With A Maximum Transmission Power of 240W and Supporting USB4.0 Transmission Speeds, Etron & eEver Tech's High-Wattage
PD Fast Charging Controller ICs - EJ732 ‒ Has Passed USB-IF PD Certification
Mastering the latest USB Power Delivery specifications and combining IC integration expertise, Etron Technology (TPEx: 5351) and eEver Tech has launched the USB PD3.2 control IC – EJ732, which has officially passed the international USB-IF PD certification. This product supports up to 240W of charging power (providing 5A current through 48V voltage) and integrates the new PD3.2 EPR PDO functionality, maximizing energy conversion efficiency. Each port features intelligent auto-identification to optimize device charging speeds. The EJ732 also supports USB 4.0 transmission speeds, with a total bandwidth of up to 80Gbps, and complies with the USB ALT MODE V2.1 standard, supporting up to 8K high-definition (7680 x 4320) display. Currently, this series of products has been adopted for design by several leading international companies, with unlimited market potential!
The EJ732 supports the integration of the new PD 3.2 specification’s Extended Power Range (EPR) programmable power supply, offering higher voltage and current options for high-power device applications. It supports flexible voltage adjustment in 100mV increments, which is particularly useful for applications requiring precise voltage control. The stability, compatibility, and future scalability demonstrated by the EJ732 during high-power output showcase the product's excellence and market potential.
eEver Tech's PD fast charging product line already includes the EJ899 USB PD3.0 control IC, which covers: the EJ899V for intelligent power distribution with two outputs (2C), the EJ899M for a device-side expansion dock integrating PD fast charging and wireless charging, and the EJ899I for a host-side MUX+DP Alt Mode application IC. Now, the high-power PD fast charging IC EJ732 has joined the product lineup, making it even more complete. We welcome both old and new partners to widely adopt these products and work together to advance the development of smart charging technology.