WAN evolution can be a challenge. Our Ethernet services help you untangle your network using a tried-and-tested technology to deliver scalable connectivity with the flexibility of EVPL and ELAN topologies to simplify your network. Ethernet is a private network connection with a high level of security and bandwidths from 10Mbps to 40Gbps.
Ethernet business services, based on high-speed connectivity and dedicated bandwidth, are a perfect fit for business segments where security and reliability are of highest importance.
Ethernet over MPLS facilitates transparent Layer 2 Ethernet frame transport across an MPLS network, with services benefitting from the inherent reliability and resilience of the network underlay. Additional benefits include multiple topologies support, such as point-to-point, point-to-multipoint and any-to-any VPLS.
In point-to-point and point-to-multipoint topologies, we can support EPL (Ethernet Private Line) when configured in port-mode as well as EVPL (Ethernet Virtual Private Line) when configured in VLAN-mode. Arelion's collective name for these service configurations is EVPL.
Ethernet LAN (ELAN) topology is more common for multiple sites connection via any-to-any connectivity at high bandwidth.
Benefits of ELAN and EVPL services:
Our Ethernet services are MEF 3.0 certified, and are underpinned by our high-capacity, top-ranked MPLS backbone and highly-skilled Operation team . We guarantee the service quality from the ground up so that you can benefit from the carrier-grade Ethernet quality.
Customers can combine multiple products on 1GE, 10GE or 100GE interfaces taking advantage of existing infrastructure and saving Cross Connect costs.
AI workloads, especially those involving large model training or real-time inference, require substantial data throughput. Ethernet, particularly at speeds up to 100Gb, supports high-speed data transfer, which is essential for moving large datasets between servers and storage systems. Read more about AI Direct, Arelion’s high-performance connectivity suite.
Low latency
Real-time AI applications (e.g., autonomous vehicles, robotics, financial trading) demand minimal delay. Ethernet offers lower latency compared to many other media, ensuring faster response times and more efficient processing.
Reliability and security
Ethernet is less susceptible to interference and signal degradation, making it ideal for AI systems that require consistent and stable data flow—such as those in data centers or edge computing environments. Additionally, Ethernet used in private network configurations reduces the risk of data interception, which is crucial for AI applications handling sensitive information.
Watch this video to learn more.
| Ethernet Topology | Arelion Product | MEF-defined services | Also known as |
|---|---|---|---|
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EVPL |
E-LINE - EVPL E-LINE - EPL |
Point-to-point Hub-to-spoke |
 |
ELAN |
ELAN – EP-LAN ELAN – EVP-LAN |
Any-to-any VPLS |
Features |
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Ethernet over MPLS |
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High availability incl. end-to-end visibility with optional Network Interface Device (NID) |
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10Mbps – 40Gbps |
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Global reach with managed Network Interface Device (NID) in >120 countries |
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Multiple Services on One Point (MSOP) |
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Comprehensive SLAs and Ethernet CoS for traffic prioritization |
Solid network security requires full traffic visibility. We offer various monitoring tools to check and maintain traffic performance.
Secure by design |
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Private connectivity – logically separated from any other traffic |
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Near real-time & historical bandwidth usage views |
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Network performance parameters, including latency in our MyArelion portal |
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NOC situated in a well secured and connected building with multiple power sources |
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Physical and logical security from design to deployment |
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Customer Service authentication procedures |
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Clear customer data handling policies |
Arelion is a global network operator with:
For more details, see: Arelion global fiber network and Network news.
Arelion offers a broad range of Ethernet bandwidth options, starting from 10 Mbps and scaling up to 100 Gbps*, with granular increments of 10 Mbps, 100 Mbps, 1 Gbps, and 10 Gbps. These options are available with a variety of optical and electrical interfaces supporting 1GE, 10GE, and 100GE.
*Note: Bandwidths from 40 Gbps to 100 Gbps can be delivered via 100GE and 400GE ports, subject to technical validation.
Ethernet Virtual Circuit (EVC) bandwidth options Mbps:
| EVC bandwidth (Mbps) in increments | 10 | 20 | 30 | 40 | 50 | 60 | 70 | 80 | 90 |
| 100 | 200 | 300 | 400 | 500 | 600 | 700 | 800 | 900 | |
| 1,000 | 2,000 | 3,000 | 4,000 | 5,000 | 6,000 | 7,000 | 8,000 | 9,000 | |
| 10,000 | 20,000 | 30,000 | 40,000 | 50,000 | 60,000 | 70,000 | 80,000 | 90,000 | |
| 100,000 | |||||||||
Port types (standard interfaces supported):
| Port types | |||
|---|---|---|---|
| Electrical RJ45 | 100/1000Base-T | ||
| Optical 1G LC | 1000Base-SX | 1000Base-LX | 1000Base-EX |
| Optical 10G LC | 10GBase-LR | 10GBase-ER | |
| Optical 100G LC | 100GBase-LR4 | 100GBase-ER4 | 100GBase-CWDM4 |
Arelion’s Ethernet solution supports jumbo frames up to 9100 bytes across our MPLS backbone network. Layer 2 control protocol transparency is fully supported, including last mile access, through Arelion’s Advanced Ethernet option. This option includes the installation of a Network Interface Device (NID) at the customer site, configured in tunneling mode to enable Layer 2 control protocol transparency.
For the Basic Ethernet option, which does not include a NID, Layer 2 control protocol transparency can be validated on an Individual Case Basis (ICB) for both on-net and last mile scenarios.
