Secure your spot today!
🗓️ When: January 12, 2026, at 10 AM ET
🔗 Register Here: https://bit.ly/3MFDvkS
#IEEE #SSCS #Engineering #CareerDevelopment
Secure your spot today!
🗓️ When: January 12, 2026, at 10 AM ET
🔗 Register Here: https://bit.ly/3MFDvkS
#IEEE #SSCS #Engineering #CareerDevelopment
🚀 December SSCS Webinar — Register Now!
How Close Should Compute & Memory Be?
with Prof. Shih-Lien Lu
🗓️ Dec 11 • 11 AM EST • Virtual
▶️ https://bit.ly/47Wa84
CIM? PNM? Flexibility vs efficiency? AI-driven architectures?
Don't miss this one.
#IEEE #SSCS
🚀 December SSCS Webinar — Register Now!
How Close Should Compute & Memory Be?
with Prof. Shih-Lien Lu
🗓️ Dec 11 • 11 AM EST • Virtual
▶️ https://bit.ly/47Wa84
CIM? PNM? Flexibility vs efficiency? AI-driven architectures?
Don't miss this one.
#IEEE #SSCS
Topics:
- Spintronic, photonic, and superconducting devices
- Hybrid CMOS+X
- Energy-efficient AI hardware
📅 Deadline: Jan 15, 2026
🔗 https://bit.ly/3ILCwOs
#IEEE #SSCS
Topics:
- Spintronic, photonic, and superconducting devices
- Hybrid CMOS+X
- Energy-efficient AI hardware
📅 Deadline: Jan 15, 2026
🔗 https://bit.ly/3ILCwOs
#IEEE #SSCS
Submit your work today!
🔗 Submit: https://bit.ly/4qP5DBV
🔗 CFP: https://bit.ly/3YgOeEW
#OJSSCS #IEEE #SSCS
Submit your work today!
🔗 Submit: https://bit.ly/4qP5DBV
🔗 CFP: https://bit.ly/3YgOeEW
#OJSSCS #IEEE #SSCS
1️⃣ 3-D Stacked HBM for LLMs
🔗 https://ieeexplore.ieee.org/document/11192509
2️⃣ FeFET PIM for DNNs
🔗 https://ieeexplore.ieee.org/document/8740886
3️⃣ Ferroelectric Oscillators & Neurons
🔗 https://ieeexplore.ieee.org/document/8762114
#JxCDC #IEEE #SSCS #Semiconductors
1️⃣ 3-D Stacked HBM for LLMs
🔗 https://ieeexplore.ieee.org/document/11192509
2️⃣ FeFET PIM for DNNs
🔗 https://ieeexplore.ieee.org/document/8740886
3️⃣ Ferroelectric Oscillators & Neurons
🔗 https://ieeexplore.ieee.org/document/8762114
#JxCDC #IEEE #SSCS #Semiconductors
If you're submitting AI/ML accelerators, digital architectures, or system-level designs, make sure to read the recommendations!
📄 Full criteria now available: https://bit.ly/49z0Oqe
#JSSC #SSCS #ICDesign
If you're submitting AI/ML accelerators, digital architectures, or system-level designs, make sure to read the recommendations!
📄 Full criteria now available: https://bit.ly/49z0Oqe
#JSSC #SSCS #ICDesign
How Close Should Compute & Memory Be?
with Prof. Shih-Lien Lu
🗓️ Dec 11 • 11 AM EST • Virtual
▶️ https://bit.ly/47Wa84
CIM? PNM? Flexibility vs efficiency? AI-driven architectures?
Don't miss this one.
#IEEE #SSCS #Semiconductors
How Close Should Compute & Memory Be?
with Prof. Shih-Lien Lu
🗓️ Dec 11 • 11 AM EST • Virtual
▶️ https://bit.ly/47Wa84
CIM? PNM? Flexibility vs efficiency? AI-driven architectures?
Don't miss this one.
#IEEE #SSCS #Semiconductors
This year’s theme focused on inclusive tech. Celebrate our winning teams and their innovative projects, including wearable AI tools and fall-detection systems.
See winning projects: https://bit.ly/4pf7pL9
#SSCS #Arduino #IEEE
This year’s theme focused on inclusive tech. Celebrate our winning teams and their innovative projects, including wearable AI tools and fall-detection systems.
See winning projects: https://bit.ly/4pf7pL9
#SSCS #Arduino #IEEE
#1 - https://bit.ly/4ba29BH
#2 - https://bit.ly/499zsmw
#3 - https://bit.ly/3EhWzOI
#IEEE #SSCS #JxCDC #Research #Engineering
#1 - https://bit.ly/4ba29BH
#2 - https://bit.ly/499zsmw
#3 - https://bit.ly/3EhWzOI
#IEEE #SSCS #JxCDC #Research #Engineering
The Fall 2025 IEEE Solid-State Circuits Magazine is now live.
