Si5332C-GM2 Low-Jitter, 8-output, Any-Frequency (< 333.33 MHz), Any Output Clock Generator

Output Frequency Max (MHz)

Frequency Synthesis Mode

The Si5332C-GM2 Any Frequency clock generator provides the highest level of integration available, enabling complete clock tree consolidation in 10/25/40/100G data center communications and industrial applications. With an output frequency range of 5 - 333.33, the device features both MultiSynth fractional as well as integer dividers.   Jitter performance of 0.190ps TYP, low power consumption and has 8 outputs. The Si5332C-GM2 also includes up to 5 user defined hardware input pins that can be assigned as output enable for one or more outputs, frequency control, spread spectrum enablement, or input reference selection. Si5332C-GM2 can be quickly and easily configured using ClockBuilder Pro software, offering both factory pre-programmed as well as in-system programming options.

Similar Devices: SI5332A-GM2 SI5332B-GM2 SI5332C-GM2 SI5332D-GM2

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Specifications Summary

Reference Inputs: 3

Clock Outputs: 8

Phase Jitter (ps): 0.190

Output Frequency Min (MHz): 5

Output Frequency Max (MHz): 333.33

Output Format(s): LVPECL; LVDS; LVCMOS; HCSL

PCI Express: Yes

Package Type: QFN40

Package Size (mm): 6x6

Title Version Resource Type
Si5332x-Cxxxxx-GM2 Schematic Footprint and Symbols Schematic and Layout Files
Si5332-8EX-EVB Schematic and Layout Files Schematic and Layout Files
ClockBuilder Pro Field Programmer Si5332-40QFN Design Files Schematic and Layout Files
Silicon Labs' Timing Solutions for Altera FPGAs by Application 1.0 Miscellaneous
How to Select the Right PLL-based Oscillator for Your Timing Application White Papers
DSPLL & MultiSynth Clock Architecture Enables High-Density 10/40/100G Line Card Designs White Papers
Addressing Timing Challenges in 6G-SDI Applications White Papers
Timing ICs Keep Beat with Needs of Today’s Embedded Market 1.0 White Papers
Choosing the Optimal Internal or External Clocking Solution for FPGA-Based Designs White Papers
When to Use a Clock vs an Oscillator 0.1 White Papers
When to Use a Clock vs. an Oscillator 1.0 White Papers
Reducing EMI and Improving Signal Integrity Using Spread Spectrum Clocking 1.0 White Papers
Timing Jitter Primer eBook 2 White Papers
Timing Jitter Tutorial and Measurement Guide (e-book) 1 White Papers
PB #1606031: Inner Box Label Change Product Change Notifications (PCN)
AN699: FPGA Reference Clock Phase Jitter Specifications 0.1 Application Notes
Timing Solutions for Xilinx FPGAs Miscellaneous
Timing Solutions for Cavium Processors Miscellaneous
Timing Solutions for Marvell Miscellaneous
Timing Solutions for NXP/Freescale Network Processors Miscellaneous
Timing Solutions for Broadcom Switches/PHYs Miscellaneous
Timing Solutions for Intel FPGAs Miscellaneous
Standard Outerbox Label Change to Include RoHS and Halogen Free Mark Product Change Notifications (PCN)
Timing Product Selector Guide Brochures
Timing Software Version Information Software
Si5332 Sample Files Miscellaneous
AN1107: Si5332 Power Supply Noise Rejection 0.1 Application Notes
UG299: Si5332-6EX-EVB User's Guide 0.2 User Guides
UG301: Si5332-12EX-EVB User's Guide 0.2 User Guides
UG300: Si5332-8EX-EVB User's Guide 0.2 User Guides
AN1106: Optimizing Jitter in 10G/40G Data Center Applications 0.1 Application Notes
AN1109: Programming Options for Si5332 0.1 Application Notes
AN1108: Advanced Features Guide for the Si5332 Application Notes
UG286: ClockBuilderPro Field Programmer Kit 1.2 User Guides
AN1110: Spread Spectrum Configuration Capability in Si5332 0.1 Application Notes
AN1158: Benefits of Embedded Crystal Si5332 0.1 Application Notes
Si5332 Reference Manual 0.3 Reference Manuals
Si5332 Data Sheet 1.1 Data Sheets
Si5332 IBIS Model Software
Si5332 データ・シート 1.1 Data Sheets
Si5332 数据表 1.1 Data Sheets
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