Highlights of Embedded World 2026 +++ Developing Stably in Times of Memory Allocation +++ Mini-LED Backlight – When Is It Worth Switching?
Computer-on-Modules:
Developing Stably in Times of Memory Allocation
The current allocation situation for memories is posing major challenges for many companies.
In particular, RAM and flash components are difficult to obtain with reliable planning. Lead times of up to a year or even longer are becoming a real risk.
But what does this mean in practice for your embedded design?
Memory allocation affects the entire system.
If RAM or flash components are unavailable, the entire design can quickly come into question.
The situation becomes particularly critical when memory components have to be sourced individually and integrated into complex multilayer layouts. Every design change leads to new layout iterations, additional validation, and further delays.
Computer-on-Modules as a Strategic Solution
One proven way to reduce these risks is the use of Computer-on-Modules (CoMs).
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“The key advantage of CoMs: Instead of having to source several critical individual components, the module itself.“ |
A Computer-on-Module (CoM) already integrates the processor, RAM, flash memory and power management.
This eliminates the need to source these sensitive components separately.
At the same time, the complex core design is handled by the module manufacturer — including high-speed layout and complex memory interfaces. The result: less design complexity and greater planning reliability.
For your own design, this brings several advantages:
- Simplified layout by outsourcing the complex multilayer core design to the module
- Faster manufacturing processes with reduced sourcing risk
- Shorter development cycles and improved time-to-market
In many cases, the custom carrier board can be implemented with just 2 to 4 layers, significantly reducing development effort, cost and risk.
This step may also be possible for your project.
Many customers have already taken this strategic step successfully. Existing designs have been revised and migrated to module-based architectures. Samples and starter kits are available from stock, allowing you to get started right away.
Setting the Course Now
Especially in times of memory allocation, it is worth critically reviewing existing architectures. Computer-on-Modules offer a technically robust and strategically secure alternative to traditional discrete component designs.
We will show you how to make your design more resilient, efficient and future-proof.
Visit us at Embedded World 2026 and get comprehensive advice from our experts.
Hall 3A, Booth 3A-319 – GLYN