NXP USB Type-C SolutionsDistribution Bronze Certification Training
Ravi S. Shah
Secure Interfaces and Power
June, 2015
COVER PAGE SUBTITLE
PLACEHOLDER
COMPANY CONFIDENTIAL
USB Type – C Interface
Benefits
Size
• Smaller connector designed to fit all form factors
Ease of use
• User friendly
• Independent of Plug orientation and cable direction
Future Scalability
• Designed to support future upgrades in the spec –
higher speeds
‘Extends’ USB family
• Legacy USB devices supported
‘Last connector’
• Enables one connector platform
• Supports power, video and data over single connector
USB Type C Ports
Port Type
Description
DFP – Downstream Facing Port “USB host” & initial Vbus/VCONN source,
Typical Standard-A host
UFP – Upstream Facing Port
“USB device” & initial Vbus sink,
Typical Standard-B device
DRP – Dual Role Port
A port that may operate as a DFP or UFP
USB Type-C Configuration Channel
CC pins and functionality
•
•
•
•
Attach/Detach detection
Determination Plug orientation
Initial Port role determination
USB PD Type C Communication (For PD)
•
•
Modification of initial port roles
Negotiation of USB PD power contracts
• Management of Functional Extensions (For PD)
•
Structured Vendor Defined Messages (VDM)
4
USB Type C Spec – Power
Priority order for power
1. USB PD
2. USB Type-C Current
3. USB BC1.2
4. USB 2.0, USB3.1
Type
Voltage
Current
USB2.0
5V
500mA
USB3.1
5V
900 mA
USB BC1.2
5V
1.5A
USB Type-C Current
5V
1.5A, 3A
USB Type-C PD
Up to 20V
Up to 3A (Cable)
Up to 5A (Elec. Marked Cable)
Up to 5A (Receptacle, Direct, Captive cable)
5
What is USB-Power Delivery (PD)?
•
USB-PD specification extends USB capability to 100W
•
Various power configurations possible – fixed, programmable, battery,
fast charging
•
Possible to change the power flow (role-swap)
•
Various power profiles defined:
•
•
•
•
•
Profile # 1 – capable of supplying 5V @ 2A
Profile # 2 – capable of supplying 5V @ 2A, 12V @ 1.5A
Profile # 3 – capable of supplying 5V @ 2A, 12V @ 3A
Profile # 4 – capable of supplying 5V @ 2A, 12V and 20V @ 3A respectively
Profile # 5 – capable of supplying 5V @ 2A, 12V and 20V at 5A respectively
What is Alternate Mode support?
•
Alternate Mode support allows signals other than USB to pass through
the Type-C connector.
•
Under Alternate mode, a Type-C DRP can check the capability on the
other end and send DisplayPort data over Type-C.
•
Up to 4-lanes of DP signals can be sent through Type-C interface.
•
This way video connectors other than DisplayPort (like VGA, HDMI) can
be supported through Type – C protocol converters
USB Type-C Pinout
COMPANY CONFIDENTIAL
USB Type-C Connector – Pinout and Alignment
Receptacle (Front View)
USB3.0
USB2.0
Reverse Plug
Normal Plug
System
Solution
USB3.0
AC/DC
Adaptor
Type-C
Cable
Active
cable &
adaptor
9
USB Type-C Receptacle Pins
Pins defined for system or device receptacle
High-Speed UDB 2.0 plug pinout
System
Solution
AC/DC
Adaptor
Type-C
Cable
Active
cable &
adaptor
COMPANY CONFIDENTIAL 10
Ecosystem Illustration
NXP offers USB Type-C solutions in

Systems

Cable and dongle adaptors

AC/DC power adaptors
USB PD
Power
Adaptor
Contrast
USB PD
Brightness
Type-C
Type-C
Type-C
USB PD
Power
Adaptor
Type-C
Type-C
USB PD
Type-C
USB PD
Vbus
Type-C
Type-C
Type-C
USB PD
Type-C
Battery
Charging
COMPANY CONFIDENTIAL 11
Ecosystem Illustration (I)
NXP offers USB Type-C solutions in

