New Product Introduction: EZ-PD CCG1: USB Type-C Port Controller With PD CCG1 = Type-C Controller Gen1 Type-C = New USB Connector Standard PD = Power.

New Product Introduction: EZ-PD CCG1: USB Type-C Port Controller With PD CCG1 = Type-C Controller Gen1 Type-C = New USB Connector Standard PD = Power Delivery Don’t Miss the Rapid Change over to the New, Slimmer, All-in-One, 100-W, Type-C Connector Title

Terms You Will Hear Today
USB Type-C (Type-C) A new standard with a slimmer and reversible USB plug, a reversible cable, multiple protocol support and 100-W PD Configuration Channel (CC) USB Type-C bus wire used to carry the PD protocol signals Dp, Dn USB Type-C bus wires used to transmit and receive USB 2.0 data TXp, TXn, RXp, RXn USB Type-C bus wires used to transmit and receive USB 3.0 and PCIe or DisplayPort data Sideband Use (SBU) The use of a USB Type-C bus wire for non-USB control signals, such as DisplayPort control signals Type-C Transceiver A transmitter/receiver that communicates over the CC Electronically Marked Cable Assembly (EMCA) A USB cable with an embedded IC that reports cable characteristics (e.g., current rating) to the Type-C ports VCONNECTOR (VCONN) USB Type-C bus wire used to power the controller in the EMCA VBUS USB Type-C bus wire used for system power; usually 5 V, but increased to 20 V on 100-W USB-PD systems USB-IF The USB Implementers Forum creates and maintains the USB specification USB 3.0 Type-C Plug GND RX2p RX2n VBUS Dn CC SBU1 Dp TX1n TX1p TX2p TX2n SBU2 VCONN RX1n RX1p 2.4 mm Terms of Art

Terms You Will Hear Today
USB Power Delivery (USB-PD, PD) A new USB standard that increases power delivery over VBUS from 7.5 W to 100 W Both USB hosts (e.g. a PC) and USB devices (e.g. a hard disk drive) can act as either a Provider1 or a Consumer2 of power For example, a monitor can power a notebook, which in turn can power a tablet or a hard disk drive The USB-PD standard uses a dedicated CC wire to negotiate the Power Delivery configurations Downstream-Facing Port (DFP), Upstream-Facing Port (UFP), Dual-Role Port (DRP) DFP is a USB Type-C port on a host or a hub to which devices are connected UFP is a USB Type-C port on a device or a hub that connects to a host or a hub DFP DRP is a USB Type-C port that can operate as either a DFP or a UFP Peripheral Component Interconnect Express (PCIe) A standard for the primary bus in a PC DisplayPort (DP) A digital display interface standard developed by the Video Electronics Standards Association (VESA) Used primarily to connect a video source to a display, such as a monitor to a PC CCG1 A Cypress USB Type-C port controller compliant with the latest USB Type-C and PD standards Uses Cypress’s proprietary technology with a 32-bit, 48-MHz ARM® Cortex ® -M0 with 32KB flash Integrates up to two Type-C Transceivers with OCP3 and OVP4 features Available in 40-pin QFN (36 mm2), 35-ball CSP (6.8 mm2) and 16-pin SOIC (60 mm2) packages Provides a complete solution to add USB Type-C and PD support to power adapters, cables, notebooks, tablets and monitors 1 Provider = A Type-C port that sources power over VBUS 3 OCP: overcurrent protection 2 Consumer = A Type-C port that sinks power from VBUS 4 OVP: overvoltage protection Terms of Art

