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Baseband Cuts
Isolated, baseband, time-cut signals
Wideband
Signals placed in time & frequency
Environment Simulation
Geometry, delay & path loss
Virtual SDR
Tune a band, capture what's in it
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Generate Baseband Cuts
Isolated, baseband, time-cut signals — one file per message.
Baseband Cuts
One baseband, time-cut file per message.
Wideband
All signals composited into one recording.
Segmentation:
Baseband Cuts
Wideband
Seed:
Data Type:
IQ
Spectrogram
Format:
MIDAS BLUE
MATLAB
Raw
SigMF
VITA49
WAV
Precision:
32-bit Float (CF)
64-bit Float (CD)
Signed 16-bit Integer (CI)
Signed 8-bit Integer (CB)
Precision:
32-bit Float
64-bit Float
Signed 16-bit Integer
Signed 8-bit Integer
Precision:
32-bit Float
64-bit Float
Signed 16-bit Integer
Signed 8-bit Integer
Precision:
32-bit Float
64-bit Float
Signed 16-bit Integer
Signed 8-bit Integer
Precision:
32-bit Float
Signed 16-bit Integer
Signed 8-bit Integer
Precision:
32-bit Float
64-bit Float
16-bit PCM
8-bit PCM
Format:
PNG
Raw
Fft Size:
Overlap:
Window:
Hann
Hamming
Kaiser
Precision:
32-bit Float
64-bit Float
Fft Size:
Overlap:
Window:
Hann
Hamming
Kaiser
Signal:
ACARS
ADS-B
AIS Message
AM
APRS
APSK
ASK
BLE Advertising
Chirp
CPFSK
DMR
DPSK
DQPSK
DSSS
FHSS
FM
FSK
GFSK
GMSK
GPS L1 C/A
GSM
Iridium
LoRa
LoRaWAN
Meshcore
Meshtastic
MSK
OFDM
OOK
P25 Phase 1
PAM
PSK
QAM
TETRA
Tone
WiFi (802.11a)
Zigbee / 802.15.4
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
Aircraft registration:
Mode:
Label:
Block ID:
Message text:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Message Type:
Airborne Position
Airborne Velocity
Aircraft Identification
Surface Position
ICAO Address (hex):
Latitude (deg):
Longitude (deg):
Altitude (ft):
Surveillance Status:
0
1
2
3
ICAO Address (hex):
Ground Speed (knots):
Track (deg):
Vertical Rate (ft/min):
ICAO Address (hex):
Callsign:
Category:
0
1
2
3
4
5
6
7
ICAO Address (hex):
Latitude (deg):
Longitude (deg):
Movement (knots):
Track (deg):
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
BT:
Message Type:
Msg14 Safety Broadcast
Msg18 Position Report Class B
Msg1 Position Report
Msg21 Aid To Navigation
Msg24 Static Data
Msg27 Long Range Broadcast
Msg28 Aid To Navigation Single Slot
Msg2 Assigned Position Report
Msg3 Special Position Report
Msg4 Base Station Report
Msg5 Static Voyage
Msg9 Sar Aircraft Position
MMSI:
Text:
MMSI:
Lat (deg):
Lon (deg):
Speed (knots):
Course (deg):
Heading (deg):
MMSI:
Lat (deg):
Lon (deg):
Speed (knots):
Course (deg):
Heading (deg):
Status:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Rate of turn (AIS ROT):
MMSI:
Name:
Lat (deg):
Lon (deg):
Aid Type:
Repeat:
0
1
2
3
Accuracy:
0
1
To Bow (m):
To Stern (m):
To Port (m):
To Starboard (m):
Epfd:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Second:
Off Position:
0
1
Reserved 1:
Raim:
0
1
Virtual Aid:
0
1
Assigned:
0
1
Name Ext:
MMSI:
Shipname:
Callsign:
Ship Type:
MMSI:
Lat (deg):
Lon (deg):
Speed (knots):
Course (deg):
Status:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
MMSI:
Lat (deg):
Lon (deg):
Aid Type:
Station Type:
0
1
2
3
4
5
6
7
Repeat:
0
1
2
3
Second:
Restricted:
0
1
2
3
Iala Mrn:
Dimension:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Dimensions A (m):
Dimensions B (m):
Dimension Additional Data:
0
1
Charted Status:
0
1
Station Status:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Status Bits:
Auth:
0
1
MMSI:
Lat (deg):
Lon (deg):
Speed (knots):
Course (deg):
Heading (deg):
Status:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Rate of turn (AIS ROT):
MMSI:
Lat (deg):
Lon (deg):
Speed (knots):
Course (deg):
Heading (deg):
Status:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Rate of turn (AIS ROT):
MMSI:
Lat (deg):
Lon (deg):
MMSI:
IMO number:
Callsign:
Shipname:
Ship Type:
To Bow (m):
To Stern (m):
To Port (m):
To Starboard (m):
Epfd:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Month:
0
1
2
3
4
5
6
7
8
9
10
11
12
Day:
Hour:
Minute:
Draught (m):
Destination:
MMSI:
Lat (deg):