Systems

Cable and dongle adaptors

AC/DC power adaptors
USB PD
Power
Adaptor
Type-C
Contrast
USB PD
Brightness
Type-C
Type-C
USB PD
Power
Adaptor
Type-C
USB PD
Type-C
Type-C
USB PD
Type-C
Type-C
Type-C
USB PD
Type-C
Type-C
Battery
Charging
USB PD
Network Instrumentation Gateway
COMPANY CONFIDENTIAL 12
Storage
Set Top Box
USB-Key Gaming
Ecosystem Illustration (II)
NXP offers USB Type-C solutions in

Systems

Cable and dongle adaptors

AC/DC power adaptors
USB PD
Power
Adaptor
Type-C
Contrast
USB PD
Brightness
Type-C
Type-C
USB PD
Power
Adaptor
Type-C
USB PD
Type-C
Type-C
USB PD
Type-C
Type-C
Type-C
USB PD
Type-C
Type-C
Battery
Charging
USB PD
Medical
Automation
Industrial
COMPANY CONFIDENTIAL 13
Home Appliance
Small Appliance ET Phone Home
Ecosystem Illustration (III)
NXP offers USB Type-C solutions in
USB PD
Power
Adaptor

Systems

Cable and dongle adaptors

AC/DC power adaptors
Contrast
Type-C
Type-C
USB PD
Power
Adaptor
USB PD
Brightness
Type-C
Type-C
USB PD
Type-C
Type-C
USB PD
Vbus
Type-C
Type-C
Type-C
USB PD
Type-C
Battery
Charging
COMPANY CONFIDENTIAL 14
System Solution for USB Type-C Connector
Type-C
Pinout
Load Switches
USB PD PHY
Authentication
Micro
Controller
IntelligentHigh
Switch
Performance
Switches
Signal
Conditioner
Audio
CODEC
NXP
Products
Please click on the NXP Product
of interest to review
I/F Protectors
System
Chipset
VBUS
VCONN
USB
Type-C
USB2.0
USB3.0
CC Logic
RFU
COMPANY CONFIDENTIAL
15
USB Type-C Active Cable and Adaptor Solution
(Cont.)
Type-C
Pinout
Legacy interface
(Ex. DP-VGA) VBUS
VBUS
USB2.0
USB3.0
CC Logic
DC/DC
Protocol
Bridge
I/F Protectors
VCONN
I/F Protectors
USB
Type-C
Plug
VCONN
USB
responder
Type-C
The cable adaptor
USB2.0
will need to inform
the Alternate
mode support to USB3.0
the system
side.
CC Logic
RFU
RFU
Cable adaptor
Responder
NXP
Products
Cable PHY and protocol IC
Please click on the NXP Product
of interest to review
COMPANY CONFIDENTIAL 16
USB Type-C Full Featured Passive Cable Solution
Type-C
Pinout
VBUS
VCONN
VCONN
USB3.0
CC Logic
I/F Protectors
USB2.0
I/F Protectors
USB
Type-C
VBUS
RFU
USB
Type-C
USB2.0
USB3.0
CC Logic
RFU
Electronic
Cable Marker
NXP
Products
Please click on the NXP Product
of interest to review
COMPANY CONFIDENTIAL 17
AC/DC Adaptor Solution for USB Type-C Connector
Type-C
Pinout
Load Switches
AC/DC
Converter
Micro
Controller
I/F Protectors
USB PD PHY
VBUS
VCONN
USB
Type-C
USB2.0
USB3.0
CC Logic
RFU
Authentication
NXP
Solutions
Please click on the NXP Product
of interest to review
COMPANY CONFIDENTIAL 18
USB Type-C Switches
COMPANY CONFIDENTIAL
What is a Signal Switch and why NXP?
Why is it needed?
– For type-C connector to support “Alternate Mode” or “plug flippable” functions,
either multiplex or de-multiplex switch function will be used, or sometimes
these functions are combined together to become a cross-point switch.
What is a Signal Switch?
– Switch provides signal multiplex or de-multiplex function in order to redirect
the transmitted signals to same connection port (multiplex switch) or different
connection ports (de-multiplex switch)
Why NXP?
– Signal switch has no signal regeneration function, and it works at transistor
level to redirect the passed signal. The switch architecture design highly
impacts the bypassed signal integrity.
– NXP’s signal switches provide best-in-class high performance features:
•
•
•
•
High signal bandwidth
Low return loss
Low crosstalk
Low jitter disturbance
COMPANY CONFIDENTIAL 20
Switches Overview for USB Type-C Applications
CBTL02043
CBTL08GP053
CBTL04GP043
A0_P
B0_P
A0_N
B0_N
A1_P
B1_P
A1_N
B1_N
C0_P
C0_N
C1_P
C1_N
