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Frontier AI. A Garmo original.

LAVI

AI. Native to the machine.

Model, memory and compute.
Designed to understand each other.

Take a closer look Explore with us

LAVI architectural concept: silver compute package with surrounding memory modules

Architectural visualization. Not a photograph of fabricated silicon.

RESULTS FROM SPINFORGE, A GARMO LABS COMPANY

Measured, recounted, published.

Scale records and head-to-head results from our posters and papers. Every figure links to its charts and conditions.

Research records

200 billionvariables in one max-cut run on one 8×H100 node: 77.42% of 6×10¹¹ edges cut in 11.4 h. To our knowledge the largest max-cut instance solved 16.5 billionvariables solved and recounted on an independent CPU code path: 89.4392% cut, difference 3.2×10⁻⁷ 4 / 4cuOpt-proven 3D Edwards–Anderson ground states reached by the GPU solver (max relative gap 6×10⁻⁸)0.738–0.776infinite-degree extrapolation from converged runs at 10⁸ to 10¹⁰ spins, bracketing the Parisi constant 0.7632

Against established solvers

39 vs 20schedules proved optimal vs CP-SAT (40 schedules, 20 s)67 vs 49Max-Cut instances proved optimal vs HiGHS (Biq Mac library, 148 instances)0.046 vs 0.190mean regret of the solver router vs the best single backend (276 instances; lower is better)37 / 26 / 21wins / ties / losses vs PyVRP on vehicle routing at equal budget (84 runs)11 / 6 / 3wins / ties / losses vs mt-KaHyPar on ISPD98 chip partitioning (60 s, 2 seeds)235×batched solve throughput vs solving one by one 16 / 16AC-OPF cases above 5,000 buses solved faster than PowerModels + Ipopt on the same machine (5.5× geometric mean)28 / 28SDPLIB instances solved faster than CSDP wherever CSDP needs over 10 s, same machine (22.2× geometric mean)9 / 9min-cost flow wins vs OR-Tools at 2^19 to 2^21 nodes, every optimum independently certified

See every result and chart ↗

INTRODUCING THE CONNECTED GSP EXPERIENCE

The platform
behind the silicon.

From the first intention to a result you can inspect.
Keep the engineering connected.

Discover GSP Experience the workbench ↗

gsp

INTENT · GRAPH · SILICON · SYSTEM

SOFTWARE. NOT JUST SOMETHING TO LOOK AT.

See what happens
when you press Run.

Real software. Your inputs. A result you can inspect.

See real software executions ↗Explore 42 software offerings

DieWeaver / interactive software playground

GARMO DIEWEAVER 1.2.0

A better place for every task.

Change the power budget. Require independent failure domains. Run the actual archived placement engine and inspect the result.

Run DieWeaver Try ModelNative

AResource a · domain 095 health

BResource b · domain 1Selected

CResource c · domain 0Selected

Recorded example · synthetic inputs2 failure domains

SEMANTIC AI & REASONING

MITAN-X1

Many kinds of compute.
One integrated idea.

Discover MITAN Explore the architecture

Architectural visualization.

NFESR-H4 HIVE

Connected by the field.

Explore NFESR-H4 HIVE Technical overview

Architectural visualization.

KONBIT-X1

Different engines. Shared intelligence.

Explore KONBIT-X1 Technical overview

Architectural visualization.

SKYRA

Execution with a stronger contract.

Explore SKYRA Technical overview

Architectural visualization.

KMJ-X130

One coherent machine.

Explore KMJ-X130 Technical overview

Architectural visualization.

MSR-X130

More intention. Every square millimeter.

Explore MSR-X130 Technical overview

Architectural visualization.

THE GARMO IP MARKETPLACE

Great silicon.
One building block at a time.

512 named technologies. Explore their architecture, compare their boundaries and build a project around the right fit.

Explore the marketplace Browse by engineering task ↗How integration works

Garmo semiconductor IP

Test, debug & reliability ↗

FROM FIRST LOOK TO FIRST INTEGRATION

Beautiful to explore.
Built to go further.

Understand the architecture. Run a software example. Review the release. Bring the right technology into your project.

LAVI

AI. Native to the machine.

Measured, recounted, published.

The platform
behind the silicon.