USB Type-C: Connector of the Future
USB Type-A and Type-B are the current USB-IF standards, but they have limitations They use large connectors that prevent slim industrial designs (plug height: A = 4.5 mm; B = 10.4 mm) They require a fixed plug orientation and a fixed cable direction They carry only USB signals Power delivery implementation on them is complicated, expensive and limited to 7.5 W USB Type-C is the new USB-IF standard that solves these problems and enables: Slim industrial design with a 2.4-mm plug height Reversible plug orientation and cable direction Transport of both USB signals and PCIe or DisplayPort signals on the same connector Easy implementation of low-cost USB Power Delivery up to 100 W USB Type-C is the new, slimmer, all-in-one, 100-W connector USB Micro-B 4.7 mm 1.8 mm 4.5 mm DisplayPort USB Type-A 10.4 mm 4.0 mm 2.4 mm Power USB Type-C – Combines all in one USB Type-B Market Vision

USB Type-C Port Controllers A $350M Market by 2019
USB Type-C port controllers are projected to grow from $65M in 2015 to $350M in 2019 at a 40% CAGR The USB Type-C port is universal: it is slimmer, reversible, handles multiple protocols and supports up to 100-W PD Every PD-capable, multiple-protocol USB Type-C port requires a dedicated controller This market requires a USB-IF certified solution that: Marks cables electronically with a controller IC embedded in the cable plug to report the cable’s characteristics (e.g., current rating) Multiplexes USB signals with PCIe or DisplayPort signals on the same connector Supports all Power Delivery profiles1 up to 100 W, for notebooks, tablets, monitors, USB cables and power adapters Cypress has been “Making USB Universal®” since 1996 Cypress has shipped over 1.4 billion USB controllers Cypress has been a leading supplier in every generation of USB technology: USB 1.1, USB 2.0 and USB 3.0 Accelerate your conversion to USB Type-C and PD with Cypress’s CCG1 Type-C port controller Notebook Power Adapter Cable Monitor Tablet Products That Will Require Type-C Port Controllers 1 A USB-IF specified combination of voltage and current ratings that define the power provided (e.g., 20 V and 5 A: 100-W power provided) Market Positioning

Design Problems Engineers Face
Engineers need USB Type-C solutions today Dedicated Type-C port controllers do not exist, forcing engineers to consider complex, expensive, do-it-yourself MCU solutions MCU-based solutions do not meet all of the needs of USB Type-C applications General-purpose MCUs do not have an integrated Type-C Transceiver or overvoltage protection circuitry Rapidly evolving USB standards make compliance and interoperability a challenge The USB Type-C and PD compliance test specifications are continually changing and won’t be finalized until late 2015 Cypress’s CCG1 USB Type-C port controller solves these problems, providing: A cost-effective, dedicated controller for all USB Type-C and Power Delivery applications Two integrated Type-C Transceivers with overvoltage and overcurrent protection circuitry An ARM Cortex-M0 with 32KB flash and fully compliant firmware that enables field upgrades as the USB-IF specification changes Bring your USB Type-C products to market faster with CCG1, a programmable USB Type-C port controller that provides 100-W PD support and reduces BOM Design Problems

CCG1 Simplifies Design, Reduces BOM
Integrated Type-C transceivers, OVP1 and OCP2 circuitry simplify system design and reduce BOM cost MCU-based solutions require external comparators to support Type-C signaling and overvoltage protection MCU-based solutions implement the Type-C transceiver in firmware, requiring engineering effort and additional memory CCG1 Type-C Port Controller With Integrated Type-C Transceivers MCU-Based Solutions CC_RD6 CC_CTRL5 CC_TX14 CC_RX13 General-Purpose MCU CC_REF3 R C Rd12 Rp10 CMP VMON8 VBUS V_REF17 V_REF27 V_REF37 VCC9 CC5 USB Type-C Connector CC_RD6 CC_CTRL11 CC 5 CC_RP4 CCG1 CC_REF3 CC5 R Rp10 C Rd12 VCC9 V_REF7 VBUS VMON8 USB Type-C Connector External components 9 resistors 1 capacitor 0 comparators Firmware development Not required External components 12 resistors 1 capacitor 2 comparators Firmware development Required 1 Overvoltage protection 2 Overcurrent protection 3 Reference voltage used to detect the value of the Configuration Channel (CC) 4 A control signal that is driven HIGH when there is a downstream-facing port 5 Configuration Channel: USB Type-C bus wire used to carry the PD protocol signals 6 A control signal that is driven LOW when there is an upstream-facing port 7 A reference voltage used to check for overvoltage 8 The bus voltage that is compared with the reference voltage 9 The I/O voltage of Type-C bus wire 10 A termination resistor denoting a downstream-facing port 11 A control signal that is driven LOW to transmit data 12 A termination resistor denoting an upstream-facing port 13 The receive signal of the CC 14 The transmit signal of the CC 6 Cypress Solution

