System on Modules for EV charging solution
The basis of electronics for charging stations and charging park controllers are powerful, reliable and cost-effective system on modules. Phytec offers a number of such modules that are characterized by scalability and easy integration. They are available with processors from leading manufacturers such as NXP and TI, are available for a long time and are designed for high reliability in series use. For all SOMs we offer comprehensive software, already prepared in the BSP.Services for security, lifecycle management and update capability.
Processor
Taktfrequenz
RAM
Economical performance
CAN
Graphics
Costs
ARM Cortex-A53 / Cortex-M4F
up to 1.4 GHz
2GB - 4GB
DDR4
4 x 3220DMIPS
3x CAN FD
2x1080p60
1x 64-bit A55
1,4 GHz
512MB - 2GB LPDDR4
3710 DMIPS
CANFD
2x 64-bit A55
1,7 GHz
512MB - 2GB LPDDR4
2x 4505DMIPS
CANFD
1920×1080 @30Hz
1x 32-bit A7
900 Mhz
128MB - 2GB
DDR3
1720 DMIPS
CAN
1366 x 768 @ 60Hz
phyCORE®-AM62x

Processor: ARM Cortex-A53 / Cortex-M4F
clock frequency: up to 1.4 GHz
RAM: 2GB - 4GB
DDR4
Performance: 4 x 3220DMIPS
DOG: 3x CAN FD
Graphics: 2x1080p60
More System on Modules
Discover our SOMs with processors from renowned manufacturers such as Texas Instruments, STM and NXP! Focus on integration on your carrier board with included hardware-specific board support packages and long-term product support. Discover the future of embedded development – we make it possible!
Blog article: Joint development of the Qwello charging station
How PHYTEC and Pionix developed individual electronics for charging stations in less than six months - and how other customers also benefit from the resulting phyVERSO-EVCS charging controller...

Which solution best suits your requirements?
We would be happy to advise you in a personal meeting.
Thanks to modular design, we can adapt our charging controller electronics for your OEM project easily, quickly and cost-effectively. We support you from the idea through the prototype to series production.

Dennis Herring
dennis.hering@phytec.de
+ 49 (0) 6131 / 9221-32
Other interesting topics: