BrainChip
@brainchip-inc.bsky.social
Efficient. Effective. Elegant. Essential AI. Close to the sensor. Inspired by the brain. We are embedding our IP, in everything, everywhere.
Your radar can tell something's there. Ours can tell you what it is. New release, live demos, zero cloud calls.
https://bit.ly/46mMrlY
https://bit.ly/46mMrlY
September 16, 2026 at 3:01 AM
Your radar can tell something's there. Ours can tell you what it is. New release, live demos, zero cloud calls.
https://bit.ly/46mMrlY
https://bit.ly/46mMrlY
Our CEO sat down with theCUBE this week to talk Physical AI, edge compute, and where neuromorphic fits into robotics.
Full conversation below 👇
Full conversation below 👇
Enjoy the videos and music that you love, upload original content and share it all with friends, family and the world on YouTube.
bit.ly
September 15, 2026 at 10:03 PM
Our CEO sat down with theCUBE this week to talk Physical AI, edge compute, and where neuromorphic fits into robotics.
Full conversation below 👇
Full conversation below 👇
Cloud-dependent SIGINT fails the moment the connection does.
AKD1500 M.2 classifies RF at the sensor: 20+ modulation types, real time, sub-watt power, $129.
https://bit.ly/4h4Nhtx
AKD1500 M.2 classifies RF at the sensor: 20+ modulation types, real time, sub-watt power, $129.
https://bit.ly/4h4Nhtx
September 2, 2026 at 2:05 PM
Cloud-dependent SIGINT fails the moment the connection does.
AKD1500 M.2 classifies RF at the sensor: 20+ modulation types, real time, sub-watt power, $129.
https://bit.ly/4h4Nhtx
AKD1500 M.2 classifies RF at the sensor: 20+ modulation types, real time, sub-watt power, $129.
https://bit.ly/4h4Nhtx
There's a chip in your edge AI design burning power, board space, and budget. It may not need to be there.
Signal processing can now run on the same accelerator as your AI model. One chip, one compute fabric, less power and latency.
See how the AKD1500 does this → https://bit.ly/3UGZLyN
Signal processing can now run on the same accelerator as your AI model. One chip, one compute fabric, less power and latency.
See how the AKD1500 does this → https://bit.ly/3UGZLyN
August 27, 2026 at 5:30 PM
There's a chip in your edge AI design burning power, board space, and budget. It may not need to be there.
Signal processing can now run on the same accelerator as your AI model. One chip, one compute fabric, less power and latency.
See how the AKD1500 does this → https://bit.ly/3UGZLyN
Signal processing can now run on the same accelerator as your AI model. One chip, one compute fabric, less power and latency.
See how the AKD1500 does this → https://bit.ly/3UGZLyN
We just won a Global AI Award for building something that doesn't need the cloud to be smart.
AkidaTag: 93.5% accuracy, under 0.2ms latency, runs for days to weeks on a charge, and nothing ever leaves the device.
https://bit.ly/4qH7bhI
AkidaTag: 93.5% accuracy, under 0.2ms latency, runs for days to weeks on a charge, and nothing ever leaves the device.
https://bit.ly/4qH7bhI
August 26, 2026 at 1:03 PM
We just won a Global AI Award for building something that doesn't need the cloud to be smart.
AkidaTag: 93.5% accuracy, under 0.2ms latency, runs for days to weeks on a charge, and nothing ever leaves the device.
https://bit.ly/4qH7bhI
AkidaTag: 93.5% accuracy, under 0.2ms latency, runs for days to weeks on a charge, and nothing ever leaves the device.
https://bit.ly/4qH7bhI
Our CPO attended Spectrum Symphony Day in NYC last week, alongside Kevin D. Johnson (IBM Field CTO), who completed the original work connecting Akida to IBM Spectrum Symphony.
