USB technology
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USB 2.0 OTG supports dual roles
Portable devices using USB 2.0 OTG determine their role as either a host or a standard…
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Implementing DFP/UFP Role Detection Design for USB 2.0 OTG Upgrade to Type-C
USB Type-C cables, sockets, and plugs are designed to be more durable and user-friendly than existing…
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What is the difference between USB-C (Type-C) and standard ports?
USB Type-C is a new interface type introduced alongside the USB 3.1 connector. The Type-C specification…
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USB-C/TYPE-C Role Identification and Power Delivery Detection
The role identification for both ends of a Type-C interface is actually detected and configured through…
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Role Classification and Definition of USB-C/TYPE-C
The USB bus operates as a master-slave bus. Within a single USB bus, only one device…
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USB Type-C Connector Orientation Diagram
The USB-C interface, also known as Type-C, comes in two forms: the high-end socket used for…
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Quick Tip #3: Preserving Legacy Is Challenging
Quick Tip #3: Preserving Legacy Is ChallengingIt’s clear that Type-C connectors and cables should be able…
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Quick Tip #2: Power (Full) Options
Quick Tip #2: Power (Full) OptionsThe new Type-C connector can handle up to 100W of power…
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Quick Tip #1: Re-driving (or Not Driving) Type-C
Quick Tip #1: Re-driving (or Not Driving) Type-CDedicated to operating at speeds up to 10Gbps, the…
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High-Speed Applications of Type-C
High-Speed Applications of Type-C:Type-C supports USB 1.1/2.0/3.0/3.1HDMIEthernetDisplayPortPower DeliveryAudioAdditional Gigabit channels.USB 3.1 (Type-C) operates at speeds up…
