 450 996 B1 · EP 3 450 996 C0

  20. Managing the determination of a transfer function of a measurement sensor

    Analog Devices · 2017 · one filing covering the three inventions above

    WO 2019/042972 A1 · JP 2020532265 A · JP 6922082 B2

  21. Method of and apparatus for reducing the influence of a common mode signal on a differential signal and to systems including such an apparatus

    Analog Devices · 2017

    US 2019/0081601 A1 · WO 2019/048579 A1 · CN 109470904 A · EP 3 679 653 A1 · US 10,892,722 B2 · CN 109470904 B · CN 113495179 A · CN 113504403 A · EP 4 446 754 A2 · EP 3 679 653 B1 · EP 4 446 754 A3 · CN 113495179 B · EP 4 446 754 B1

  22. Current measurement

    Analog Devices · 2017

    US 2019/0079117 A1 · WO 2019/048537 A1 · CN 109490604 A · EP 3 682 258 A1 · US 10,845,393 B2 · CN 109490604 B · EP 3 682 258 B1

  23. An apparatus and method for removing perturbation signal from a serial data stream, and to measurment and/or protection apparatus including such a signal removing apparatus

    Analog Devices · 2018

    EP 3 627 159 A1 · US 2020/0096545 A1 · WO 2020/056754 A1 · CN 110940846 A · US 11,474,131 B2 · CN 110940846 B · EP 3 627 159 B1

  24. Three-phase power meter monitoring for star and delta configurations

    Analog Devices · 2019

    EP 3 709 032 A1 · US 2020/0292597 A1 · CN 111693764 A · US 11,061,055 B2 · US 2021/0382097 A1 · US 11,940,476 B2 · EP 3 709 032 B1

