Calix 100-05098 NGPON2 ONT XFP Transceiver Module 10G/10G Tunable TWDM-PON ONU Stick BVL3BABFAA
The Calix 100-05098 is a genuine, carrier-grade, software-tunable NG-PON2 ONT XFP optical transceiver module, widely classified as a 10G Symmetric NG-PON2 ONU Stick. Fully compliant with ITU-T G.989 specifications for next-generation TWDM-PON architecture, this module condenses the full circuitry of a multi-gigabit optical network terminal into a hot-pluggable XFP form factor. It enables core routers, service gateways, and metro switches hosting an XFP slot to terminate symmetrical 10G line-rate broadband fiber inputs directly without deploying external standalone modems.
Typical Applications
✅Calix AXOS E7/E9 series OLT NG-PON2 port deployment
✅Next-generation 10G symmetric fiber-to-the-home (FTTH) and fiber-to-the-business (FTTB) services
✅Service provider access network migration from GPON/XGS-PON to NG-PON2
✅Business enterprise high-speed symmetrical fiber access
✅Mobile 5G small cell backhaul over PON infrastructure
✅Multi-dwelling unit (MDU) high-bandwidth shared access
Product Highlights
✨NG-PON2 TWDM-PON Compliance & Soft-Defined Tunability
Fully compliant with the ITU-T G.989.2 standard, supporting a 4-wavelength TWDM-PON architecture. Features automated, software-defined wavelength adjustments over multiple channels to permit rapid load balancing and minimize physical sparing costs.
✨10G/10G Symmetrical Line-Rate Throughput
Delivers true synchronous 10 Gbps downstream and 10 Gbps upstream capacities per wavelength, custom-tailored for high-bandwidth access services while clearing out legacy asymmetrical bandwidth bottlenecks.
✨N1 Class C3 Optical Performance
Engineered under strict N1 Class C3 optical power link budgets, providing optimal transmission margins for typical access network deployments handling high split ratios up to 1:64.
✨Standard XFP Form Factor & Advanced Thermal Design
Housed in a hot-pluggable XFP package compliant with industry-standard router, switch, and OLT slots. Engineered with an extended metal cooling footprint to securely manage the intensive thermal load of modern tunable transceivers.
✨Single-Fiber Bidirectional Coexistence
Utilizes WDM-based single-fiber bidirectional operation, allowing next-generation NG-PON2 wavelengths to frictionlessly coexist with legacy GPON and XGS-PON overlays on the exact same ODN (Optical Distribution Network).
✨Comprehensive Telemetry (DOM/DDM)
Embedded with real-time digital diagnostics to report critical case metrics, including module temperature, input voltage, tunable laser grid alignment, and precise Rx/Tx optical thresholds.