This issue covers:
• Chiplets
• Blockchain circuits
• Data converters
• More
Read the full issue 👉 https://bit.ly/4ipKDO7
Learn more about SSCS 👉 https://bit.ly/4io15yh
#IEEE #SSCS #Engineering
The Fall 2025 IEEE Solid-State Circuits Magazine is now live.
This issue covers:
• Chiplets
• Blockchain circuits
• Data converters
• More
Read the full issue 👉 https://bit.ly/4ipKDO7
Learn more about SSCS 👉 https://bit.ly/4io15yh
#IEEE #SSCS #Engineering
How Close Should Compute & Memory Be?
with Prof. Shih-Lien Lu
🗓️ Dec 11 • 11 AM EST • Virtual
▶️ https://bit.ly/47Wa84
CIM? PNM? Flexibility vs efficiency? AI-driven architectures?
Don't miss this one.
#IEEE #SSCS #Semiconductors
How Close Should Compute & Memory Be?
with Prof. Shih-Lien Lu
🗓️ Dec 11 • 11 AM EST • Virtual
▶️ https://bit.ly/47Wa84
CIM? PNM? Flexibility vs efficiency? AI-driven architectures?
Don't miss this one.
#IEEE #SSCS #Semiconductors
Stay connected with the circuits community for news, research, events & opportunities.
🔗 LinkedIn • X • Instagram • Facebook • YouTube
#IEEE #SSCS #SolidStateCircuits #IEEEFamily #TechnologyForHumanity
Stay connected with the circuits community for news, research, events & opportunities.
🔗 LinkedIn • X • Instagram • Facebook • YouTube
#IEEE #SSCS #SolidStateCircuits #IEEEFamily #TechnologyForHumanity
If you're submitting AI/ML accelerators, digital architectures, or system-level designs, make sure to read the recommendations!
📄 Full criteria now available: https://bit.ly/49z0Oqe
#JSSC #SSCS #ICDesign
If you're submitting AI/ML accelerators, digital architectures, or system-level designs, make sure to read the recommendations!
📄 Full criteria now available: https://bit.ly/49z0Oqe
#JSSC #SSCS #ICDesign
🧬 Think Impact with ICs: From Chips to Genes
Explore how semiconductors + synthetic biology = next-gen diagnostics & therapies!
📅 Nov 21 | 🕚 11 AM EST
🔗 Register → https://bit.ly/4qxayY3
Speakers from IMEC, Analog Devices, Lucira Health & MIT.
#SSCS #IEEE
🧬 Think Impact with ICs: From Chips to Genes
Explore how semiconductors + synthetic biology = next-gen diagnostics & therapies!
📅 Nov 21 | 🕚 11 AM EST
🔗 Register → https://bit.ly/4qxayY3
Speakers from IMEC, Analog Devices, Lucira Health & MIT.
#SSCS #IEEE
Explore how semiconductors + synthetic biology = next-gen diagnostics & therapies!
📅 Nov 21 | 🕚 11 AM – 2 PM EST
🔗 Register → https://bit.ly/4qxayY3
Speakers from IMEC, Analog Devices, Lucira Health & MIT.
#SSCS #IEEE
Explore how semiconductors + synthetic biology = next-gen diagnostics & therapies!
📅 Nov 21 | 🕚 11 AM – 2 PM EST
🔗 Register → https://bit.ly/4qxayY3
Speakers from IMEC, Analog Devices, Lucira Health & MIT.
#SSCS #IEEE
Missed Circuit Insights at A-SSCC 2025?
Five lectures + a full panel discussion are premiering hourly starting at 10 AM!
📺 Watch the premieres & subscribe: https://bit.ly/4pjujka
#IEEE #SSCS #ASSCC2025 #ICDesign #CircuitDesign #Engineering
Missed Circuit Insights at A-SSCC 2025?
Five lectures + a full panel discussion are premiering hourly starting at 10 AM!
📺 Watch the premieres & subscribe: https://bit.ly/4pjujka
#IEEE #SSCS #ASSCC2025 #ICDesign #CircuitDesign #Engineering
📢 Call for Papers – IEEE OJ-SSCS Special Section on Data Converters!
Topics: ADC/DAC design, CT & TD converters, ML-driven calibration, application-specific & peripheral circuits.
🗓️ Deadline: Nov 20, 2025
👉 https://bit.ly/49v29y1
#IEEE #SSCS
📢 Call for Papers – IEEE OJ-SSCS Special Section on Data Converters!
