Kosteneffektive Breitband Antenne für omnidirektionale Messungen oder FrequenzüberwachungDie neue OmniLOG PRO Serie besteht zum Einen aus einer ultra-breitbandigen und kosteneffektiven Empfangsantenne (1 W [CW]), zum Anderen aus einer 100 W Hochleistungs- Sende- & Empfangsantenne (100 W [CW]).Somit eignen sich diese Breitbandantennen ausgezeichnet für radiale isotrope Messungen, Interferenzsuche oder Frequenzüberwachung, ggf. inklusive Gegenmaßnahmen in Konferenzräumen. Sie decken je nach Typ alle HF-Quellen von UKW bis ins K-Band ab (beispielsweise Radio und TV, Mobilfunk, DECT, Bluetooth und WLAN usw.).Jede OmniLOG PRO ist mit einem für den Außenbereich geeigneten HighTech-Antennengehäuse (IP65 zertifiziert) als Schutz gegen Umwelteinflüsse ausgerüstet. Der Magnet-Antennenfuß erlaubt eine temporär fixe Installation, beispielsweise auf dem Autodach. Die Antenne durchläuft vor dem Versand strenge Tests in unseren Laboren. Dies garantiert höchste Qualitätsstandards, durch die Aaronia jedem Kunden volle 2 Jahre Garantie für alle Antennen bieten kann.Highlights:• 4 Versionen mit unterschiedlichen Frequenzbereichen von 150 MHz bis zu 18 GHz verfügbar• 1 W max (CW) Breitbandantenne• Nutzbar von 80 MHz bis 20 GHz• Omnidirektional• Magnetfuß• Kosteneffektiv• Passt zu jedem SpektrumanalysatorAnwendungsbeispiele:• Omnidirektionale Messanwendungen• Frequenzüberwachung nicht-öffentlicher Bänder• Sicherstellen von störungsfreier Funkkommunikation• Aufdecken von Störern / InterferenzenTechnische Daten:• Bauform     Omni• Aktiv     Nein• Frequenzbereich     150MHz - 6GHz | 1W• Gewinn (max.)     2 dBi• Sendeleistung     1 W• Nominalimpedanz     50 Ohm• HF-Anschluss     SMA (m)• Halterung     Magnetfuß• Abmessungen     Ø 8,4 x H 9,6 (inkl. Magnetfuß)• Gewicht     600 g• Kabellänge     3,5 m• Garantie     2 JahreLieferumfang:• OmniLOG PRO• Magnetfuß oder N-Anschluss (Bitte wählen)• Anschlusskabel mit SMA(m)-Anschluss oder Haltewinkel 

Ermöglicht das Abscannen und Auswerten von LTE Kanälen.Enthält die Software-Blöcke:- LTE Scanner- LTE Decoder- Geo CellDBDer LTE-Decoder-Block synchronisiert sich mit Ihrer LTE-Zelle, dekodiert und zeigt die wichtigsten Daten an. Die Ergebnisse können als CSV/XML/JSON und als Bildschirmfoto gespeichert werden. Das entzerrte Signal aus den physikalischen Kanälen wird an den Ausgang gesendet und kann mit anderen Blöcken überprüft werden.

DS-Si5351C – Programmable 8-Channel Frequency Generator by Da_StierThe DS-Si5351C is a programmable frequency generator with 8 independent channels.Each output can be individually configured via a serial terminal or through the integrated WiFi web interface.Frequencies can be set with a resolution of 1 Hz.This makes the unit highly versatile — e.g. as a precise 10 MHz or 25 MHz reference source, or as an IQ signal generator.For SDR applications, two channels can be configured as an IQ generator.Technical SpecificationsSupply Voltage: 12 V DCPower/Control Connector: SubD DB-9 MaleProgramming Interface: USB-CFrequency Range: 1 MHz – 200 MHz (IQ: 7 MHz – 150 MHz)Signal Type: Square waveOutputs: 8 × SMA FemaleOutput Power: approx. 3–12 dBm (adjustable via mA setting)Operating Temperature: –25 °C to +45 °CPackage Contents8-Channel Reference Source12 V DC Power SupplySub-D Adapter with Screw Terminals (pre-assembled)USB-C Programming CableManual