SEL
XSD
Mobile & Portable
Applications
Computing
Applications
System
Solution
AC/DC
Adaptor
Type-C
Cable
Computing & Docking
Applications
Active
cable &
adaptor
COMPANY CONFIDENTIAL 21
CBTL02043 10 GHz High Bandwidth Switch
2 differential channel, 2:1 bi-directional mux/demux
Signaling Supported
–
PCIe Gen3 @ 8Gbps
Insertion loss
–
-0.5dB at 100 MHz
–
-1.2dB at 4 GHz
A0_P
B0_P
A0_N
B0_N
A1_P
B1_P
A1_N
B1_N
C0_P
C0_N
C1_P
C1_N
SEL
–
-3.0dB at 10 GHz
XSD
Low Return-Loss -19.4dB at 4GHz
Low crosstalk: -28dB at 4GHz
Applications:
Low Off-isolation: -23dB at 4GHz
Low intra-pair skew: 5ps typical
Type-C connector
Low inter-pair skew: 35ps max
PCIe Gen 3
3.3 V supply voltage
DisplayPort V1.2
DHVQFN20 package
USB 3.0
ESD 2kV HBM, 1kV CDM
SATA Gen 3
Two pin outs available for PCB layout optimization
Now in Production
Standby current < 1 uA controlled by XSD pin
System
Solution
AC/DC
Adaptor
Type-C
Cable
Active
cable &
adaptor
COMPANY CONFIDENTIAL 22
CBTL04GP043 - Crossbar Switch for USB
Type-C Connector
The new USB Type-C connector, built
initially on existing USB 3.0 and USB 2.0
technologies, is being developed to help
enable thinner and sleeker product designs.
Key characteristics of the USB Type-C
connector and cable solution include:
– New smaller size – similar in size to the
existing USB 2.0 Micro-B
– Usability enhancements – users will no
longer need to be concerned with plug
orientation/cable direction, making it easier
to plug in
– The Type-C connector and cable will
support scalable power charging (USB PD)
Now in Production
System
Solution
AC/DC
Adaptor
Type-C
Cable
• Dual 2x2 differential channel cross bar
switch
• Operating voltage range : 2.7 V to 3.5 V
• Bandwidth: 7 GHz (typical) for VIC = 0 V;
8.5 GHz (typical) for VIC = 2.2 V
• Low insertion loss, return loss and
crosstalk
• Back current protection on all I/O pins of
these switches
• XFBGA28 package with 0.5 mm pitch
Active
cable &
adaptor
COMPANY CONFIDENTIAL 23
CBTL08GP053 – USB Type-C Combo Switch
•
•
•
•
•
•
•
•
•
•
•
Applications in platforms supporting Alternate Modes to
transport multiple high speed signals over USB Type-C
connector
Supports data rates up to 5.4 Gbps
Supports several use cases
•
USB3
•
USB3, DP 1/2/4-lanes
•
USB3, PCIe (1-lane)
High Speed Mux target specs
•
Bi-directional usage support (mux or switch)
•
-3dB BW: >5 GHz
•
Insertion loss: 1.3 dB@ 2.7 GHz
•
Isolation: 25 dB @ 2.7 GHz
•
Return loss: 18 dB @ 2.7 GHz
•
Cross talk: 35dB @ 2.7 GHz
High speed and Side band Mux support (controlled via I2C)
Back current protection on control pins
Side band muxes can handle up to 5V (rail to rail signaling)
Single 3.3V supply
Active Current consumption ~500 uA
ESD 2kV HBM, 500V CDM
36-ball BGA, 0.4 mm pitch
System
Solution
AC/DC
Adaptor
Type-C
Cable
Sampling March 2015
Active
cable &
adaptor
COMPANY CONFIDENTIAL 24
Signal Conditioner
USB 3.0 re-driver
COMPANY CONFIDENTIAL
What is a USB signal conditioner and why NXP
What is a USB signal conditioner?
– Signal conditioner is an active signal regenerator which utilizes equalizer
and amplifier to reshape the bypassed signal in order to remove jitters and
reopen the differential signal eyes for longer channel transmission and
reduce the bit error rate.
Why is it needed?
– Type-C connector use case would need to transmit or receive USB3 signals
through connector, Type-C switch and long trace length. The USB3 redriver
can improve the signal eye diagram, extend the link distance and help to
pass compliance test.
Why NXP?
– NXP provides complete USB3.0 signal conditioners from single channel,
