- Increased scanning speed up to 0.5-0.9 second for the full range of 9kHz – 6 GHz
- Wider selection of searching modes for different tasks: “All Signals”, “Mobile/GPS trackers”, “Wireless/ISM”, “Downlinks/Navigation” and “Custom”, as well as two additional modes for the inspection of suspicious bands or signals
- The new “Level” panel provides an unprecedented level of situational awareness by allowing the operator to monitor the entire RF environment or to inspect a separate band or a separate signal
- Quick adjustment of the table of bands to the local frequency allocation of GSM, 3G, 4G, 5G and convenient editing
- Categorization of bands into “Mobile”, “Wireless”, “Mobile downlink”, “Navigation” and “Basic”. Basic bands represent the parts of spectrum with no other bands present
- Automatic recognition of signals in all bands
- Automatically restores connection with the device in case of accidental USB disconnection
- New format of log files
- Each separate Wi-Fi channel is displayed and can be inspected individually
- The Bluetooth, Bluetooth LE and Bluetooth LE Advertising are displayed separately and can be studied individually.
- Can scan and display not paired Bluetooth LE devices in addition to Wi-Fi access points
- Detecting of RF jamming devices
- Universal platform for controlling both Delta S and Delta X
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New both easy to learn and a powerful sweeping system.
Quickly and reliably detects all types of RF surveillance devices in the range up to 6 GHz, including analog, digital, working continuously and periodically, transmitting audio or video, with or without encryption.
- New portable design – the device is reliably mated with the laptop or tablet and moved during the detecting and locating
- The laptop or tablet is attached with the help of the magnetic holders
- Side handles are used for carr ying
- All antennas fixed to the main unit
- Carrying case is in the supplied set
- 2 models – up to 6 GHz or 12 GHz
The last updates 1.1-1.2 include a number of improvements:
- The new “Locator” function significantly simplifies the procedure of finding the transmitter (can display a number of signals at the same time)
- “Location – Country” parameter was added to the settings
- The “Auto-Setup” function can be applied to the Bands table adjusting it to the specified country quickly
- Automatic recognition of the broadcasting TV and radio can be performed during the Update Masks procedure
- The procedure of adding signals to the Known Signals table is simplified – the Delta X lists suitable variants of TV and radio stations based on the frequency assignment for the selected country in the popup menu
- The “Auto-adjust thresholds of Bands” function can set the thresholds of bands automatically making preparation more convenient and helping to avoid accidental setting of excessive thresholds
- Increased stability
Starting from the version 1.1 the Delta X is supplied with the new multi-function probe.
Front panel
Rear panel
The probe has 3 channels of detection:
- IR – detects of hidden infrared transmitters
- LF – discovers electromagnetic emissions from bugging devices
- WIRE – finds bugging devices which use wires as a mean of transmission (AC, Ethernet, landline phone, alarm system, other low-voltage cables)
Since infrared rays have a directed nature, the potential IR bug will be directed to the place of the signal’s reception. The most likely direction will be the outer area near the building or a remote part of the room. The detection should be performed inside the room and in the windows’ area, with the Multifunction Probe pointed to the interior of the room, window frames and the area near the frames.
The detection distance of the probe’s IR sensor depends on the transmitter’s power and can be 1-5 meters, on the condition of being pointed to the source.
The LF sensor of the Multifunction Probe allows the operator to find signs of hidden working electronics by detecting radio-frequency emissions.
The detection distance is up to 30 cm; therefore objects and surfaces must be probed carefully.
Since the AC wire is an antenna itself, it receives a lot of RF emissions present in modern environments. The difference method stores the RF environment measured in the first AC outlet and extracts it further than the others. When probing other outlets the operator will observe the difference. Therefore, if a bugging transmitter is present somewhere on the AC line, its signal will grow as the Multifunction Probe is moved closer to it. This difference method helps to detect signals by probing a series of AC outlets connected to the same AC wire.