Carrier Ethernet: private point-to-point circuits that behave like one long cable
MEF-style point-to-point L2 circuits between our PoPs and your sites. Your traffic never touches the public internet, and the latency stays where you measured it.
Why a private circuit
Predictable by design
A dedicated circuit means stable latency and jitter, which VoIP, replication and trading traffic actually need.
Simple to consume
You get an Ethernet port at each end. VLANs, routing and equipment stay fully under your control.
Isolated from the internet
The circuit is not reachable from outside: no DDoS surface, no exposure, no tunnelling overhead.
Grows with you
Bandwidth upgrades are a config change on our side, not a new construction project.
What you can order
- Point-to-point E-Line circuits between our PoPs
- Connections from your office to our data centre
- VLAN transparent transport for your own segmentation
- Bandwidth options from modest links to multi-gigabit
- SLA with availability and repair commitments
- Monitoring with alerting on circuit health
Pricing depends on endpoints and bandwidth: request a quote with your two sites.
How it works
- 1
Feasibility
You name the two sites; we confirm reach, media and available bandwidth.
- 2
Offer
You get the circuit design, monthly price and SLA terms.
- 3
Turn-up
We deliver the ports, test end to end and hand over a monitored circuit.
Our own Tier 3+ data centre in Riga
Your services run on hardware we own and operate in Latvia, under EU jurisdiction. A second live region in the Netherlands, Dubai planned for 2026.
- N+1 redundant power and cooling
- Own BGP network with redundant uplinks
- 24/7 on-site engineers
- GDPR and EU data residency
Carrier Ethernet questions
How is a Carrier Ethernet circuit different from a VPN over the internet?
A VPN rides the public internet and inherits its congestion and jitter. A Carrier Ethernet circuit is a private Layer 2 path with contractual availability and repair times, and your traffic never touches the public internet at all.
Can the circuit end in your data centre?
Yes, and that is the most common design: a point-to-point link from your office straight into our data centre in Riga, next to your servers, backups and cloud resources.
What bandwidth can I get?
From modest links for branch offices up to multi-gigabit trunks. Tell us the two sites and the target speed, and we confirm feasibility before you commit to anything.
Do you monitor the circuit?
Yes. Every circuit is monitored with alerting on circuit health, and the SLA defines both availability and repair times, so faults are being worked on before you have to call.
What is a point-to-point E-Line circuit?
It is a private Layer 2 Ethernet connection between exactly two sites, defined in the MEF Carrier Ethernet framework. You get an Ethernet port at each end and the circuit behaves like one long cable: VLANs, routing and equipment stay under your control.
How much does a Carrier Ethernet circuit cost?
Pricing depends on the two endpoints and the bandwidth, so there is no fixed price list. Send us your two sites and the target speed, and you receive a quote with the circuit design, monthly price and SLA terms.
Can I run my own VLANs over the circuit?
Yes. The transport is VLAN transparent, so you keep your own segmentation end to end, with no renumbering and no coordination with us.
Can I upgrade the bandwidth later?
Yes. A bandwidth upgrade is a configuration change on our side, not a new construction project, so the circuit grows with you from a modest link to a multi-gigabit trunk.