dual channel to quad channel configurations in different packages.
– NXP’s signal conditioners provide high performance features
• Programmable equalizer and amplitude settings
• Ultra low active and standby power consumption
• Small outline packages
COMPANY CONFIDENTIAL 26
USB 3.0 Redrivers
•
Single and dual-port options
•
5-Gbps bandwidth
DESCRIPTION
USB 3.0
Single Port
USB 3.0
Dual Port
USB 3.0
Half Port
(Single Channel)
USB 3.0
Single Port
BANDWIDTH
SETTINGS
POWER SAVING
PART#
5 Gbps
5-state
quinary pins
OS
EQ
DE
53 mW @ U2/U3
20 mW @ No Connect
10 mW @ Sleep mode
PTN36241B
5 Gbps
binary pins
OS
EQ
DE
66 mW @ U2/U3
26 mW @ No Connect
0.5 mW @ Sleep mode
PTN36242L
active: 97 mW (54mA)
deep power saving: 18 µW (10 µA)
PTN36221A
5 Gbps
5 Gbps
adjustable RX
equalization,
TX de-emphasis &
output swing
adjustable
RXequalization
both channels, TX
deemphasis&output
swing
PTN36241G
USB Power Delivery
Controller and Protocol Responder
COMPANY CONFIDENTIAL
What is USB Power Delivery and why NXP
What is USB PD ?
– USB PD stands for USB Power Delivery which is the goal of USB connection to provide
USB data link and also power from host to device or vice versus from device to host. The
maximum power delivery via USB PD 2.0 can be up to 5A and 20V through connector or
3A and 20V through USB cable.
– The USB PD protocol is also used to communicate the characteristics of the peripherals
with system to establish the link operation.
Why is it needed?
– USB PD to provide higher power delivery than the legacy USB spec.
– Type-C cable adaptor and full-featured Type-C cable electronic marker to communicate
the product and/or cable capability information via PD protocol signal
– Alternate mode support to transport non-USB data over Type-C
Why NXP?
– NXP provides optimized system partitioned products with balanced cost and performance.
NXP’s USB PD products and PD Firmware have robust compatibility and complete
functions for
•
•
•
•
USB PD 2.0 Physical Layer controller
USB active cable or cable adaptor controller
USB Type-C full-featured cable electronic marker
USB Type-C CC logic controller
COMPANY CONFIDENTIAL 29
USB Type-C PD PHY and CC Logic Controller
PTN5150
PTN5100
CC Logic
PD PHY
IH
VBUS_DET
ID
ADR/CON_DET
VDD
IM
CC1
ID
Rd
CC Level Detection
and Indication
EXT_SEL_2
IH
VDD
IM
CC2
ID
Rd
PORT
Role (Host/Device/
Dual) Control
DEVICE CONTROL AND MANAGEMENT
SCL
SDA
INTB
Type-C CC logic,
Legacy USB,
OTG
System
Solution
Alternate Mode &
USB Power
Delivery
AC/DC
Adaptor
Type-C
Cable
Active
cable &
adaptor
COMPANY CONFIDENTIAL 30
PTN5150 CC Logic Controller
CC logic control supports plug detection,
orientation detection, role identification and
charging current detection
Support USB ID(OTG) output
Selectable Dual Role or Device only control
Support VCONN PFET control
Operating current: < 40uA;
Shut down current: 5uA
VDD supply voltage range: 2.7v to 5.5v
Small Thin X2QFN12 package 1.6mm
X1.6mm X0.35mm with 0.4mm pitch
Sampling July, 2015
System
Solution
AC/DC
Adaptor
Type-C
Cable
Active
cable &
adaptor
COMPANY CONFIDENTIAL
31
PTN5150 System Application
- Support USB OTG, USB3 Connection Flip, USB Type-C
Fast Charging and Vconn Power Enable
Charger Detect
USB Power
Delivery
VBus
Vconn (CC)
I/F Protector
System
Chipset
USB3 Switch
I2C
USB2.0
USB
Type-C
USB3.0
CC Logic
PTN5150
ID
CC Control Logic
System
Solution
AC/DC
Adaptor
Type-C
Cable
SBU
Active
cable &
adaptor
COMPANY CONFIDENTIAL 32
PTN5100 – USB Type-C PD PHY and Protocol IC
Application – USB Power Delivery
Flexible to work with NXP or any 3rd party MCU via
SPI or I2C interface
Power control and related functions

