Nokia Wavence
Ultra-Broadband Transceiver Twin XP (ETSI/ANSI)
Nokia Wavence Ultra-Broadband Transceivers (UBT) provide high-capacity, low latency microwave transport ideal for
long-haul applications. The UBT-T XP is an outdoor dual transceiver unit operating in the lower frequency bands, 6 to
11 GHz, with a market leading RF output power of +37 dBm. Using advanced radio and carrier aggregation
technologies, the UBT-T XP efficiently supports backhaul with both multi-gigabit capacity and low latency.
The UBT-T XP exudes innovative product design, with a hardware split between the active wideband radio part and the
Antenna Interface Module (AIM), a passive part interfacing to the antenna. Notably, the UBT-T XP supports ETSI or
ANSI channels belonging to different sub-bands in the same unit. This enables highly flexible deployment options, with
the hardware and branching configuration being implemented inside the AIM, simplifying installation, maintenance and
spare parts management.
UBT-T XP
Application Mobile backhauling, private network backbone and rural
last mile connectivity
Split-mount, Standalone or Full Outdoor nodal
configuration with Networking Interface Module (NIM)
Physical 260 mm x 305 mm x 120 mm
(10.2 in. x 12.0 in. x 4.7 in.)
Interfaces 1 x DC port
Three GE ports: (1 x 100/1000 Base T RJ45 and 2 x
1/2.5/10 Gb Optical SFP)
1 XPIC/MIMO port
100x1000 Base T RJ45 used as default management port
or as user port
Radio Wideband radio capability
RF Power output: 37 dBm
L6, U6, 7, 8 and 11 GHz (FDD)
Dual-band 6+11 GHz
Dual carrier in one box
2.5 Gbps standard (1.3 Gbps per carrier)
Channels: 2 x 10-112 MHz
Modulation 4 QAM to 4096 QAM (8196 QAM capable)
Weight 8.9 kg (without AIM)
DC Power -48 V (-30V to -57V)
175 W (dual carrier 2+0)
Technical Networking
EMC
• EN 301 489-1, EN 301 489-4, GR-1089,
specifications Optional NIM support
Advanced QoS: Support for IEEE
IEEE1613
802.1p, Diffserv, TTL and strict priority Metro Ethernet Forum
Indoor/outdoor Dynamic scheduling according to air • MEF 2.0, MEF 8, MEF 9, MEF 14, MEF 22
connections interface changes
Maximum electrical cable length 100 m VLAN: IEEE 802.1P, IEEE 802.1Q, Q-in-Q Services
(328 ft) with Cat5e cable support • ERPS: ITU-T G.8032
Longer distance with optical fiber Architecture and design
Ethernet OAM (IEEE 802.1ag, ITU-T
(depends on fiber type) Network planning
Y.1731, IEEE 802.3ah)
L3 VPN support Equipment and site engineering
Radio SDN support Installation services
Dual carrier in one box Netconf/Yang support Integration services
1+0/2+0/4+0/2+2 HSB/SD Performance analysis, network
Carrier aggregation Environmental assessment, DCN, synchronization and
Embedded LAG L1 QoS assessment
Operating temperature: -40°C up to
Latency one way down to 60 µsec +55°C (-40°F up to +131°F) Maintenance 24x7 technical support
Typical Tx power: 37 dBm Return for repair or advanced exchange
ETSI Class 4.1 (EN 300019-1-4), ANSI
Support adaptive coding and
GR 3108 Class 4, GR-950, GR-63
modulation (ACM) IP 67
Duplex technology: FDD Management
Encryption: AES256-CTR Secure FTP for software download and
Timing transport: IEEE 1588v2-PTP, Standards compliance backup
SyncE IPv4/IPv6 management
ITU-T G.8264 support Regulatory
Embedded web browser for network
• Radio Equipment Directive 2014/53/EU
element configuration and monitoring
– RED
Antenna Interface Module Intuitive supervision systems
• EN 302 217, FCC Part101, ISED Canada
Configuration: OMT+diplexers, SNMP agent with TCP/IP rerouting
Coupler+diplexers, Diplexers only Safety capability
• EN 60950-1, EN 60825-1, 60825-2, Nokia NSP Network Services platform
GR-1089, GR-3108
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errors and omissions. Nokia assumes no responsibility for any inaccuracies in this document and reserves the right to change, modify, transfer, or otherwise revise this publication
without notice.
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