S5800E Series Field Comm Analyzer is an economic instrument which is designed specifically for wireless communications field engineers and technicians. S5800E series provide all necessary measurement functions and performance to accurately characterize the signal environment in addition to clearing, detecting, identifying and locating signal interferenc.
'
S5800E Series Field Comm Analyzer is an economic instrusment which is designed specifically for wireless communications field engineers and technicians. Today’s wireless spectrum is shared among different communications systems and services including mobile communications, mobile radios, paging, wireless local-area networks and digital video broadcasting. In additional to licensed systems, the spectrum is also shared with unlicensed transmitters and signal impairments such as reflections and fading. The combination of all these signals creates a very complex environment which must be first cleared and routinely monitored in order to maximize service performance.
Designed for wireless communications field engineers and technicians, the S5800E series provide all necessary measurement functions and performance to accurately characterize the signal environment in addition to clearing, detecting, identifying and locating signal interference in a lightweight, handheld instrument.
1.Spectrum Analysis
| Model | S5800EA | S5800EB |
| Frequency | ||
| Frequency Range | 9kHz - 4.0GHz | 9kHz - 6.0GHz |
| Resolution | 1Hz | 1Hz |
| Frequency Counting Accuracy | (signal to noise ratio is 25dB, the resolution bandwidth / sweep width =0.01) | |
| Aging | < ±1×10-6/ year | |
| Frequency Span |
1kHz to 4GHz in 1-2-5 sequence (automode), and 0Hz (zero span) |
1kHz to 6GHz in 1-2-5 sequence (automode), and 0Hz (zero span) |
| Bandwidth | ||
| Resolution Bandwidth | 1Hz to 3MHz in 1-3 sequence (auto or manually selectable) | |
| Video Bandwidth | 1Hz to 3MHz in 1-3 sequence (auto or manually selectable) | |
| Accuracy | < ±10% | |
| Spectral Purity (Phase Noise) | ||
| @ 1kHz Offset from Carrier | -90dBc/Hz (typ.) | |
| @ 10kHz Offset from Carrier | -100dBc/Hz (typ.) | |
| @ 100kHz Offset from Carrier | -110dBc/Hz (typ.) | |
| Amplitude | ||
| Dynamic Range | > 100dB | |
| Maximum Safe Input Level | +30dBm (peak power, input attenuation >15dB), 50VDC | |
| Amplitude Accuracy | < ±1.0dB | |
| TOI | > +15dBm (typ.) | |
| DANL (Input terminated, RBW = 1Hz, Attn = 0dBm, Sample detector, Typical) | ||
| Preamp Off |
< -150dBm (2MHz - 1GHz) < -142dBm (1GHz - 3GHz) < -142dBm (3GHz - 4GHz) |
< -150dBm (1MHz - 1GHz) < -140dBm (1GHz - 3GHz) < -140dBm (3GHz - 6GHz) |
| Preamp On |
< -165dBm (10MHz - 1GHz) < -160dBm (1GHz - 3GHz) < -158dBm (3GHz - 4GHz) |
< -162dBm (1MHz - 1GHz) < -158dBm (1GHz - 3GHz) < -152dBm (3GHz - 6GHz) |
| Spurious Response | ||
| Residual Response | 1MHz - 6GHz: < -85dBm (no signal input attenuation, 0dB) | |
| Second Harmonic Distortion | < -70dBc (input level -20dBm, mixer input, preamp off) | |
| Reference Level | ||
| Range | -167dBm to +35dBm | |
| Accuracy | < ±0.5dB | |
| Sweep & Trigger Mode | ||
| Sweep Time |
20ms - 250s (> 200Hz) 10us - 1000s (= 0Hz) 1ms -250s (Fast scan) |
|
| Accuracy | < ±0.2% | |
| Trigger Mode | Free trigger, Single trigger, Video trigger, Trigger | |
| RF Input | ||
| Connector Type | N type | |
| Input Impedance | 50Ω | |
| VSWR (typ.) | < 1.8 (10MHz - 4.4GHz, attenuator >10dB) | < 1.8 (10MHz - 6GHz, attenuator >10dB) |