bit.ly/3SjmNeg
Same day, our Symphony Community Akida Bundle went live 🤝 @computeontology #SpectrumSymphony
bit.ly/3SjmNeg
Same day, our Symphony Community Akida Bundle went live 🤝 @computeontology #SpectrumSymphony
August 25, 2026 at 4:30 PM
Our CPO attended Spectrum Symphony Day in NYC last week, alongside Kevin D. Johnson (IBM Field CTO), who completed the original work connecting Akida to IBM Spectrum Symphony.
bit.ly/3SjmNeg
Same day, our Symphony Community Akida Bundle went live 🤝 @computeontology #SpectrumSymphony
bit.ly/3SjmNeg
Same day, our Symphony Community Akida Bundle went live 🤝 @computeontology #SpectrumSymphony
Heavy tasks (LLM inference, model training) → CPU/GPU ⚙️
Light, event-driven tasks (edge inference, sensor data) → Akida ⚡
Symphony Community Akida Bundle routes each one automatically.
Link below 👇
https://bit.ly/3SjmNeg
Light, event-driven tasks (edge inference, sensor data) → Akida ⚡
Symphony Community Akida Bundle routes each one automatically.
Link below 👇
https://bit.ly/3SjmNeg
August 20, 2026 at 4:04 PM
Heavy tasks (LLM inference, model training) → CPU/GPU ⚙️
Light, event-driven tasks (edge inference, sensor data) → Akida ⚡
Symphony Community Akida Bundle routes each one automatically.
Link below 👇
https://bit.ly/3SjmNeg
Light, event-driven tasks (edge inference, sensor data) → Akida ⚡
Symphony Community Akida Bundle routes each one automatically.
Link below 👇
https://bit.ly/3SjmNeg
Enterprise workload management solutions have had two options forever: CPU or GPU 🖥️
We just added a third ⚡
Symphony Community Akida Bundle: free, open-source, live on GitHub now. Lightweight inference runs on Akida instead of an overkill GPU.
Link below 👇
https://bit.ly/4ztF0qf
We just added a third ⚡
Symphony Community Akida Bundle: free, open-source, live on GitHub now. Lightweight inference runs on Akida instead of an overkill GPU.
Link below 👇
https://bit.ly/4ztF0qf
August 20, 2026 at 1:03 PM
Enterprise workload management solutions have had two options forever: CPU or GPU 🖥️
We just added a third ⚡
Symphony Community Akida Bundle: free, open-source, live on GitHub now. Lightweight inference runs on Akida instead of an overkill GPU.
Link below 👇
https://bit.ly/4ztF0qf
We just added a third ⚡
Symphony Community Akida Bundle: free, open-source, live on GitHub now. Lightweight inference runs on Akida instead of an overkill GPU.
Link below 👇
https://bit.ly/4ztF0qf
Put a neuromorphic chip on a board the size of your palm
AKD1500 inside, Arduino-compatible, works with basically any MCU + sensor combo you're running
if your project needs to react in milliseconds instead of waiting on a network call, learn more 👇
AKD1500 inside, Arduino-compatible, works with basically any MCU + sensor combo you're running
if your project needs to react in milliseconds instead of waiting on a network call, learn more 👇
Brainboard 1500
BrainBoard1500 is a compact, standalone AKD1500 co-processor board designed and manufactured by BrainChip's go-to-market partner, Neuromorphyx. Attach it to your MCU or SoC over SPI/QSPI, load an Akida-compatible model into on-board flash, and profile inference in real time with the on-board two-channel power monitor.
bit.ly
August 19, 2026 at 8:02 PM
Put a neuromorphic chip on a board the size of your palm
AKD1500 inside, Arduino-compatible, works with basically any MCU + sensor combo you're running
if your project needs to react in milliseconds instead of waiting on a network call, learn more 👇
AKD1500 inside, Arduino-compatible, works with basically any MCU + sensor combo you're running
if your project needs to react in milliseconds instead of waiting on a network call, learn more 👇
Most industrial sensors don't fail from lack of smarts. They fail from waiting on a connection that isn't there.