Lon (deg):
Alt (m):
Speed (knots):
Course (deg):
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
Message:
Multitone
Random
Tone
Frequencies (Hz, space-sep):
Frequency (Hz):
SNR (dB):
Center Frequency (Hz):
Duration (s):
Mode:
Dsb
Dsb Sc
Usb
Lsb
Modulation Index:
Message Bandwidth (Hz):
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Info Type:
Message
Position Report
Raw Info
Status
Addressee:
Text:
Message No:
Latitude (deg):
Longitude (deg):
Symbol Table:
Symbol Code:
Course (deg):
Speed (knots):
Comment:
Info:
Text:
Source Callsign:
Source Ssid:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Destination (TOCALL):
Digipeater Path (space-separated):
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Modulation Order:
16
32
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Modulation Order:
2
4
8
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
BT:
Modulation Index:
Pdu Type:
ADV_DIRECT_IND
ADV_IND
ADV_NONCONN_IND
SCAN_RSP
Target Address (MAC):
Flags:
Device Name:
Manufacturer Data (hex):
Flags:
Device Name:
Manufacturer Data (hex):
Device Name:
Manufacturer Data (hex):
Channel:
Advertiser Address (MAC):
Address Type:
Public
Random
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Duration (s):
Bandwidth (Hz):
Waveform:
Barker-coded pulse
FMCW (sawtooth)
FMCW (triangle)
Linear
Code Length:
2
3
4
5
7
11
13
Num Sweeps:
Direction:
Up
Down
Num Sweeps:
Direction:
Up
Down
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Modulation Order:
2
4
8
Baud (sym/s):
Samples Per Symbol:
Modulation Index:
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Modulation Order:
2
4
8
16
Baud (sym/s):
Samples Per Symbol:
Freq Sep (Hz):
Content:
Voice
Embedded
Data
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Samples Per Chip:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Sequence:
Barker 11
Barker 13
Barker 2
Barker 3
Barker 4
Barker 5
Barker 7
Custom
Gold (127)
Gold (31)
Gold (63)
Mseq 127
Mseq 15
Mseq 31
Mseq 63
Mseq 7
Custom Chip Code (0/1):
Base Modulation:
APSK
ASK
CPFSK
DPSK
DQPSK
FSK
GFSK
GMSK
MSK
OOK
PAM
PSK
QAM
Modulation Order:
16
32
Baud (sym/s):
Modulation Order:
2
4
8
Baud (sym/s):
Modulation Order:
2
4
8
Baud (sym/s):
Samples Per Symbol:
Modulation Index:
Baud (sym/s):
Baud (sym/s):
Modulation Order:
2
4
8
16
Baud (sym/s):
Samples Per Symbol:
Freq Sep (Hz):
Baud (sym/s):
Samples Per Symbol:
BT:
Modulation Index:
Baud (sym/s):
Samples Per Symbol:
BT:
Baud (sym/s):
Samples Per Symbol:
Baud (sym/s):
Modulation Order:
2
4
8
16
Baud (sym/s):
Modulation Order:
2
4
8
16
Baud (sym/s):
Modulation Order:
4
16
64
256
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
Freq Sep (Hz):
Num Channels:
Channel Spacing (Hz):
Hop Rate (hops/s):
Hop Pattern:
Custom
Random
Sequential
Hop Sequence (channel indices):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
Message:
Multitone
Random
Tone
Frequencies (Hz, space-sep):
Frequency (Hz):
SNR (dB):
Center Frequency (Hz):
Duration (s):
Deviation (Hz):
Message Bandwidth (Hz):
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Modulation Order:
2
4
8
16
Baud (sym/s):
Samples Per Symbol:
Freq Sep (Hz):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
BT:
Modulation Index:
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
BT:
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
PRN (satellite):
Doppler (Hz):
Duration (s):
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
BT:
Burst Type:
Normal
Fcch
Sch
Dummy
Training Sequence (TSC):
0
1
2
3
4
5
6
7
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
Slot Index:
0
1
2
3
4
5
6
7
SNR (dB):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Baud (sym/s):
Channel:
Duplex (two-way)
Simplex (downlink broadcast)
Center Frequency (Hz):
Duplex Direction:
Downlink (satellite → ground)
Uplink (ground → satellite)
Duplex Dl Type:
Short Burst Data (DA)
IP Data (IIP)
Sync (SY)
Voice (VO)
SBD message:
File
Random
Text
File:
Random chars:
Text:
IP data:
File
Random
Text
File:
Random chars:
Text:
Duplex Ul Type:
Acquisition (IAQ)
Short Burst Data (DA)
IP Data (IIP)
Sync (SY)
Voice (VO)
