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REGULAR Menu Lifewire Tech for Humans Newsletter! Search Close GO News &gt; Smart & Connected Life <h1>
New Computer Chips Could Process More Like Your Brain Does</h1>
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Your gadgets may feel more ‘naturally’ smarter</h2> By Sascha Brodsky Sascha Brodsky Senior Tech Reporter Macalester College Columbia University Sascha Brodsky is a freelance journalist based in New York City.
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New Computer Chips Could Process More Like Your Brain Does

Your gadgets may feel more ‘naturally’ smarter

By Sascha Brodsky Sascha Brodsky Senior Tech Reporter Macalester College Columbia University Sascha Brodsky is a freelance journalist based in New York City.
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Joseph Kim 5 minutes ago
His writing has appeared in The Atlantic, the Guardian, the Los Angeles Times and many other publica...
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His writing has appeared in The Atlantic, the Guardian, the Los Angeles Times and many other publications. lifewire's editorial guidelines Published on January 20, 2022 10:26AM EST Fact checked by Jerri Ledford Fact checked by
Jerri Ledford Western Kentucky University Gulf Coast Community College Jerri L.
His writing has appeared in The Atlantic, the Guardian, the Los Angeles Times and many other publications. lifewire's editorial guidelines Published on January 20, 2022 10:26AM EST Fact checked by Jerri Ledford Fact checked by Jerri Ledford Western Kentucky University Gulf Coast Community College Jerri L.
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Ledford has been writing, editing, and fact-checking tech stories since 1994. Her work has appeared ...
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Dylan Patel 1 minutes ago
BrainChip recently announced its Akida neural networking processor. The processor uses chips inspire...
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Ledford has been writing, editing, and fact-checking tech stories since 1994. Her work has appeared in Computerworld, PC Magazine, Information Today, and many others. lifewire's fact checking process Tweet Share Email Tweet Share Email Smart & Connected Life Mobile Phones Internet & Security Computers & Tablets Smart Life Home Theater & Entertainment Software & Apps Social Media Streaming Gaming <h3>
Key Takeaways</h3> Chips based on the architecture of the human brain could help make gadgets smarter and more power-efficient. BrainChip recently announced its Akida neural networking processor.Mercedes uses the BrainChip processor in its new Mercedes Vision EQXX concept car, promoted as &#34;the most efficient Mercedes-Benz ever built.&#34; Science Photo Library - PASIEKA / Getty Images A new generation of smartphones and other gadgets could be powered by chips designed to act like your brain.
Ledford has been writing, editing, and fact-checking tech stories since 1994. Her work has appeared in Computerworld, PC Magazine, Information Today, and many others. lifewire's fact checking process Tweet Share Email Tweet Share Email Smart & Connected Life Mobile Phones Internet & Security Computers & Tablets Smart Life Home Theater & Entertainment Software & Apps Social Media Streaming Gaming

Key Takeaways

Chips based on the architecture of the human brain could help make gadgets smarter and more power-efficient. BrainChip recently announced its Akida neural networking processor.Mercedes uses the BrainChip processor in its new Mercedes Vision EQXX concept car, promoted as "the most efficient Mercedes-Benz ever built." Science Photo Library - PASIEKA / Getty Images A new generation of smartphones and other gadgets could be powered by chips designed to act like your brain.
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BrainChip recently announced its Akida neural networking processor. The processor uses chips inspired by the spiking nature of the human brain. It's part of a growing effort to commercialize chips based on human neural structures.&nbsp; The new generation of chips could mean "more deep neural network processing capability in the future on portable devices, e.g., smartphones, digital companions, smartwatches, health monitoring, autonomous vehicles and drones," Vishal Saxena, a professor of electrical and computer engineering at the University of Delaware told Lifewire in an email interview.&nbsp; 
 <h2> Brains on a Chip </h2> BrainChip says the new boards could help usher in a new era of remote AI, also known as edge computing, due to their performance, security, and low power requirements.
BrainChip recently announced its Akida neural networking processor. The processor uses chips inspired by the spiking nature of the human brain. It's part of a growing effort to commercialize chips based on human neural structures.  The new generation of chips could mean "more deep neural network processing capability in the future on portable devices, e.g., smartphones, digital companions, smartwatches, health monitoring, autonomous vehicles and drones," Vishal Saxena, a professor of electrical and computer engineering at the University of Delaware told Lifewire in an email interview. 

