1466-V Vector Signal Generator

SKU : 1466-V Vector Signal Generator

Categories: Products, Microwave and Millimeter-wave Measurement Instruments, Signal Generator

Product description

Product Overview

Ceyear 1466-V vector signal generator is created to meet the varied test requirements with top performance and functionality, especially in higher frequencies, wider bandwidths, higher signal spectral purity, higher output power, better EVM and high-precision synchronized multichannel applications. Also rich built-in functions such as analog modulation, digital modulation, fading simulation, and AWGN could bring more convenience to daily testing. Through integration with multi-scenario signal simulation software, complex style signals can be generated for general-purpose tests in different scenarios for wireless communication, radar and navigation. Friendly designed human-computer interaction, including graphics guided operation, web browser based remote control, power meter automatic connection and identification, SCPI command recording, as well as interface user customization could speed up the test operation. The Ceyear 1466-V vector signal generator is an ideal choice for high standard testing in components, modules, machines and systems.

Features

Excellent spectral purity, making cutting-edge testing easier

Ceyear 1466-V vector signal generator supports high spectral purity output signal, SSB phase noise: -145dBc/Hz @10kHz offset at 1GHz carrier, -132dBc/Hz @10kHz offset at 10GHz carrier, Wideband noise floor: -161dBc/Hz @30MHz offset at 20GHz carrier, spurious<-80dBc at 10GHz carrier, harmonics <-55dBc. The purer signal makes you no longer troubled by interfering signals when testing microwave and millimeter wave components, systems and OTA.

Large dynamic range and high accuracy power output

Ceyear 1466-V vector signal generator maximum output power(typ.): +27dBm @5GHz, +24dBm@ 20GHz, +25dBm @30GHz, +22dBm@ 60GHz. Minimum settable output power can up to -150dBm,dynamic range of output power can reach 170dB. It has excellent power accuracy specifications:<0.5dB below 20GHz(typ).

2GHz RF modulation bandwidth

Ceyear 1466-V vector signal generator can provide a maximum 2GHz RF modulation bandwidth. According to different application scenarios, it supports flexible selection of 500MHz, 1GHz and 2GHz bandwidth. When using an external broadband baseband signal input, the RF modulation bandwidth is up to 5GHz. Regardless of the current 5G communication or the future 6G communication, the superior modulation bandwidth performance can easily meet the test challenges.

Excellent vector modulation accuracy

Ceyear 1466-V vector signal generator has excellent vector modulation accuracy, QPSK modulation EVM measured value 0.4%(2GHz carrier) . 5GNR ACPR (typical value, <-55dBc@2GHz carrier, <-45dBc@42.5GHz carrier). The signal generator is capable of performing performance evaluation in communication equipment research and development and communication equipment performance testing in production lines.

Multi-machine cascade for multi-source phase reference excitation

Support multi-machine cascading, providing solutions for MIMO, beamforming, and signal diversity testing.

Full range of analog modulation

Amplitude modulation, frequency modulation, phase modulation and pulse modulation are supported. It has complex pulse modulation functions such as double pulse, pulse train, PRF jittering, PRF staggering, and PRF sliding.

Comprehensive standard digital modulation styles

Generation of up to 30+ digital standard modulation signals (PSK, FSK, QAM, APSK), covering all important frequency bands and modulation styles for digital communications.

Arbitrary wave playback

Support user-defined arbitrary waveform data variable sampling rate playback function. With the convenient baseband preview function, it is convenient for you to verify the correctness of the data in the time domain and frequency domain at the first time.

Multicarrier signal generation

Support continuous wave multi-tone and complex multi-carrier modulation functions to make complex signal scene construction easier.

Multiple types of noise addition methods

Support pure noise, additive Gaussian noise, continuous wave interference and other noise adding functions.

Intra-pulse modulation

Supports multiple types of intrapulse modulation including linear frequency modulation, Barker code, phase modulation code, etc.

Real-time fading simulation

Maximum 20 fading paths, supporting fading types such as pure Doppler, Rayleigh, Rice, Rayleigh + lognormal, etc., supporting preset fading scene modes, and simulating fading channel models defined by 3GPP.

