Home ﹥ Hot News > Artificial Intelligence > Computing > XRM-SSD V24 Feasibility Study 2026-05-12
The control logic of the interaction between "thermal-electric-optical" has very strong strategic complementarity.
1.TSMC COUPE Data – Optical Engine Thermal Drift Early Warning Layer
High linear coupling has been confirmed with an R² = 0.9911.
This can serve as an early warning layer for thermal drift in optical engines within TSMC’s
heterogeneous SoIC packaging.
1.TSMC COUPE Data – Optical Engine Thermal Drift Early Warning Layer
High linear coupling has been confirmed with an R² = 0.9911.
This can serve as an early warning layer for thermal drift in optical engines within TSMC’s
heterogeneous SoIC packaging.
2.Memory VHM / WoW – Predictive Thermal Hint Layer
A predictive thermal hint layer has been implemented as auxiliary firmware, achieving a
prediction latency of 20–50 ms for VHM / WoW memory architectures.
3.SerDes Reference Clocking – 112G / 224G PAM4
XRM-SSD V24 integration has been demonstrated as feasible in simulation for both
112G and 224G PAM4 SerDes reference clocking.
Please note: The current validation is based on GPU-accelerated simulation and has
not yet been silicon-verified.
