Weiver 2.0

RF CAPTURE & PLAYBACK SYSTEM

Capturing RF Signals

With Weiver 2.0, you can capture worldwide broadcasting standards of Radio (AM, FM, RDS, DAB, HD Radio, XM Sirius) and DTV (ATSC3, DVB-T/H, DVB-T2/S2, DVB-C, DMB, CMMB, DTMB, ISDB-T/B, OpenCable, and ATSC-M/H). Also, you can capture radio broadcasting ATV (NTSC, PAL), RDS, TMC, LTE, Bluetooth, and Wifi. Weiver is equipped with a GPS module for accurate location information to evaluate the strength of the RF signal. Basically, you can capture any live signals and then playback wherever and whenever you need to.

100 KHz to 2.7 GHz

Weiver 2.0 can capture signals in frequency range between 100 KHz to 2.7 GHz (max). As for bandwidth, you can stretch from 1 MHz to 56 MHz.

Adjustable Bandwidth

LUMANTEK's patented technology: Adjustable Bandwidth capability by 1 Hz step.

3D Spectrum Mask

Experience the world's first 3D Spectrum analyzer! You can observe a long tail sequence of a spectrum at any angles.

GPS Tracking

With GPS antenna, you can record your position as you record RF signals while moving. You can later apply the locations on online map applications.

7KG Weight Portable 70W Low Power Consumption

WEIVER 2.0 is designed for lightness and portability, operable with vehicle cigar power without complex electrical add-ons.

Bias-Tee Option

Bias-Tee is a T-shaped component attached to the signal cable to supply power to the antennas.

Amplifier (LNA, TR, FET and etc) circuits are configured in close proximity to the antennas to improve receive sensitivity, and a separate DC power supply (DC) is required to activate these active elements.

Testing Signals

Weiver 2.0 is capable of recording RF signals anywhere you are. It is perfect to test the RF sensitivity or receptor capacity of your devices. With 7kg of weight and 70 watts of low power consumption, Weiver 2.0 gives you great mobility in capturing RF signals.

Weiver 2.0

RF CAPTURE & PLAYBACK SYSTEM

Tech Specs

Frequency

Frequency band	[HF (High Frequency) / HF (High Frequency)_Low Noise] 48MHz to 2.7GHz [LF (Low Frequency)] 0.1MHz to 56MHz
Real-time bandwidth	56 MHz max. (Arbitrary Variable BW, 1Hz step)
	1Hz step
	3 KHz, 5 KHz, 10 KHz, 20 KHz
Warm-up time	30 minutes (typ.)
Freq. Stability vs. Temp.	±20 ppb max.
Aging (PER Day)	±1 ppb max.
Aging (PER year)	±50 ppb max.

Spectral Purity

Phase Noise@1 KHz offset
HF	≤ -95 dBc/Hz (1 GHz)
	≤ -90 dBc/Hz (2.7 GHz)
LF	≤ -100 dBc/Hz (30 MHz)
Phase Noise@10 KHz offset
HF	≤ -100 dBc/Hz (1 GHz)
	≤ -95 dBc/Hz (2.7 GHz)
LF	≤ -105 dBc/Hz (30 MHz)

Noise Figure

Noise Figure(1GHz)	HF	< 7 dB (Gain : 45 dB)
	HF_Low Noise	< 3 dB (Gain 45 dB)
	LF	< 7 dB (Gain 35 dB)

Amplitude

Input Dynamic Range(CW tone)	HF	+10 ~ -135 dBm
	HF_Low Noise	-30 ~ -139 dBm
	LF	+10 ~ -120 dBm
	Input level Resolution	0.1dB
	Input Level Accuracy	±1 dB max.
Gain Range	HF	-15 ~ +50 dB (1 dB step)
	HF_LOW Noise	+25 ~ +50 dB (1 dB step)
	LF	-20 ~ +35 dB (1 dB step)

IF band

ADC Resolution	16- Bit
Sampling rate	140 MS/s
IF Frequency	150 MHz

Storage

Storage (Default)	4 TB SSD
Storage time ( BW 8 MHz )	720 minutes
Storage time ( BW 24 MHz )	240 minutes
Storage time ( BW 48 MHz )	120 minutes

Calibration

1 year

Environment

Operating temperature	0 to to +50℃
Relative humidity	90%
Storage temperature	-20 to +70℃

RF Input port

RF input port	HF	50ohm, N type female, DC-coupled
	HF_Low Noise	50ohm, N type female, DC-coupled
	LF	50ohm, BNC type female, DC-coupled
Max. DC input	±25 VDC max.

Play Mode

Frequency

Frequency band	0.1 to 2700 MHz
Real time bandwidth	56MHz max. (Arbitrary Variable BW, 1Hz step)
Frequency resolution	1Hz step
Warm-up time	30 minutes (typ.)
Freq. Stability vs. Temp.	±20 ppb max.
Daily Aging	±1 ppb max.
Aging (PER year)	±50 ppb max.

Spectral Purity

Phase Noise@1 KHz offset	≤-100 dBc/Hz (30 MHz)
	≤ -95 dBc/Hz (1 GHz)
	≤ -90 dBc/Hz (2.7 GHz)
Phase Noise@10 KHz offset	≤ -105 dBc/Hz (30 MHz)
	≤ -100 dBc/Hz (1 GHz)
	≤ -95 dBc/Hz (2.7 GHz)

Spurious Responses

2nd Harmonic	≤ -50dBc
3rd Harmonic	≤ -60dBc
Other	≤ -60dBc

RF Output Characteristics

Gain range	-30 ~ +30dB (Input Level Basis)
Amplitude resolution	0.1dB step (Min.)
Amplitude accuracy	±1dB
Power	0dBm max.(48 to 2700 MHz) / +10dBm max.(0.1 to 48 MHz)

RF Output

RF output port	50ohm, N type female, DC-couple d
Max. DC input	±25 VDC max.
Max. reverse RF power	1 W (Max.)

Environment

Operating temperature	0 to +50 ℃
Relative humidity	90%
Storage temperature	-20 to +70 ℃

Physical Features

Dimensions	406mm(W) x 305mm(H) x 100mm(D)
Weight	7Kg
Power Consumption	70W

Dimension

Design

For an attractive quote and to order the product

Weiver 2.0

RF CAPTURE & PLAYBACK SYSTEM

Capturing RF Signals

100 KHz to 2.7 GHz

Weiver 2.0 can capture signals in frequency range between 100 KHz to 2.7 GHz (max). As for bandwidth, you can stretch from 1 MHz to 56 MHz.

Adjustable Bandwidth

LUMANTEK's patented technology: Adjustable Bandwidth capability by 1 Hz step.

3D Spectrum Mask

Experience the world's first 3D Spectrum analyzer! You can observe a long tail sequence of a spectrum at any angles.

GPS Tracking

With GPS antenna, you can record your position as you record RF signals while moving. You can later apply the locations on online map applications.

7KG Weight Portable 70W Low Power Consumption

WEIVER 2.0 is designed for lightness and portability, operable with vehicle cigar power without complex electrical add-ons.

Bias-Tee Option

Testing Signals

Weiver 2.0 is capable of recording RF signals anywhere you are. It is perfect to test the RF sensitivity or receptor capacity of your devices. With 7kg of weight and 70 watts of low power consumption, Weiver 2.0 gives you great mobility in capturing RF signals.

Weiver 2.0

RF CAPTURE & PLAYBACK SYSTEM

Tech Specs

Dimension

Design

Call : 972-3-6176888

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