Mobile Communication Signal Simulation

For the development and production of mobile communication base stations or terminals, as well as the radio frequency conformance test necessary for the verification and approval of mobile communication equipment network access, the Ceyear 1466-V signal generator supports standard protocol signals through embedded more than 600 TestModel/FRC including 5G NR one-click simulation. At the same time, with the mobile communication signal simulation software, it can realize flexible editing and simulation of various communication protocol signals.

WLAN Signal Simulation

For the development, production and testing of wireless communication terminals, it has 802.11a/b/g/n/ac/ax wireless connection PPDU, MPDU, A-MPDU and other signal simulations, and supports physical frames composed of multiple PPDUs with different modulation and coding methods Block signal simulation.

Touchable graphic guide interaction

The 11.6-inch high-resolution touch screen is used to clearly display the main parameters and instrument status information, and with the signal flow diagram guidance interface, the display is more intuitive and the interaction is more friendly.

Flexible editable user control interface

Support user-defined menus, tailor-made personalized user control interface according to test habits, realize multi-functional operations in one window, and avoid the trouble of too deep menus and repeated searches.

Support cross-platform client control

Cross-platform client and browser access control. Support multiple clients to connect at the same time, and the working status of the instrument is refreshed synchronously. Supports web browser access control for mobile devices.

specifications

Frequency characteristics
Frequency	1466C-V:6kHz to 13GHz1466D-V: 6kHz to 20GHz1466E-V: 6kHz to 33GHz1466G-V: 6kHz to 45GHz1466H-V: 6kHz to 53GHz1466L-V: 6kHz to 67GHz	Frequency range		N1
		6kHz≤f≤10MHz		-
		10MHz<f≤50MHz		-
		50MHz<f≤62.5MHz		1/256
		62.5MHz<f≤125MHz		1/128
		125MHz<f≤250MHz		1/64
		250MHz<f≤500MHz		1/32
		500MHz<f≤1GHz		1/16
		1GHz<f≤2GHz		1/8
		2GHz<f≤4GHz		1/4
		4GHz<f≤8GHz		1/2
		8GHz<f≤20GHz		1
		20GHz<f≤40GHz		2
		40GHz<f≤67GHz		4
Resolution	0.001Hz
Switching speed	<15ms
Aging rate(typ.)	±5×10 ^-10 /day after 30 days warm-up
Reference Output	Frequency		10MHz
Reference Output	Power		>+4dBm, to 50Ω load
Reference Input	Frequency		1 to 100MHz,step:1Hz
Reference Input	Power		-5dBm to +10dBm,impedance: 50Ω
Sweep properties
Sweep mode	Step sweep List sweep Ramp(analog) sweep(option S15) Power sweep(option S16)
Ramp(analog) sweep	Maximum sweep rate	f>4GHz	400MHz/ms
Ramp(analog) sweep	Frequency accuracy	±0.05% of span (at 100ms sweep time, for sweep spans less than maximum values given above)
Power characteristics
Minimum output power	Model	Standard	Option H01-90/120/130
	1466C/D/E/G(-V)	-10dBm(settable -20dBm)	Option H01-130: -120.0dBm(settable -150dBm)
	1466H/L(-V)	-10dBm(settable -20dBm)	Option H01-90:-90.0dBm(settable -110dBm)
	1466H/L(-V)	-10dBm(settable -20dBm)	Option H01-120: -90.0dBm(csettable -140dBm)
Maximum output power(CW, 25±10°C)	1466C-V
	Configuration	Standard	Programmable step attenuator Option H01-130/B130	High output power (option H05- 13/B13)	High output power and programmable step attenuator (option H01-130+H05-13; H01-B130+H05-B13)
	FrequencyRange	Standard	Programmable step attenuator Option H01-130/B130	High output power (option H05- 13/B13)
	6kHz≤f≤50MHz	≥+15.0	≥+15.0	≥+15.0	≥+15.0
	50MHz<f≤13GHz	≥+15.0	≥+15.0	≥+20.0	≥+20.0
	1466D-V
	Configuration	Standard	Option H01-	Option H05-	Option H01-130+H05-20; H01-B130+H05-B20
	Frequency range		130/B130	20/B20