VBUS (3.7-25V) for local supply
Baseband PD functions

Type-C Cable/plug detection and indication (Host, Device and
Dual role mode support)

USB PD Baseband PHY - BMC, 4B5B, Preamble, SOP, SOP’,
SOP’’ and EOP generation/reception, CRC generation/check,
GoodCRC response
• Paired with NXP LPC11xx MCU
series or embedded system
controller (EC)

VCONN Low RON switch (up to 5W max)

I2C or SPI slave interface

Power Supply options – VBUS or VDD/VIO
• Licensing of the USB-PD
Firmware (Protocol & Policy
Engine) is available upon
request

Package HVQFN20 4mm x 4mm, 0.4 mm pitch
Samples Now
System
Solution
AC/DC
Adaptor
Type-C
Cable
Active
cable &
adaptor
COMPANY CONFIDENTIAL 33
Micro Controllers
COMPANY CONFIDENTIAL
NXP USB Type-C MCUs
What are NXP USB Type-C MCUs?
– Cost Effective, Small, Low-Power, Industry Leading Microcontrollers
Why are NXP USB Type-C MCUs needed?
–
–
–
–
–
Power negotiation
Proper timing and response
Support for different protocols and switching
Spec compliance
Authentication
Why NXP?
–
–
–
–
Broad range of high performance MCU
In house USB-PD firmware
Fully compliant total solution, one stop shopping
BOM reduction capability, due to flexibility to integrate major functions – USB
Type-C and Sensor Hub, or Embedded Controller
System
Solution
AC/DC
Adaptor
Type-C
Cable
Active
cable &
adaptor
COMPANY CONFIDENTIAL
Use Case, Configuration & Firmware Features
Use case
System – Standalone
Desktop PC, Laptop, Notebook
Tablet, Smartphone
Configuration
PD Firmware Features
•
•
PTN5100 + LPC1115
•
PD v2.0 Provider/Consumer role
Alternate mode support & High Speed
Switch (HS) control
Load switch control
System – Integration
Sensor Hub (Now)
Embedded Controller (Future)
PTN5100 + LPC54102
•
•
•
PD v2.0 Provider/Consumer role
Alternate mode & HS Switch control
Load switch control
Accessories (USB based)
Cable Adaptor/ Dongle
PTN5100 + LPC11U35
•
•
•
PD v2.0 Consumer role
Alternate mode & HS Switch control
Billboard device support
Power Adaptors
AC-DC
PTN5100 + LPC1115
•
•
PD v2.0 Provider role only
AC-DC voltage control IO
System
Solution
AC/DC
Adaptor
Type-C
Cable
Active
cable &
adaptor
COMPANY CONFIDENTIAL
USB Load Switches
COMPANY CONFIDENTIAL
What are the USB Type-C Load Switches and
why NXP?
What is the Type-C Load Switch product?
– Advanced unidirectional N-channel power switch designed to automatically isolate a
system from a faulty source or load. It includes under-voltage protection, reverse
current protection, over-temperature protection, programmable over-voltage protection,
and/or programmable current limit.
Why is it needed?
Type-C load switches provide protection for 2 main use cases:
– Consumer use-case where the notebook is being charged. The load switches protects
the system from OVP surges from faulty wall adapter or external supply, and reverse
connector plug-in.
– Provider use-case where the notebook is providing power to an external load (such as
On-The-Go). The load switch protects the system from overcurrent, short circuits, and
reverse currents caused by a faulty load or upside-down connector plug-in.
Why NXP?
– NXP provides simple to implement, yet robust and affordable solutions in a variety of
packages
COMPANY CONFIDENTIAL 47
USB Type-C Power Paths
5.0 V / 3.0 A
12 V / 3.0 A
20 V / 5.0 A
NX20P5090 – 20V/5A OVP load switch
Battery
charger
/ PMU
Type-C Connector
Vbus
3.0 A / 5.0 V
OTG 5V
regulator
Power delivery path
Charging (consumer)
Supplying, OTG (provider)
NX5P3090 - 3 A current limiting load switch
NX5P2190 – 2 A current limiting load switch
System