CCG1 Is Programmable and Upgradable
CCG1 can be upgraded to keep pace with changes in the USB-IF specification The ARM Cortex M0 and 32KB flash can be programmed anytime, anywhere using its Serial Wire Debug (SWD), I2C or CC1 wires Upgrading CCG1 Using SWD Upgrading CCG1 Using I2C Upgrading CCG1 Using CC1 Upgrade.EXE Click Here PSoC® Programmer MCU USB I2C CCG1 CCG1 SWD CC1 CCG1 Run PSoC Programmer software on a PC with a MiniProg3 USB dongle to program the CCG1. Typically used during product development. Use an MCU embedded in the USB Type-C cable/accessory or a production tester to program CCG1. Can be used on the production line or in the field. Use a PC running a firmware upgrade application to program CCG1 in the USB Type-C cable directly. Can be deployed by cable manufacturers to provide upgrades to the end user. 1 Configuration Channel: USB Type-C bus wire used to carry the PD protocol signals Cypress Solution

CCG1 Solution vs. Competition’s
Feature CYPD LQXI (DIY1 Solution) MSP430F5310 STM32F031K4 LPC1102LVUK CPU ARM Cortex-M0 48-MHz RISC Core 25-MHz 50-MHz Flash2, SRAM 32KB, 4KB 32KB, 6KB 32KB, 8KB Type-C Transceiver Yes No OVP Serial Interface 1 SPI, 1 I2C, 1 UART 1 SPI, 1 I2C, 2 UART Supply Voltage V V Low Power (Deep Sleep) 1.3 μA 1.4 μA 1.8 μA 2.0 μA Packages 40-QFN, 35-CSP, 16-SOIC 48-QFN, 80-BGA 32-QFN 16-CSP 1 Do it Yourself 2 Includes PD firmware Competitive Comparison

CCG1 Power Adapter Solution Value
Competitor Type-C Controller: ST-Micro STM32F031K4 Price: $0.751 BOM Integration Dual-channel comparator: TI LM339DR Price: $0.101 Additional Value USB-IF Compliant PD Protocol Stack: Saves eight man- weeks of engineering effort at $2K per man-week, amortized over 100,000 units Value Added: $0.16 16-SOIC hand-solderable package: Saves 5 cm2 PCB QFN interposer cost and expensive machine assembly cost Value Added: $0.052 Integrated Type-C PHY: Saves four man-weeks of engineering effort at $2K per man-week, amortized over 100,000 units Value Added: $0.08 Competitor $0.75 Dual-channel comparator $0.10 BOM Integration Value $0.10 USB-IF Compliant PD Protocol Stack $0.16 16-SOIC Hand-Solderable Package $0.05 Integrated Type-C PHY $0.08 Total Additional Value $0.29 Total Value Delivered $1.14 CCG1 Solution Value new: Total Cost: 12% Total Savings: CYPD SXQ $1.001 $0.14 1 Estimated 100ku pricing 2 $0.01 per cm2 of PCB area cost Pricing