	6kHz≤f≤50MHz	≥+15.0	≥+15.0dBm	≥+15.0dBm	≥+15.0dBm
	6kHz≤f≤50MHz	dBm	≥+15.0dBm	≥+15.0dBm	≥+15.0dBm
	50MHz<f≤20GHz	≥+15.0	≥+15.0dBm	≥+20.0dBm	≥+20.0dBm
	50MHz<f≤20GHz	dBm	≥+15.0dBm	≥+20.0dBm	≥+20.0dBm
	1466E
	Configuration	Standard	Programmable step attenuator Option H01-130/B130	High output power (option H05-20,H05-B20	High output power and programmable step attenuator(option H01-130,H05-20,H01-B130,H05-B20)
	Frequencyrange	Standard	Programmable step attenuator Option H01-130/B130	High output power (option H05-20,H05-B20
	6kHz≤f≤50MHz	≥+8.0	≥+8.0	≥+15.0	≥+15.0
	50MHz<f≤6GHz	≥+12.0	≥+12.0	≥+20.0	≥+20.0
	6GHz<f≤18GHz	≥+12.0dBm	≥+12.0	≥+18.0	≥+18.0
	18GHz<f≤30GHz	≥+12.0	≥+12.0	≥+17.0	≥+17.0
	30GHz<f≤33GHz	≥+12.0	≥+12.0	≥+18.0	≥+18.0
	1466G-V
	Configuration	Standard	Programmable step attenuatorOption H01-130, H01-B130	High output power (option H05-45,H05-B45	High output power and programmable step attenuator(option H01-130,H05-45,H01-B130,H05-B45)
	FrequencyRange	Standard	Programmable step attenuatorOption H01-130, H01-B130	High output power (option H05-45,H05-B45
	6kHz≤f≤50MHz	≥+8.0	≥+8.0	≥+15.0	≥+15.0
	50MHz<f≤6GHz	≥+12.0	≥+12.0	≥+20.0	≥+20.0
	6GHz<f≤18GHz	≥+12.0	≥+12.0	≥+18.0	≥+18.0
	18GHz<f≤30GHz	≥+12.0	≥+12.0	≥+17.0	≥+17.0
	30GHz<f≤40GHz	≥+12.0	≥+12.0	≥+18.0	≥+18.0
	40GHz<f≤45GHz	≥+12.0	≥+12.0	≥+14.0	≥+13.0
	1466H-V
	Configuration	Standard	rogrammable step attenuatorOption H01-90/120, H01-B90/120	High output power (option H05-53,H05-B53	High output power and programmable step attenuator(option H01-90/120+H05-53,H01-B90/120+H05-B53
	FrequencyRange	Standard	rogrammable step attenuatorOption H01-90/120, H01-B90/120	High output power (option H05-53,H05-B53
	6kHz≤f≤50MHz	≥+8.0	≥+8.0	≥+12.0	≥+12.0
	50MHz<f≤35GHz	≥+8.0	≥+8.0	≥+17.0	≥+16.0
	20GHz<f≤40GHz	≥+8.0	≥+8.0	≥+15.0	≥+13.0
	40GHz<f≤53GHz	≥+8.0	≥+8.0	≥+20.0	≥+18.0
	1466L-V
	Configuration	Standard	Programmable step attenuatorOption H01-90/120,H01-B90/B120	High output power (option H05-67,H05-B67	High output power and programmable step attenuator(option H01-90/120+H05-53, H01-B90/120+H05-B53)
	Frequency Range	Standard	Programmable step attenuatorOption H01-90/120,H01-B90/B120
	6kHz≤f≤50MHz	≥+8.0	≥+8.0	≥+12.0	≥+12.0
	50MHz<f≤35GHz	≥+8.0	≥+8.0	≥+17.0	≥+16.0
	35GHz<f≤40GHz	≥+8.0	≥+8.0	≥+15.0	≥+13.0
	40GHz<f≤53GHz	≥+8.0	≥+8.0	≥+20.0	≥+18.0
	53GHz<f≤65GHz	≥+8.0	≥+8.0	≥+18.0	≥+16.0
	65GHz<f≤67GHz	≥+8.0	≥+8.0	≥+15.0	≥+12.0
Level accuracy (25±10°C)	Standard
	Power(dBm) Frequency	-10dBm<P≤+10dBm	+10dBm<P≤+25dBm	+25dBm<P
	6kHz≤f≤100kHz	±1.0dB	±1.0dB	—
	50MHz<f≤3GHz	±0.5dB	±0.5dB	±1.0dB
