TI's solutions include a wide range of products – clock buffers, clock generators, clock jitter cleaners, and RF PLLs and synthesizers – for a broad range of applications including wired and optical communications, wireless communications, industrial, and automotive.
Low-jitter clocks enhance system performance by ensuring excellent signal integrity at high data rates
With increasing data rates in networking and wired communication applications, clock jitter has become a major bottleneck for maintaining signal integrity. TI's ultra-low jitter clock jitter cleaners and clock generators improve system performance while reducing the bill-of-materials (BOM) by consolidating several oscillators. Equipped with a flexible architecture and advanced features such as holdover, TI's clock and timing ICs increase system performance, flexibility, and robustness.
Featured devices for wired and optical communications/storage/networking applications
Low-noise clocks and synthesizers maximize data converter and overall signal chain performance
Clock jitter and local oscillator (LO) phase noise are key elements in the radio signal path and can directly impact the quality of the RF signal being received and transmitted. Likewise, in the baseband boards, clocks can impact the signal integrity of the high-speed link to and from radio. With industry-leading performance, TI's clock jitter cleaners, clock generators, clock buffers, and RF PLLs and synthesizers maximize the quality and robustness of wireless links.
Wireless radio example
Featured devices for wireless communications applications
Flexible clocks consolidate multiple crystals and oscillators to reduce BOM and enhance reliability
TI's clock and timing ICs can help improve the reliability of a system by consolidating multiple crystals and oscillators with a simple, low-power clocking solution. In industrial applications where performance is critical, such as test & measurement and medical, TI's low-jitter clocks and RF PLLs and synthesizers let designers push the limits of performance to deliver differentiated solutions.
Clocks and RF PLLs simplify the clock tree and improve range and accuracy of automotive radar
With a range of automotive-grade clocks and RF PLLs, TI offers solutions for both infotainment and advanced driver assist systems (ADAS). In ADAS applications, TI's high-performance PLLs can significantly enhance the range and accuracy of radar systems while simplifying the design by integrating critical functions such as ramp generation. In infotainment applications, TI's clock generators and buffers help to consolidate multiple crystals and oscillators with a simple low-power clocking solution.