CCG1: USB Type-C Port Controller With PD
Applications Block Diagram Notebooks, tablets, monitors, docking stations, power adapters, Type-C EMCAs and dongles CCG1: USB Type-C Port Controller with PD MCU Subsystem Programmable Analog Blocks I/O Subsystem Features Type-C Port 1 32-bit MCU Subsystem 48-MHz ARM® Cortex®-M0 CPU with 32KB flash and 4KB SRAM Integrated Analog Blocks 12-bit, 1-Msps ADC for VBUS voltage and current monitoring Dynamic overcurrent and overvoltage protection Integrated Digital Blocks Two configurable 16-bit TCPWM1 blocks One SCB1: I2C master or slave, SPI master or slave, or UART Up to eight GPIOs Type-C Support Integrated Type-C Transceiver, supporting two Type-C ports Controls routing of all protocols to an external MUX PD Support Supports Provider2 and Consumer3 roles and all power profiles Low-Power Operation V operation Sleep: 1.3 mA, Deep Sleep: 1.3 µA Packages 40-pin QFN (36 mm2), 35-ball CSP (6.8 mm2), 16-pin SOIC (60 mm2) IDAC ADC Cortex®-M0 48 MHz Comparators Programmable Digital Blocks Type-C Port 2 TCPWM4 Advanced High-Performance Bus (AHB) Flash (32KB) Programmable Interconnect and Routing SCB1 (I2C, SPI, UART) SRAM (4KB) Profiles and Configurations GPIOs Baseband MAC Serial Wire Debug Baseband PHY Availability Collateral Samples: Now Production: Now Preliminary Datasheet: CCG1 Datasheet 1 Serial communication block 3 A Type-C port that sinks power from VBUS 2 A Type-C port that sources power over VBUS 4 Timer, counter, pulse-width modulation block Product Overview

Getting Started With CCG1
1. Download the CCG1 Datasheet 2. Watch the CCG1 Demo Video 3. Contact Cypress for a CCG1 Demo Kit: EMCA1 Demo Kit: Development kit for USB Type-C cables and dongles Host Demo Kit: Development kit for USB hosts2, e.g., notebooks and tablets Client Demo Kit: Development kit for USB devices3, e.g., monitors and docks CCG1 EMCA Demo Kit CCG1 Host Demo Kit CCG1 Client Demo Kit Type-C Connector CCG1 DP Connector USB 3.0 Connector 1 Electronically Marked Cable Assembly is a USB cable with an IC that reports cable characteristics (e.g., current rating) to the Type-C ports 2 The USB host (e.g., a PC) directs traffic flow and distributes power over the bus 3 The USB device (e.g., a hard disk drive) is a peripheral on the bus Getting Started

APPENDIX Appendix

References and Links Product datasheet: CCG1 Datasheet Product roadmap: USB Roadmap USB Type-C and Power Delivery Demo Kits: CCG1 Demo Kits Product demo video: CCG1 Demo Video Knowledge base article: CCG1 Knowledge Base USB 3.1 specification, including Type-C: USB Power Delivery specification: Visit Cypress’s CCG1 product webpage for additional details References and Links