Rid:
SBD message:
File
Random
Text
File:
Random chars:
Text:
IP data:
File
Random
Text
File:
Random chars:
Text:
Center Frequency (Hz):
Simplex Type:
Broadcast (IBC)
Messaging (MS)
Ring Alert (RA)
Time & Location (ITL)
Satellite:
Beam:
Iridium Time:
Message:
File
Random
Text
File:
Random chars:
Text:
Satellite:
Beam:
Sat X:
Sat Y:
Sat Z:
Tmsi:
Plane:
Satellite:
Message:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Spreading Factor:
7
8
9
10
11
12
Bandwidth (Hz):
Coding rate (4/4+n):
1
2
3
4
Payload CRC:
True
False
Implicit Header:
False
True
Low Data Rate Optimize:
Auto
On
Off
Sync Word:
Preamble Length (symbols):
Samples per chip:
1
2
4
8
Protocol:
Lorawan
Meshcore
Meshtastic
Raw
DevAddr (hex):
Fcnt:
Fport:
Payload (hex):
NwkSKey (hex):
AppSKey (hex):
Route Type:
0
1
2
3
Payload Type:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Payload (hex):
Dest (hex u32):
Sender (hex u32):
Packet ID (hex u32):
Channel Hash:
Portnum:
Text:
Payload (hex; overrides text):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Spreading Factor:
7
8
9
10
11
12
Bandwidth (Hz):
Coding rate (4/4+n):
1
2
3
4
Payload CRC:
True
False
Implicit Header:
False
True
Low Data Rate Optimize:
Auto
On
Off
Sync Word:
Preamble Length (symbols):
Samples per chip:
1
2
4
8
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Spreading Factor:
7
8
9
10
11
12
Bandwidth (Hz):
Coding rate (4/4+n):
1
2
3
4
Payload CRC:
True
False
Implicit Header:
False
True
Low Data Rate Optimize:
Auto
On
Off
Sync Word:
Preamble Length (symbols):
Samples per chip:
1
2
4
8
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Spreading Factor:
7
8
9
10
11
12
Bandwidth (Hz):
Coding rate (4/4+n):
1
2
3
4
Payload CRC:
True
False
Implicit Header:
False
True
Low Data Rate Optimize:
Auto
On
Off
Sync Word:
Preamble Length (symbols):
Samples per chip:
1
2
4
8
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Modulation Order:
2
4
16
64
Num Subcarriers:
Fft Size:
Cyclic Prefix Length:
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Modulation Order:
2
4
8
16
Baud (sym/s):
Samples Per Symbol:
Freq Sep (Hz):
Data Unit (DUID):
Voice Ldu1
Voice Ldu2
Header
Terminator
Tsbk
NAC:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Modulation Order:
2
4
8
16
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Modulation Order:
2
4
8
16
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Modulation Order:
4
16
64
256
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Baud (sym/s):
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Duration (s):
Phase (rad):
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Data Rate (Mbps):
12
18
24
36
48
54
6
9
PSDU (hex):
Scrambler Init:
Count:
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Upsample ratio:
Pre Padding (s):
Post Padding (s):
SNR (dB):
Center Frequency (Hz):
Channel:
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
PSDU (hex):
Seed:
Data Type:
IQ
Spectrogram
Format:
MIDAS BLUE
MATLAB
Raw
SigMF
VITA49
WAV
Precision:
32-bit Float (CF)
64-bit Float (CD)
Signed 16-bit Integer (CI)
Signed 8-bit Integer (CB)
Precision:
32-bit Float
64-bit Float
Signed 16-bit Integer
Signed 8-bit Integer
Precision:
32-bit Float
64-bit Float
Signed 16-bit Integer
Signed 8-bit Integer
Precision:
32-bit Float
64-bit Float
Signed 16-bit Integer
Signed 8-bit Integer
Precision:
32-bit Float
Signed 16-bit Integer
Signed 8-bit Integer
Precision:
32-bit Float
64-bit Float
16-bit PCM
8-bit PCM
Format:
PNG
Raw
Fft Size:
Overlap:
Window:
Hann
Hamming
Kaiser
Precision:
32-bit Float
64-bit Float
Fft Size:
Overlap:
Window:
Hann
Hamming
Kaiser
Front End:
Sample-clock offset (ppm):
DC offset I:
DC offset Q:
IQ gain imbalance (dB):
IQ phase imbalance (deg):
Phase noise (linewidth) (Hz):
Carrier frequency offset (Hz):
Noise (dBFS):
Length (s):
Acquisition Frequency (Hz):
Sample Rate (Hz):
Signal:
ACARS
ACARS Channel
ACARS Aircraft
ADS-B
ADS-B Group
ADS-B Transmitter
AIS Group
AIS Message
AIS Transmitter
AM
AM Dial
APRS
APRS Net
APRS Station
APSK
ASK
BLE Advertising
BLE Group
BLE Advertiser
Chirp
CPFSK
DMR
DMR Site
DMR Repeater