	3GHz<f≤20GHz	±0.9dB	±0.9dB	±1.2dB
	20GHz<f≤40GHz	±1.0dB	±1.0dB	—
	40GHz<f≤50GHz	±1.3dB	±1.3dB	—
	50GHz<f≤67GHz	±1.8dB	±1.8dB	—
	H01-130/120/90/50/B130 programmable step attenuator option
	Power(dBm) Frequency	+120dBm<P≤-90dBm	-90dBm<P≤-50dBm	-50dBm<P≤+10dBm	+10dBm<P≤+25dBm	+25dBm<P
	6kHz≤f≤50kHz	—	±1.5dB	±1.0dB	±1.0dB	—
	50MHz<f≤3GHz	±1.2dB	±0.7dB	±0.5dB	±0.5dB	±1.0dB
	3GHz<f≤20GHz	±1.8dB	±0.9dB	±0.9dB	±0.9dB	±1.2dB
	20GHz<f≤40GHz	—	±1.2dB	±1.0dB	±1.0dB	—
	40GHz<f≤50GHz	—	±1.5dB	±1.3dB	±1.3dB	—
	50GHz<f≤67GHz	—	±2.0dB	±1.8dB	±1.8dB	—
Power resolution	0.01dB
Temperature stability	0.02dB/°C (typ)
Output impedance	50Ω(Nom.)
VSWR(internal leveled)(typ)	100kHz≤f≤20GHz	＜1.6
	20GHz＜f≤40GHz	＜1.8
	40GHz＜f≤67GHz	＜2.0
Maximum reverse power	0.5W(0V DC)(nom)
Spectral purity characteristics
Harmonics (dBc at +10dBm or maximum specified output power, whichever is lower)	Frequency		Standard
	6kHz≤f≤3GHz		<-30dBc
	3GHz<f≤67GHz		<-55dBc
Sub-harmonics(at +10dBm or maximum specified output power, whichever is lower)	100kHz≤f≤20GHz		<-80dBc
	20GHz<f≤40GHz		<-60dBc
	40GHz<f≤67GHz		<-50dBc
Non-harmonics(dBc at 0dBm, for offset >3kHz)	Frequency	Standard /Option H04-1	Option H04-2
	6kHz≤f≤250MHz	<-58dBc	<-68dBc
	250MHz<f≤4GHz	<-70dBc	<-80dBc
	4GHz<f≤10GHz	<-70dBc	<-80dBc
	10GHz<f≤20GHz	<-64dBc	<-74dBc
	20GHz<f≤40GHz	<-58dBc	<-68dBc
	40GHz<f≤67GHz	<-45dBc	<-45dBc
SSB phase noise (dBc/Hz, at +10dBm or maximum specified output power, whichever is lower)	Offset from carrier	10Hz	100Hz	1kHz	10kHz	100kHz	1MHz	10MHz
	Standard phase noise
	100MHz	—	<-110	<-128	<-134	<-138	—	—
	250MHz<f≤500MHz	—	<-108	<-126	<-132	<-136	—	—
	0.5 GHz<f≤1GHz	—	<-103	<-121	<-130	<-130	—	—
	1 GHz<f≤2GHz	—	<-97	<-117	<-124	<-124	—	—
	2 GHz<f≤4GHz	—	<-92	<-111	<-118	<-118	—	—
	4GHz<f≤10GHz	—	<-85	<-105	<-110	<-110	—	—
	10GHz<f≤20GHz	—	<-79	<-98	<-104	<-104	—	—
	20GHz<f≤40GHz	—	<-73	<-91	<-98	<-98	—	—
	40GHz<f≤67GHz	—	<-68	<-85	<-92	<-92	—	—
	H04-1 low phase noise option
	100MHz	—	<-118	<-141	<-148	<-148	—	—
	250MHz<f≤500MHz	—	<-111	<-130	<-145	<-143	—	—
	0.5 GHz<f≤1GHz	—	<-105	<-124	<-140	<-138	—	—
	1 GHz<f≤2GHz	—	<-100	<-118	<-134	<-132	—	—
	2 GHz<f≤4GHz	—	<-93	<-113	<-128	<-126	—	—
	4GHz<f≤10GHz	—	<-85	<-105	<-120	<-118	—	—
	10GHz<f≤20GHz	—	<-79	<-99	<-114	<-112	—	—
	20GHz<f≤40GHz	—	<-73	<-93	<-108	<-106	—	—
	40GHz<f≤67GHz	—	<-67	<-87	<-103	<-101	—	—
	H04-2 ultra low phase noise option
	100MHz	<-102	<-118	<-141	<-148	<-148	<-148	<-148
	250MHz<f≤500MHz	<-92	<-112	<-135	<-146	<-148	<-150	<-150
	0.5GHz<f≤1GHz	<-90	<-110	<-134	<-144	<-147	<-150	<-150
	1GHz<f≤2GHz	<-88	<-104	<-127	<-138	<-142	<-148	<-148
