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STOCHASTIC OPTIMIZATION
GLASS-S4K

A different landscape. A different way to compute.

A programmable landscape of interacting states, built to explore difficult optimization problems.

Get closer to the architecture
GLASS-S4K architectural concept visualization; not fabricated silicon

Architectural concept. Not a die photograph, floorplan or measured-silicon demonstration.

4,096Digital spin states
64Tiles in the S4K architecture
8Replica-state contexts

Let the landscape do the searching.

GLASS-S4K arranges digital spin states across local tiles and a programmable remote-coupling fabric. Replica contexts support alternative states and temperature schedules.

GLASS-S4K / conceptual operation01Encode02Couple03Explore04InspectArchitectural explanation. Not a floorplan, timing diagram or hardware simulation.Conceptual operation · choose a stage, or play the explanation
Explanatory sequence, not hardware simulation.
Represent a problem using fields, signed interactions and state constraints.
SEE THE REASON BEHIND THE ARCHITECTURE

A constrained scheduling problem

See how competing choices can be represented as interacting states. The animation explains the architecture; it does not execute the GLASS solver or establish optimality.

Try a related software workflow

The example uses supplied synthetic resources; it is not a simulation or benchmark of GLASS-S4K.

Continue to GSP ↗
01

4,096 digital spin states across 64 tiles

02

Eight replica-state contexts

03

Programmable local and remote signed couplings

04

Host CSR, configuration DMA and command sequencing

TECHNICAL OVERVIEW

The details matter.

Download the product brief
Canonical identity
IP-4759
Responsibility
A stochastic compute fabric for sampling and combinatorial optimization, with tiled spin-state engines and programmable local and remote interactions.
Delivery boundary
RTL + reference models
Evidence scope
Source + model
Source + model

Know the release.
Know what it establishes.

Bible v7.42 §140 records a 14/14 reference/hierarchy campaign, mathematical consistency checks and SKU addressability tests. The source hierarchy is recorded; HDL compilation, synthesis and physical signoff were not executed in that release environment.

Source basis: Bible v7.42 VERIFIED V29, §140.5–140.12; IP-4759 glass_s4k_soc; pages 1230–1234. This is a controlled-portfolio summary, not a fresh execution of the chip qualification flow.

Explore the evidence centerQualification record

Release-specific qualification

The spin and replica counts describe the digital source configuration, not fabricated capacity, measured speed or guaranteed solution quality. Arbitrary all-replica tempering exchange is not claimed complete. Physical qualification remains release-specific.

Canonical record: SOURCE IMPLEMENTED / REFERENCE + STATIC-HIERARCHY EVIDENCE / HDL-CAD CLOSURE PENDING

A PATH THAT FITS THE PROJECT

Build with GLASS-S4K.

Technical scope, rights, support and release configuration are agreed before delivery.

evaluation

Architecture and release evaluation

Inspect the named release and establish technical fit.

Discuss this scope
production

Chip / SoC licensing program

Agree deployment or design rights, deliverables and support.

Discuss this scope
custom

Custom silicon integration

Define the customer-specific work and acceptance criteria.

Discuss this scope

Your next big idea.
Let’s build it together.

Start with a chip, a software release or a single IP block.

Talk to GarmoStart exploring