GP Simulator 2 – Advanced GNSS Threat Simulation Package(Note: The items are available. Sale only to authorities and research institutions with appropriate permission. Please inquire for reference and prices.)The comprehensive complete kit for advanced tests of GNSS spoofing and jamming. Combines the GP Simulator and GP Jammer platforms with all the necessary hardware to evaluate GNSS vulnerability in time servers, drones and critical infrastructure. Includes software, SDRs, a powerful laptop and RF accessories in a robust, portable case.Includes (Depending on version):GP Simulator 2 – Core License (Perpetual)GP Simulator 2 - Optional GPS Spoofing License (Perpetual)GP Simulator 2 – SDRGP-Jammer – 3-channel license (perpetual)3 × SDRPowerful laptop (Ryzen 7, 32 GB RAM, RTX 4060)Robust Transport Case – NANUK Laptop, BlackComplete set of HF accessories for fast and trouble-free commissioning

Multi-channel RF jammer simulator for GNSS and communication systems(Note: The item is available. Distribution only to research institutions and authorities with permission)For research institutions - Write to us also for the receipt of a test license!The GP-Jammer is a software-defined, multi-channel RF jammer simulator specifically designed for the development and testing of GNSS and communication systems under realistic interference conditions. It is ideal for applications in the areas of drone technology, critical infrastructures, research and development.It can be programmed completely freely and also adapted and controlled via Python scripts.Features Multi-channel capability: Supports multiple simultaneous transmission channels, ideal for complex test scenarios.Wide frequency range: Simulates RF interference in the range from 70 MHz to 6 GHz.Open Python library: Allows the creation and adaptation of interference signals with various modulation techniques.Compatibility with Adalm Pluto SDR: Uses custom firmware to efficiently process and transfer IQ data.Powerful modulation techniques: Supports complex modulations such as AWGN, chirp signals and GPS C/A code interference.Diverse application possibilities Drone resilience tests: Evaluation of the resistance of drones to GNSS interference and spoofing attacks.Research and development: Investigation of the effects of various interference signals on communication systems.Security checks: Testing systems for their vulnerability to RF interference in critical infrastructures.Available licenses 1-channel license: For basic tests and single-channel devices.3-channel license: Ideal for GNSS receiver testing across multiple bands.6-channel license: Recommended for comprehensive drone testing, including control, telemetry, and GNSS resilience.Unlimited channels: For advanced test scenarios with multiple sources and complex modulations.

Jammerschreck NanoThe jammer nano is a completely new development. A complex GNSS analysis hardware was accommodated in the size of a USB stick.Probably the smallest GPS jammer detector based on advanced GNSS analysis in the world!The Jammerschreck nano reliably detects interference in the GPS-L1 band and signals them via sound, vibration or through the LED bar. For example, car jammers can be detected and located in the outdoor field at about 200m and in the car at about 50-70m (example with USB 5 dBm low power jammer).The compact dimensions make it the perfect companion for the pocket or the dashboard. The built-in battery can be easily charged via USB-C and allows continuous operation of 1 month in detection mode (in logging mode even up to 3 months).The Jammerschreck nano works completely self-sufficient.For further analysis, it can also be connected to a smartphone via USB-C and provides exact data on power and SNR. The seamless integration into our web app solution is also available.Features SmallLight2 operation modes – detector (10/s) and logger (1/s)Ultra-compact – ideal for portable use on the body (also stealth mode)Simple 1 button operation - for switching on, muting, battery check...Wide detection radius - approx. 200m in the free field, approx. 50-70m in the vehicleIntegration with smartphone, Android app and our GP web appSize: 113 x 31 x 15mmWeight: approx. 50 gReceiving bands: GPS L1 C/A, Galileo E1B/CAlarm: Speaker, Vibration, 36 LEDsBattery life: up to 1 month in detector modeUp to 3 months in Logger ModeBattery charging time: 90 minutes via USB-C