Why phyCORE-AM62x Fits Perfectly in Modern EV Chargers
Smart EV charging infrastructure is scaling fast, and the market mandates hardware that can deliver reliability, connectivity, security, and long-term stability. PHYTEC’s phyCORE-AM62x System-on-Module (SOM) hits that operational sweet spot, empowering OEMs to accelerate development cycles without compromising robustness.
PHYTEC’s Vision for the Future of EV Charging
Commercial EV chargers today need to stay connected, work smart, and be easy to manage across many locations. PHYTEC designs hardware that can handle tough real-world conditions, helping reduce development effort while keeping chargers running smoothly.
Their approach focuses on stability, long life, and reliable performance — the core things big EV-charging networks look for in important field devices. PHYTEC also supports engineering teams with solid technical help, making it easier to move from early testing to full production without surprises.
Why PHYTEC Stands Out
Industrial-grade hardware design
Long-term product availability
Strong Linux + BSP support
Built for 24/7 field operations in harsh environments
About the phyCORE-AM62x
The phyCORE-AM62x module is the continuation of the phyCORE-AM335x family. The processor offers ultra-low power modes, dual display, multi-sensor edge computing, security and other BOM-saving integrations .
Key Technical Strengths
Up to quad-core Arm Cortex-A53 @ 1.4 GHz
Integrated Cortex-M4F for real-time safety tasks
Dual Gigabit Ethernet, CAN-FD, multiple UART/SPI/I²C interfaces
43 mm × 32 mm compact footprint
Secure boot + Arm TrustZone®
Rich display support + MIPI CSI-2 camera input
This combination makes the module extremely capable for smart chargers that require low power consumption, fast processing, and industrial reliability.
Why This SOM Works for Commercial EV Chargers
Modern chargers run multiple subsystems simultaneously — communication stacks, billing logic, UI, safety mechanisms, and secure updates. The phyCORE-AM62x aligns seamlessly with these operational requirements.
EV Charger Benefits
Smooth handling of OCPP, cloud integration, and billing workflows
Real-time processor offloads safety and control tasks
Multiple connectivity interfaces for sensors, metering, and power modules
GPU + display support enables responsive user interfaces
Secure boot ensures firmware integrity
Compact footprint simplifies hardware integration
Technical Details
Memory Options
eMMC: 16 GB up to 256 GB
DDR4 RAM: 512 MB up to 4 GB
NOR Flash: 64 MB up to 256 MB (Octal/Dual SPI)
EEPROM: 4 KB up to 32 KB
Interfaces
Ethernet: Dual Gigabit (1× on-board PHY, 1× RGMII)
USB: Two USB 2.0 dual-role ports
UART: Up to 10
CAN: 3× CAN FD
I²C: Up to 6
SPI: Up to 4
MMC/SD/SDIO: Up to 2
ePWM: Up to 4
GPMC: 1× 16-bit
Display: 24-bit RGB parallel, OLDI/LVDS (4-lane ×2)
Audio: 3× McASP
Camera: MIPI CSI-2 v1.3
Debug: JTAG
Software Support
Operating System: Linux
RTOS Support: FreeRTOS
Conclusion
The phyCORE-AM62x provides the optimal fusion of performance, industrial-grade reliability, and security required for next-generation EV charging platforms. Combined with PHYTEC’s long-lifecycle ecosystem and engineering support, it serves as a future-ready foundation for companies building smart, scalable, and dependable EV charging solutions.
