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Techwin 5G Communication Tester TW5000
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Frequency
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Frequency range
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9Hz~20GHz
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Reference frequency
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Inside or outside, the program control switch
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Internal base frequency accuracy +/-- 1 ppm within 10 MHz
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Internal base was aged <1 ppm / year at 10 MHz and temperature drift <1 ppm / ℃
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Spectral purity
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SSB phase noise
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dBc/Hz
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Carrier frequency
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30 MHz
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500 MHz
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1 GHz
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3 GHz
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6 GHz
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9 GHz
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1KHz
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-114.7
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-99.5
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-99.5
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-95.6
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-95.6
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-85.2
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10KHz
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-132.7
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-106.8
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-106.6
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-108.4
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-108.4
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-101.9
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100KHz
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-134.5
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-107.4
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-105.5
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-107.3
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-107.3
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-101.8
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1MHz
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-136.7
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-128.8
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-128.4
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-129.5
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-129.5
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-120.2
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10MHz
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-137.8
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-129.7
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-129.5
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-132.2
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-131.4
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-131.2
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Image rejection
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Typical value> 90dBc (optimization algorithm off)
Typical value> 95dBc (optimization algorithm on)
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Medium frequency suppression
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Typical value > 95dBc
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Fixed point frequency and miscellaneous dispersion
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Maximum intensity <100MHz, 300Hz, 300MHz, 500MHz, 1500MHz and 1-85dBFs
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Spectral purity-input-related hybrid dispersion
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This vibration is scattered
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<-70dBc (optimization algorithm turned off) (off-center frequency +/- N * 100MHz,
N = 1,3,5 …)
<-95dBc, (optimization algorithm turned on)
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Enter the related miscellaneous
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<-65dBc (optimization algorithm turned off)
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Medium frequency signal processing
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Analysis bandwidth
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80MHz
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ADC for anti-aliasing
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>65dBc
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Numbers, IQ, Data
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200MSPS, 16bit (including digital signal processing) (ADC native bit width of 14bit or 12bit)
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Storage depth
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Module built-in cache of 125MBytes (extraction multiple =1, recording bandwidth = 80MHz)
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Flow disk to the external hard only depends on the hard disk capacity
(Extraction multiple 2, recording bandwidth, recording bandwidth = 80MHz / extraction multiple)
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Extraction multiple
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1,2,4,8,16,32,40,48,64,80,100,128... 504,000,800,000 over 40 gears
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Analog medium frequency output
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250MHz +/-40MHz
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Range
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Maximum destructive input power
(continuous wave)
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23dBm
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30 MHz~20GHz with reference level 0dBm (Receiver low gain state)
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10dBm
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100kHz~30MHz or reference level <0dBm (Receiver high gain state)
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Maximum DC voltage
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+/-12 VDC
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Indication range
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DANL~23 dBm
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Absolute level accuracy
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+/- 1.5 dB
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Mid-band internal flatness
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+/-1.75 dB (40MHz analog IF bandwidth gear)
+/-2.0 dB (80MHz analog IF bandwidth range)
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Reference level (R.L.）
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-50dBm~23dBm (40MHz analog IF bandwidth shift)
-65dBm~23dBm (80MHz analog IF bandwidth shift)
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Display the average Noise Power (DANL)
RBW = 10kHz
RMS demodulation
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Frequency range
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R.L.= -20 dBm
（IF Gain Grade = 2）
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R.L.= -40 dBm
（IF Gain Grade = 2）
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9KHz ~100KHz
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TBD
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TBD
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100KHz ~500MHz
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≤-150.2 dBm/Hz
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≤-157.2 dBm/Hz
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500MHz~700MHz
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≤-153.5 dBm/Hz
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≤-167.8 dBm/Hz
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700MHz~2.7GHz
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≤-153.2 dBm/Hz
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≤-167.7 dBm/Hz