	2 GHz<f≤4GHz	<-82	<-99	<-122	<-135	<-136	<-146	<-148
	4GHz<f≤10GHz	<-77	<-91	<-115	<-128	<-128	<-140	<-154
	10GHz<f≤20GHz	<-71	<-85	<-109	<-122	<-122	<-134	<-152
	20GHz<f≤40GHz	<-63	<-79	<-99	<-116	<-116	<-128	<-142
	40GHz<f≤67GHz	<-57	<-73	<-94	<-110	<-110	<-122	<-136
Modulation characteristics
Frequency modulation (50MHz<f≤50GHz,Option S11	Maximum deviation:N×20MHz(N: YO harmonic number) Accuracy(at 1kHz, N×20kHz≤deviation<N×800kHz): <± (2.5%× set frequency offset +20Hz) Modulation rate(3dB bandwidth, N×500kHz frequency offset)):DC-10MHz Distortion(at 1kHz, N×20kHz≤deviations<N×800kHz):<1%
Phase modulation (50MHz<f≤50GHz,Option S11)	Maximum deviation: Normal mode:N×20.0rad(N: YO harmonic number) Broadband mode:N×2rad Low noise mode:N×0.2rad Accuracy(at 1kHz,N×0.2rad≤phase deviations<N×8rad,normal mode): <± (3% of setting deviation+0.01 rad) Modulation rate(3dB bandwidth, broadband mode):DC to 10MHz(typ) Distortion (at 1kHz, N×0.8rad≤deviations<N×8rad, THD)::<0.8%
Amplitude modulation (10MHz<f≤50GHz,Option S11)	Maximum depth:>90％ Modution rate(3 dB bandwidth, 30% modulation depth):DC to 100kHz Accuracy(1kHz modulation rate,30% modulation depth):±(5％ of setting+1％) Distortion(1kHz modulation rate,Linear mode,THD,30% modulation depth):<1.0%
Pulse modulation （f＞50MHz, option S13 will cover option S12）	Option S12: Pulse modulation
	On/off ratio			>80dB
	Rise/fall times			<20ns
	Repetition frequency			0Hz to 25MHz
	Minimum pulse width			0.1μs
	Option S13: Narrow Pulse modulation
	On/off ratio			>80dB
	Rise/fall times			<10ns
	Repetition frequency			0Hz to 25MHz
	Minimum pulse width			20ns
LF out/Function generator(option S14) Vector accuracy(EVM,RMS%,after calibration,0dBm,25℃±10℃)	Support frequency/phase modulation, amplitude modulation output Waveform: sina, square, triangle, sawtooth, noise, double sine, sweep sine Frequency range: DC to 10MHz for sine, double sine, sweep sine waveform; 0.1Hz to 1MHz for square, triangle, swatooth waveform. Frequency resolution:0.1Hz Low frequency output:amplitude: 0 to 5Vpp(nom), into 50Ω load Basic modulation types(symbol rate 4 Msym/s,root Nyquist filter,α=0.3,QPSK format,f>100MHz): 100MHz<f≤4GHz <0.8% 4GHz<f≤20GHz <1.0% 20GHz<f≤40GHz <1.2% 40GHz<f≤67GHz <1.4% CDMA(symbol rate 3.84 Msym/s,root Nyquist filter,α=0.22,QPSK format): <0.7% (2GHz) 5GNR:(Test Model 3.1a,100MHz,256QAM,30kHz SCS,Option S01): <0.85% (100MHz,3.5GHz) <1.0% (100MHz,10GHz) <1.2% (100MHz,28GHz) <1.8% (100MHz,42.5GHz)
