TSP-X Scanner

TSP-X Scanner

TSP-X Scanner

TSP-X Scanner is an integrated platform based on all-standard scanner and analysis software. It is used for automatically sweeping and scanning signals at high speed, such as GSM, CDMA2000/EVDO, TD-SCDMA, WCDMA, FDD/TD-LTE signals, NB-IoT, eMTC and 5G (CW test). The output results include cell coverage parameters, broadcast channel system messages and spectrum displayed intuitively by various means. The instrument can be widely applied in network survey, planning, building, optimization, etc.

• Support full band tests within 2MHz to 3GHz.
• Support CW test for 5G (3.3GHz to 3.6GHz, 4.8GHz to 5GHz)
• Support simultaneous tests of multi-system and multi- frequency GSM, CDMA/EVDO, TD-SCDMA, WCDMA, TDD-LTE, FDD-LTE, NB-IoT, eMTC, 5G (CW test) signals.

LTE test: reports RSSI, RP, RQ, Timing, Cell ID and other parameters. The instrument supports MIMO, time slot, RB measurement.
WCDMA test: supports multi-frequency simultaneous test and report of Peak Ec/Io, Peak Ec and Aggregate Ec/Io Pilot Delay, Delay Spread, SIR, etc.
GSM test: supports CCH testing and reporting of cell BCCH, BSIC, RxLev, C/I, etc.

• The scanning speed is adjustable to adapt to various applications, such as high-speed railway, highway, ordinary road and indoor tests.
• LTE Top N Scan Dynamic Range: 25dB.
• Support high-speed SIB decoding where decoding success rate is more than 90% if CINR is more than 0.
• Support automatic testing without PC. Test states can be remotely monitored, and data can be automatically transmitted back to the server with built-in 8GB memory.

Product features

2MHz to 3GHz spectrum and multi-system demodulation
Support test NB-IoT/eMTC simultaneously
Support 5G CW test (3.3GHz to 3.6GHz, 4.8GHz to 5GHz)
High-speed measurement for various scenes
Powerful common frequency capabilities
Efficient SIB decoding
Automatic testing
Uplink time slot interference test

 

Typical applications

Propagation model tuning test
Indoor distribution system emulation test
Frequency check
Network DT optimization test
Operators network coverage comparison analyzing
Interference check

Propagation model tuning

The propagation model correct test is necessary to network planning. When test phone fails as a result of limitations, scanner is required. In the test process, Eagle transmitter is used for transmitting CW or pilot signals, and TSP-X Scanner, is used for scanning the fading and transmission distance. Data can be directly used for model tuning in planning software.
Solutions: TSP-X Scanner is used for receiving pilot or CW signals from the transmitter, collecting signal parameters including geographic information by DT testing, and importing data into the planning software to adjust model parameters.

NB-IoT/eMTC test

TSP-X Scanner support testing narrowband IoT (NB-IoT) and enhanced Machine-Type Communication (eMTC) simultaneously. It is an integrated platform based on all-standard scanner and Eagle LPWAN analysis software. As a third-party test solution, it guaranteed the neutrality of test. TSP-X Scanner overcomes the disadvantages of conventional test solutions that does not support terminal handover. The instrument can measure and test cells deployed standalone, in-band or in guard band. Support switching to cell with strongest signal coverage in real time. Ultra-fast test speed and very high sensitivity make the instrument suitable for a variety of test environments, including road test.
Solutions: TSP-X Scanner support NB-IoT/eMTC network coverage test and operator comparison test by scanning selected frequency points or all the frequency points. With TSP Transmitter, TSP-X Scanner can do NB-IoT/eMTC indoor DAS coverage simulation test.

Micro base station planning test

The propagation model correct test is necessary to network planning. When test phone fails as a result of limitations, scanner is required. In the test process, TSP-X transmitter is used for transmitting CW or pilot signals, and TSP-X Scanner, is used for scanning the fading and transmission distance. Data can be directly used for model correction in planning software.
Solutions: TSP-X Scanner is used for receiving pilot or CW signals from the TSP transmitter, collecting signal parameters data including geographic information by DT testing, and importing data into the planning software to adjust model parameters.

Frequency check

Solutions: The frequency check test should be performed within the planned frequency range before network planning and building, to know whether the frequency range is occupied or interfered. When TSP-X Scanner is used in the spectrum mode, the specific interference and occupation within the planned frequency range of urban roads can be analyzed based on spectrum, to evaluate whether the frequency range meet the operating requirements

Network DT optimization test

Solution: TSP-X Scanner can be used for collecting important parameters that cannot be collected by the mobile phone, such as cell parameters outside the planned adjacent cells that cannot be swept by the mobile phone. Thus, strong assistance is provided for the user to rapidly find and solve wireless problems of network coverage, interference and adjacent cells.

Operators network coverage comparison analyzing

Solutions: TSP-X Scanner is able to obtain network coverage of various operators by means of one test, distinguish the attributes of various operators based on the frequency or MNC, rank the coverage, network structure and interference indexes, evaluate the 4G network coverage and interference indicators of each operator, and demonstrate the problem areas an duty cycles in the form of statistical chart and trajectory chart. Understand the trends of competitors and highlight network optimization.

Interference inspect and eliminate

Solutions: TSP-X Scanner is able to receive RSSI to indicate the interference. When connected with a beam antenna, interference can be located and inspected. For TD-LTE, the uplink time slot interference testing function of TSP-X Scanner captures the RB power of the uplink, compare it with the reverse spectrum and approach the interference source by testing multiple points with beam antenna.