Topics: ADC/DAC design, CT & TD converters, ML-driven calibration, application-specific & peripheral circuits.
🗓️ Deadline: Nov 20, 2025
👉 https://bit.ly/49v29y1
#IEEE #SSCS
How Close Should Compute & Memory Be?
with Prof. Shih-Lien Lu
🗓️ Dec 11 • 11 AM EST • Virtual
▶️ https://bit.ly/47Wa84
CIM? PNM? Flexibility vs efficiency? AI-driven architectures?
Don't miss this one.
#IEEE #SSCS #Semiconductors
How Close Should Compute & Memory Be?
with Prof. Shih-Lien Lu
🗓️ Dec 11 • 11 AM EST • Virtual
▶️ https://bit.ly/47Wa84
CIM? PNM? Flexibility vs efficiency? AI-driven architectures?
Don't miss this one.
#IEEE #SSCS #Semiconductors
Watch the replay of our SSCS November Webinar with Dr. Hanh-Phuc Le (UC San Diego) —“Integrated Power Converter – A Good Design Flow and Useful Techniques.”
▶️ Watch here → https://bit.ly/43tl9tc
#IEEE #SSCS #ICDesign #EngineeringWebinar
Watch the replay of our SSCS November Webinar with Dr. Hanh-Phuc Le (UC San Diego) —“Integrated Power Converter – A Good Design Flow and Useful Techniques.”
▶️ Watch here → https://bit.ly/43tl9tc
#IEEE #SSCS #ICDesign #EngineeringWebinar
#SSCSCareerBoard
#SSCSCareerBoard
Topics:
- Spintronic, photonic, and superconducting devices
- Hybrid CMOS+X
- Energy-efficient AI hardware
📅 Deadline: Jan 15, 2026
🔗 https://bit.ly/3ILCwOs
#IEEE #SSCS
Topics:
- Spintronic, photonic, and superconducting devices
- Hybrid CMOS+X
- Energy-efficient AI hardware
📅 Deadline: Jan 15, 2026
🔗 https://bit.ly/3ILCwOs
#IEEE #SSCS
Topics: ADC/DAC design, CT & TD converters, ML-driven calibration, application-specific & peripheral circuits.
🗓️ Deadline: Nov 20, 2025
👉 https://bit.ly/49v29y1
#IEEE #SSCS #CallForPapers
Topics: ADC/DAC design, CT & TD converters, ML-driven calibration, application-specific & peripheral circuits.
🗓️ Deadline: Nov 20, 2025
👉 https://bit.ly/49v29y1
#IEEE #SSCS #CallForPapers
Our SSCS November Young Excellence Webinar with Prof. Giovanni De Micheli (EPFL) — “The Future of Computing Systems Design” — is now on YouTube!
▶️ Watch the replay: https://bit.ly/47BE3QU
#IEEE #SSCS #SolidStateCircuits #ICDesign #YoungProfessionals
Our SSCS November Young Excellence Webinar with Prof. Giovanni De Micheli (EPFL) — “The Future of Computing Systems Design” — is now on YouTube!
▶️ Watch the replay: https://bit.ly/47BE3QU
#IEEE #SSCS #SolidStateCircuits #ICDesign #YoungProfessionals
⚡ SSCS November Webinar – Integrated Power Converter: Design Flow & Useful Techniques
🗓️ Nov 10 | 🕐 1 PM EST | 💻 Virtual
Speaker: Dr. Hanh-Phuc Le (UC San Diego)
🔗 Register → https://bit.ly/3WSooq5
#SSCS #IEEE #PowerElectronics #ICDesign
⚡ SSCS November Webinar – Integrated Power Converter: Design Flow & Useful Techniques
🗓️ Nov 10 | 🕐 1 PM EST | 💻 Virtual
Speaker: Dr. Hanh-Phuc Le (UC San Diego)
🔗 Register → https://bit.ly/3WSooq5
#SSCS #IEEE #PowerElectronics #ICDesign
SSCS Nov Technical Webinar w/ Dr. Hanh-Phuc Le (UCSD): Integrated Power Converter – Design Flow & Useful Techniques
Nov 10 • 1:00 PM EST • Virtual
New registration link: https://bit.ly/43egA5S
(Please re-register if you used the old link—thanks!)
SSCS Nov Technical Webinar w/ Dr. Hanh-Phuc Le (UCSD): Integrated Power Converter – Design Flow & Useful Techniques
Nov 10 • 1:00 PM EST • Virtual
New registration link: https://bit.ly/43egA5S
(Please re-register if you used the old link—thanks!)