Adjacent Channel Power Ratio(ACPR,after calibration ,25℃±10℃)	CDMA:(symbol rate 3.84 Msym/s,root Nyquist filter,α=0.22,QPSK format) >64dBc (2GHz) 5GNR:(Test Model 3.1a,100MHz,256QAM,30kHz SCS,option S01) 1466C/D/E/F-V: >52dBc (100MHz,3.5GHz,0dBm) >51dBc (100MHz,10GHz,0dBm) >48dBc (100MHz,28GHz,0dBm) >42dBc (100MHz,42.5GHz,0dBm) 1466H/L-V: >52dBc (100MHz,3.5GHz,0dBm) >51dBc (100MHz,10GHz,0dBm) >46dBc (100MHz,28GHz,+5dBm) >41dBc (100MHz,42.5GHz,+5dBm)
Internal modulation bandwidth External modulation bandwidth	(Carrier:900MHz, 2.6GHz, 3.5GHz, 10GHz, 28GHz, 42.5GHz, option S01/02) H31-500/H31-B500 option:500MHz(Multitone,number of tones:51,Frequency interval:10MHz,frequency response:<3.0dB); H31-1000/H31-B1000 option:1GHz(Multitone,number of tones:51, carrier:≥2.6GHz,frequency interval: 20MHz,frequency response: <4.0dB); H31-2000/H31-B2000 option:2GHz(Multitone,number of tones:51 carrier: ≥3.5GHz,frequency interval: 40MHz,frequency response: <5.0dB). (carrier: 10GHz, 28GHz,42.5GHz) standard:2GHz(ALC off,input 500mVPP sine to channel I,frequency response: ±5.0dB); H33/H33-B:5GHz(f>20GHz,ALC off,input 500mVPP sine to channel I,frequency response: ±8.0dB).
Internal baseband signal generator	Channel：2（I and Q） Max. symbol rate： Standard：150Msps Option H31-1000：300Msps Option H31-2000：600Msps Baseband waveform memory： Standard：1G sampling point Option H32：4G sampling point Real-time baseband mode： Modulation format： PSK：BPSK, QPSK, AQPSK, OQPSK,π/4DQPSK, 8PSK QAM： 16, 32, 64, 128, 256, 512, 1024, 2048, 4096 FSK：2, 4, 8, 16, 32, 64 ASK, MSK, APSK arbitrary wave modulation Maximum frequency interval in multitone mode（H31-2000）：2GHz EVM： <0.5% （typ）（RMS%，symble rate 4Msps，Gennyquist filter， α=0.3，QPSK format） Arbitrary wave mode： Data format: waveform segment, sequence Maximum clock frequency（H31-2000）：2.5GHz Trigger mode: continuous, single, gated Trigger source: key trigger, external Trigger type: Automatic, trigger, real-time, single ignore repeat trigger, single buffer repeat trigger, single real-time repeat trigger, high gating valid, low gating valid.
General characteristics
RF Output Port	1466C/D(-V):3.5mm(Male),Impedance 50Ω 1466E/G(-V):2.4mm(Male),Impedance 50Ω 1466H/L(-V):1.85mm(Male),Impedance 50Ω
Dimensions (W×H×D)	475mm×193mm×620mm(Includes handle and protective bottom corner) 426mm×177mm×500mm(Excludes handle and protective bottom corner)
Weight	<35kg(weight depend on product model and option)
Power requirements	100 to 120VAC,50 to 60Hz or 200 to 240VAC,50 to 60Hz(adaptive power supply)
Power Consumption	<700W
Temperature Range	Operating temperature range:0°C to +50°C; Storage temperature range:-40°C to +70°C

