Compute Module
The integrated compute platform and its real hardware status.
HMI Modules
Start from an integrated compute platform.
Use a module path when it can reduce platform integration work. Match the operating system, display, connectivity and interfaces to the product — then validate on real hardware.
When a module makes sense
Choose integration speed or board-level control deliberately.
Start with a module when…
Reducing hardware integration and software bring-up time matters more than maximum board-level customization.
Start from the chip when…
BOM, form factor, interfaces, scale or product-specific hardware justify deeper control of the design.
Current module resources
Start with what is real today.
Development status is shown clearly. Detailed configuration, availability and project fit are confirmed before evaluation.
Project EvaluationAllwinner A40i
TCW40 Cost-focused Linux HMI Module
A mature, cost-focused module path for industrial HMI and instrumentation that need broad display and legacy I/O support.
View Module Path →Project EvaluationAllwinner T507
TCW-507M Mainstream Embedded Linux HMI Module
A balanced 64-bit platform for richer graphics, multimedia, dual-display and connected embedded HMI products.
View Module Path →Project EvaluationRockchip RK3568
TC3568M Advanced Linux / Android HMI Module
A higher-performance platform for high-resolution interfaces, multimedia, camera, PCIe/USB 3.0 expansion and larger memory configurations.
View Module Path →In DevelopmentAllwinner A733
A733 Android / Linux HMI SOM
Higher-performance compute module direction for richer embedded HMI products, multimedia and larger application workloads.
View Module Path →Project EvaluationUNISOC 8541E
UNISOC 8541E 4G Android HMI Platform
A mature connected-platform path for Android HMI products that benefit from integrated cellular connectivity and an established industry software base.
View Platform →Module resource model
A module is useful only when the evaluation path is clear.
For each platform, the goal is to show which development resources actually exist — not just the processor name.
Carrier / DevKit
The fastest practical way to power up, connect peripherals and begin evaluation.
Software / BSP
OS, BSP, documentation and project access status for the exact platform.
Display / Demo
A matched display, touch and reference HMI path when available.
Need something different?
Tell us what your product needs.
Do not force the product around an existing module. Share the non-confidential requirements that matter — application, OS, display, interfaces, connectivity, performance and expected volume.
01Recurring demand
We group similar requirements instead of treating every request as a one-off custom board.
02Engineering evaluation
Promising directions are checked for platform fit, development effort and practical integration.
03Transparent status
A concept is not presented as available until the corresponding development and evaluation resources actually exist.
Status language
Know what each status means.
Exploring
Requirements are being collected; no development commitment is implied.
In Development
The module or platform resource is actively being developed.
Project Evaluation
A real platform can be discussed for suitable projects; exact configuration is confirmed case by case.
Production Ready
Used only after the specific module configuration, software and supply path are validated for production.
Start with requirements
Need a module that does not exist here yet?
Describe the non-confidential product requirements. Repeated needs can help shape the next HMI module or reference platform.