100 MHz LVDS clock — MEMS, not quartz
The MEMS die is sealed in a 6-VDFN package measuring 2.50 mm x 2.00 mm, which saves board area compared to a can-style quartz oscillator at the same frequency. Output is LVDS — the differential pair delivers clean edges into 100-ohm terminated traces, making this a natural fit for clocking a high-speed ADC, FPGA, or SerDes transceiver where single-ended CMOS would pick up noise.
That stability is specified without the temperature-compensation circuitry a quartz TCXO would need — the MEMS resonator's frequency-vs-temperature curve is inherently flatter. The 105°C ceiling puts it in the industrial-plus bracket: outdoor base stations, motor drives with internal air temperatures above 85°C, and engine-bay electronics that see under-hood heat soak. A commercial-grade 0-70°C oscillator would drift outside the ±50 ppm window above 70°C.
Supply voltage spans 2.25V to 3.63V — the same part works on a 2.5V or 3.3V rail without a separate LDO.