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USB TYPE C VS USB 3 0 SERIAL
USB TYPE C VS USB 3 0 DRIVERS
USB TYPE C VS USB 3 0 PC

The CY4501 CCG1 Development Kit (DVK) is based on the CCG1 product family (CYPD11xx) of Cypress’s USB microcontrollers. The CY4500 EZ-PD™ Protocol Analyzer records traffic passively on the Configuration Channel (CC) and allows user to analyze and debug USB Power Delivery communication. This kit features a Type-C host board along with a CCG2 daughter card. The CY4521 EZ-PD CCG2 Evaluation Kit is used to emulate a USB Type-C Host system. The EZ-PD™ CY4532 CCG3PA Evaluation Kit (EVK) is based on the CCG3PA product family (CYPD37xx) of Cypress's USB Type-C controller with Power Delivery for Power Adapters, Power Bank, Car Chargers.

The CY4533 EZ-PD™ Barrel Connector Replacement (BCR) Evaluation Kit (EVK) is based on the BCR product in Cypress’ USB Type-C and Power Delivery controllers. The CY6611 EZ-USB® HX3PD EVK is based on the Cypress EZ-USB HX3PD Hub controller (CYUSB4347-BZXC) that provides 7 downstream ports with USB 3.1 Gen 2, USB 2.0, USB Type-C and USB Power Delivery features on a mix USB Type-C and USB Type-A ports. Load Switch Controller (V BUS RCP & SCP Detection)ĬY6611 EZ-USB® HX3PD Evaluation Kit (EVK): Integrated ADCs for OVP and OCP detection

USB TYPE C VS USB 3 0 DRIVERS

Integrated 20V V BUS NFET/PFET Gate Drivers Integrated BillBoard Class FS USB 2.0 Device

USB TYPE C VS USB 3 0 SERIAL

Serial Communication Blocks (I2C/SPI/UART) Table: CCGx Feature Comparison at a Glance Features These are available online and could be used to speed-up our customer's design cycle.

USB TYPE C VS USB 3 0 PC

This product family is driving the industry’s first Type-C products with top-tier PC makers, enabling them to bring these USB Type-C benefits to market. Cypress has reference designs readily available for EMCA and dongle applications. Working prototypes of Reference Designs are presented for each application area along with design and debug tools.Ĭypress’ Type-C controllers are based on Cypress’s PSoC® 4 programmable system-on-chip architecture, which includes programmable analog and digital blocks, an Arm® Cortex®-M0 core and 32 KB of flash memory. The four applications covered in this video are: host design, cable design, peripheral design and power adapter design. It also shows how USB-Type-C can be designed into practical products. This training video explains the technological advances introduced with the new USB IF’s Type-C Specification.

- Combines multiple protocols in a single cable, including DisplayPort™, PCIe® or Thunderbolt™įor more information on Type-C technology and its applications, please watch the training video available here.

- Double the bandwidth of USB 3.0, increasing to 10 Gbps with SuperSpeed+ USB3.1.

- Compliant with USB Power Delivery 2.0, providing up to 100W.

- Brand new reversible connector, measuring only 2.4 mm in height.

The USB Type-C standard is gaining rapid support by enabling small form-factor, easy-to-use connectors and cables with the ability to transmit multiple protocols and offer power delivery up to 100 W – a significant improvement over the 7.5 W for previous standards. USB Type-C uses a slimmer connector (measuring only 2.4 mm in height) to allow for increasing miniaturization of consumer and industrial products. USB Type-C® is the new USB-IF standard that solves several challenges faced by today's Type-A and Type-B cables and connectors. New Update: Learn about the EZ-PD™ CCG7D Dual-port USB-C PD controller with integrated Buck-Boost controller New Update: Learn about the EZ-PD PMG1 High-voltage MCU with USB-C Power Delivery New Update: Learn about the Cypress PAG1 Power Adapter Generation 1 and Cypress EZ-PD™ CCG3PA-NFET for the USB-C charger New Update: Learn about the Cypress Automotive USB-C controllers, for automotive charger ports