DPSK
DQPSK
DSSS
FHSS
FM
FM Dial
FSK
GFSK
GMSK
GPS L1 C/A
GPS Constellation
GSM
GSM Cell Site
GSM Base Station
Iridium
Iridium Network
Iridium Handset
Iridium Satellite
LoRa
LoRaWAN
LoRaWAN Network
LoRaWAN Device
Meshcore
Meshcore Network
Meshcore Device
Meshtastic
Meshtastic Network
Meshtastic Device
MSK
OFDM
OOK
P25 Phase 1
P25 Trunked Site
P25 Channel
PAM
PSK
QAM
TETRA
TETRA Site
TETRA Base Station
Tone
WiFi (802.11a)
WiFi Channel
WiFi Access Point
Zigbee / 802.15.4
Zigbee PAN
Zigbee Device
Count:
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
Signal Start Time (s):
Aircraft registration:
Mode:
Label:
Block ID:
Message text:
Count:
Signal Start Time (s):
Aircraft:
Channel (Hz):
Centre latitude (deg):
Centre longitude (deg):
Area radius (km):
Altitude (ft):
Ground speed (knots):
Position report interval (s):
SNR (dB):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
Aircraft registration:
Flight ID:
Mode:
Latitude (deg):
Longitude (deg):
Altitude (ft):
Ground speed (knots):
Track (deg):
Position report label:
Position report interval (s):
Link test interval (0 = none) (s):
Free text (blank = none):
First report at (s):
SNR (dB):
Transmit length (s):
Count:
SNR (dB):
Message Type:
Airborne Position
Airborne Velocity
Aircraft Identification
Surface Position
ICAO Address (hex):
Latitude (deg):
Longitude (deg):
Altitude (ft):
Surveillance Status:
0
1
2
3
ICAO Address (hex):
Ground Speed (knots):
Track (deg):
Vertical Rate (ft/min):
ICAO Address (hex):
Callsign:
Category:
0
1
2
3
4
5
6
7
ICAO Address (hex):
Latitude (deg):
Longitude (deg):
Movement (knots):
Track (deg):
Center Frequency (Hz):
Signal Start Time (s):
Count:
Signal Start Time (s):
Airborne aircraft:
Aircraft on the ground:
Centre latitude (deg):
Centre longitude (deg):
Airspace radius (km):
Altitude (ft):
Ground Speed (knots):
Vertical Rate (ft/min):
Taxi speed (knots):
SNR (dB):
Frequency (Hz):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
ICAO Address (hex):
Callsign (blank = from ICAO):
Emitter category:
0
1
2
3
4
5
6
7
Latitude (deg):
Longitude (deg):
Ground Speed (knots):
Track (deg):
Turn rate (deg/s):
Squitter phase (s):
SNR (dB):
Transmit length (s):
Flight Phase:
Airborne
On the ground
Altitude (ft):
Vertical Rate (ft/min):
Count:
Signal Start Time (s):
Class A vessels:
Class B vessels:
Base stations:
Aids to navigation:
SAR aircraft:
Centre latitude (deg):
Centre longitude (deg):
Cell radius (km):
Vessel speed (SOG) (knots):
SNR (dB):
Channel(s) (Hz):
161975000
162025000
Transmit length (s):
Count:
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
BT:
Signal Start Time (s):
Message Type:
Msg14 Safety Broadcast
Msg18 Position Report Class B
Msg1 Position Report
Msg21 Aid To Navigation
Msg24 Static Data
Msg27 Long Range Broadcast
Msg28 Aid To Navigation Single Slot
Msg2 Assigned Position Report
Msg3 Special Position Report
Msg4 Base Station Report
Msg5 Static Voyage
Msg9 Sar Aircraft Position
MMSI:
Text:
MMSI:
Lat (deg):
Lon (deg):
Speed (knots):
Course (deg):
Heading (deg):
MMSI:
Lat (deg):
Lon (deg):
Speed (knots):
Course (deg):
Heading (deg):
Status:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Rate of turn (AIS ROT):
MMSI:
Name:
Lat (deg):
Lon (deg):
Aid Type:
Repeat:
0
1
2
3
Accuracy:
0
1
To Bow (m):
To Stern (m):
To Port (m):
To Starboard (m):
Epfd:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Second:
Off Position:
0
1
Reserved 1:
Raim:
0
1
Virtual Aid:
0
1
Assigned:
0
1
Name Ext:
MMSI:
Shipname:
Callsign:
Ship Type:
MMSI:
Lat (deg):
Lon (deg):
Speed (knots):
Course (deg):
Status:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
MMSI:
Lat (deg):
Lon (deg):
Aid Type:
Station Type:
0
1
2
3
4
5
6
7
Repeat:
0
1
2
3
Second:
Restricted:
0
1
2
3
Iala Mrn:
Dimension:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Dimensions A (m):
Dimensions B (m):
Dimension Additional Data:
0
1
Charted Status:
0
1
Station Status:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Status Bits:
Auth:
0
1
MMSI:
Lat (deg):
Lon (deg):
Speed (knots):
Course (deg):
Heading (deg):