Solution
AC/DC
Adaptor
Type-C
Cable
Active
cable &
adaptor
COMPANY CONFIDENTIAL 48
AC/DC Converter
COMPANY CONFIDENTIAL
What is USB Type-C AC/DC Solution and why
NXP?
What is the USB PD / Type-C AC/DC Solution?
– NXP’s high efficient GreenChip QR/DCM Flyback controller TEA1836 in
combination with NXP’s Synchronous Rectifier TEA1892 guarantee
highest possible efficiency combined with very low stand-by power.
Why is it needed?
– Multiple output voltages as defined in the USB-PD standard provide a
challenge to meet energy regulations like Energy star, the US Department
of Energy (DoE) regulation and the European Code of Conduct (CoC).
NXP’s GreenChip solutions help to meet those requirements.
Why NXP?
– NXP has a proven track record on high efficiency, low-power standby
solutions in Power Supplies and is once more leading the industry with the
current offering of the TEA1836 & TEA1892.
COMPANY CONFIDENTIAL 41
“Cool Cube” Platform
Base for USB-PD Gen 1
TEA1892
VBus
USB
Type-C
Plug
Discrete
TL431 Based
Sub System
TEA1836
USB PD
Interface
CC1
CC2
Gnd
Opto 1
e.g. NXP
PTN5100 &
LPC11E35
Opto 2
TL431, TEA1836, TEA1892, & LPC11E35 Now in Production
LPC11E35 is Sampling Now. USB PD PTN5100 is Sampling Now
System
Solution
AC/DC
Adaptor
Type-C
Cable
Active
cable &
adaptor
COMPANY CONFIDENTIAL 42
Authentication
COMPANY CONFIDENTIAL
What is the USB Type-C Authentication Solution
and why NXP?
What is the Type-C Authentication Solution?
– Tamper resistant highly secure authentication solutions to verify that Type-c
peripherals , cables etc. really belong to specific OEM, enabling safe solutions
and prevent counterfeiting.
Why is it needed?
–
–
–
–
Enables licensing revenue protection (anti counterfeiting / anti cloning)
Guarantees peripheral’s safety
Brand and IP protection.
Enables new use cases (DRM protection, fast & safe charge)
Why NXP?
– NXP is the market leader in Secure Identification IC solutions providing
strongest levels of market-proven and certified security, common-criteria
certified design environment, production facilities and secure
personalization/key insertion per die.
COMPANY CONFIDENTIAL 44
Key Features of our Anti-Counterfeit Solution
Dedicated tamper resistant security hardware
active shield, encrypted buses and memory,
SPA/DPA protection, True Random Number
generation and security sensors
Cryptographic engines
support latest asymmetric and symmetric algorithms
Tamper resistant secure keys storage for
certificates and user code and data
Low foot-print, low power consumption with multiple
interface options. One-Wire, I2C (up to 400 Kbps),
Contactless Interfaces.
Host side reference code available
Please contact NXP Sales Manager for more product details
System
Solution
AC/DC
Adaptor
Type-C
Cable
Active
cable &
adaptor
COMPANY CONFIDENTIAL 60
Interface Protectors
COMPANY CONFIDENTIAL
What is USB Type-C Interface Protection
Solution and why NXP?
What is the Type-C Interface Protection Solution?
– NXP offers ESD protection and Common Mode Filters with integrated
ESD protection for the new USB Type-C connector.
Why is it needed?
– ESD protection is required to achieve system-level ESD robustness,
since USB is an external interface. Common Mode Filters are needed to
avoid interference between SuperSpeed USB and the overlapping
GSM/LTE/WiFi frequencies, which are needed for wireless connectivity of
portable devices.
Why NXP?
– NXP offers ESD protection, which offer a unique combination of
supporting RF signal integrity as well as true system-level ESD. NXP’s
