DVB-T/T2 Compact Monitoring Probe
EdgeProbe Nano DVB-T/T2
EdgeProbe Nano is the most tiny and compact probe with no compromise on Quality.
Ideal for accurate & cost-effective monitoring of the quality actually delivered to all points on DVB-T and DVB-T2 networks,
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Applications
- Network operators
- automate the tests of new transmitter
- temporary monitoring/investigation tool
- rebroadcasting receiver: RF to ASI or IP
- Broadcasters: off-air monitoring probe to validate the on-air content
- TV/STB producers: automated tests against a professional receiver
- Labs: easy & simple access to live DTV sources /Live transmission recorder
Benefits
- Small, Silent & Magnetized: can be installed anywhere
- Remotely accessible, compatible with low bandwidth control networks (GPRS/3G)
- Portable tool for maintenance team
- Easy to use and configure
- Standalone: no need for PC
- Enables SNMP test automation
- Low power consumption 8W
With its small, compact and easy to handle design, the EdgeProbe Nano DVB-T/T2 is the ideal tool for field technicians to transport in order to validate and monitor 24/7 all points of a DTV network.
EdgeProbe NANO is able to monitor DVB-T and DVB-T2 signals at transmitter outputs or off air, through its RF input , as well as at modulator input and at Head-End/distribution links, through its ASI and IP inputs (140 x 140 mm compact format).
Combined with a Network Monitoring System or not, the EdgeProbe Nano provides a powerful broadcast network alert & diagnosis tool allowing DTV network operators to monitor global trends and anticipate potential failures.
Accurate DVB-T/T2 RF signal quality monitor
Signal Level, MER, SNR, BER
Modulation parameters, L1 signaling in DVB-T2, TPS in DVB-T
RF Spectrum & Constellation display
DVB-T, DVB-T2 (1.1.1, 1.2.1, 1.3.1) & T2 Lite support
DVB-T2 Single/Multi-PLP reception support
Complete SFN synchronisation monitor
Transmission site SFN monitor: quick identification of which TX site is causing SFN issues!
- RF Frame Delay & Drift
- Carrier Frequency Offset & Drift
- Before modulator: Network Delay of TS (MIP packet) or T2-MI streams
SFN overlapping Reception Area monitor: Channel Impulse Response (Echo Delay and Level alarming thresholds) – with TestTree’s Unique Echo Pattern monitor
TS monitor and forward over ASI/IP interfaces
TX site input through the ASI and IP inputs (up to 4 in 1RU)
Forward the analyzed TS/T2-MI over ASI or IP output
VLAN support on the IP Data link
Complete TS monitoring
ETSI TR 101 290 Priority 1, 2, 3
QoS indicators (optional): Service Availability Error & Service Degradation Error
Verify Regionalization: Service Plan view, PID/Service presence, Scrambling
Service & components bitrates
Complete T2-MI monitoring
Single/Multi-PLP support
ETSI TR 101 290 T2-MI packet
T2 L1 pre/post signaling
Network Delay
PLP extraction and TS PLP analysis
32 GB of internal storage
Alarm logs up to 6 months
RF parameter trends up to 6 months
TS/T2-MI recording (trigger: manual or automatic by SNMP)
Internal GNSS receiver (Hardware option)
Generates an internal 1PPS reference signal for SFN synchronization measurements (SFN Drift, Frequency Offset)
GPS & GLONASS support
User-friendly interface
Easy-to-use HTML5 interface compatible with most recent browsers (Google Chrome, Mozilla Firefox…)
15 minutes only for a first configuration
MONITORING FEATURES
- RF Monitor
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Power – Signal Level, SNR, MER, BER
- Demodulation status
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Lock / Unlock
- Signal level
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Measure from -90 to -5 dBm ±1 dBm, typically ±0.5 dBm, resolution 0.2 dBm
Unit: dBm or dBµV
- Constellation, Spectrum display
-
.