Arelion has implemented a rigorous onboarding process for third-party last mile access providers.
All supplier partners must undergo a strict certification process. While not all providers can support jumbo frames in the last mile, Arelion will make every effort to source a suitable supplier to meet customer requirements at the time of order.
Arelion’s MPLS backbone is designed for high resilience, offering 99.999% backbone availability for services running across it. This ensures robust protection against network faults and fiber cuts, providing customers with added peace of mind. For Ethernet services, Arelion offers two levels of service availability:
Basic Ethernet
Arelion guarantees 99.99% PoP-to-PoP availability for customers who do not require managed Network Interface Devices (NIDs). For SLA measurement, the service demarcation point is the customer-facing port on Arelion’s aggregation switch or router within the MPLS PoP. This excludes any cross-connects or third-party access tails.
Advanced Ethernet
With a managed NID installed at the customer premises, Arelion offers 99.5% end-to-end availability. For SLA measurement, the demarcation point is the LAN-side port of the NID, and the SLA includes the NID itself, any cross-connects, and third-party access tails.
Arelion’s core MPLS backbone is engineered to support low-latency applications, with latency SLA commitments available for EVPL and ELAN Ethernet services, as detailed in the figures published on our customer portal.
To further optimize latency, Arelion has implemented Segment Routing and Flex-Algo, specifically tuned for low-latency performance. As a result, all Ethernet services are provisioned on our low-latency routing plane and dynamically directed along the lowest-latency path available.
Arelion Ethernet services are MEF 3.0 certified: MEF Services Certification Registry.
We adhere to industry standards to simplify implementation and deployment for our customers, while also offering design flexibility to support various network topologies.
EVPL service
Arelion’s EVPL supports point-to-point and hub-and-spoke configurations, aligned with MEF E-Line EPL and EVPL definitions, available in both port-mode and VLAN-mode.
When using port-mode UNIs, the EVPL service provides a compliant EPL offering with partial Layer 2 Control Protocol (L2CP) transparency on certain routes. Full L2CP transparency can be requested as an option and is available when the Advanced Ethernet service, including a NID, is ordered.
ELAN service
Arelion’s ELAN service supports any-to-any configurations, in accordance with MEF EP-LAN and EVP-LAN definitions, also available in port-mode and VLAN-Mode.
E-Access for wholesale customers
For wholesale partners with an External Network-to-Network Interface (ENNI) with Arelion, we offer E-Access services with handover on the ENNI UNI.
Table below summarizes the options available:
| Ethernet topologies | Arelion products | MEF-defined services | Also known as |
|---|---|---|---|
 |
EVPL |
E-LINE – EPL E-LINE – EVPL |
Point-to-point Hub-to-spoke |
|
ELAN |
ELAN – EP-LAN ELAN – EVP-LAN |
Any-to-any VPLS |
Ethernet services can be delivered over circuit-switched technologies such as SDH, or packet-switched technologies like MPLS.
Ethernet over MPLS enables transparent Layer 2 Ethernet frame transport across the MPLS network, combining the benefits of Ethernet with the resilience and reliability of MPLS. This setup supports multiple topologies, including:
In a point-to-point configuration, Arelion supports:
Arelion collectively refers to these configurations as EVPL.
*Note: EPL service includes partial Layer 2 Control Protocol (L2CP) transparency on certain routes. Full L2CP transparency can be achieved when the Advanced Ethernet service is ordered, with the NID device configured in tunnelling mode.
Arelion’s on-net Ethernet EVPL and ELAN services can be delivered in as little as three weeks, including the physical connections required to activate the initial service (e.g., port or cross-connects*).
Once the physical infrastructure is in place, additional logical services—such as extra VLANs or Cloud Connect—can typically be provisioned within seven calendar days.
If third-party access is requested as part of the order, delivery timelines will depend on the supplier’s lead times, which generally range from 60 to 90 calendar days. In cases where delivery is affected by civil works or permit delays, longer lead times may apply.
*Note: Cross-connect delivery lead times depend on access arrangements and the availability of a Letter of Authorization (LOA).
Ethernet services delivered over Arelion’s MPLS backbone are inherently resilient due to the robust design of the underlying network. This architecture provides strong protection against network failures and fiber cuts.
With multiple diverse physical routes between each Arelion Point of Presence (PoP), we are committed to delivering optimal performance and reliability. The presence of several diverse paths between key regions—such as Singapore and Europe, and across the Atlantic—demonstrates the strength and redundancy of our global network.
Ethernet is one of the most cost-effective network technologies available—simple to operate, manage, and maintain. With service coverage in over 129 countries and more than 180 third-party ENNI agreements, Arelion is well positioned to offer competitive pricing almost anywhere in the world.
Additionally, our MSOP (Multiple Services over One Port) proposition allows customers to configure multiple Arelion services—such as EVPL, Cloud Connect, or IP—on a single interconnect port. This maximizes the value of existing interconnection points and eliminates the need for additional physical interconnects when expanding service.
Gives our customers visibility of the latency, frame loss, and Inter-frame delay variation for the Ethernet Advanced services. See the demo and read more in our Ethernet service performance blog.
Learn more about our high-speed private connectivity with low latency. The solution is aimed for customers with business-critical connectivity that require high level of flexibility and scalability.
Below you can read our latest AI report, download our Ethernet infographics, Ethernet FAQ, Ethernet solution brief and read the What is Ethernet guide.
