Dynamic HyperCore (DHC) is the next evolution of ICS’s HyperCore architecture — a fully adaptive, AI‑driven system that reshapes the CPU’s core configuration in real time. Instead of locking the processor into a fixed number of HyperCores, DHC dynamically adjusts how many HyperCores are active based on the needs of the game.

Whether a title uses 1 core, 4 cores, 6 cores, or all 18 physical cores, DHC ensures the CPU always delivers maximum performance with zero wasted resources.

Different games use different numbers of threads:

• 1–2 cores → older engines

• 4 cores → common modern titles

• 6–8 cores → AAA games

• 12–18 cores → next‑generation engines

DHC analyzes this in real time using HyperCore AI.

If a game uses:

• 4 cores → DHC activates 4 HyperCores

• 6 cores → DHC activates 6 HyperCores

• 8 cores → DHC activates all 8 HyperCores

This ensures the CPU never wastes power or cache on unused HyperCores.

This is the breakthrough.

Inactive HyperCores are not left idle — they transform back into standard physical cores, which can:

• assist the active HyperCores

• handle OS tasks

• run background apps

• manage AI workloads

• support multi‑threaded engines

This gives the CPU full flexibility across all workloads.

If only 4 HyperCores are needed:

• the remaining 14 physical cores

• are reassigned to support those 4 HyperCores

• increasing their effective performance

This means:

The CPU delivers the same extreme performance whether the game uses 1 core or 18 cores.

Dynamic HyperCore is powered by HyperCore AI, an advanced machine‑learning engine integrated into ICS’s Neural Matrix Accelerators.

HyperCore AI:

• predicts CPU load before it happens

• identifies which threads are latency‑critical

• determines the optimal number of HyperCores

• reallocates physical cores in microseconds

• adjusts voltage, frequency, and cache routing

• ensures perfect scaling across all game engines

This is real‑time CPU morphing — intelligent, adaptive, and invisible to the user.

Perfect performance in every game

Some CPUs perform well in 4‑core games but poorly in 8‑core games. Others excel in 16‑core engines but struggle with older titles.

DHC eliminates this problem entirely.

Benefits:

• consistent FPS across all engines

• stable 1% and 0.1% lows

• no wasted cores

• no bottlenecks

• no stutter from thread • misplacement

full performance scaling from 1 → 18 cores

DHC ensures the CPU always behaves like the game’s ideal processor.

On the ICS Regent GX 9‑9995RX4D, DHC delivers:

• Adaptive 1–8 HyperCore configuration

• 18 physical cores supporting HyperCore fusion

• Up to 6.6 GHz HyperCore Boost

• 256MB HyperCache 4 for dynamic cache routing

• Perfect scaling from single‑thread to 18‑thread engines

• Consistent performance regardless of game design

Dynamic HyperCore is built for one purpose:

to guarantee maximum gaming performance in every title, old or new.