Type-C product applies to any USB speed
USB Portfolio Device Hub Bridge Host Storage Type-C USB 3.0 CYUSB301x FX3 32-Bit Bus to USB 3.0 ARM9, 512KB RAM CYUSB33xx HX3 4 Ports, Shared Link™1 BC 1.22, Ghost Charge™3 CYUSB306x CX3 CSI-24 to USB 3.0 4 CSI-24 Lanes, 1 Gbps/Lane CYUSB303x FX3S 16-Bit Bus to USB 3.0 RAID5, Dual SDXC6/eMMC7 NEW CYPD1xxx CCG1 USB Type-C Port Controller 2 PD Ports, 5 Profiles, 100 W Q115 DX3 USB 3.0 to DSI8 TX Contact Sales NEW CYUSB302x SD3 SDXC6/eMMC7 to USB 3.0 RAID5 CCG2 USB Type-C Cable Controller Contact Sales NEW Q115 GX3 USB 3.0 to Gigabit Ethernet Contact Sales NEW USB 2.0 CY7C6801x/53 FX2LP 16-Bit Bus to USB 2.0 8051, 16KB RAM CY7C656x4 HX2VL 4 Ports 4 Transaction Translators CYWB016xBB Bay™ HS USB OTG Dual SDXC6/eMMC7 CYWB0x2xABS Arroyo™, Astoria™ 16-Bit Bus to USB 2.0 8051, Dual SD/eMMC7 Type-C product applies to any USB speed CY7C68003 TX2UL ULPI9 PHY 13, 19.2, 24, 26 MHz CY7C656x1 HX2LP 4 Ports, Industrial Grade 1 Transaction Translator CY7C6803x NX2LP NAND Flash to USB 2.0 8051, 15KB RAM CY7C683xx AT2LP Parallel ATA to USB 2.0 8051 USB 1.1 CY7C638xx enCoRe™ II M8C MCU, 20 GPIOs SPI, 8KB Flash CY7C6521x USB-Serial UART/SPI/I2C to USB 2 Channels, CapSense® SL811HS FS USB Host/Device 256Byte RAM CY7C64215 enCoRe III M8C MCU, 50 GPIOs, ADC I2C/SPI, 16KB Flash CY7C65213 USB-to-UART (Gen 2) 3 Mbps, 8 GPIOs CY7C67300 EZ-Host 4 Ports, FS USB OTG 32 GPIOs CY7C643xx enCoRe V M8C MCU, 36 GPIOs, ADC I2C/SPI, 32KB Flash CY7C64225 USB-to-UART (Gen 1) 230 Kbps CY7C67200 EZ-OTG™ 2 Ports, FS USB OTG 25 GPIOs 1 Simultaneous USB 2.0 and USB 3.0 traffic on the same port 2 Battery Charging specification v1.2 3 Enables USB charging without host connection 4 Camera Serial Interface v2.0 5 Redundant array of independent disks 6 SD extended capacity 7 Embedded MultiMedia Card 8 Display Serial Interface 9 UTMI low-pin interface Production Development QQYY Availability Sampling Concept Status Roadmap

USB Type-C to DisplayPort (DP1) Cable
CCG1 Solution Example: USB Type-C to DisplayPort (DP1) Cable Cypress Solution Value Block Diagram Design Challenges Legacy displays have DP1 and not Type-C Type-C to DP1 adapter solutions are needed Solutions must be turnkey for ease of design Solutions must be flexible to keep up with USB-IF2 standards Solutions must be highly integrated to lower BOM cost Solutions must be in a package that fits in a cable assembly CCG1 Solution Supports Type-C to DP1 with an ARM® Cortex®-M0 controller Supports PD protocol for Type-C to DP1 with the 32KB flash Ships with USB-IF2 compliant factory-programmed firmware Supports field upgrades with free, fully compliant firmware Integrates Type-C transceiver, supports multiple protocols Available in 35-ball CSP (6.8 mm2) and 40-pin QFN (25 mm2) USB Type-C DP1 Dongle Data Lines (USB SuperSpeed, USB Hi-Speed, DisplayPort) DisplayPort Receptacle 12 10 DisplayPort1 USB Hi-Speed 2 CCG1 CYPD FNXI 2 USB Device Controller Type-C Plug GPIOs VCONN3 CC4 GND 2 Suggested Collateral Webpage: CCG1 Web page Datasheet: CCG1 Datasheet Demo Kit: CCG1 Client Demo Kit Video: CCG1 Demo Video USB Type-C DP1 Cable A notebook PC accessory that converts a USB Type-C port to a DP1 output to connect a monitor How To Get Started Get a CCG1 Client Demo Kit 1 A display interface standard developed by the Video Electronics Standards 2 The USB Implementers Forum creates and maintains USB specifications 3 USB Type-C bus wire used to power the IC in the EMCA 4 Configuration Channel is the USB Type-C bus wire used to carry the PD protocol signals Solution Example