Performance

NB-IoT

Supported band

Data node

Measurement rate

Sensitivity(RSRP)

Common-frequency cell test capability

Dynamic range (CINR) @20MHz: P-SCH/S-SCH

Dynamic range (CINR) @20MHz: RS

IoT deployment support

Cell switch

800MHz, 900MHz, 1800MHz, 2100MHz

RSSI, RS, RQ, CINR, Timing, Cell ID, Cyclic Prefix, CFO, Delay Spread

1s per single frequency point

-135dBm (RSRP@20MHz)

> 25dB

 

-20dB to +40 dB

-23dB to +40 dB

Standalone operation, in-band operation, guard band operation

Support real time switch

eMTC

Data node

Measurement rate

Sensitivity(RSRP)

Common-frequency cell test capability

Dynamic range (CINR) @20MHz: P-SCH/S-SCH

Dynamic range (CINR) @20MHz: RS

Cell switch

RSSI, RS, RQ, CINR, Timing, Cell ID, Cyclic Prefix, CFO, Delay Spread

1s per single frequency point

-135dBm (RSRP@20MHz)

> 25dB

 

-20dB to +40 dB

-23dB to +40 dB

Support real time switch

FDD/TD-LTE

Measurement mode

P-SCH/S-SCH, RS, and RB

Data mode

RSSI, RS, RQ, CINR, Timing, Cell ID, Cyclic Prefix, CFO, Delay Spread,

Channel bandwidth

1.4 / 3 / 5 / 10 / 15 / 20 MHz

Antenna skills

SISO, MISO, MIMO (4×2)

Measurement rate @20MHz

>40channel/sec

SIB decoding success rate

90% @ CINR > 0 dB

Common-frequency cell test capability

>25 dB

Dynamic range (CINR) @20MHz: P-SCH/S-SCH

-20dB to +40 dB

Dynamic range (CINR) @20MHz: RS

-23 to +40 dB

Test sensitivity: RS RP

-135dBm (RSRP @20MHz)

UMTS [ WCDMA/HSPA(+)]

Measurement mode

Top N Pilot

Data mode

lo, Ec/Io, Aggregate Ec/Io, SIR, Rake Finger Count, Time Off- set, Delay Spread

Channel bandwidth

200kHz / 3.84MHz

Measurement rate

20 channel/sec

SIB decoding rate

200ms/Single Cell

CPICH dynamic test range (Ec/Io)

-21dB

Sensitivity

-110dBm

GSM

Measurement mode

Color Code

Data mode

BSIC, C/I, RSSI

Channel bandwidth

30kHz / 200kHz

Measurement rate

80Channel Decodes/sec

SIB decoding rate

20s / 95 Carriers; 30s / 125 Carriers

Dynamic range

+2dB C/I @90% BSIC Detection

Sensitivity

-114dBm

CDMA

Measurement mode

Top N PN

Data mode

Ec, lo, Ec/Io, Aggregate Ec/Io, Pilot Delay, Delay Spread

Channel bandwidth

30kHz / 1.25MHz

Measurement rate

70 channel/sec

Dynamic range

-7dB to -25dB

Sensitivity

-114dB

TD-SCDMA

Measurement mode

Top N DWPTSPCCPCH

Data mode

Channel, Midamble Code, Sync-DL, RSCP, C/I, SIR, ISCP, Ec/ Io, RSSI,

Channel bandwidth

200kHz / 1.28MHz

Measurement rate

30 channel/sec

SIB decoding rate

4s / 9 Carriers

Dynamic range

-15dB

Sensitivity

-110dBm

Power measurement

CW measurement

Measurement rate

>800 Channel/sec

Spectrum measurement

Measuring range

>90dB

Measurement rate

>3G/sec

RF Features

Internal spurious response

-114dBm

Operation level

-15dBm Max

Safety input level

10 dBm

Frequency accuracy

± 0.05 ppm (GPS Locked ); ± 0.1 ppm (GPS Unlocked)

Physical

Maximum power (+8 to +16 VDC) 

24W

RF operating range: In-Band

-15dBm Max

Temperature range

Operating: 0°C ~ + 50°C; Storage: – 40°C ~ + 85°C

Host data communications interface

LAN

RF input

RF: SMA Female (50OHm); GPS: Male (50OHm) SMB

Weight & size

2.5kg, 120*100*220mm

 

Model

Description

T2000 Series

TSP-X scanner

Software/License

Description

TSPS-S001

Data collecting and analyzing software

TSPS-S002

Analyzing software of operators network coverage comparison

TSPS-S003

Uplink time slot interference test function

TSPS-H001

Automatic test model

TSPS-H002

Uplink time slot interference test antenna

TSPS-AS010

GSM  license

TSPS-AS011

CDMA / EVDO license

TSPS-AS012

TD-SCDMA  license

TSPS-AS013

WCDMA  license

TSPS-AS014

FDD-LTE  license

TSPS-AS015

TDD-LTE  license

TSPS-AS016

NB-IoT license

TSPS-AS017

eMTC  license

TSPS-AS018

5G(CW) license

Accessories Model

Description

TSPS-AS001

RF omnidirectional antenna

TSPS-AS002

GPS antenna

TSPS-AS003

Data Cable (3m)

TSPS-AS004

Portable box

TSPS-AS005

COEAG USB license

TSPS-AS006

Power adapter

TSPS-AS007

Battery Kit (option)