The CORE Series is the first ATLAS platform to support 10Gbps circuits. As with every platform within the ATLAS SD-WAN Suite, it can support Martello’s multiple enterprise-oriented licenses for quality of experience, business continuity, and increased performance.
The CORE Series is compatible with fiber circuits and can support 10Gbps links for unparalleled performance. With its robust build, it’s perfect for data centers, recovery sites, headquarters, or any environments requiring high throughput.
Deployed and managed through Elfiq Central, the company’s Cloud-based orchestrator, the CORE Series can be integrated seamlessly in any client environment, guaranteeing a fast return on investment. By leveraging Elfiq Central’s zero-touch provisioning capabilities, end-users can monitor and maintain a powerful SD-WAN without having to break the bank.
The CORE Series is designed to support Martello’s SD-WAN solution and to address multiple issues facing enterprises around the world. The new devices offer multiple different packages, with a focus on user experience at the branch, quality of experience, VPN acceleration and security.
1. Values reflect the guaranteed throughput that can be managed by the device for link balancing purpose.
4. Includes the total capacity of all Virtual Forwarding Interfaces (VFIs).
11. Some values listed in our specification matrix (including Throughput, Number of Sessions per second or Total Number of Sessions) should be considered “peak” values.
12. VPN throughput capacity is calculated based on the processing power of the according hardware series.
All Platforms Support Ethernet Bonding And IPv6 Interconnectivity
All Platforms Are Built With The Following Features: Watchdog Timer and Session Guard (DoS protection).
All Platforms Support The Following Uptime-Related Features: High availability deployments; Multimode.
All Platforms Support: DHCP and PPPoE; Dynamic MTU/MSS; 802.1Q (vlan); Real time filtering (shunning); NAT, Block NAT, NAT Masquerading and PAT; and come equipped with a built-in probe.