Highlights
• Ultra Precise Timing for 5G Radio Access Networks
• Two independent DPLL clock channels plus three additional DPLLs for NCO Hybrid, Split XO and redundant oscillator modes
• Five output synthesizers
• Any-to-any frequency conversion per channel
• Inputs: up to 10, differential or single-ended
• Outputs: up to 10 differential, up to 20 CMOS
• Output jitter 100 fs RMS typical for 156.25 MHz 12 kHz to 20 MHz
• Core power consumption <0.9W

Physical-layer frequency synchronization
• Hitless reference switching

General Features
• Automatic self-configuration at power-up from internal Flash memory, 7 configurations
• Input-to-output alignment <100 ps
• Numerically controlled oscillator behavior in each DPLL and each synthesizer
• Easy-to-configure design requires no external VCXO or loop filter components
• 5 GPIO pins with many possible behaviors, each REF can be GPI, each OUT can be GPO
• SPI or I2C processor Interface
• 1.8V and 3.3V core VDD voltages
• Easy-to-use evaluation/programming software
• MiToDSync 1-wire time-of-day interface in/out
• MiToDBasic 3-wire time-of-day interface out

The ZL30642 is a feature-rich line card solution with up to five independent DPLLs and five extremely low output jitter synthesizers. This solution is ideal for line card timing applications such as routers, switches, optical transparent network and 4G/5G wireless base stations.

We also have ZL3063x as SyncE Timing Card Synchronizer, such as ZL30634A, or ZL3073x as SyncE&1588 Timing Card Synchronizer, such as ZL30735A, to form full SyncE&IEEE1588 Timing solution.