Host Model

Numbering	Name	Describe
1466C-V	Signal Generator	6kHz to 13GHz
1466D-V	Signal Generator	6kHz to 20GHz
1466E-V	Signal Generator	6kHz to 33GHz
1466G-V	Signal Generator	6kHz to 45GHz
1466H-V	Signal Generator	6kHz to 53GHz
1466L-V	Signal Generator	6kHz to 67GHz

Option Model

Numbering	Name	Describe	Optional
1466-H01-130	130dB programmable step attenuator	To expand output power dynamic range for 1466C/D/E/G-V
1466-H01-120	120dB programmable step attenuator	To expand output power dynamic range for 1466H/L-V
1466-H01-90	90dB programmable step attenuator	To expand output power dynamic range for 1466H/L-V
1466-H01-B130	Channel B 130dB programmable step attenuator	To expand Channel B output power dynamic range for 1466C/D-V, Requires option 1466-H11-B13/B20/BV13/BV20
1466-H04-1	Low phase noise	Improved phase noise performance,10GHz@10kHz:-120dBc/Hz.
1466-H04-2	Ultra low phase noise	Improved phase noise performance,10GHz@10kHz:-128dBc/Hz.
1466-H04-B1	Channel B low phase noise	Improved Channel B phase noise performance,10GHz@10kHz:-120dBc/Hz, Regarding options 1466-H11-B13/B20/BV13/BV20.
1466-H04-B2	Channel B ultra low phase noise	Improved Channel B phase noise performance,10GHz@10kHz:-128dBc/Hz, Regarding options 1466-H11-B13/B20/BV13/BV20.
1466-H05-13	13GHz High output power	Improve maximum output power for 1466C-V
1466-H05-20	20GHz High output power	Improve maximum output power for 1466D-V
1466-H05-33	33GHz High output power	Improve maximum output power for 1466E-V
1466-H05-45	45GHz High output power	Improve maximum output power for 1466G-V
1466-H05-53	53GHz High output power	Improve maximum output power for 1466H-V
1466-H05-67	67GHz High output power	Improve maximum output power for 1466L-V
1466-H05-B13	13GHz Channel B High output power	Improve Channel B maximum output power for 1466C-V,Option 1466-H11-B13/BV13 need to be configured
1466-H05-B20	20GHz Channel B High output power	Improve Channel B maximum output power for 1466D-V,Option 1466-H11-B20/BV20 need to be configured
1466-H11-B13	13GHz Channel B	Add Channel B,output 6kHz to 13GHz vector signal for 1466D-V
1466-H11-B20	20GHz Channel B	Add Channel B, Output 6kHz to 20GHz Vector signal for 1466D-V
1466-H31-500	500MHz modulation bandwidth	Internal modulation bandwidth:500MHz.
1466-H31-1000	1GHz modulation bandwidth	Internal modulation bandwidth:1GHz for 1466-V vector generator.
1466-H31-2000	2GHz modulation bandwidth	Internal modulation bandwidth:2GHz for 1466-V vector generator.
1466-H31-B500	Channel B 500MHz modulation bandwidth	Channel B Internal modulation bandwidth:500MHz Option 1466-H11-BV13 or 1466-H11-BV20 need to be configured.
1466-H31-B1000	Channel B 1GHz modulation bandwidth	Channel B Internal modulation bandwidth:1GHz Option 1466-H11-BV13 or 1466-H11-BV20 need to be configured.
1466-H31-B2000	Channel B 2GHz modulation bandwidth	Channel BInternal modulation bandwidth:2GHz Option 1466-H11-BV13 or 1466-H11-BV20 need to be configured.
1466-H32	Internal baseband large capacity memory	Expand internal baseband memory to 16GB
1466-H32-B	Channel B Internal baseband large capacity memory	Expand Channel B internal baseband memory to 16GB, Option 1466-H11-BV13 or option 1466-H11-BV20 need to be configured
1466-H33	Wideband external IQ input	Add wideband external IQ input function
1466-H33-B	Channel B Wideband external IQ input	Channel B Wideband external IQ input,Option 1466-H11-BV13 or option 1466-H11-BV20 need to be configured
1466-07	100MHz/1GHz Reference Input and Output	Support 100MHz or 1GHz reference signal input and output functions
1466-H36	Phase coherence extension	Realize phase coherent input-output interface connection
1466-H94	Rack mount kit	Mount kit for rack
1466-H98	English Option	English panel and English operation interface
1466-H99	Aluminum alloy transport case	High-intensity portable aluminum alloy transport case, with carrying handle and omni-directional wheel, convenient for transportation
1466-H100	User Manual paper version	A detailed user manual in hard copy is provided.

