Wireless Infrastructure Applications
Silicon Labs offers a comprehensive clock and oscillator portfolio for wireless infrastructure applications. These devices eliminate the need for discrete VCXO and loop filter components, simplifying design, and minimizing overall solution costs. Our clock products are highly frequency flexible, generating any combination of frequencies from any input frequency with unparalleled performance and enabling “clock-tree-on-a-chip” BOM consolidation. We also offer ultra-low jitter programmable oscillators customizable to any frequency, with samples available in less than two weeks. Our PCI Express timing products provide fully compliant PCIe Gen 1/2/3 clock generation and distribution.
Recommended Devices
| Product Family | Jitter | Output Format | Example Applications |
|---|---|---|---|
| Si5xx XO/VCXOs | 0.3 ps | Differential, Single-Ended | 4G/LTE BBU, mobile backhaul, wireless repeaters |
| Si5341/40 Any-Frequency Low-Jitter Clock Generators | 0.13 ps | Differential, Single-Ended | 4G/LTE BBU, mobile backhaul, wireless repeaters |
| Si534x High-Performance Jitter Attenuators | 0.09 ps | Differential, Single-Ended | 4G/LTE BBU, mobile backhaul, wireless repeaters |
| Si5380 JESD204B, 4G/LTE Jitter Attenuator | 0.07 ps | Differential, Single-Ended | 4G/LTE RRH, small cells, pico cells |
| Si5348/83/84 Network Synchronizer Clocks | 0.1 ps | Differential, Single-Ended | Synchronous Ethernet, IEEE 1588, SONET/SDH |
| Si533xx Low Jitter Buffers | 0.07 ps | Differential, Single-Ended | 4G/LTE BBU, mobile backhaul, wireless repeaters |
| Si5214x PCIe Clock Generators | PCIe Gen 1/2/3 | Differential | 4G/LTE BBU, mobile backhaul, wireless repeaters |
| Si531xx PCIe Clock Buffers | PCIe Gen 1/2/3 | Differential | 4G/LTE BBU, mobile backhaul, wireless repeaters |