Power delivery controller available for use in Thunderbolt 3 designs

Posted By : Alex Lynn
Power delivery controller available for use in Thunderbolt 3 designs

It has been announced that the programmable EZ-PD CCG5 two-port USB-C controller with Power Delivery (PD) from Cypress Semiconductor, has now been qualified by Intel for use in Thunderbolt 3 host and peripheral designs. Thunderbolt 3 over USB-C enables data transfers at speeds up to 40Gbps via a compact port with the ability to transmit multiple protocols and provide fast device charging.

EZ-PD CCG5 enhances the plug-and-play USB-C user experience, while providing bill-of-material (BOM) integration with features such as built-in protection against shorts and electrostatic discharge. The integrated controller increases the reliability of a system by integrating Flash memory that can store two firmware images for fail-safe boot.

“The combination of Thunderbolt 3 and USB-C allows a notebook to drive multiple 4K displays while simultaneously charging the notebook over the same port,” said Ajay Srikrishna, Vice President of Cypress’ Wired Connectivity Business Unit. “As part of the Thunderbolt 3 design ecosystem, our programmable, two-port EZ-PD CCG5 controller is helping to drive the proliferation of USB-C in desktop and notebook PCs, docking stations and peripherals.”

Jason Ziller, General Manager of Intel’s Client Connectivity Division said: “Thunderbolt 3 brings Thunderbolt to USB-C at speeds up to 40Gbps, creating one compact port that does it all: connecting to monitors, Thunderbolt devices, and billions of USB devices. Intel is pleased to have Cypress, an industry veteran, now providing solutions that broaden the options available to the ecosystem of Thunderbolt 3 based computers and peripherals.”

The one-chip EZ-PD CCG5 solution minimises BOM costs for two USB-C ports by integrating 20V regulators, sideband (SBU) muxes, USB high-speed (HS) muxes, high-voltage power FET gate drivers, VBUS-short protection for configuration channel (CC) and SBU pins, dedicated hardware to protect the system against over-voltage, under-voltage and over-current fault conditions, and system-level electrostatic discharge (ESD) protection. The controller also integrates an Arm Cortex-M0 and 128KB Flash for fail-safe firmware upgradeability.

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