Strategic Objectives
• Master the architecture of low-power CMOS specifically for neural telemetry.
• Understand how to mitigate thermal damage in sensitive biological tissue.
• Explore the frontier of Mixed-Signal IC design for ultra-low voltage systems.
• Bridge the gap between digital logic and analog biological signals.
The Core Challenge
Neural implants face a brutal physical reality: extreme power constraints, heat dissipation limits, and the unforgiving environment of the human brain.
01
The Bio-Electronic Frontier
02
The CMOS Advantage
03
Scaling Down
04
The Power Paradox
05
Analog-to-Neural Interfacing
06
Amplifying the Signal
07
The Thermal Barrier
08
On-Chip Signal Processing
09
Wireless Power Transfer
10
The Telemetry Link
11
Reliability and Longevity
12
Hermetic Packaging
13
Electrode-Chip Integration
14
Neuromorphic Hardware
15
System-on-a-Chip (SoC) Design
16
The Role of ASICs
17
Managing Electronic Noise
18
Energy Harvesting
19
Safety and Biocompatibility
20
Testing and Validation
21
The Future of Miniaturization
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