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2.7GHz~4.5GHz
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≤-153.2 dBm/Hz
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≤-166.8 dBm/Hz
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4.5GHz~8.5GHz
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≤-153.4 dBm/Hz
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≤-164.1 dBm/Hz
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8.5GHz~9GHz
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≤-150.1 dBm/Hz
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≤-161.2 dBm/Hz
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9GHz~20GHz
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≤-150 dBm/Hz
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≤-160.1 dBm/Hz
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Standard FFT annual profiling settings
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FFT window type
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Flat-top window, Blackman-Nuttall window (B-Nuttall window)
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Scan time control
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Support, provide maximum power detection, average, and maximum value to keep detection
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Resolution bandwidth
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1H z~10MHz
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Video bandwidth settings
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Provides gear settings for the VBW to RBW ratio
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The way of trace and line detection
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Normal, sampling, positive peak, negative peak, root mean square values
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Trace output point number setting
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The system automatically matches the number of set traces closest to the target value
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Spectrum scanning speed
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1360 GHz/s
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RBW=1MHz, Blackman-Nuttall window, power consumption control turned off
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910 GHz/s
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RBW=100kHz, Blackman-Nuttall window, power control turned off
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137 GHz/s
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RBW=25kHz, Blackman-Nuttall window, power consumption control turned off
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General specification
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IO
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Source
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Type-C, a special power supply port
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CI
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Type -C, USB3.0
(USB2.0 Available but with limited bandwidth)
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RF input port
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S MA (F), with an input impedance of 50
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10MHz Reference clock input
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M MCX (F), with an amplitude of 1.5V pp;
Input an impedance of 330Ω
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Analog medium frequency output
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M MCX (F), maximum output power -25dBm,
Output impedance of 50
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Trigger, GPIO, serial port
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Special expansion port, used with IO board (option)
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power dissipation
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Peak power consumption is 10.5W, and the power consumption is adjustable in the range of 6W~10.5W
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working temperature
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0~80℃
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-20~80℃ (option) (excluding enclosure)
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Storage temperature
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-40~85℃ (option) (excluding enclosure)
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Probe size
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118x60x16mm, 188g (excluding protective shell and structural fittings)
131x69x29mm, 365g (including protective shell and structural fittings)
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5GNR standard signal resolution
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Link direction
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Downlink (OFDMA), Uplink (SC-FDMA)
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Sub-carrier interval
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15kHz, 30kHz, 60kHz
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Tape width
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5MHz, 10MHz, 15MHz, 20MHz, 25MHz, 30MHz, 40MHz, 50MHz, 60MHz, 70MHz, 80MHz, 90MHz, 100MHz
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Physical channel
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PBCH, PDCCH, PDSCH, PRACH, PUCCH, PUSCH
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Modulation type
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QPSK , 16QAM , 64QAM , 256QAM
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Test pattern
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NR-FR1-TM1_1, NR-FR1-TM1_2, NR-FR1-TM 2, NR-FR1-TM 2a, NR-FR1-TM 3_1, NR-FR1-TM 3_1a, NR-FR1-TM 3_2, NR-FR1-TM 3_3
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RSTP
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The RSTP measurements are supported
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RSSI
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Support for the RSSI measurements
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OSTP
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Support for the OSTP measurements
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Crest Factor
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Support for Crest Factor measurement
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IQ offset
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Support for the down-side signal IQ, offset measurement
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EVM
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EVM Phys Channel/EVM Phys Signal/ EVM vs RB/ EVM vs Subframe
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Frequency deviation measurement
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Support for the uplink/ downlink signal frequency bias measurement
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Power spectrum
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Support for power spectrum measurement and display
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CCDF
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Support for CCDF measurement and display
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Constellation diagram
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Support up/down signal constellation display
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Standard TD-LTE/ FDD-LTE signal analysis
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Duplex mode
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TDD, FDD
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Link direction
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Downlink(OFDMA), Uplink(SC-FDMA)
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The TDD sub-frame configuration
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UL/DL Configuration：0~6
Special Subframe Configuration：0~9
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Physical channel
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C RS, PSS, SSS, PBCH, PCFICH, PHICH, PDCCH, PDSCH , DM RS, PRACH, PUCCH, PUSCH
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Modulation type
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QPSK , 16QAM , 64QAM , 256QAM
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Tape width
