5Tech Simulator Studio

Explore 5Tech Simulator Studio, a development-stage workspace for selected firmware simulation workflows. See an actual interface capture and request a scoped demo.

In development · selected targets

A visual workspace being developed to connect firmware, simulated devices and test scenarios. Simulator Studio brings the engineering workflow together, while Silicon Emulator provides target-specific execution underneath.

See the tools in action

Watch six recorded workflows across Simulator Studio and Silicon Emulator, from firmware execution to connected-device tests.

2-minute showcase · English on-screen captions · No audio

Recorded development-build examples, edited in November 2026. Model and backend limits are shown in the video; these examples do not establish universal hardware support or real-time qualification.

Firmware and Linux: Real QEMU, Renode and Silicon backends run as separate nodes. This is not cycle-coherent co-simulation.
Sensor and ADC bench: Explore a live sensing chain. Refrigeration, transport and physical hardware are not modeled.
Circuit-to-MQTT alarm: Solved bench circuits feed real Mosquitto MQTT messages. The example is not a physical power-grid or battery model.
Motor fault injection: Inject and clear a stall in behavioral MCU and motor models. Distance is estimated odometry, not GPS.
BLE-to-MQTT workflow: Virtual BLE GATT exchanges use Bumble and real MQTT. No native ESP32 radio firmware or physical RF is demonstrated.
Linux guest telemetry: A real ARM64 guest receives telemetry through a host console relay. This case has no connected guest network interface.

What you can explore

Visual engineering workspace

Inspect a circuit graph and virtual instruments in an actual development-build capture.

A connected toolchain

Pair a visual project workflow with target-specific firmware emulation, rather than treating every chip or board as interchangeable.

Scenario-driven exploration

Discuss a repeatable test scenario for your firmware and the signals or interfaces it needs.

Integration planning

Scope the boundary between simulated components and host-connected hardware before promising a full-system test.

Inside Simulator Studio

Actual development-build capture from Microgrid Operations. This build uses the interface name “5Tech Emulator Studio”. The interface and target support may change; this is a Studio frontend view, not a separate Silicon Emulator GUI or evidence of hardware qualification.

Simulator Studio Microgrid Operations circuit graph with virtual instruments — Microgrid Operations: a solved rectifier and virtual oscilloscope alongside MQTT components. The AC source is a bench waveform, not a generator model.

Scope & current limits

This is a development-stage product preview, not a claim of general availability or universal device compatibility.
Board, peripheral, firmware and connection support must be checked against the exact scenario.
Host-device integration boundaries do not mean every physical driver or hardware-in-the-loop path is qualified.

Planned capabilities

AI-assisted troubleshooting and design suggestions.
Broader unit, stress and bottleneck-testing workflows across a connected IoT system.
Expanded physical-device integration, subject to target-specific validation.

Bring us your target and test case

Tell us the board or chip, firmware environment, interfaces and test goal. We will discuss fit, demonstration availability and a scoped engineering quote. No pricing or availability is implied by these development previews.

Request a demo · Request a quote