Status:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Rate of turn (AIS ROT):
MMSI:
Lat (deg):
Lon (deg):
Speed (knots):
Course (deg):
Heading (deg):
Status:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Rate of turn (AIS ROT):
MMSI:
Lat (deg):
Lon (deg):
MMSI:
IMO number:
Callsign:
Shipname:
Ship Type:
To Bow (m):
To Stern (m):
To Port (m):
To Starboard (m):
Epfd:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Month:
0
1
2
3
4
5
6
7
8
9
10
11
12
Day:
Hour:
Minute:
Draught (m):
Destination:
MMSI:
Lat (deg):
Lon (deg):
Alt (m):
Speed (knots):
Course (deg):
Count:
Center Frequency (Hz):
Signal Start Time (s):
Latitude (initial) (deg):
Longitude (initial) (deg):
Base slot (SOTDMA):
Static data phase (s):
SNR (dB):
Transmit length (s):
Station Type:
Aid to navigation
Base station
Class A vessel
Class B vessel
SAR aircraft
MMSI:
AtoN name:
Aid type:
Virtual:
0
1
MMSI:
MMSI:
Speed (SOG) (knots):
Course (COG) (deg):
Heading (511 = follows course) (deg):
Rate of turn (deg/min):
Navigational status:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Ship name:
Call sign:
Ship type:
IMO number:
Destination:
Draught (m):
To Bow (m):
To Stern (m):
To Port (m):
To Starboard (m):
MMSI:
Speed (SOG) (knots):
Course (COG) (deg):
Heading (511 = follows course) (deg):
Ship name:
Call sign:
Ship type:
To Bow (m):
To Stern (m):
To Port (m):
To Starboard (m):
MMSI:
Speed (knots):
Course (deg):
Altitude (m):
Count:
Message:
Multitone
Random
Tone
Frequencies (Hz, space-sep):
Frequency (Hz):
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Duration (s):
Mode:
Dsb
Dsb Sc
Usb
Lsb
Modulation Index:
Message Bandwidth (Hz):
Count:
Signal Start Time (s):
Stations:
Dial (Hz):
Modulation Index:
Audio bandwidth (Hz):
SNR (dB):
Transmit length (s):
Count:
SNR (dB):
Info Type:
Message
Position Report
Raw Info
Status
Addressee:
Text:
Message No:
Latitude (deg):
Longitude (deg):
Symbol Table:
Symbol Code:
Course (deg):
Speed (knots):
Comment:
Info:
Text:
Center Frequency (Hz):
Signal Start Time (s):
Source Callsign:
Source Ssid:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Destination (TOCALL):
Digipeater Path (space-separated):
Count:
Signal Start Time (s):
Mobile trackers:
Home stations:
Digipeaters:
iGates:
Centre latitude (deg):
Centre longitude (deg):
Net radius (km):
Mobile speed (knots):
Fixed beacon interval (s):
SNR (dB):
Frequency (Hz):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
Source Callsign:
Source Ssid:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Destination (TOCALL):
Digipeater Path (space-separated):
Latitude (deg):
Longitude (deg):
Comment:
Status text (blank = none):
Status interval (s):
First beacon at (s):
SNR (dB):
Transmit length (s):
Station Kind:
Digipeater
Home station
iGate
Mobile tracker
Beacon interval (s):
Beacon interval (s):
Beacon interval (s):
Speed (knots):
Course (deg):
Turn rate (deg/s):
Fast beacon rate (s):
Slow beacon rate (s):
Fast speed (knots):
Slow speed (knots):
Turn angle (deg):
Turn slope (deg·mph):
Min turn time (s):
Count:
SNR (dB):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Center Frequency (Hz):
Signal Start Time (s):
Modulation Order:
16
32
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Center Frequency (Hz):
Signal Start Time (s):
Modulation Order:
2
4
8
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
BT:
Modulation Index:
Pdu Type:
ADV_DIRECT_IND
ADV_IND
ADV_NONCONN_IND
SCAN_RSP
Target Address (MAC):
Flags:
Device Name:
Manufacturer Data (hex):
Flags:
Device Name:
Manufacturer Data (hex):
Device Name:
Manufacturer Data (hex):
Signal Start Time (s):
Channel:
Advertiser Address (MAC):
Address Type:
Public
Random
Count:
Signal Start Time (s):
Connectable devices:
Beacons:
Directed advertisers:
Advertising interval (s):
Beacon UUID:
Beacon major:
SNR (dB):
Anchor (ch37) (Hz):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
Advertiser Address (MAC):
Address Type:
Public
Random
Advertising interval (s):
Advertising channels:
37
38
39
First event at (s):
SNR (dB):
Transmit length (s):
Advertising Type:
Beacon (iBeacon)
Connectable (ADV_IND)