The AKD1500 M.2 Card runs predictive maintenance on-device instead.
Available in our shop.
https://bit.ly/44OXfbR
The AKD1500 M.2 Card runs predictive maintenance on-device instead.
Available in our shop.
https://bit.ly/44OXfbR
August 19, 2026 at 4:30 PM
Most industrial sensors don't fail from lack of smarts. They fail from waiting on a connection that isn't there.
The AKD1500 M.2 Card runs predictive maintenance on-device instead.
Available in our shop.
https://bit.ly/44OXfbR
The AKD1500 M.2 Card runs predictive maintenance on-device instead.
Available in our shop.
https://bit.ly/44OXfbR
AKD1500 in the Arduino Nicla form factor, direct to the sensor, with a current monitor so you can see exactly what your model costs in power. Built with Neuromorphyx.
🔗 https://bit.ly/4qpOoHs
🔗 https://bit.ly/4qpOoHs
August 18, 2026 at 7:02 AM
AKD1500 in the Arduino Nicla form factor, direct to the sensor, with a current monitor so you can see exactly what your model costs in power. Built with Neuromorphyx.
🔗 https://bit.ly/4qpOoHs
🔗 https://bit.ly/4qpOoHs
Orama.AOI optimized Akida for tire and semiconductor packaging defect detection. Deployed to production.
Higher accuracy. 4 to 6 watts. 3 to 5x lower system cost than GPU alternatives. Updates ship over the air.
Link Below.
https://bit.ly/3TKDLTs
Higher accuracy. 4 to 6 watts. 3 to 5x lower system cost than GPU alternatives. Updates ship over the air.
Link Below.
https://bit.ly/3TKDLTs
August 13, 2026 at 1:03 PM
Orama.AOI optimized Akida for tire and semiconductor packaging defect detection. Deployed to production.
Higher accuracy. 4 to 6 watts. 3 to 5x lower system cost than GPU alternatives. Updates ship over the air.
Link Below.
https://bit.ly/3TKDLTs
Higher accuracy. 4 to 6 watts. 3 to 5x lower system cost than GPU alternatives. Updates ship over the air.
Link Below.
https://bit.ly/3TKDLTs
Our CEO Sean Hehir talked edge AI, BVLOS, and drone swarming with Drones World Magazine this month.
Full interview below 👇
https://bit.ly/4xAzMY3
Full interview below 👇
https://bit.ly/4xAzMY3
August 12, 2026 at 11:02 PM
Our CEO Sean Hehir talked edge AI, BVLOS, and drone swarming with Drones World Magazine this month.
Full interview below 👇
https://bit.ly/4xAzMY3
Full interview below 👇
https://bit.ly/4xAzMY3
Under 1 watt ⚡
That's the whole power budget behind the spec Electronics For You called out this month when they named the AKD1500 a Truly Innovative Tech pick 🏆
🔗 https://bit.ly/4x6sr2D
That's the whole power budget behind the spec Electronics For You called out this month when they named the AKD1500 a Truly Innovative Tech pick 🏆
🔗 https://bit.ly/4x6sr2D
August 12, 2026 at 6:03 PM
Under 1 watt ⚡
That's the whole power budget behind the spec Electronics For You called out this month when they named the AKD1500 a Truly Innovative Tech pick 🏆
🔗 https://bit.ly/4x6sr2D
That's the whole power budget behind the spec Electronics For You called out this month when they named the AKD1500 a Truly Innovative Tech pick 🏆
🔗 https://bit.ly/4x6sr2D
Most wearables don't die from sensing too much. They die from calling the cloud too often.
AKD1500 runs fall detection on-device instead. Link below.
https://bit.ly/44OXfbR
AKD1500 runs fall detection on-device instead. Link below.
https://bit.ly/44OXfbR
August 6, 2026 at 4:02 PM
Most wearables don't die from sensing too much. They die from calling the cloud too often.
