Si5362
Si5362 is Any-Output Jitter Attenuator/Clock Multiplier manufactured by Skyworks Solutions.
- Part of the Si5361 comparator family.
- Part of the Si5361 comparator family.
DATA SHEET
Si5361/Si5362/Si5363 18-Output, Any-Frequency, Any-Output Jitter Attenuators/Clock Multipliers with Ultra-Low Jitter
Si5361/62/63 Jitter Attenuators bine fifth-generation DSPLL™ and Multi Synth™ technologies with an ultra-low jitter VCO to deliver ultra-low jitter (<55 fs) for high-performance applications like 112G and 224G Ser Des and Coherent Optics. They are used in applications that demand the highest level of integration and jitter performance. All PLL ponents are integrated on-chip, eliminating the risk of noise coupling associated with discrete solutions. The Si5361 has a single DSPLL with two Multi Synths; the Si5362 has two DSPLLs with one Multi Synth, and the Si5363 has three DSPLLs. The Si5361H high-frequency variant targets optical module markets with output frequencies up to 2.75 GHz.
All devices support free-run, synchronous and holdover modes as well as enhanced hitless switching minimizing the phase transients associated when switching between input clocks. These devices are programmable via a serial interface with in-circuit programmable non-volatile memory (NVM) to enable powering up with a known frequency configuration.
Programming the Si5361/62/63 is easy with Skyworks Clock Builder TM Pro (CBPro) software. The devices can be factory programmed allowing them to power up to known frequencies and settings or shipped as “blank” devices to give more flexibility.
For more information, visit the Skyworks Sales Information page.
Applications
- 56G/112G/224G PAM4 Ser Des clocking
- OTN muxponders and transponders
- 100/200/400/600/800G networking line cards
- Synchronous Ethernet
- Datacenter Switches
- Medical imaging
- Test and measurement
- 100G/200G/400G Optical Transceivers
Features
- Utilizes fifth-generation DSPLL™ and Multi Synth™ technologies
- ANY input to ANY bination of output frequencies up to 2.75 GHz
- Ultra-low phase jitter (<55 fs typ)
- Enhanced hitless switching minimizes output phase transients (35 ps typ)
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