Directed (ADV_DIRECT_IND)
Beacon UUID:
Major:
Minor:
Measured power (1 m) (dBm):
Device Name:
Flags:
Manufacturer Data (hex):
Scanned (probability per packet):
Target Address (MAC):
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Duration (s):
Bandwidth (Hz):
Waveform:
Barker-coded pulse
FMCW (sawtooth)
FMCW (triangle)
Linear
Code Length:
2
3
4
5
7
11
13
Num Sweeps:
Direction:
Up
Down
Num Sweeps:
Direction:
Up
Down
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Modulation Order:
2
4
8
Baud (sym/s):
Samples Per Symbol:
Modulation Index:
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Center Frequency (Hz):
Modulation Order:
2
4
8
16
Baud (sym/s):
Samples Per Symbol:
Freq Sep (Hz):
Signal Start Time (s):
Content:
Voice
Embedded
Data
Count:
Signal Start Time (s):
Repeaters:
Channels (Hz):
Mean call length (s):
Mean gap between calls (s):
SNR (dB):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
Colour code:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Talkgroup:
Active timeslots:
1
2
Mean call length (s):
Mean gap between calls (s):
Hang time (s):
First call at (s):
SNR (dB):
Transmit length (s):
Count:
SNR (dB):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Center Frequency (Hz):
Signal Start Time (s):
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Center Frequency (Hz):
Signal Start Time (s):
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Samples Per Chip:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Center Frequency (Hz):
Signal Start Time (s):
Sequence:
Barker 11
Barker 13
Barker 2
Barker 3
Barker 4
Barker 5
Barker 7
Custom
Gold (127)
Gold (31)
Gold (63)
Mseq 127
Mseq 15
Mseq 31
Mseq 63
Mseq 7
Custom Chip Code (0/1):
Base Modulation:
APSK
ASK
CPFSK
DPSK
DQPSK
FSK
GFSK
GMSK
MSK
OOK
PAM
PSK
QAM
Modulation Order:
16
32
Baud (sym/s):
Modulation Order:
2
4
8
Baud (sym/s):
Modulation Order:
2
4
8
Baud (sym/s):
Samples Per Symbol:
Modulation Index:
Baud (sym/s):
Baud (sym/s):
Modulation Order:
2
4
8
16
Baud (sym/s):
Samples Per Symbol:
Freq Sep (Hz):
Baud (sym/s):
Samples Per Symbol:
BT:
Modulation Index:
Baud (sym/s):
Samples Per Symbol:
BT:
Baud (sym/s):
Samples Per Symbol:
Baud (sym/s):
Modulation Order:
2
4
8
16
Baud (sym/s):
Modulation Order:
2
4
8
16
Baud (sym/s):
Modulation Order:
4
16
64
256
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Baud (sym/s):
Samples Per Symbol:
Freq Sep (Hz):
Num Channels:
Channel Spacing (Hz):
Hop Rate (hops/s):
Hop Pattern:
Custom
Random
Sequential
Hop Sequence (channel indices):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Message:
Multitone
Random
Tone
Frequencies (Hz, space-sep):
Frequency (Hz):
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Duration (s):
Deviation (Hz):
Message Bandwidth (Hz):
Count:
Signal Start Time (s):
Stations:
Dial (Hz):
Deviation (Hz):
Audio bandwidth (Hz):
SNR (dB):
Transmit length (s):
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Modulation Order:
2
4
8
16
Baud (sym/s):
Samples Per Symbol:
Freq Sep (Hz):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Baud (sym/s):
Samples Per Symbol:
BT:
Modulation Index:
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Baud (sym/s):
Samples Per Symbol:
BT:
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
PRN (satellite):
Doppler (Hz):
Duration (s):
Count:
Signal Start Time (s):
Satellites in view:
PRN pool:
Frequency (Hz):
Doppler (Hz):
SNR (dB):
Transmit length (s):
Count:
SNR (dB):
Center Frequency (Hz):
Baud (sym/s):
Samples Per Symbol:
BT:
Signal Start Time (s):
Burst Type:
Normal
Fcch
Sch
Dummy
Training Sequence (TSC):
0
1
2
3
4
5
6
7
Count:
Signal Start Time (s):
Cells:
ARFCN grid (Hz):
Network colour code (NCC):
0
1
2
3
4
5
6
7
Busy traffic timeslots:
0
1
2
3
4
5
6
7
SNR (dB):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
Network colour code (NCC):
0
1
2
3
4
5
6
7
Base station colour code (BCC):
0
1
2
3
4
5
6
7
Frame number at start:
Busy traffic timeslots:
0
1
2
3
4
5
6
7
SNR (dB):
Transmit length (s):
Count:
Slot Index:
0
1
2
3
4
5
6
7
SNR (dB):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Baud (sym/s):