AKD1500 runs fall detection on-device instead. Link below.
https://bit.ly/44OXfbR
AKD1500 runs fall detection on-device instead. Link below.
https://bit.ly/44OXfbR
Nobody asks a wearable chip for more TOPS. They ask for more battery life.
AKD1500 M.2 Card: 250mW typical, 800 Effective GOPS (INT4), M.2 2230. Built for always-on sensing and at-sensor inference, not benchmark bragging rights.
Specs below.
https://bit.ly/44OXfbR
AKD1500 M.2 Card: 250mW typical, 800 Effective GOPS (INT4), M.2 2230. Built for always-on sensing and at-sensor inference, not benchmark bragging rights.
Specs below.
https://bit.ly/44OXfbR
August 4, 2026 at 8:02 PM
Nobody asks a wearable chip for more TOPS. They ask for more battery life.
AKD1500 M.2 Card: 250mW typical, 800 Effective GOPS (INT4), M.2 2230. Built for always-on sensing and at-sensor inference, not benchmark bragging rights.
Specs below.
https://bit.ly/44OXfbR
AKD1500 M.2 Card: 250mW typical, 800 Effective GOPS (INT4), M.2 2230. Built for always-on sensing and at-sensor inference, not benchmark bragging rights.
Specs below.
https://bit.ly/44OXfbR
AKD1500 is now discoverable and design-ready inside Supplyframe's schematic workflow. What that means for eval time is worth a read.
https://bit.ly/3Tl6XAf
https://bit.ly/3Tl6XAf
July 30, 2026 at 8:31 PM
AKD1500 is now discoverable and design-ready inside Supplyframe's schematic workflow. What that means for eval time is worth a read.
https://bit.ly/3Tl6XAf
https://bit.ly/3Tl6XAf
Thanks to Kevin D. Johnson, Field CTO – HPC + AI at IBM, for the demo at Microelectronics US 2026 show featuring Akida and IBM Spectrum Symphony. Neuromorphic AI meets enterprise AI.
July 30, 2026 at 12:02 AM
Thanks to Kevin D. Johnson, Field CTO – HPC + AI at IBM, for the demo at Microelectronics US 2026 show featuring Akida and IBM Spectrum Symphony. Neuromorphic AI meets enterprise AI.
Made it official: our launch announcement for the AKD1500 M.2 Card is live.
Full press release →
Full press release →
BrainChip AKD1500 Now Available in Compact M.2 Form Factor, Enabling Fanless Edge AI in Industrial and Commercial Designs
BrainChip AKD1500 Now Available in Compact M.2 Form Factor, Enabling Fanless Edge AI in Industrial and Commercial Designs Lower-cost, lower-power edge AI accelerator gives designers a plug-and-play path to upgrade legacy systems to Akida LAGUNA HILLS, Calif. – July 28, 2026 — BrainChip Holdings Ltd. (ASX: BRN, OTCQX: BRCHF, ADR: BCHPY), a global leader
bit.ly
July 28, 2026 at 9:31 PM
Made it official: our launch announcement for the AKD1500 M.2 Card is live.
Full press release →
Full press release →
The AKD1500 M.2 Card is available to order right now.
Standard M.2 form factor, neuromorphic inference on board. No waitlist, no beta — order today →
Standard M.2 form factor, neuromorphic inference on board. No waitlist, no beta — order today →
AKD1500 M.2 Card B+M Key
AKD1500-powered M.2 B+M Key accelerator card. Integrates with Raspberry Pi 5 and compatible hosts for next-generation ultra-low-power AI inference at the edge.
bit.ly
July 28, 2026 at 6:31 PM
The AKD1500 M.2 Card is available to order right now.
Standard M.2 form factor, neuromorphic inference on board. No waitlist, no beta — order today →
Standard M.2 form factor, neuromorphic inference on board. No waitlist, no beta — order today →
Plug in. Power on.
