IEPL

An international Ethernet private line gives two sites private Ethernet capacity between countries, with committed bandwidth and a handoff.

Definitions only — a term explained here is not a service we sell.

An international Ethernet private line carries Ethernet frames privately between two countries over dedicated transport. It is a point-to-point pipe with a committed bandwidth and handoff, and the Ethernet counterpart to a legacy IPLC circuit.

IEPL is dedicated Ethernet capacity. It suits site-to-site traffic with predictable volume, such as database replication, voice, video and control systems. A multi-site design needs a hub or an any-to-any service.

A private path in the matrix

The matrix compares a private line with IP transit and DIA. The private line's responsibility ends at the far end of the circuit.
A private path in the matrix IP transitDIAPrivate line
What you buy Reachability via an upstreamCommitted internet accessA dedicated circuit
Full routing table YesUsually noNo
Responsibility ends At the handoffAt the handoffAt the far end of the circuit
Best for Reachability at scaleOffice internetFixed paths and guarantees
The matrix compares a private line with IP transit and DIA. The private line's responsibility ends at the far end of the circuit.
Text description

Rows cover what you buy, the routing table, where responsibility ends and the fit. A private line stays between two sites and does not reach the internet.

Private capacity, not transit

The path does not share routing with the public internet. Against IP transit, IEPL trades flexibility for predictability. Against MPLS, it trades any-to-any reach for a simpler point-to-point contract.

Confirm the handoff, the MTU and jumbo frame support. Ask whether the two ends use diverse paths, then use IEPL vs IPLC for the comparison.

FAQ

Is IEPL the same as MPLS?

No. IEPL is a dedicated point-to-point pipe. MPLS is a shared network with any-to-any connectivity.

Does IEPL reach the internet?

No. It stays between two demarcation points. Internet access needs a service that reaches the public internet, such as IP transit.

What happens on a fiber cut?

A protected service switches to a backup path. An unprotected one stops until repair.

Learn more

Sources

  1. ITU-T G.8011: Ethernet service framework