Signal Start Time (s):
Channel:
Duplex (two-way)
Simplex (downlink broadcast)
Center Frequency (Hz):
Duplex Direction:
Downlink (satellite → ground)
Uplink (ground → satellite)
Duplex Dl Type:
Short Burst Data (DA)
IP Data (IIP)
Sync (SY)
Voice (VO)
SBD message:
File
Random
Text
File:
Random chars:
Text:
IP data:
File
Random
Text
File:
Random chars:
Text:
Duplex Ul Type:
Acquisition (IAQ)
Short Burst Data (DA)
IP Data (IIP)
Sync (SY)
Voice (VO)
Rid:
SBD message:
File
Random
Text
File:
Random chars:
Text:
IP data:
File
Random
Text
File:
Random chars:
Text:
Center Frequency (Hz):
Simplex Type:
Broadcast (IBC)
Messaging (MS)
Ring Alert (RA)
Time & Location (ITL)
Satellite:
Beam:
Iridium Time:
Message:
File
Random
Text
File:
Random chars:
Text:
Satellite:
Beam:
Sat X:
Sat Y:
Sat Z:
Tmsi:
Plane:
Satellite:
Message:
Count:
Signal Start Time (s):
Satellites:
Handsets:
Satellite IDs:
Centre latitude (deg):
Centre longitude (deg):
Visibility radius (km):
Beam:
Ring alert interval (s):
Broadcast interval (0 = none) (s):
Iridium time at start (90 ms ticks):
Handset session interval (s):
SNR (dB):
Ring alert frequency (Hz):
Handset uplink channels (Hz):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
TMSI:
Uplink slot:
0
1
2
3
4
5
6
7
Session interval (s):
First session at (s):
SNR (dB):
Transmit length (s):
Activity:
Short Burst Data
Voice call
SBD message:
Call length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
Satellite ID:
Beam:
Orbital plane:
1
2
3
4
5
6
Position in plane:
1
2
3
4
5
6
7
8
9
10
11
Sub-satellite latitude (deg):
Sub-satellite longitude (deg):
Pass direction:
Ascending
Descending
Orbit altitude (km):
Inclination (deg):
Paged TMSI:
Iridium time at start (90 ms ticks):
Ring alert interval (s):
Broadcast interval (0 = none) (s):
Time & location interval (0 = none) (s):
Frame offset (s):
SNR (dB):
Transmit length (s):
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Spreading Factor:
7
8
9
10
11
12
Bandwidth (Hz):
Coding rate (4/4+n):
1
2
3
4
Payload CRC:
True
False
Implicit Header:
False
True
Low Data Rate Optimize:
Auto
On
Off
Sync Word:
Preamble Length (symbols):
Samples per chip:
1
2
4
8
Protocol:
Lorawan
Meshcore
Meshtastic
Raw
DevAddr (hex):
Fcnt:
Fport:
Payload (hex):
NwkSKey (hex):
AppSKey (hex):
Route Type:
0
1
2
3
Payload Type:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Payload (hex):
Dest (hex u32):
Sender (hex u32):
Packet ID (hex u32):
Channel Hash:
Portnum:
Text:
Payload (hex; overrides text):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Spreading Factor:
7
8
9
10
11
12
Bandwidth (Hz):
Coding rate (4/4+n):
1
2
3
4
Payload CRC:
True
False
Implicit Header:
False
True
Low Data Rate Optimize:
Auto
On
Off
Sync Word:
Preamble Length (symbols):
Samples per chip:
1
2
4
8
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Center Frequency (Hz):
Signal Start Time (s):
Devices:
Uplink interval (s):
Data rates (spreading factor):
7
8
9
10
11
12
SNR (dB):
Transmit length (s):
Count:
Signal Start Time (s):
DevAddr:
NwkSKey (hex):
AppSKey (hex):
First FCnt:
Fport:
Payload (hex):
Data rate (spreading factor):
7
8
9
10
11
12
Uplink interval (s):
First uplink at (s):
SNR (dB):
Transmit length (s):
Region:
EU868
US915
Channel 0 (Hz):
Channel 0 (Hz):
Sub-band:
1
2
3
4
5
6
7
8
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Spreading Factor:
7
8
9
10
11
12
Bandwidth (Hz):
Coding rate (4/4+n):
1
2
3
4
Payload CRC:
True
False
Implicit Header:
False
True
Low Data Rate Optimize:
Auto
On
Off
Sync Word:
Preamble Length (symbols):
Samples per chip:
1
2
4
8
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Center Frequency (Hz):
Signal Start Time (s):
Devices:
of which repeaters:
Centre latitude (deg):
Centre longitude (deg):
Mesh radius (km):
SNR (dB):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
Node id:
Node name:
Node type:
Chat
Repeater
Room Server
Latitude (deg):
Longitude (deg):
Advert interval (s):
Clock at start (unix):
Boot at (s):
SNR (dB):
Transmit length (s):
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Spreading Factor:
