uCPE and pCPE for L3 VPN

By combining powerful networking capabilities with flexible connectivity options, rich management interfaces and embedded security functions , the ETX-1p enables service provides to deliver advanced IP-VPN services, as well as value added virtual services from the data center to the customer branch. The all-in-one device includes an embedded router and a nextgeneration firewall, together with switching capabilities and LTE and Wi-Fi support, making it easy to connect branches to private and public clouds over mobile or fixed broadband or over MPLS, without the need for extra hardware or complicated configurations.

ETX-1p is bundled with pCPE-OS, RAD’s carrier-grade, Linux-based operating system. Designed to run on various ARM- and x86-based CPE platforms, vCPE-OS is security hardened and optimized to provide maximum performance at a low footprint.

The ETX-2v supports a wide range of business customers and user scenarios, from small offices to large sites, using a variety of bandwidth and processing power options.

The RADview features a network element manager, end-to-end service manager for Carrier Ethernet services, performance monitoring portal for ongoing monitoring of Ethernet and IP services, D-NFV orchestrator for virtual machines and application services at the customer edge, and a network planner for resource optimization and capacity planning.

Featuring client/server architecture with multi-user support, RADview provides intuitive graphic representation of network clouds, links, nodes, end-to-end services, and network status indication. Fully ITU-T FCAPS compliant, it offers security management supporting user access profiles and allowing network partitioning.

RAD’s vCPE-OS is interoperable with open source management platforms, and easily integrates with standards-based SDN controllers, orchestrators and operations/business support systems (OSS/BSS) from major providers. Featuring a comprehensive management and security suite, vCPE-OS is unique in its convergence of key OS components of NFV infrastructure (including a KVM hypervisor, Open vSwitch, OpenStack, and other elements) with embedded networking capabilities and integrated drivers for LTE and Wi-Fi. In addition, it enables seamless integration of RAD’s pluggable physical network functions (PNFs), such as OAM, Timing, TDM, DSL, and PON.