AC Adapter Primary Side AC to DC Power Conversion
CCG1 Solution Example: Type-C Power Adapter Cypress Solution Value Block Diagram Design Challenges Notebook designers want a Type-C solution now Short time-to-market demands programmable solutions Solutions must be turnkey for ease of design Solutions must be highly integrated to lower BOM cost Solutions must be flexible to keep up with USB-IF standards Industry standards demand low power for no-load conditions CCG1 Solution Provides Type-C solution with PD1 today Includes an ARM® Cortex®-M0 with 32KB flash Ships with USB-IF compliant factory-programmed firmware Integrates Type-C Transceiver and OVP2, OCP3 circuitry Supports field upgrades with free, fully compliant firmware Delivers low power: Deep Sleep 1.3 µA, Hibernate 150 nA Type-C Power Adapter with CCG1 AC Adapter Primary Side AC to DC Power Conversion USB Type-C Captive Cable Assembly10 VOUT4 FET VBUS5 20-V to 3.3-V Regulator Gate Driver VDD VBUS_CTRL7 CCG1 CYPD SXQ VSEL6 CC8 CS9 GND Rsense Suggested Collateral Webpage: CCG1 Web page Datasheet: CCG1 Datasheet Demo Kit: CCG1 Client Demo Kit Video: CCG1 Demo Video Type-C Power Adapter with CCG1 CCG1 supports all PD Profiles required for a 100-W power adapter How To Get Started Get a CCG1 Client Demo Kit 1 A new USB standard that increases power delivery over VBUS from 7.5 W to 100 W 6 Output voltage selection 2 Overvoltage protection 7 Signal to control VBUS load 3 Overcurrent protection 8 Configuration Channel is the USB Type-C bus wire used to carry the PD protocol signals 4 DC output voltage of the AC adapter 9 Current-sensing input 5 The power wire of the USB bus 10 A cable permanently attached to the AC adapter Solution Example

Type-C Notebook CCG1 Solution Example: Cypress Solution Value
Block Diagram Design Challenges Notebook designers want a Type-C solution now Short time-to-market demands programmable solutions Solutions must be turnkey for ease of design Solutions must be highly integrated to lower BOM cost Solutions must be flexible to keep up with USB-IF standards Video, data and power use multiple types of connectors CCG1 Solution Provides Type-C solution with PD1 today Includes an ARM® Cortex®-M0 with 32KB flash Ships with USB-IF compliant factory-programmed firmware Integrates Type-C Transceiver and OVP2, OCP3 circuitry Supports field upgrades with free, fully compliant firmware Routes video, data and power over one Type-C connector Type-C Notebook with CCG1 VBUS5 USB Type-C Receptacle 4 FETs BCC4 Battery VCONN6 I2C 3 FET_CTRL8 4 CCG1 CYPD LQXI EC7 3 CC9 I2C 5 USB Host on Motherboard 6 MUX 10 Data Lines Suggested Collateral DisplayPort on Motherboard 8 Webpage: CCG1 Web page Datasheet: CCG1 Datasheet Demo Kit: CCG1 Host Demo Kit Video: CCG1 Demo Video Type-C Notebook with CCG1 CCG1 supports both PD provider and consumer roles, allowing a notebook to provide power to or consume power from its Type-C port How To Get Started Get a CCG1 Host Demo Kit 1 A new USB standard that increases power delivery over VBUS from 7.5 W to 100 W 6 The power wire of the USB Type-C bus that is used to power the IC in the EMCA. An 2 Overvoltage protection Electronically Marked Cable Assembly (EMCA ) is a USB cable with an IC that reports 3 Overcurrent protection cable characteristics (e.g., current rating) to the Type-C ports 4 Battery charge controller 7 Embedded controller is the keyboard controller, often used as a general-purpose MCU 5 The power wire of the USB bus 8 Signals to control VBUS and VCONN switch FETs 9 Configuration Channel is the USB Type-C bus wire used to carry the PD protocol signals Solution Example

