G8LMW Consulting stock, support and integrate YellowFin LTE4G analyser systems.
The YellowFin LTE4G analyser allows engineers and installers to optimize existing LTE networks for better coverage by including a spectrum analyzer and LTE packet demodulation all in one handheld unit.
LTE physical layer demodulation
Platform covers all LTE RF bands (choose model)
Proprietary RF engine can detect interference, measure true multipath and perform site survey mapping with optional software
YellowFin LTE4G Analyser
G8LMW Consulting stock, support and integrate YellowFin LTE4G analyser systems.
The YellowFin LTE4G analyser allows engineers and installers to optimize existing LTE networks for better coverage by including a spectrum analyzer and LTE packet demodulation all in one handheld unit.
LTE physical layer demodulation
Platform covers all LTE RF bands (choose model)
Proprietary RF engine can detect interference, measure true multipath and perform site survey mapping with optional software
The YellowFin LTE4G analyser is the world’s first truly portable calibrated, demodulating LTE test receiver. This handheld unit utilizes a tablet PC as an interface in conjunction with Berkeley’s precision receiver technology for complete spectrum analysis as well as LTE physical layer demodulation.
The The YellowFin LTE4G analyser receiver sweeps the 700 MHz to 2.2 GHz or 2.0 GHz to 5.9 GHz spectrums (choose model) to within +1.5 dB accuracy measuring both primary & secondary synchronization signals for RSSI, Signal Quality/CINR and Multipath.
The YellowFin LTE4G analyser spectrum analysis also performs interference detection, channel clearing with trigger/synchronization modes for LTE signal frequency analysis. LTE demodulates the physical layer for Identity, Cell Identity Group, Cell Identity, Extended CP, BS Antenna Count and PBCH Channel.
The optional DF (Direction Finding) Antenna allows engineers to pinpoint sources of LTE interference, rogue base stations and even nearby hackers.
An internal 12-channel/satellite GPS receiver allows for geo-coded site surveys and drive-studies using optional mapping software.
Full LTE Demodulation: Identity, Cell Identify Group, Cell Identity, FDD/TDD System, Normal/Extended CP, Number of BS, Transmit Antenna, PBCH Channel
Full LTE Spectrum Analysis: RSSI, Quality/CINR, Multipath
Full 700 MHz – 2.2 GHz or 2.0 – 5.9 GHz (choose between models)
RF Direction Finding (using optional antenna)
True Multipath Measurements
RF Interference Detection
Peak Search / Hold with up to 4 Peak Hold waveform traces
User Selectable Power Triggers
Waveform Snapshots of any screen
Performs Site Survey Mapping Coverage (using optional DragNet software)
Performs Remote Monitoring and Control via Ethernet Connection (using optional YellowFin Remote Manager software)
Bands Supported |
MODEL C 700 MHZ – 2.2 GHz |
MODEL D 2.0 GHz – 5.9 GHz |
RF Sensitivity (Wide Band) |
-20 to -90 dBm
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RSSI (Channel) |
-20 to -80 dBm
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Correlated Multipath Measurements |
0 to -10 dB
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CINR |
0 to +20 dBm
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SPECTRUM ANALYZER SPECIFICATIONS: | ||
Bands Supported |
MODEL C 700 MHZ – 2.0 GHz |
MODEL D 2.0 GHz – 5.9 GHz |
Average Noise Floor (no input) |
< -100 dBm (reference level -70 dBm, resolution bandwidth=50 kHz)
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Dynamic Range |
> 40 dB
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Level Accuracy |
+ 1.5 dB (25º C)
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Max Input (safe) |
+ 0 dBm
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Max Input (no saturation) |
-20 dBm
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Reference Level |
-20 to -70 dBm (10 dB steps)
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TRIGGERING: | ||
User Control | Auto or Manual | |
Packet/Interefrence Trigger | Trigger analyzer when input power meets or exceeds threshold (20 MHz span) | |
Trigger Threshold | User settable in dBm | |
Trigger Delay | User settable in mS | |
GENERAL SPECIFICATIONS: | ||
Internal GPS Receiver | 12-channel/satellite GPS receiver | |
Input Connector | SMA Female 50 ohm | |
Power | Li-PO, AC, DC | |
Runtime Internal Battery | > 3 hours | |
Recharge Time | < 3 hours | |
PHYSICAL SPECIFICATIONS: | ||
Weight | 5 lbs. | |
Dimensions | 1.5″ H x 7.5″ W x 5″ L (water resistant, high-impact ABS plastic case) | |
OPTIONAL ACCESSORIES: | ||
12V car adapter, 2.4 GHz Directional Finding Antenna, Directional Finding Antenna |