Y-Packet 2 is designed to enable service providers and enterprise network operators to deliver voice and premium data services. As a high capacity solution, it helps to eliminate backhaul bottlenecks and significantly reduce costs, while facilitating the transition to full-packet networks. Conceived with full-outdoor approach, it covers frequency range from 6 to 38 GHz, in Licensed and Unlicensed (17 and 24 GHz) bands. It has been developed with an aim to be easy to configure, manage and monitor.
Full outdoor approach, in any configuration: 1+0, 2+0 XPIC and/or RLA, 1+1 HSB
Full Ethernet microwave radio, for network modernization
The GPS onboard can geo-reference the equipment on a map. If removed without authorization from installation site, it is able to lock transmission
Remote assistance on equipment can be activated with the click of a button: a secure tunnel to device will be established with zero configuration efforts
Touchless Configuration mobile App dramatically reduce installation complexity and costs. It allows setting equipment parameters with the touch of a smartphone, when the ODU is even un-powered! The App reads the Serial Number, fetches the configuration from the cloud and applies it to the radio
Y-Packet 2 is the new Youncta nLoS 2 & 4L/U GHz radio, capable of supporting up to 1.2 Gbps full-duplex traffic. Conceived as Full Outdoor, it can be powered by PoE injector or 48 VDC
Air capacity up to 600 Mbps, in 1+0 configuration
Spans large distances, up to 80 km
Anti-theft: to secure installation sites, the GPS records equipment position, and is able to lock transmission in case it is removed from site without authorization
Electrical and optical Gigabit Ethernet interfaces available
"Touchless Configuration" mobile app for smart provisioning
Y-Trunk is capable of supporting up to 3.6 Gbps of aggregate data traffic. It provides up to 8 RF channels in one sub-rack chassis, supporting 1024QAM; it gives operators a great advantage in achieving higher link capacity. Y-Trunk can transport any mix of E1, STM1, and Ethernet, so we support any kind of network: Legacy TDM, Hybrid and pure Packet. This makes the equipment the best choice for operators to migrate towards all-IP networks.
Full range ITU-R frequencies: 4L/U, 6, 6.5, 7, 8, 11 GHz
16QAM to 1024QAM for longer hops and/or increased capacity
Y-Split is Youncta's split-mount radio that delivers high transmit output power across multiple frequency bands, starting from 2GHz up to 38 GHz. Optical IDU-ODU interfaces avoid interference and protect from direct lightning strikes. Supports all up-to-date features to simultaneously handle TDM and Ethernet traffic.
Frequency bands from 2GHz up to 38 GHz
16QAM to 1024QAM
Reliable, scalable and upgradeable for low CAPEX and OPEX
High MTBF design and manufacture for ultra-reliability
Low-risk, cost-effective migration path from TDM to Hybrid, to all-IP
Y-Haul is a new generation of UHF/VHF point-to-point wireless communication systems. It provides TDM and Ethernet data transmitting over incredible long-range distances, supporting up to 29 Mbps of aggregate data traffic. Y-Haul operates over long hops even in nLOS conditions. Compared with dish antennas, Y-Haul's antennas are very light weight and have almost no wind load.
There are two modes available: FDD and TDD. Y-Haul FDD can transport any mix of E1 and Ethernet, while Y-Haul TDD is pure Ethernet. Y-Haul FDD can be configured for 1+0 nonprotected, 2+0 non-protected, 1+1 protected and 1+1 (for critical) / 2+0 (for best effort) modes.
QPSK to 64QAM for longer hops and/or increased capacity
Different channel bandwidth: 1.75-12 MHz
Fast Ethernet for Y-Haul TDD and Fast Ethernet plus E1 for Y-Haul FDD Interfaces availabl
Y-Packet 2
Y-Packet 2 nLoS
Y-Trunk
Y-Space
Digital Satellite Demodulator
The Y-Space was primarily developed as an equipment for ground receiving stations of Earth remote sensing systems (ERS).
An important feature of the receiver is the ability to work with satellites, which are on orbits different to geostationary orbits that follow the direction of the Earth's rotation.