--- title: Software Studio | Garmo Labs url: https://garmolabs.com/software/studio description: Garmo Labs chips, software and semiconductor IP. --- GARMO SOFTWARE STUDIO # From input. To something useful. Follow a real recorded execution, inspect the result, then run your own bounded scenario in the included software playground. [Run the live examples](https://garmolabs.com/demos) [Explore every offering ](https://garmolabs.com/software) 2 Included live engines 10 Protected release archives 42 Software & platform offerings RECORDED ENGINE EXECUTION · 1.2.0 ## DieWeaver A place for each task. A reason for every choice. [Run DieWeaver ](https://garmolabs.com/demos/dieweaver) dieweaver / actual captured application output 01 / INPUT ### A resource-placement problem Capabilities, health, failure domains and a power budget define the supplied scenario. 02 / RESULT ### Resources b and c The recorded engine selects two failure domains using 18 scenario power units. These are scenario values, not measured chip power. 03 / NEXT STEP ### Change the constraints. Run a different bounded input, inspect failure as well as success, and save the product in your engineering project. { "requirements": { "caps": 3, "count": 2, "health_min": 70, "max_latency": 10, "max_total_power": 20, "min_failure_domains": 2, "weights": { "diversity": 25 } }, "resources": [{ "caps": 7, "failure_domain": "die0", "health": 95, "id": "a", "latency": 4, "power": 8, "score": 90, "valid": true }, { "caps": 3, "failure_domain": "die1", "health": 88, "id": "b", "latency": 5, "power": 9, "score": 87, "valid": true }, { "caps": 7, "failure_domain": "die0", "health": 96, "id": "c", "latency": 3, "power": 9, "score": 99, "valid": true } ] } [Download this recorded execution ](https://garmolabs.com/static/examples/dieweaver-studio-execution.json) This is a recorded local execution of the archived engine. The screen capture and JSON describe the same supplied case. Open the playground for fresh execution; the offline preview does not execute backend software. RECORDED ENGINE EXECUTION · 1.2.0 ## ModelNative A model plan that knows its available resources. [Run ModelNative ](https://garmolabs.com/demos/modelnative) modelnative / actual captured application output 01 / INPUT ### Prefill and decode requirements The supplied scenario describes model phases, available engines, memory fit and latency objectives. 02 / RESULT ### Two planned phases The output reports memory fit, selected engines and estimated latency. The estimates are model outputs, not measured semiconductor performance. 03 / NEXT STEP ### Change the constraints. Run a different bounded input, inspect failure as well as success, and save the product in your engineering project. { "engines": [{ "bandwidth_gbps": 800, "caps": 7, "energy_per_work": 0.005, "health": 95, "id": "m0", "memory_mb": 3072, "tops": 100, "valid": true }, { "bandwidth_gbps": 600, "caps": 7, "energy_per_work": 0.004, "health": 92, "id": "m1", "memory_mb": 3072, "tops": 90, "valid": true } ], "phases": [{ "io_gb": 4, "latency_slo_us": 200, "memory_mb": 4096, "name": "prefill", "parallelism": 2, "required_caps": 1, "work_units": 3000 }, { "io_gb": 2, "latency_slo_us": 150, "memory_mb": 2048, "name": "decode", "parallelism": 2, "required_caps": 5, "work_units": 1000 } ] } [Download this recorded execution ](https://garmolabs.com/static/examples/modelnative-studio-execution.json) This is a recorded local execution of the archived engine. The screen capture and JSON describe the same supplied case. Open the playground for fresh execution; the offline preview does not execute backend software. ## One catalog. Different delivery paths. Only the two examples above execute in the public browser workflow. The ten archived commercial releases require authorized delivery; the wider catalog includes engineering and architecture programs. [ARCHIVED 1.2.0 ### Collective Inspect the release & evaluation scope ](https://garmolabs.com/software/collective) [ARCHIVED 1.2.0 ### DieWeaver Inspect the release & evaluation scope ](https://garmolabs.com/software/dieweaver) [ARCHIVED 1.2.0 ### FabLoop Inspect the release & evaluation scope ](https://garmolabs.com/software/fabloop) [ARCHIVED 1.2.0 ### HealFabric Inspect the release & evaluation scope ](https://garmolabs.com/software/healfabric) [ARCHIVED 1.2.0 ### LinkVerse Router Inspect the release & evaluation scope ](https://garmolabs.com/software/linkverse-router) [ARCHIVED 1.2.0 ### ModelNative Inspect the release & evaluation scope ](https://garmolabs.com/software/modelnative) [ARCHIVED 1.2.0 ### PowerBrain Inspect the release & evaluation scope ](https://garmolabs.com/software/powerbrain) [ARCHIVED 1.2.0 ### SiliconCloud Inspect the release & evaluation scope ](https://garmolabs.com/software/siliconcloud) [ARCHIVED 1.2.0 ### TriReason Inspect the release & evaluation scope ](https://garmolabs.com/software/trireason) [ARCHIVED 1.2.0 ### YieldWorks Inspect the release & evaluation scope ](https://garmolabs.com/software/yieldworks) ## Your next big idea. Let’s build it together. Start with a chip, a software release or a single IP block. [Talk to Garmo](https://garmolabs.com/contact) [Start exploring](https://garmolabs.com/developers)