The AKD1500 M.2 Card is live — neuromorphic edge AI that drops into any standard M.2 slot. No cloud, no redesign.
Full specs → https://bit.ly/4fDYboe
The AKD1500 M.2 Card is live — neuromorphic edge AI that drops into any standard M.2 slot. No cloud, no redesign.
Full specs → https://bit.ly/4fDYboe
July 28, 2026 at 4:04 PM
Plug in. Power on.
The AKD1500 M.2 Card is live — neuromorphic edge AI that drops into any standard M.2 slot. No cloud, no redesign.
Full specs → https://bit.ly/4fDYboe
The AKD1500 M.2 Card is live — neuromorphic edge AI that drops into any standard M.2 slot. No cloud, no redesign.
Full specs → https://bit.ly/4fDYboe
Most "edge AI" chips just move the power problem from the cloud to your device.
AKD1500 doesn't. Event-driven, sub-watt, and it's not a prototype anymore, production units are shipping to defense and wearable customers right now.
AKD1500 doesn't. Event-driven, sub-watt, and it's not a prototype anymore, production units are shipping to defense and wearable customers right now.
A Chip That Learns on Its Own at the Edge
An edge AI chip supports different systems and is designed for industrial, automotive, aerospace, defense, and wearable applications.
bit.ly
July 22, 2026 at 8:31 PM
Most "edge AI" chips just move the power problem from the cloud to your device.
AKD1500 doesn't. Event-driven, sub-watt, and it's not a prototype anymore, production units are shipping to defense and wearable customers right now.
AKD1500 doesn't. Event-driven, sub-watt, and it's not a prototype anymore, production units are shipping to defense and wearable customers right now.
BrainChip's AKD1500 neuromorphic processor is coming to the CELUS Design Platform.
This partnership means engineers building smart, low-power devices will be able to design with the AKD1500 from day one, guided every step of the way by CELUS's platform.
Full release below.
https://bit.ly/4pzXzEQ
This partnership means engineers building smart, low-power devices will be able to design with the AKD1500 from day one, guided every step of the way by CELUS's platform.
Full release below.
https://bit.ly/4pzXzEQ
July 22, 2026 at 5:00 PM
BrainChip's AKD1500 neuromorphic processor is coming to the CELUS Design Platform.
This partnership means engineers building smart, low-power devices will be able to design with the AKD1500 from day one, guided every step of the way by CELUS's platform.
Full release below.
https://bit.ly/4pzXzEQ
This partnership means engineers building smart, low-power devices will be able to design with the AKD1500 from day one, guided every step of the way by CELUS's platform.
Full release below.
https://bit.ly/4pzXzEQ
A sub-$40 AI chip? Electronic Design's William G. Wong put our AKD1500 NPU under the microscope — 800 effective GOPS at 1 mW/GOPS, small enough to balance on a fingertip.
📖 Read More:
📖 Read More:
The Many Faces of Spiking Neural Networks
Some of BrainChip’s latest chips and systems integrate SNNs to boost AI model efficiency.
bit.ly
July 16, 2026 at 6:31 PM
A sub-$40 AI chip? Electronic Design's William G. Wong put our AKD1500 NPU under the microscope — 800 effective GOPS at 1 mW/GOPS, small enough to balance on a fingertip.
📖 Read More:
📖 Read More:
1 week. Live RF modulation classification on a sub-watt neuromorphic processor.
Register Now. https://bit.ly/4xV9cK3
#BrainChip #EdgeAI
Register Now. https://bit.ly/4xV9cK3
#BrainChip #EdgeAI
July 15, 2026 at 8:04 PM
1 week. Live RF modulation classification on a sub-watt neuromorphic processor.
Register Now. https://bit.ly/4xV9cK3
#BrainChip #EdgeAI
Register Now. https://bit.ly/4xV9cK3
#BrainChip #EdgeAI