Brains on a Chip

BrainChip says the new boards could help usher in a new era of remote AI, also known as edge computing, due to their performance, security, and low power requirements.
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Hannah Kim 1 minutes ago
By mimicking brain processing, BrainChip uses a proprietary processing architecture called Akida, wh...
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By mimicking brain processing, BrainChip uses a proprietary processing architecture called Akida, which is both scalable and flexible to address the requirements in edge devices. At the edge, sensor inputs are analyzed at the acquisition point rather than through transmission via the cloud to a data center.
By mimicking brain processing, BrainChip uses a proprietary processing architecture called Akida, which is both scalable and flexible to address the requirements in edge devices. At the edge, sensor inputs are analyzed at the acquisition point rather than through transmission via the cloud to a data center.
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Lucas Martinez 1 minutes ago
"I am excited that people will finally be able to enjoy a world where AI meets the Internet of Thing...
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"I am excited that people will finally be able to enjoy a world where AI meets the Internet of Things," said Sean Hehir, BrainChip CEO, in the news release. "We have been working on developing our Akida technology for more than a decade, and with the full commercial availability of our AKD1000, we are ready to fully execute on our vision.
"I am excited that people will finally be able to enjoy a world where AI meets the Internet of Things," said Sean Hehir, BrainChip CEO, in the news release. "We have been working on developing our Akida technology for more than a decade, and with the full commercial availability of our AKD1000, we are ready to fully execute on our vision.
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Madison Singh 9 minutes ago
Other technologies are simply not capable of the autonomous, incremental learning at ultra-low power...
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Other technologies are simply not capable of the autonomous, incremental learning at ultra-low power consumption that BrainChip's solutions can provide." The Mercedes Vision EQXX. Mercedes Mercedes uses the BrainChip processor in its new Mercedes Vision EQXX concept car, promoted as "the most efficient Mercedes-Benz ever built." The vehicle incorporates neuromorphic computing to help reduce power consumption and extend vehicle range.
Other technologies are simply not capable of the autonomous, incremental learning at ultra-low power consumption that BrainChip's solutions can provide." The Mercedes Vision EQXX. Mercedes Mercedes uses the BrainChip processor in its new Mercedes Vision EQXX concept car, promoted as "the most efficient Mercedes-Benz ever built." The vehicle incorporates neuromorphic computing to help reduce power consumption and extend vehicle range.
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Scarlett Brown 20 minutes ago
BrainChip's Akida neuromorphic chip allows in-cabin keyword spotting instead of using power-hungry d...
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Audrey Mueller 17 minutes ago
Neuromorphic chips are a good fit for processor-intensive tasks like deep learning AI computers beca...
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BrainChip's Akida neuromorphic chip allows in-cabin keyword spotting instead of using power-hungry data transmission to process instructions.&nbsp; One significant advantage to chips designed like a brain, also called neuromorphic design, is potential power savings. Although researchers understand very little about the basis of cognition, a human brain only consumes around 20 watts of energy, Saxena said. &#34;This is due to the fact that the brain performs &#39;in memory computing&#39; and communication using spikes in an event-driven fashion, whereby energy is only consumed when a spike is emitted,&#34; he added.
BrainChip's Akida neuromorphic chip allows in-cabin keyword spotting instead of using power-hungry data transmission to process instructions.  One significant advantage to chips designed like a brain, also called neuromorphic design, is potential power savings. Although researchers understand very little about the basis of cognition, a human brain only consumes around 20 watts of energy, Saxena said. "This is due to the fact that the brain performs 'in memory computing' and communication using spikes in an event-driven fashion, whereby energy is only consumed when a spike is emitted," he added.
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Neuromorphic chips are a good fit for processor-intensive tasks like deep learning AI computers because they use much less power. The chips could also be helpful for edge devices like smartphones where battery power is limited, Saxena said.
Neuromorphic chips are a good fit for processor-intensive tasks like deep learning AI computers because they use much less power. The chips could also be helpful for edge devices like smartphones where battery power is limited, Saxena said.
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Henry Schmidt 28 minutes ago

Future Chip Brains

BrainChip is one of many start-ups focusing on brain-inspired chips, c...
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Ella Rodriguez 3 minutes ago
Neural chips offer "the ability of on-line learning, making sensing systems adaptive to real-world v...
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<h2> Future Chip Brains </h2> BrainChip is one of many start-ups focusing on brain-inspired chips, called neuromorphic design, including SynSense and GrAI Matter Labs. Intel is working on its Loihi neuromorphic chip, but it&#39;s not yet available for purchase. The international research group IMEC in Belgium develops neural networks to develop better audio devices, radar, and cameras that react to certain events.

Future Chip Brains

BrainChip is one of many start-ups focusing on brain-inspired chips, called neuromorphic design, including SynSense and GrAI Matter Labs. Intel is working on its Loihi neuromorphic chip, but it's not yet available for purchase. The international research group IMEC in Belgium develops neural networks to develop better audio devices, radar, and cameras that react to certain events.
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Neural chips offer "the ability of on-line learning, making sensing systems adaptive to real-world v...
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The new chips could perform local AI tasks to learn from and adapt to local and changing environment...
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Neural chips offer "the ability of on-line learning, making sensing systems adaptive to real-world variations (think of changing light conditions for cameras or variations person-to-person for wearables)," Ilja Ocket, a program manager at IMEC, told Lifewire in an email interview.&nbsp; Neuromorphic chips could also allow computers to see like humans. Prophesee is applying neuromorphic techniques to vision processing. The company's approach is called event-based vision, which only captures and processes information that changes in a scene like humans do instead of a continuous stream of data for the entire locations that conventional cameras use.&nbsp; Neuromorphic chips could one day enable more intelligent sensors in devices like smart wearables, AR/VR headsets, personal robots, and robot taxis, Ocket said.
Neural chips offer "the ability of on-line learning, making sensing systems adaptive to real-world variations (think of changing light conditions for cameras or variations person-to-person for wearables)," Ilja Ocket, a program manager at IMEC, told Lifewire in an email interview.  Neuromorphic chips could also allow computers to see like humans. Prophesee is applying neuromorphic techniques to vision processing. The company's approach is called event-based vision, which only captures and processes information that changes in a scene like humans do instead of a continuous stream of data for the entire locations that conventional cameras use.  Neuromorphic chips could one day enable more intelligent sensors in devices like smart wearables, AR/VR headsets, personal robots, and robot taxis, Ocket said.
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The new chips could perform local AI tasks to learn from and adapt to local and changing environments. &#34;All this without the need for cloud communication, hence enabling built-in privacy,&#34; he added.
The new chips could perform local AI tasks to learn from and adapt to local and changing environments. "All this without the need for cloud communication, hence enabling built-in privacy," he added.
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