Skyworks Solutions Inc. Si534x Clock Devices

Skyworks Solutions Inc. Si534x/Si538x clock devices are designed to meet the exacting specifications and high-performance requirements of Internet Infrastructure. These ultra-low-jitter clock devices reduce cost and complexity for a wide range of timing applications. Skyworks Si534x/Si538x clock devices provide fast, free and easy customization for any frequency on any output with no compromise on performance or specifications. This includes any frequency up to 800MHz with 0ppm frequency synthesis, across 4 inputs and 10 outputs with any voltage and phase jitter as low as 100fs(RMS). Skyworks clocks enable a true "clock tree on-chip" solution.

Features

  • Any frequency on any output: 1kHz to 800MHz
  • Any format on any output: LVPECL, CML, LVDS, HCSL, LVCMOS, HSTL, SSTL
  • Exact clock synthesis (0ppm error)
  • As low as 100fs(rms) phase jitter with the lowest fractional synthesis jitter in the industry
  • 10 differential outputs or 20 single-ended outputs
  • Independent VDDO per output eliminates external level translators (1.5 - 3.3V)
  • Accommodates any crystal or reference clock frequency
  • Excellent PSRR; no discrete components required
  • Programmable output-output delay in 1ps steps

Applications

  • Networking
  • Communications
  • Storage
  • Servers
  • Audio/video
  • xDSL infrastructure
  • Cable infrastructure
  • Wireless infrastructure
  • Medical equipment
  • Test and measurement
  • Industrial

Si534x Evaluation Boards

Skyworks Si534x/Si538x Evaluation Boards allow developers to easily evaluate Si534Sx/Si538x clock devices. They can be powered, controlled, and configured via a USB connection to a host PC running Skyworks's Clock Builder Pro™ (CBPro) software tool. CBPro's intuitive GUI simplifies all aspects of clock tree design and device configuration. The onboard 48MHz XTAL allows standalone or holdover operation mode. SMA connectors are provided for input and output clocks. ​
View Product List

Block Diagrams

Yayınlandı: 2014-08-12 | Güncellenmiş: 2022-05-18