Common Mode Filters offer an extremly wide-band Common Mode
suppression to cover strong rejection of all critical noise frequencies.
COMPANY CONFIDENTIAL
USB Type-C Product Summary
COMPANY CONFIDENTIAL
USB Type-C Product Status Overview
Part Number
CBTL02043
SWITCHES
Status
Two differential channel 2:1 Mux-Demux switch
Production
CBTL04GP043
Dual channel 2x2 crosspoint switch
Production
CBTL08GP053
USB Type-C High performance Crossbar Switch
Sampling - Now
Part Number
USB REDRIVERS
Status
PTN36221A
Single channel USB3 Redriver
Production
PTN36241B
Dual channel USB3 Redriver
Production
PTN36241G
Dual channel USB3 Redriver, smaller package
Sampling - Now
PTN36242L
Dual port (four channel) USB3 Redriver
Production
Part Number
USB PD-PHY and CC-LOGIC CONTROLLERS
Status
PTN5100
Type-C PD PHY and Protocol IC
Sampling – Now
PTN5150
Type-C CC Logic IC
Sampling – July’15
Part Number
USB LOAD SWITCHES
Status
NX5P2090
2A load switch with OCP / OVP / OTP
Production
NX20P5090
5A programmable OVP power switch
Sampling – Now
NX5P3090
3A adjustable current limit power switch
Sampling – Apr’15
COMPANY CONFIDENTIAL
16
USB Type-C Product Status Overview (continued)
Part Number
LPC1114
LPC11E35
LPC82x
LPC54101/54102
LPC5411x
Part Number
MICROCONTROLLERS
Status
Low cost, low power microcontroller
Production
Low cost, low power microcontroller with integrated EEPROM
Sampling – Now
LPC800 microcontroller family with power efficiency
Production
Lowest power standalone microcontrollers
Production
Microcontrollers with integrated audio and USB, single/dual core
Sampling – Now
AC/DC CONVERTERS
Status
TEA1836 / TEA1892
45W wall plug AC/DC converters
Production
TEA1936 / TEA1992
Gen II AC/DC converters
Sampling – Aug’15
Part Number
AUTHENTICATION
Status
A7101
Tamper resistant, highly secure authentication solution for Type-C
Production
A1006
Tamper resistant, highly secure authentication solution for Type-C
Sampling – Now
Part Number
INTERFACE PROTECTION AND FILTERING
Status
PUSB3FR4
4-line protection device with ultra-low clamping, 0.29 pF
Production
PUSB3FR6
6-line protection device with ultra-low clamping
Production
PUSB3AB6
6-line protection device with ultra-low clamping
Production
Common mode filter and ESD protection for USB3.1
Sampling – Now
PCMFxUSB3S
COMPANY CONFIDENTIAL 17
Vision – Seamless Connectivity of Data, Video,
Power and Security Over Single Connector
High Speed Signal Transmission

Smaller form factor allowing
convergence of computing/mobile
storage, gateway, Instrumentation,
gaming, Network ect……..

New USB Type-C Connector - Tiny,
Robust, Flippable, High Speed and
Default Power Delivery
•Signal transmission at ultra high speed supports growing data
and video content
•USB has good potential to lead among the technologies and
become the majority / standard connector.
Multi- Function USB Connector
•Smaller neat form factor design drives the connector to carry
multiple signals for data and video
•Data, video and power over a single connector is becoming a
requirement
Power Delivery
•Proprietary charging methods enable faster charging
•USB PD extends beyond USB BC to allow up to 100W
charging, power support and role swap for system power
optimization
•USB PD is specified to support USB connectors
Security/Authentication
• Authentication can be used to verify that peripherals really
belong to that specific OEM to enable secure connections,
prevent counterfeiting and for safety concerns (e.g. Battery
charging)
COMPANY CONFIDENTIAL 51
COMPANY CONFIDENTIAL 52
Business Line Interface Products - Product Line CWG
June 11, 2015