VBUS Voltage Regulator
CCG1 Solution Example: Type-C Monitor Cypress Solution Value Block Diagram Design Challenges Monitor designers want a USB Type-C solution now Short time-to-market demands programmable solutions Solutions must be turnkey for ease of design Solutions must be highly integrated to lower BOM cost Solutions must be flexible to keep up with USB-IF standards Type-C requires video, data and power on a single cable CCG1 Solution Provides Type-C solution with PD1 today Includes an ARM® Cortex®-M0 with 32KB flash Ships with USB-IF compliant factory-programmed firmware Integrates Type-C Transceiver and OVP2, OCP3 circuitry Supports field upgrades with free, fully compliant firmware Routes video, data and power over one Type-C connector Type-C Monitor with CCG1 VBUS4 USB Type-C Receptacle 4 FETs VBUS Voltage Regulator VCONN5 VR_CTRL6 3 FET_CTRL7 4 CCG1 CYPD LQXI CC8 I2C 3 5 Monitor USB Hub in Monitor 6 MUX 10 Data Lines Suggested Collateral DisplayPort in Monitor 8 Webpage: CCG1 Web page Datasheet: CCG1 Datasheet Demo Kit: CCG1 Client Demo Kit Video: CCG1 Demo Video Type-C Monitor with CCG1 CCG1 supports all PD1 profiles and data routing controls, enabling a monitor to power a notebook while carrying video and USB signals in the same cable How To Get Started Get a CCG1 Client Demo Kit 1 A new USB standard that increases power delivery over VBUS from 7.5 W to 100 W 5 The power wire of the USB Type-C bus that is used to power the IC in the EMCA. An 2 Overvoltage protection Electronically Marked Cable Assembly (EMCA ) is a USB cable with an IC that reports 3 Overcurrent protection cable characteristics (e.g., current rating) to the Type-C ports 4 The power wire of the USB bus 6 Signals to control voltage regulator 7 Signals to control VBUS and VCONN load switches 8 Configuration Channel is the USB Type-C bus wire used to carry the PD protocol signals Solution Example

CCG1 Product Selector Guide
Part Number Application Type-C Ports OCP OVP Termination Resistor Role Package CYPD FNXIT Cable, EMCA 1 No Ra1 Cable 35-CSP CYPD LQXI Monitor Yes Rd2, Rp3 DRP 40-QFN CYPD LQXI Notebook CYPD FNXIT Notebook, Tablet, Smart phone CYPD SXI Power adapter Rp2 DFP 16-SOIC CYPD SXQ CYPD LQXI Notebook, desktop Rp3 CYPD FNXIT Type-C to DP, Type-C to HDMI CYPD LQXI Part Numbering Decoder CY PD X X XX - XX XX X X X T = Tape and reel Temperature Range: I = Industrial (-40ºC-85ºC), Q = Extended industrial (-40ºC-105ºC) Lead: X = Lead-free Package Type: FN = CSP, LQ = QFN, SX = SOIC Number of pins in the package Feature: Unique combination of OCP, OVP (0X = No, No; 1X = Reserved; 2X or 3X = Yes, Yes) Number of Type-C ports: 1 = 1 Port, 2 = 2 Port Product Type: 1 = First generation, 2 = Second generation Marketing Code: PD = Power Delivery product family Company ID: CY = Cypress 1 Termination resistor denoting an EMCA 2 Termination resistor denoting a UFP 3 Termination resistor denoting a DFP Product Selector Guide

New Product Introduction: EZ-PD CCG1: USB Type-C Port Controller With PD CCG1 = Type-C Controller Gen1 Type-C = New USB Connector Standard PD = Power.

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New Product Introduction: EZ-PD CCG1: USB Type-C Port Controller With PD CCG1 = Type-C Controller Gen1 Type-C = New USB Connector Standard PD = Power.

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Presentation on theme: "New Product Introduction: EZ-PD CCG1: USB Type-C Port Controller With PD CCG1 = Type-C Controller Gen1 Type-C = New USB Connector Standard PD = Power."— Presentation transcript:

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