ForgePulse
Collect measurements at the motor and retain local records.
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ALVEXIS · PRODUCT SELECTION
Choose the hardware around the job.
A compute module, an edge computer, a controller and a sensor solve different parts of a system. Compare five Alvexis platforms by what you need to build.
From your brief to a proposal ↓Start with your application
Build an embedded device
Start with the compute module when your product needs its own carrier. Choose ForgeEdge when you need an integrated compute platform.
See the comparison ↓Connect and control a machine
Compare Duo for separate Linux and real-time execution with ForgeControl for defined industrial signal interfaces.
See the comparison ↓Measure motor condition
Start with ForgePulse for measurements and local records. Define analysis and any host-system integration separately.
See the comparison ↓Compare by application and integration
| Platform | Choose it when | Connections & integration | Agree for your project |
|---|---|---|---|
 ForgeEdge-CoreCompute moduleProduct details & specifications ↗ | You are building your own embedded product and need a processing foundation. | System-on-Module with a carrier. Camera, network, USB and field interfaces depend on the compute tier and carrier design. | Compute tier, carrier, memory, power, thermal path and software support. |
 ForgeEdgeIntegrated edge computerProduct details & specifications ↗ | You need local processing, sensor integration or vision in a BOX or open-PCB platform. | Compute module plus carrier, field I/O and cooling. 9–36 V DC; Ethernet, USB, cameras and CAN availability varies by configuration. | Workload, compute tier, BOX or PCB format, required interfaces and application software. |
 ForgeEdge-DuoHybrid Linux & real-time platformProduct details & specifications ↗ | Your design needs Linux applications alongside a separate MCU layer for time-critical processing. | MCU–MPU architecture; two Ethernet ports, CAN, RS-485 and camera interfaces. Linux plus RTOS or bare-metal execution. | Task partitioning, interprocessor data flow, firmware, drivers and mechanical integration. |
 ForgeControlIndustrial control & acquisitionProduct details & specifications ↗ | You need machine signals, analog transmitters and camera results in one industrial control design. | 8 DI + 8 DO; 4 AI + 4 AO; 2 CAN 2.0 + 2 RS-485; MIPI camera input. Two Ethernet ports share one switch. | Signal mapping, PLC connection, control logic, logging and camera application. CAN-FD is not supported in this scope. |
 ForgePulseCondition sensing & recordingProduct details & specifications ↗ | You want repeatable motor or rotating-equipment measurements for a monitoring pilot. | Three-axis vibration, local temperature and magnetic-field sensing; timestamped microSD records and battery power. | Mounting, measurement windows and duty cycle. Specify analysis, data transfer and any wireless link separately. |
This is a selection guide, not an interchangeability or compatibility guarantee. Confirm the selected revision, interfaces, availability and software scope in the quotation. Product-page datasheets provide revision-specific details.
How the platforms can fit a motor-monitoring project
ForgeControl
Where needed, acquire compatible machine signals and operating context.
ForgeEdge
Where needed, scope a host for local processing, storage and system interfaces.
These are possible engineering roles. The products are not presented as a preconfigured, plug-and-play chain; data access, protocols and software are agreed and tested for the application.
See the motor-manufacturer application →Before you choose
From your brief to a proposal
Share your requirements
Describe the task, connections, operating environment, quantity and target date. A short brief is enough to begin.
Review the technical fit
We assess the platform, clarify missing requirements and distinguish an existing configuration from custom development.
Define scope and cost
The proposal sets out deliverables, assumptions, price and schedule. Engineering, prototypes and production are separated where applicable.
Approve and validate
Work starts after scope and commercial terms are agreed. Prototype tests and acceptance criteria are defined before the agreed production stage.
Tell us what you are building
Tell us the job. We will review the platform fit.
Describe what the device must measure, process or control. Add required connections, power and mounting constraints, plus a target quantity if known. You do not need to choose a product first.
Prefer email? info@alvexis.ai
Project enquiry
We review the fit, clarify any missing requirements and prepare the agreed technical scope and proposal.