2. LTE Measurement
| Model | S5800EA | S5800EB |
| Frequency Range | 10MHz - 4.0GHz | 10MHz - 6.0GHz |
| Bandwidth | 1.4MHz, 3MHz, 5MHz, 10MHz, 15MHz, 20MHz | |
| EVM Mode | BTS mode (RS/P-SS/S-SS/PDSCH), OTA mode (RS) | |
| RF Measurement | ||
| Accuracy (typ.) |
±1.0dB (input range -50dBm to +10dBm) LTE-FDD ±1.0dB (input range -30dBm to +10dBm) LTE-TDD |
|
| Modulation Measurement | ||
| Frequency Deviation | ±10Hz + Reference clock deviation | |
| EVM Accuracy (FDD-LTE) | 2% (typ. E-UTRA Test Model 3.1, -50dBm to -10dBm) | |
| EVM Accuracy (TDD-LTE) | 2% (typ. E-UTRA Test Model 3.1, -50dBm to -10dBm) | |
| Over-the-Air Measurement | ||
| Scanner | Capture up to 6 signals | |
| SS-POWER, RSRP, RSRQ,SINR | ||
| Automatically save with GPS information, SS power and modulation measurement results | ||
| Antenna Aligment | Support MIMO 2X2, 4X4 | |
| Display RS power and multiple antenna delay | ||
| Coverage Map Measurement | Sweep-S-SS power, RSRP,RSRQ/SINR, Cell ID of the strongest signal | |
| Output format: .kml, .csv | ||
3. WCDMA Measurement
| Model | S5800EA | S5800EB |
| Frequency Range | 10MHz - 4.0GHz | 10MHz - 6.0GHz |
| Bandwidth | 3.84MHz | |
| Maximum Spreading Factor | 256 / 512 | |
| RF Measurement | ||
| Accuracy (typ.) |
±1.0dB (input range -50dBm to +10dBm) |
|
| Demodulation Measurement | ||
| Frequency Offset | ±10Hz + Reference clock deviation | |
| Modulation Type | WCDMA QPSK | |
| HSPA+QPSK, 16QAM, 64QAM | ||
| EVM Accuracy (RMS) | 2% (EVM <25%) | |
| CDP | ±1.0dB (CDP> -25dB) | |
| CPICH | ±1.0dB | |
| Over-the-Air Measurement | ||
| Scrambling Code Scanner | Up to 6 scrambling codes | |
| CPICH, Ec/Io, Ec, Channel power | ||
| Multiple Scanner | Up to 6 multipath | |
| Tau, RSCP, Channel power | ||
4. GSM/EDGE Measurement
| Model | S5800EA | S5800EB |
| Frequency Range | 10MHz - 4.0GHz | 10MHz - 6.0GHz |
| RF Measurement | ||
| Accuracy (typ.) |
±1.0dB (input range -50dBm to +10dBm) |
|
| Demodulation Measurement | ||
| Frequency Offset | ±10Hz + Reference clock deviation | |
| Modulation Type | GSM GMSK | |
| EDGE 8PSK | ||
| Phase Error (GMSK) | ±1.0deg | |
| EVM (8PSK) | ±1.5% | |
5. TD-SCDMA Measurement
| Model | S5800EA | S5800EB |
| Frequency Range | 10MHz - 4.0GHz | 10MHz - 6.0GHz |
| Bandwidth | 1.6MHz | |
| Slot Selection | 256 / 512 | |
| SYNC-DL Setting | Auto ot 0-31 setting | |
| Demodulation Type | Auto or QPSK/8PSK/16QAM/64QAM | |
| RF Measurement | ||
| Accuracy (typ.) |
±1.0dB (input range -50dBm to +10dBm) |
|
| Demodulation Measurement | ||
| Frequency Offset | ±10Hz + Reference clock deviation | |
| Demodulation Type | QPSK, 8PSK, 16QAM, 64QAM | |
| EVM Accuracy (RMS) | 2% (P-CCPCH power > -50dBm) | |
| Over-the-Air Measurement | ||
| Scrambling Code Scanner | 32 SYNC-DL | |
| Ec/Io and Tau measurement | ||
| Tau Scanner | Up to 6 SYNC-DL | |
| DwPTS power, Tau, Ec/Io measurement | ||
6. General Information
| Model | S5800EA | S5800EB |
| Display | ||
| Type/ Size | TFT LCD / 6.5 inch (640*480) | |
| Data Storage | ||
| Internal | 1GB, >2000 saved measurement files | |
| External | Limited by size of USB flash drive | |
| Size & Weight | ||
| Size | 257mm * 185mm * 75mm | |
| Weight | < 2.5kg | |
| Battery | ||
| Type | Li-ion, 11.1V, 5200mAh | |
| Operation Time |
>3 hrs, continuous; >2.5 hrs, with tracking generator |
|
See more specifications in the datasheet.
