You have been hired by a startup company to provide optical services using MPLS-TP. Which three options describe reasons to use the MPLS-TP standard in your design? (Choose three.)

MPLS-TP was specifically designed as a packet-based transport technology to replace legacy circuit-based SONET/SDH networks while preserving carrier-grade reliability and OAM characteristics.

MPLS-TP extends native MPLS with standardized OAM tools for continuity checks, fault detection, performance monitoring, and alarm propagation as defined in ITU-T G.8113, filling gaps that native MPLS OAM lacked.

MPLS-TP is specifically designed to operate without a dynamic routing or signaling control plane - static provisioning is one of its key differentiators from native MPLS, making this statement false.

IANA assigned label value 13 as the Generic Associated Channel Label (GAL), which MPLS-TP uses to identify in-band OAM messages within the data plane, enabling fault monitoring without a separate management channel.

MPLS-TP uses ITU-T G.8113 OAM, not Ethernet Y.1731; Y.1731 is an Ethernet-specific OAM standard and is not part of the MPLS-TP specification.