ICS Regent VX 6690 — Vortex Architecture 1

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The Ultimate Expression of Next‑Generation Graphics Performance

The ICS Regent VX 6690 is the flagship GPU of the first‑generation Vortex Architecture, engineered to deliver unprecedented performance in rasterization, ray tracing, AI‑enhanced rendering, and compute‑heavy workloads. With 192 Vortex Compute Units, Dynamic Compute Clusters 4, HyperShader 4, MatrixCore 4, RayCore 3, 24GB HyperVRAM, and 128MB Unified HyperCache 1, the VX 6690 represents the most advanced graphics processor ever created by ICS.


Designed for 4K, 8K, high‑refresh gaming, and next‑generation content creation, the VX 6690 sets a new standard for GPU intelligence, efficiency, and raw power.

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Regent VX 6690


Powered By 24 GB VRAM

Vortex Compute Engine — 192 VCU

At the heart of the VX 6690 lies the Vortex Compute Engine, featuring:

192 Vortex Compute Units (VCU)


• massively parallel shader performance


• ultra‑low‑latency execution paths


• optimized scheduling for both gaming and compute workloads


• VCUs are designed to work seamlessly with MatrixCore 4 and RayCore 3, enabling

the GPU to shift between rasterization, ray tracing, and AI workloads without bottlenecks.

Dynamic Compute Clusters 4 (DCC 4)

Adaptive GPU Compute — Inspired by Dynamic HyperCore

DCC 4 allows the VX 6690 to reshape its internal compute layout in real time:


• merge multiple VCU groups into large “super‑clusters” for heavy workloads


• split clusters into smaller units for highly parallel tasks


• dynamically adapt to game engines and rendering pipelines


• optimize performance based on frame‑by‑frame analysis


This is the GPU equivalent of Dynamic HyperCore — ensuring no compute power is ever wasted.

Image of VX 6690

Regent VX 6690


Triple Fans For Maximum Cooling

HyperShader 4 — AI‑Driven Rendering Intelligence

HyperShader 4 is the VX 6690’s advanced AI engine, built to enhance every stage of the rendering pipeline:

• predicts frame complexity before rendering begins


• identifies bottlenecks in geometry, pixel shading, ray tracing, or compute


• reallocates shader resources in real time


• boosts clock speeds where needed


• enhances frame generation and latency reduction


• improves ray tracing denoising and path optimization


HyperShader 4 makes the VX 6690 feel faster, smoother, and more responsive than traditional GPUs.

MatrixCore 4 — Next‑Generation AI Compute

MatrixCore 4 accelerates:

• AI‑based upscaling


• frame generation


• neural rendering


• physics and animation prediction


• real‑time texture enhancement


• advanced denoising for ray tracing


These cores deliver massive AI throughput, enabling future rendering techniques and next‑generation game engines.

RayCore 3 — Advanced Ray Tracing Engine

RayCore 3 introduces:


• faster BVH traversal


• improved path tracing performance


• lower ray‑tracing latency


• AI‑assisted ray reconstruction via MatrixCore 4


• higher efficiency in complex lighting scenarios


VX 6690 is built for the future of ray‑traced graphics.

24GB HyperVRAM + 128MB Unified HyperCache 1

24GB HyperVRAM


high‑bandwidth memory


• ideal for 4K/8K gaming


• perfect for AI workloads and large textures


• optimized for next‑gen rendering pipelines



128MB Unified HyperCache 1

A shared, low‑latency cache pool for:


• shaders


• ray tracing cores


• AI cores


• compute clusters


UHC 1 reduces VRAM traffic and boosts overall GPU responsiveness.

ICS Regent VX 6690 — Specifications

Architecture: Vortex Architecture 1


Compute Units: 192 Vortex Compute Units


AI Cores: MatrixCore 4


Ray Tracing Cores: RayCore 3


VRAM: 24GB HyperVRAM


Cache: 128MB Unified HyperCache 1


Adaptive Compute: Dynamic Compute Clusters 4


AI Engine: HyperShader 4


Target: 4K/8K gaming, AI rendering, advanced content creation

The Future of ICS Graphics Starts Here

The ICS Regent VX 6690 is more than a GPU — it is the foundation of a new graphics ecosystem. Built on Vortex Architecture 1 and powered by advanced AI, adaptive compute, and next‑generation memory systems, it represents the beginning of ICS’s journey into high‑performance graphics hardware.