- MER
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0 to 40 dB (0 to 36 dB: ±1 dB, 36 to 40 dB: ±2 dB)
- SNR
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0 to 40 dB ±1 dB
- BER (DVB-T)
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Pre/Post-Viterbi, Post-RS
- BER (DVB-T2)
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Pre/Post-LDPC, Post-BCH
- Modulation parameters
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L1 signaling in DVB-T2, TPS in DVB-T
- SFN Monitor at RX site (SFN overlapping area)
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Channel Impulse Response (CIR) monitoring in the SFN overlapping reception area: Echoes Delay and Power Level alarming masks
With TestTree’s unique Echo Pattern monitor: more reliable echo in error identification even if the main (strongest) echo suffers changes!
- SFN Monitor at TX site
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Quick identification of which TX site is causing SFN issues !
Time Synchronization: RF Frame Drift
Frequency Synchronization: Carrier Frequency Offset (±1 Hz, resolution 0.1 Hz)
- Distribution Network Delay
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Delay for the TS (with MIP packet) / T2-MI stream between the Broadcast Gateway and the Remote Transmission Site. Measured before the modulator.
- IP Link Monitor
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UDP/RTP supported
Network Jitter, RTP packet errors, FEC
- T2-MI Monitor
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Single/Multi-PLP support
ETSI TR 101 290 T2-MI packet, L1 pre/post signaling
T2-MI Network Delay
PLP extraction and TS PLP analysis (ETR 101 290)
- OneBeam/Single Illumination Monitor
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Specific PID from the DTH stream used to recover the T2-MI distribution on TX site
- ETSI TR 101 290
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MPEG-2 TS Monitor, ETSI TR 101 290 Priority 1, 2, 3
TS (with MIP packet) Network Delay
- QoS
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SAE (Service Availability Error), SDE (Service Degradation Error) based on ETR 101 290
- Service Plan
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Verify regional services, Service & PID bitrates, Scrambling, Service & PID presence
Thumbnails for unencrypted video services (refresh rate might vary upon encoding)
PSI/SI tables decoding
- Round-Robin
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Monitor sequentially several channels over 1 RF input in a Round-Robin mode. Monitoring context (measurement alarms) are kept between successive rounds.
- Extended Memory
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32 GB of internal storage for: Event logs up to 6 months, Trends up to 6 months, analyzed TS/T2-MI recording
INTERFACES
- Control
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1 x Gigabit Ethernet for:
HTTP Web GUI (management),
SNMP v2/v2c/INFORM (alarm traps and OID command SET/GET),
FTP (firmware update, log file download, profile update)
- RF
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1 x RF input (N-type female – 50 Ω)
- Standards
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DVB-T – ETSI EN 300 744
DVB-T2 & T2 Lite – ETSI EN 302 755 v1.3.1, ETSI TS 102 831
T2-MI – ETSI TS 102 773
- Frequency range
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40 to 1000 MHz
- Sensitivity
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-80 to -5 dBm; RF lock down to -80dBm
- Channel bandwidth
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1.7, 5, 6, 7 & 8 MHz
- TS/T2-MI
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1 x ASI in/out (BNC-type female – 75 Ω)
- TS/T2-MI
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1 x Gigabit Ethernet for Data in/out (VLAN support)
- GNSS & Time Reference
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1x GNSS antenna input (SMA-type – 50 Ω) (GPS/GLONASS) HW option, 3.3V antenna power up
1x 1PPS input (BNC-type female – 50 Ω)
- Web UI
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HTML5 User Interface, compatible with up-to-date browsers (Google Chrome, Mozilla Firefox…)
PHYSICAL
- Height: 30 mm / 1.2 in, Width: 140 mm / 5.5 in, Depth: 140 mm / 5.5 in
- Power supply: 12 VDC, 100-240 VAC to 12 VDC adapter provided
- Power consumption: 8W
ENVIRONMENT
- Operating temperature
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-20 to 50°C / -4 to 122°F
- Storage temperature
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-20 to 70°C / -4 to 158°F
- Humidity
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0 to 95%, non condensing
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