ZTE GPON F660 V3 - high performance gateway in FTTH solution Thanks to the use of GPON technology, F660 V3 provides broadband network access. It has components to manage network traffic with high performance to ensure smooth operation of VoIP services and HD video streaming. Wireless network The wireless network in F660 V3 is adapted to the 11n standard, which enables data transfer at speeds of up to 300 Mbps, making the network more easily accessible for more devices with its fast operation and without the use of cabling. Smooth operation of services QoS applied in F660 V3 is used for services requiring a higher priority, such as IPTV and VoIP. The services will be able to operate with increased speed and stability. Network characteristics Along with support for dual stack IPv4/IPv6 and DS-Lite in F660 V3, further network expansion will not be a problem. The VLAN support allows you to manage your network to provide additional security and isolate selected devices. The TR-069 standard improves remote management and supervision of the device status. Connections ZTE F660 V3 has many connectors, which makes it very versatile: 4 RJ-45 ports, including 1 Gigabit Ethernet port, that allows additional devices to be connected directly by wires to ensure stability of high speed network access. 2 POTS (FXS) ports allows users to use two phone numbers: private and business, for example 1 USB port provides the ability to connect additional devices and share files on the network via the built-in DLNA server or printing via the print server, 1 GPON port using WBF (Wavelength Block Filter) makes it compatibe with XG-PON1, which facilitates future network expansions. Easy set-up and reliable operation The batch configuration on the EMS side will make it unnecessary to additionally configure the ZTE F660 V3. The signal tracking support and performance monitoring will help you to quickly find the cause of network failures. Energy saving ZTE F660 V3 will also help you save energy by going into low power mode when it detects reduced network traffic.