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1.4MHz, 3MHz, 5MHz, 10MHz, 15MHz, 20MHz
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E-TM pattern
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E-TM1_1, E-TM1_2, E-TM2, E-TM2a, E-TM3_1, E-TM3_1a, E-TM3_2, E-TM3_3
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RSTP
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The RSTP measurements are supported
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RSSI
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Support for the RSSI measurements
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OSTP
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Support for the OSTP measurements
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Crest Factor
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Support for Crest Factor measurement
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IQ offset
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Support for the down-side signal I Q, offset measurement
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EVM
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EVM vs Carrier/EVM vs Symbol/ EVM vs RB/ EVM vs Subframe
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Frequency deviation measurement
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Support for the uplink / downlink signal frequency bias measurement
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Power spectrum
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Support for power spectrum measurement and display
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CCDF
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Support for CCDF measurement and display
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Constellation diagram
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Support up/ down signal constellation display
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NB-loT signal analysis
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Deployment mode
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Standalone, In_band, Guard_band
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Tape width
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200kHz, 3MHz, 5MHz, 10MHz, 15MHz, 20MHz
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Down link
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OFDMA(15kHz)
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Uplink
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Single-tone(15kHz/3.75kHz)
SC-FDMA(15kHz)
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Physical channel
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NPSS, NSSS, NPBCH, NPDCCH, NPDSCH, NRS, NPUSCH, NPRACH
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Modulation mode
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pi/2-BPSK, pi/4-QPSK, QPSK
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E-TM pattern
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N-TM_Guardband, N-TM_Guardband_With_E-TM1_1, N-TM_Inband_DifferentPCI, N-TM_In band_SamePCI, N-TM_In band_With_E-TM1_1, N-TM_Standalone
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RSTP
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The RSTP measurements are supported
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RSSI
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Support for the RSSI measurements
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OSTP
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Support for the OSTP measurements
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Crest Factor
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Support for Crest Factor measurement
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IQ offset
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Support for the down-side signal I Q, offset measurement
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EVM
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EVM vs Carrier, EVM vs Symbol, EVM vs RB, EVM vs Sub-frame
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Frequency deviation measurement
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Support for the uplink/ downlink signal frequency bias measurement
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Power spectrum
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Support for power spectrum measurement and display
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CCDF
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Support for CCDF measurement and display
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Constellation diagram
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Support up /down signal constellation display
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WCDMA signal resolution
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Signal power
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Support for the signal power measurement
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Code power
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Support for the code channel power measurement
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Code power error
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Support for the code channel power error measurement
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Symbol EVM
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Support for Symbol EVM measurement
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Frequency error
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Support for the frequency error measurement
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Range error
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Support for amplitude error measurement
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Phase error
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Support for the phase error measurement
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I/Q Offset
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Support for the I/Q Offset measurement
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Modulation type detection
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Support for modulation type detection
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Pilot bit detection
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Support for pilot-bit detection
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Statistical measurement of the number of lanes
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Statistical measurements of the activated channel number are supported
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Symbolic rate detection
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Support for symbol rate detection
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All code tests
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Support the detection of all the code channels of the measurement signal
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GSM signal resolution
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Amplitude of the error vector (EVM)
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Support for EVM testing
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Amplitude error (ME)
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Support, ME, test
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Phase error (PE)
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Support, PE, test
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Frequency error
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Support for the frequency error test
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Power test
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Support, Power, testing
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Carrier leak
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Support for the carrier leak test
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PvT
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Support for PvT testing and display
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Constellation diagram
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Supporting the signal constellation diagram display
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