NXP Introduces Industry’s First I2C-Bus Controllers Supporting New Ultra Fast-Mode Specification

Eindhoven, Netherlands and San Jose, Calif., April 25, 2012 - NXP Semiconductors N.V. (Nasdaq: NXPI) today introduced the industry’s first high-performance I²C-bus controllers capable of handling both Fast-mode Plus (Fm+) and the new Ultra Fast-mode (UFm) specification, which has transmit-only data transfer rates up to 5 Mbit/s. By providing one very large 4.25-kB data buffer per channel and significantly reducing interrupts to the host processor, the PCx966x product family has been optimized for efficient I²C designs in repetitive data-intensive LED controller and stepper motor applications, such as those found in the gaming industry. A video presentation on NXP’s new Ultra Fast-mode I2C devices is available here: http://www.youtube.com/watch?v=oY_PdflCCnI

Invented by NXP (formerly Philips Semiconductors) over 30 years ago, the I²C bus has revolutionized chip-to-chip communications by replacing complex parallel interfaces with a straightforward yet powerful serial structure using a simple two-wire format. The I²C bus continues to be used extensively for system management and control in computing and enterprise equipment, and in portable and consumer applications, where it shrinks the IC footprint and leads to lower system costs. Operating at speeds of up to 5 MHz, the new Ultra Fast-mode (UFm) is a uni-directional push-pull serial bus ideally suited for driving LED controllers and other devices that do not require feedback. With its newest UFm and Fm+ bus controllers, NXP is significantly enhancing I²C performance for gaming systems such as Japanese pachinko and slot machines, by improving management of large, complex data transfers, and enabling stronger resistance to electrical shock attacks.

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Facts / Highlights

Key design benefits of the PCx966x I²C-bus controllers include:

Technical features of the new I²C UFm and Fm+ include:

Product Family and Availability

All products are released and available for sampling through distributors worldwide.

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