Software model

Numbering	Name	Describe	Optional
1466-S01	Arbitrary waveform modulation function	Support arbitrary wave data download and playback, baseband signal generation or signal playback for 1466-V vector generator
1466-S02	Multitone modulation	Realize multitone modulation siganl generation function
1466-S03	Intrapulse modulation	Intrapulse Chirp, Barker Code, etc for 1466-V vector generator
1466-S04	AWGN generation	Support pure noise generation, additive white Gaussian noise (AWGN) and continuous wave interference functions f
1466-S06	Segment waveform file generation	Realize the digital modulation signal generated waveform segment file
1466-S07	Sequencing file generation	To achieve multiple waveform segment files generated sequence files. Option S01 need to be configured
1466-S08	Multicarrier waveform generation	Realize multicarrier waveform siganl generation. Option S01 arbitrary waveform need to be configured.
1466-S09	Frequency hopping signal generation	Realize frequency hopping siganl generation
1466-S11	Analog modulation	Add analog modulation function indluding AM,FM,ΦM
1466-S12	Pulse modulation	Add pulse modulation function, minimum pulse width 100ns
1466-S13	Narrow pulse modulation	Add pulse modulation function, minimum pulse width 20ns
1466-S14	LF output/function waveform generator	Add low frequency output and function waveform signal generation
1466-S15	Ramp(analog)sweep	Add analog sweep function(Ramp sweep)
1466-S16	Power sweep	Add power sweep function
1466-S21	Wireless connection signal simulation function	802.11a/b/g/n/ac/ax (Wi-Fi1~Wi-Fi6) Wireless connection PPDU, MPDU, A-MPDU and other signal simulation, with leading, data domain, MAC frame, PE, space mapping and other module parameter Settings.
1466-S22	Wireless connection signal simulation function-WIFI 7	802.11be (WIFI7) wireless connection signal simulation. Supports the corresponding protocol standards, PPDU format, MAC frame type, transmission mode, PPDU and other parameters. Support for multiple RU (MRUs) options and enhanced OFDMA emulation.
1466-S23	Bluetooth signal simulation	Support basic rate (BR) and enhanced rate (EDR) Bluetooth signal simulation, providing three transmission Mode ACL+EDR, SCO, eSCO+EDR; Supports Bluetooth Low Energy (LE) signal simulation, Supports two channel types: Broadcast and Data.
1466-S31	Communication signal simulation GSM/EDGE
1466-S33	Communication signal simulation LTE/ LTE-ADVANCED
1466-S34	Communication signal simulation 5G NR	Support 5G NR protocol R16 signal generation.
1466-S35	Communication signal simulation NB-Iot	Uplink: It supports Standalone, In_band, Guard_band and other deployment modes, and has uplink channel modulation and coding modes.Downlink: Support Standalone, In_band, Guard_band and other three deployment modes.
1466-S61	Digital broadcast signal simulation DVB-H/T/T2/S2/S2X	Support DVB-H, DVB-T, DVB-T2, DVB-S2X protocol
1466C-V-JL	Calibration Service	Provide metrology/calibration services and provide metrological reports
1466D-V-JL	Calibration Service	Provide metrology/calibration services and provide metrological reports
1466E-V-JL	Calibration Service	Provide metrology/calibration services and provide metrological reports
1466G-V-JL	Calibration Service	Provide metrology/calibration services and provide metrological reports
1466H-V-JL	Calibration Service	Provide metrology/calibration services and provide metrological reports
1466L-V-JL	Calibration Service	Provide metrology/calibration services and provide metrological reports