Our private, global network
A powerful, secure IP network built over the course of a decade to combine cloud and hyperlocal edge capabilities, we power communications, wireless, networking, and storage from our private, global, multi-cloud IP network.
FEATURES
Built with real-time communications in mind
Our state-of-the-art infrastructure empowers businesses to transform their connectivity with unparalleled security, scalability and seamless global communications.
Reliability
With 17 points of presence (PoPs) in high-density metros, we offer connectivity at the hyperlocal edge for quick, reliable deliverability.
Quality
Our multi-cloud architecture combines Google Cloud, Amazon Web Services, and Microsoft Azure to ensure reliability against latency, downtime, and packet loss.
Security
Our privately-owned fiber interconnects between PoPs provide a private highway for your data traffic, fortifying security.
See what you can build with our network
RESOURCES
Networking documentation
Learn how to create and manage your own networks via Telnyx’s Mission Control Portal.
Peering guidelines
Understand the guidelines and technical requirements associated with Telnyx peering and interconnection.
Edge connectivity
Dive into use cases for edge networks, computing, and storage.
FAQ
PoP stands for point of presence. In the context of CPaaS providers with global IP networks, a PoP is a location where the IP carrier has network and switching equipment that takes your call from the public internet to the carrier’s proprietary network and sends it directly to another PoP elsewhere in the network.
Points of presence (PoPs) all over the world mean your voice and messaging traffic never travels too far on the public internet before reaching our global backbone network. More PoPs in more places drastically lower the latency of your communications, webhooks, and API commands, giving you a smooth communications experience.
Private IP networks have advantages over public IP networks in terms of security and quality. The private nature of the network means that your communications are less susceptible to man-in-the-middle (MITM) attacks. In addition, a private network effectively acts as a dedicated private highway for your communications. Free from the congestion of the public internet, your traffic can reach its destination more quickly, minimizing latency and jitter for unmatched call quality.
MPLS (Multiprotocol Label Switching) is a network protocol used to improve the performance and manageability of communication networks. MPLS attaches labels to packets as they enter the MPLS network. These labels are short, fixed-length identifiers that provide information on how the packet should be forwarded through the network. This process is more efficient than traditional IP routing, which requires routers to examine the entire packet header to determine the next hop. MPLS is widely used in telecommunications and enterprise networks to create virtual private networks (VPNs), support traffic engineering, and improve network performance.
MPLS has several major benefits, including reduced latency and increased network efficiency, more precise control over networks, and improved scalability, reliability, and resilience.