The NXP i.MX 6SoloX applications processor, the first device utilizing both ARM Cortex-A9 and ARM Cortex-M4 cores, offers a highly integrated multi-market solution and enables secure, connected homes and vehicles within IoT.
USB Type-C: True Plug'n Play
Delivering data rates up to 10 Gbps and up to 100 W of power, USB Type-C is the new connector for all next generation products. Perfectly tailored for emerging product designs, it offers rich interface capabilities with 'Alternate mode' support. Together with these improved capabilities comes easier design and usability with fully reversible plug orientation and cable direction, making USB Type-C far more convenient for consumers and helping deliver a true Plug and Play experience.
USB Type-C Eco System
- USB Type-C AC/DC Wall Charger
- USB Type-C Active Cable
- USB Type-C System and Accessories
- USB Type-C AC/DC Family
- USB Type-C Authentication
- USB Type-C High Bandwidth Switch Family
- USB Type-C Host Control Family
- USB Type-C Load Switch Family
- USB Type-C Microcontrollers
- USB Type-C Protection Family
- USB Type-C Signal Conditioner Family
Which way is up?
In the fast-moving markets of wearables, tablets, and smartphones, system designers are under constant pressure to deliver the right functionality, at the right time – within ever tighter space, power and cost restraints. And sometimes a simple new development comes along that lets designers breathe easier. With benefits in abundance, the USB Type-C connector is poised to dramatically change the way we connect our portable and smart devices. No more frustration from incorrectly guessing which way to plug the connector in. The fully reversible plug orientation and cable direction makes Type-C a far more convenient interface solution for consumers.
As we carry ever increasing amounts of data with us, we need the ability to quickly and securely transfer it from one device to another. While wireless connectivity provides convenience, USB ensures reliable and fast data transfer. USB Type-C gives designers flexibility and simplicity. It will support USB 3.1 at a top speed of up to 10 Gbps, offering faster data transfer, video and secure connectivity over a single solution.
USB Type-C enables
- Signal transmission at ultra high speed to support growing data, video content and power delivery
One size fits all
Smaller, neat form factor design drives the connector to carry multiple signals for data, video and power delivery. Together with these capabilities comes easier design and usability. No more frustration from wrongly guessing which way to plug the connector in because the fully reversible plug orientation and cable direction makes Type-C a far more convenient interface solution for consumers.
The new USB Type-C connector – at a size of 8.3mm x 2.5mm – makes SuperSpeed USB highly attractive for portable and wearable devices. Though slightly larger than the current Micro USB, the Type-C connector also supports faster charging. This makes it compatible not only for small mobile devices but larger devices.
USB Type-C enables
- The connector to carry multiple signals for data, video and power delivery in a small form factor
- Fully reversible plug orientation and cable direction
- Data, video and power over a single connector
Whatever your system design is, power control and protection will always feature prominently in its reliability. The USB power delivery (PD) architecture is excellent for end-to-end power support, and provides quick charging possibilities through a device's USB port.
USB PD extends beyond USB BC to allow up to 100 W charging, power support and role swap for system power optimization. The connector offers from 5.0 V at 2.0 A for handhelds and wearables and up to 20 V at 5.0 A for ultrabooks. Future scalability ensures changing USB performance requirements can be met.
USB Type-C enables
- Fast charging
- Multiple output voltages as defined in the USB PD standard
- Support of international energy regulations like Energy Star
- USB performance scalability
Secure connectivity built-in
Authentication can be used to verify that connected devices are what they claim to be, preventing counterfeit accessories and increasing safety and trust between host and device. Effectively the authentication results can set a 'trust level'.
Using this, system and device manufacturers can create policies to enable or disable certain capabilities. For example, a system might authenticate a charger or cable before enabling high powered fast charging, preventing safety issues that can be caused by counterfeit products. A system might ask a user to confirm the capabilities of a newly connected, untrusted device before enabling capabilities that could potentially harm the system or even compromise network security.
NXP is the market leader in secure identification and authentication IC solutions. Secure hardware and software are complemented by certified secure development environments, production facilities and trust provisioning flows to ensure the highest levels of security and trust.
Secure USB Type-C enables
- Protection from counterfeit/cloned devices
- Improved safety
- Enhanced system level security