  25. Electrical network impedance determination

    Analog Devices · 2019

    EP 3 770 615 A1 · US 2021/0025929 A1 · US 11,366,149 B2 · EP 3 770 615 B1

  26. Switch condition monitoring

    Analog Devices · 2019

    EP 3 780 048 A1 · US 2021/0048478 A1 · CN 112394657 A · US 11,675,011 B2 · EP 3 780 048 B1 · EP 3 780 048 C0

  27. Real-time video processing for generating a virtual viewpoint

    Pommelhorse · 2022

    WO 2024/100376 A1 · GB 2640049 A

  28. Real-time video inpainter and method

    Pommelhorse · 2023

    WO 2024/189314 A1

  29. Identification of inaccuracies in a depth frame/image

    Pommelhorse · 2023

    GB 2628153 A · WO 2024/189313 A1 · GB 2628153 B · US 2026/0260325 A1

  30. Video communication method and system

    Pommelhorse · 2023

    WO 2024/209180 A1

Front page of US 7,612,702 B2: Analog to digital converter having a non-linear ramp voltageUS 7,612,702 B2 Front page of US 7,417,463 B1: Wireline transmission circuitUS 7,417,463 B1 A drawing sheet from US 7,417,463 B1: Wireline transmission circuitUS 7,417,463 B1 PhD thesis: Time Interleaved Counter Analog to Digital Converters, University of Edinburgh, 2011PhD thesis, 2011 Front page of US 7,626,424 B2: Wireline transmission circuitUS 7,626,424 B2 IEEE Journal of Solid-State Circuits · 2019An Energy Measurement Frontend With Integrated Adaptive Background Accuracy Monitoring of the Full System Including the Current and Voltage SensorsDanesh, Holland, Spalding, Guidry, Hurwitzdoi.org/10.1109/JSSC.2019.2943109 Front page of US 7,812,641 B2: Wireline transmission circuitUS 7,812,641 B2 Front page of US 9,001,534 B2: Transformer driver circuit with IC protection circuitryUS 9,001,534 B2 Front page of US 9,305,699 B2: Transformer driver circuit with IC protection circuitryUS 9,305,699 B2 A drawing sheet from US 9,001,534 B2: Transformer driver circuit with IC protection circuitryUS 9,001,534 B2 Front page of US 2012/0050082 A1: Analogue-to-digital conversionUS 2012/0050082 A1
MEng thesis: A 5-MegaPixel 12-bit Mobile CMOS Imager with Alternative ADC StructuresMEng thesis
Front page of US 8,552,901 B2: Analogue-to-digital conversionUS 8,552,901 B2 ISSCC · San Francisco · 2019An Energy Measurement Front-End with Integrated In-Situ Background Full System Accuracy Monitoring Including the Current and Voltage SensorsDanesh, Holland, Spalding, Guidry, Hurwitzdoi.org/10.1109/ISSCC.2019.8662542 Front page of US 9,035,484 B2: Module for powerline communication transmissionUS 9,035,484 B2 Front page of US 8,483,291 B2: Analog to digital converter with increased sub-range resolutionUS 8,483,291 B2 A drawing sheet from US 8,552,901 B2: Analogue-to-digital conversionUS 8,552,901 B2 Front page of US 8,711,952 B2: Analog to digital converter with increased sub-range resolutionUS 8,711,952 B2 Front page of US 8,711,951 B2: Powerline communication device with load characterization functionalityUS 8,711,951 B2
MEng thesis, part twoMEng thesis
Front page of US 9,322,850 B2: Current measurementUS 9,322,850 B2 Front page of US 9,939,464 B2: Current measurementUS 9,939,464 B2 A drawing sheet from US 8,552,901 B2: Analogue-to-digital conversionUS 8,552,901 B2 IEEE Journal of Solid-State Circuits · 2013A Reconfigurable 1 GSps to 250 MSps, 7-bit to 9-bit Highly Time-Interleaved Counter ADC with Low Power Comparator DesignDanesh, Hurwitz, Findlater, Renshaw, Hendersondoi.org/10.1109/JSSC.2013.2237672 Front page of US 10,527,651 B2: Current measurementUS 10,527,651 B2 Front page of US 9,151,818 B2: Voltage measurementUS 9,151,818 B2 Front page of US 9,411,003 B2: Current measurementUS 9,411,003 B2 Analog Devices ADE9153A datasheet: energy metering IC with autocalibration (mSure)ADE9153A datasheet Front page of US 9,933,463 B2: Current measurementUS 9,933,463 B2 A drawing sheet from US 9,035,484 B2: Module for powerline communication transmissionUS 9,035,484 B2 Front page of US 11,009,558 B2: Current measurementUS 11,009,558 B2 Front page of US 9,823,275 B2: Electrical signal measurementUS 9,823,275 B2 IEEE Solid-State Circuits Magazine · 2012Technologies that could change the world: you decide!Daneshdoi.org/10.1109/MSSC.2012.2191909 Front page of US 9,638,724 B2: Current measurementUS 9,638,724 B2 A drawing sheet from US 9,035,484 B2: Module for powerline communication transmissionUS 9,035,484 B2 Front page of US 11,016,126 B2: Current measurementUS 11,016,126 B2 Analog Devices ADE9153B datasheet: energy metering IC with sensor monitoring and self-calibration (mSure)ADE9153B datasheet Front page of US 9,941,812 B2: Power conversion apparatusUS 9,941,812 B2 Front page of US 10,381,948 B2: Power conversion apparatusUS 10,381,948 B2 Front page of US 10,672,577 B2: A signal conditioning circuit and a relay/circuit breaker control apparatus including such a signal conditioning circuitUS 10,672,577 B2 Symposium on VLSI Circuits · Kyoto · 2011A reconfigurable 1GSps to 250MSps, 7-bit to 9-bit highly time-interleaved counter ADC in 0.13 µm CMOSDanesh, Hurwitz, Findlater, Renshaw, Hendersonieeexplore.ieee.org/document/5986447 A drawing sheet from US 8,483,291 B2: Analog to digital converter with increased sub-range resolutionUS 8,483,291 B2 Front page of US 10,132,846 B2: Method of and apparatus for learning the phase error or timing delays within a current transducer and power measurement apparatus including current transducer error correctionUS 10,132,846 B2 Front page of US 10,459,013 B2: Apparatus for and method of providing measurements of uncertainty in respect of a transfer functionUS 10,459,013 B2 Analog Devices ADE9322B datasheet: mSure enabled sigma-delta ADCsADE9322B datasheet Front page of US 11,067,604 B2: Managing the determination of a transfer function of a measurement sensorUS 11,067,604 B2 Front page of US 2019/0064306 A1: Managing the determination of a transfer function of a measurement sensorUS 2019/0064306 A1 A drawing sheet from US 8,711,951 B2: Powerline communication device with load characterization functionalityUS 8,711,951 B2 Front page of US 10,768,262 B2: Managing the determination of a transfer function of a measurement sensorUS 10,768,262 B2 Front page of US 2019/0064307 A1: Managing the determination of a transfer function of a measurement sensorUS 2019/0064307 A1 IEEE ISCAS · Taipei · 2009A non-uniform resolution step GHz 7-bit flash A/D converter for wideband OFDM signal conversionDanesh, Holland, Hurwitz, Findlater, Henderson, Renshawdoi.org/10.1109/ISCAS.2009.5117918 Front page of US 10,914,808 B2: Managing the determination of a transfer function of a measurement sensorUS 10,914,808 B2 Analog Devices brochure: real-time meter health monitoring with mSure, 2018mSure brochure, 2018 Front page of US 10,892,722 B2: Method of and apparatus for reducing the influence of a common mode signal on a differential signal and to systems including such an apparatusUS 10,892,722 B2 A drawing sheet from US 9,823,275 B2: Electrical signal measurementUS 9,823,275 B2 Front page of US 10,845,393 B2: Current measurementUS 10,845,393 B2 Front page of US 11,474,131 B2: An apparatus and method for removing perturbation signal from a serial data stream, and to measurment and/or protection apparatus including such a signal removing apparatusUS 11,474,131 B2 Front page of US 11,061,055 B2: Three-phase power meter monitoring for star and delta configurationsUS 11,061,055 B2 ISSCC · San Francisco · 2008A 90nm CMOS Dual-Channel Powerline Communication AFE for HomePlug AV with a Gb ExtensionFindlater, Bailey, Bofill, Calder, Danesh, Henderson, Holland, Hurwitz, Maughan, Sutherland, Wattdoi.org/10.1109/ISSCC.2008.4523258 Front page of US 11,940,476 B2: Three-phase power meter monitoring for star and delta configurationsUS 11,940,476 B2 Analog Devices mSure product highlight, 2015mSure product highlight, 2015 A drawing sheet from US 9,638,724 B2: Current measurementUS 9,638,724 B2 Front page of US 11,366,149 B2: Electrical network impedance determinationUS 11,366,149 B2 Front page of US 11,675,011 B2: Switch condition monitoringUS 11,675,011 B2