7
8
9
10
11
12
Bandwidth (Hz):
Coding rate (4/4+n):
1
2
3
4
Payload CRC:
True
False
Implicit Header:
False
True
Low Data Rate Optimize:
Auto
On
Off
Sync Word:
Preamble Length (symbols):
Samples per chip:
1
2
4
8
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
Center Frequency (Hz):
Signal Start Time (s):
Devices:
Modem preset:
Long Fast
Long Slow
Medium Fast
Short Fast
Centre latitude (deg):
Centre longitude (deg):
Mesh radius (km):
SNR (dB):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
Node number:
Long name:
Short name:
Modem preset:
Long Fast
Long Slow
Medium Fast
Short Fast
Latitude (deg):
Longitude (deg):
Altitude (m):
Position interval (s):
Node info interval (s):
Text message (blank = none):
First packet id:
Boot at (s):
SNR (dB):
Transmit length (s):
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Baud (sym/s):
Samples Per Symbol:
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Modulation Order:
2
4
16
64
Num Subcarriers:
Fft Size:
Cyclic Prefix Length:
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Center Frequency (Hz):
Signal Start Time (s):
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Center Frequency (Hz):
Modulation Order:
2
4
8
16
Baud (sym/s):
Samples Per Symbol:
Freq Sep (Hz):
Signal Start Time (s):
Data Unit (DUID):
Voice Ldu1
Voice Ldu2
Header
Terminator
Tsbk
NAC:
Count:
Signal Start Time (s):
Channels (1 control + traffic):
Channels (Hz):
NAC:
Mean call length (s):
Mean gap between calls (s):
SNR (dB):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
Channel role:
Control
Traffic
NAC:
Talkgroup:
Mean call length (s):
Mean gap between calls (s):
First call at (s):
SNR (dB):
Transmit length (s):
Count:
SNR (dB):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Center Frequency (Hz):
Signal Start Time (s):
Modulation Order:
2
4
8
16
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Center Frequency (Hz):
Signal Start Time (s):
Modulation Order:
2
4
8
16
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Center Frequency (Hz):
Signal Start Time (s):
Modulation Order:
4
16
64
256
Baud (sym/s):
Data Generator:
File
Random
Specify Bits
Input File:
N Bits:
Bits:
Count:
SNR (dB):
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Center Frequency (Hz):
Signal Start Time (s):
Baud (sym/s):
Count:
Signal Start Time (s):
Carriers:
Channels (Hz):
MCC:
MNC:
Colour code:
Mean call length (s):
Mean gap between calls (s):
SNR (dB):
Transmit length (s):
Count:
Samples Per Symbol:
Pulse Shape:
Rectangle
Raised Cosine
Root Raised Cosine
Gaussian
Pulse Shape Span:
Pulse Shape Rolloff:
Center Frequency (Hz):
Signal Start Time (s):
MCC:
MNC:
Colour code:
Carrier number:
Carrier:
Main
Secondary
Mean call length (s):
Mean gap between calls (s):
Baud (sym/s):
SNR (dB):
Transmit length (s):
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Duration (s):
Phase (rad):
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Data Rate (Mbps):
12
18
24
36
48
54
6
9
PSDU (hex):
Scrambler Init:
Count:
Signal Start Time (s):
Access points:
Channels (Hz):
Beacon interval (s):
Data frames/s:
SNR (dB):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
SSID:
BSSID (last 3 octets):
Beacon interval (s):
Data frames/s:
Uptime at start (TSF) (s):
First sequence number:
Data Rate (Mbps):
12
18
24
36
48
54
6
9
SNR (dB):
Transmit length (s):
Count:
SNR (dB):
Center Frequency (Hz):
Signal Start Time (s):
Channel:
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
PSDU (hex):
Count:
Signal Start Time (s):
End devices:
Routers:
Channel:
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
PAN ID:
Frequency (Hz):
Report interval (s):
SNR (dB):
Transmit length (s):
Count:
Center Frequency (Hz):
Signal Start Time (s):
Channel:
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
PAN ID:
Short address:
Parent address:
First sequence number:
Report payload (hex):
Report interval (s):
First report at (s):
SNR (dB):
Transmit length (s):
Device Role:
End device
Router
Poll interval (0 = none) (s):
Generate Dataset
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