Configuration Comparison of S5700/ S5800L/ S5800E/ S5800H Analyzer
|
Model |
S5700 |
S5800L |
S5800E |
S5800H |
|
Spectrum Analyzer |
Yes |
Yes |
Yes |
Yes |
|
Cable and Antenna Analyzer |
Yes |
/ |
/ |
/ |
|
Interference Analyzer (Optional) |
Yes |
Yes |
Yes |
Yes |
|
FDD-LTE Signal Analyzer (Optional) |
Yes |
/ |
Yes |
Yes |
|
TDD-LTE Signal Analyzer (Optional) |
Yes |
/ |
Yes |
Yes |
|
GSM/ CDMA&EVDO/ WCDMA/ TD-SCDMA Signal Analyzer |
Yes |
/ |
Yes |
Yes |
|
Coverage (Optional) |
Yes |
Yes |
Yes |
Yes |
|
OPM & VFL &Wifi & Channel Scanner |
Yes |
/ |
/ |
/ |
Standard Package
| No. | Item | Qty. |
| 1 | Main Machine | 1 pcs |
| 2 | AC/DC Adapter | 1 pcs |
| 3 | Rechargeable Li-ion Battery | 1 pcs |
| 4 | Vehicle Charger 12V/DC | 1 pcs |
| 5 | Crossover LAN Cable | 1 pcs |
| 6 | USB Cable | 1 pcs |
| 7 | RF Connector | 1 pcs |
| 8 | Soft Carrying Case | 1 pcs |
| 9 | CD (Site Workbench Software and Manual) | 1 pcs |
| Option No. | Item | Description |
| S5800-01 | RF Power Meter (Software) |
Providing true RMS measurements with accurate measurements for both CW and complex digitally modulated signals. |
| S5800-02 | In-line Bi-Directional RF High Power Sensor | 300MHz to 4GHz, 2mW to 150W, N(f), 50Ω |
| S5800-03 | Terminal RF Power Sensor | 1MHz to 6GHz, -30dBm to +20dBm, N(m), 50Ω |
| S5800-04 | Interference Locatiton Analysis |
Add Spectrogram, RSSI, Signal ID, Signal Strength, Interference Location Mapping, Delta Spectrum and DPS measurement applications to the spectrum analyzer. (Need directional log periodic antenna, option 13-17) |
| S5800-05 | Signal Coverage Mapping | Allowing users to map RSSI and ACPR measurements. (Need option S5800-06) |
| S5800-06 | GPS Module (USB) | / |
| S5800-07 | Signal Analysis | LTE, WCDMA, TDSCDMA, GSM, CDMA |
| S5800-08 | Tracking Generator | Frequency range: 25MHz - 4.4GHz |
| S5800-09 | Tracking Generaot |
Frequency range: 25MHz - 6.0GHz |
| S5800-10 | Spectrum Persistence |
Find interference covered by transmit signal. Acquires several thousands of spectrum data per second and show the spectrum density over time. |
| S5800-11 | Gate Sweep | For TD signal analysis |
| S5800-12 | Directional Active Log Periodic Antenna | Frequency range: 9kHz to 20MHz |
| S5800-13 | Directional Active Log Periodic Antenna | Frequency range: 20MHz to 200MHz |
| S5800-14 | Directional Active Log Periodic Antenna | Frequency range: 200MHz to 500MHz |
| S5800-15 | Directional Active Log Periodic Antenna | Frequency range: 500MHz to 3GHz |
| S5800-16 | Directional Active Log Periodic Antenna |
RELATED PRODUCTS
Test & Measurement,
Saluki
Test & Measurement,
Saluki
Test & Measurement,
Saluki
Test & Measurement,
Saluki
Test & Measurement,
Saluki
Available at :
|
