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Features

  • PCIe Gen5 additive phase jitter: 5.9fs RMS
  • PCIe Gen6 additive phase jitter: 3.5fs RMS
  • PCIe Gen7 additive phase jitter: 2.4fs RMS
  • DB2000Q additive phase jitter: 10fs RMS
  • 12kHz to 20MHz additive phase jitter: 33fs RMS at 156.25MHz
  • Power Down Tolerant (PDT) inputs
  • Flexible Startup Sequencing (FSS)
  • Automatic Clock Parking (ACP) upon loss of CLKIN
  • Spread-spectrum tolerant
  • CLKIN accepts HCSL or LVDS signal levels
  • -40 °C to +105 °C, 1.8V ± 5% operation
  • Pin or SMBus selectable:
    • 33Ω, 85Ω, or 100Ω differential output impedance
    • Output slew rate
    • Output amplitude (A001 suffix)
  • 9 SMBus addresses plus write protection

Description

The RC19102 is a 1.8V 2-output PCIe Gen7 buffer that is backward compatible with earlier PCIe generations. The RC19102 provides ultra-low additive jitter and reduced in-to-out delay performance for better design margin and incorporates several features for easier and more robust design.

Parameters

AttributesValue
Diff. Outputs2
Diff. Output SignalingLP-HCSL
Output Freq Range (MHz)1 - 400
Diff. Inputs1
Power Consumption Typ (mW)50
Supply Voltage (V)1.8 - 1.8
Output TypeLP-HCSL
Battery BackupNo
Battery SealNo
CPU Supervisory Function PORNo
Crystal Frequency TrimmingNo
Frequency Out PinNo
Inputs (#)1
Input Freq (MHz)1 - 400
Additive Phase Jitter Typ RMS (fs)33
FunctionMultiplexer
Input TypeLVDS, HCSL
Output Banks (#)1
Core Voltage (V)1.8V, 1.8V
Output Voltage (V)0.8

Package Options

Pkg. TypePkg. Dimensions (mm)Lead Count (#)Pitch (mm)
VFQFPN3.0 x 3.0 x 1.0200.4

Product Comparison

RC19102A9DBL0252RC19002
Core Voltage (V)1.83.33.3
Output Impedance33, 85, 1008585, 100
App Jitter CompliancePCIe Gen1, PCIe Gen2, PCIe Gen3, PCIe Gen4, PCIe Gen5, PCIe Gen6, PCIe Gen7PCIe Gen1, PCIe Gen2, PCIe Gen3, PCIe Gen4, PCIe Gen5, PCIe Gen6PCIe Gen1, PCIe Gen2, PCIe Gen3, PCIe Gen4, PCIe Gen5, PCIe Gen6, PCIe Gen7
VOUT Slew-rate ControlYesNoYes
Additive Jitter3.5fs13fs3.4fs
VOUT Amplitude ControlYesNoNo

Applications

  • Cloud/High-performance computing
  • nVME storage
  • Networking
  • Accelerators

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