A dedicated, private connection between all your locations. Guaranteed bandwidth, predictable low latency, and traffic that never touches the public internet.
Private
Layer 2 transport
Guaranteed
Committed bandwidth
Low latency
Deterministic paths
Carrier-grade
Financially backed
Site A · Site B
100 Mbps-400/800 Gbps
Per circuit
< 5ms
In-state latency
24/7
Local NOC
Point-to-point connects your sites as if they were in the same building — secure, fast, and entirely yours.
A dedicated Layer 2 link between all your locations — no public internet, no shared hops.
Committed, symmetrical throughput that is yours alone. No contention, no surprises at peak.
Traffic never touches the open internet, so your data stays isolated, secure, and compliant.
Deterministic, low-latency paths engineered for replication, voice, and real-time applications.
Manage every connected site as one privately owned network from a single point of control.
A private Layer 2 topology that isolates your traffic and hardens your overall security posture.
A point-to-point fiber connection is a dedicated, private circuit that links two locations directly — your headquarters and a branch office, a primary and disaster-recovery data center, or any two buildings that need to act as one network. Instead of routing traffic across the public internet, a point-to-point link carries it over a private Layer 2 path on our privately owned California fiber, with committed bandwidth and predictable low latency reserved entirely for you.
A site-to-site VPN tunnels your data across the shared public internet, so it inherits the congestion, jitter, and security exposure of the open web — performance can swing wildly from one hour to the next. A point-to-point fiber circuit is physically dedicated. The bandwidth is committed and symmetrical, latency is deterministic, and your traffic never leaves the private network, which is why latency-sensitive and compliance-driven workloads rely on it.
Because point-to-point delivers transparent Layer 2 transport, your sites behave as if they share a single LAN. Devices, servers, and storage in different buildings communicate seamlessly, making it ideal for real-time replication, server clustering, live backup, and centralized voice. Build multiple links and you can fold headquarters, branch offices, data centers, and campuses into one privately owned network you manage from a single point of control.
Every point-to-point circuit is backed by a carrier-grade uptime SLA and monitored 24/7 by our California-based Network Operations Center. Committed symmetrical bandwidth means no contention at peak; engineered, deterministic paths keep in-state latency low; and optional diverse or protected routing adds resilience for mission-critical links. Because the traffic stays off the public internet entirely, point-to-point also shrinks your attack surface and simplifies compliance.
Point-to-point is the backbone for organizations that move data between fixed locations: headquarters linked to branch offices, primary and disaster-recovery data centers, campus and multi-building networks, and latency-sensitive financial workloads. If you need two or more sites to behave like one secure, private network, a point-to-point circuit is the most direct and dependable way to connect them.
Common questions about point-to-point fiber, Layer 2 transport, latency, and security.
A point-to-point connection is a dedicated, private fiber circuit that links two locations directly — for example, your headquarters and a branch office, or a primary and disaster-recovery data center. Traffic travels over a private Layer 2 path rather than the public internet, so the two sites behave as if they were on the same local network.
A VPN tunnels your traffic across the shared public internet, so it is still subject to congestion, variable latency, and the security exposure of the open web. A point-to-point fiber circuit is a physically dedicated link with committed, symmetrical bandwidth and deterministic low latency — your data never touches the public internet at all.
Layer 2 (the data-link layer) transport extends your local network transparently between sites, so devices in different buildings can communicate as though they share one LAN. This makes point-to-point ideal for storage replication, server clustering, and applications that expect low-latency local connectivity.
Point-to-point circuits are provisioned with committed, symmetrical bandwidth from 100 Mbps up to 400/800 Gbps, with in-state latency typically under 5 ms over engineered, deterministic paths. Optional diverse or protected routing adds resilience for mission-critical links.
Yes. Because traffic stays on a private, dedicated path and never traverses the public internet, point-to-point connectivity reduces your attack surface and helps meet compliance requirements. The Layer 2 topology isolates your traffic and hardens your overall security posture.
Absolutely. While each circuit links two endpoints, we can build multiple point-to-point links to connect headquarters, branch offices, data centers, and campuses into one privately owned network managed from a single point of control. Share your locations and we will design the topology and provide a quote.
Tell us the locations you need connected and your bandwidth target. We'll design the circuit and send a quote.