Adalm Pluto
Analog Devices ADALM-PLUTO SDR Active Learning Module (PlutoSDR)The Analog Devices ADALM-PLUTO SDR Active Learning Module (PlutoSDR) provides an introduction to the fundamentals of software-defined radio (SDR), radio frequency (RF), and wireless communications for electrical engineering students. Designed for all levels and backgrounds, students can use this self-contained RF lab either in a classroom environment guided by an instructor or independently.Portable LabBy using the ADALM1000 on a laptop or tablet, the PlutoSDR can serve as a portable lab even in a classroom setting. PlutoSDR supports MATLAB® and Simulink® software packages. These packages feature an innovative graphical user interface (GUI) that allows learners to study faster, work more efficiently, and explore more deeply.Exploring RF Theory and PracticeWith the ADALM-PLUTO SDR active learning module, students in technology, engineering, and science disciplines can build a solid foundation in real-time RF and communications. The ADALM-PLUTO SDR features independent transmit and receive signals that can operate in full duplex. PlutoSDR can capture and generate RF analog signals in the tuning range of 325 MHz to 3.8 GHz at up to 61.44 MSPS. It is powered by libiio drivers and supports OS X®, Windows®, and Linux®, allowing learners to study across multiple platforms.FeaturesPortable, self-contained RF learning moduleLow-cost experimentation platformBased on the Analog Devices AD9363 highly integrated RF agile transceiver and Xilinx® Zynq Z-7010 FPGARF coverage from 325 MHz to 3.8 GHzUp to 20 MHz instantaneous bandwidth12-bit ADC and DAC with flexible sampling ratesOne transmitter and one receiver, half- or full-duplexSupport for MATLAB® Simulink®GNU Radio sink and source blocksLibiio API: A, C, C++, C#, and PythonUSB 2.0 interfaceDurable plastic enclosurePowerDC input (USB): 4.5 V to 5.5 VConversion Performance and ClocksADC and DAC sample rate: 65.2 kSPS to 61.44 MSPSADC and DAC resolution: 12 bitsFrequency accuracy: ±25 ppmRF PerformanceTuning range: 325 MHz to 3,800 MHzTx output power: 7 dBmRx noise figure: <3.5 dBRx and Tx modulation accuracy (EVM): –34 dB (2%)RF shielding: noneDigital SpecificationsUSB: 2.0 OTGCore: ARM Cortex®-A9 at 667 MHzFPGA logic cells: 28kDSP slices: 80DDR3L: 4 Gb (512 MB)QSPI flash: 256 Mb (32 MB)Physical SpecificationsDimensions: 117 mm × 79 mm × 24 mm (4.62 in × 3.11 in × 0.95 in)Weight: 114 gOperating temperature: 10 °C to 40 °CUSB Device Classes Supported by the PlutoSDR Host InterfaceMass Storage (for easy firmware updates)Serial (for interaction with the Linux kernel/userspace on PlutoSDR)Network/RNDIS (for loading and controlling custom ARM® applications)Libiio (bulk USB for SDR data transfer and control)Device Firmware Upgrade (for backup firmware upgrades)More info and Wiki:https://wiki.analog.com/university/tools/pluto
DS-SI5351C Frequenznomal
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
ELPM-S3LW
ELPM-S3LW Extremely low power module for IoT applications Combines LoRa and ESP into one module The ELPM-S3LW is a breakthrough for developers who develop battery-powered IoT devices and applications for power generation.This innovative module combines the power of the ESP32-S3FN8 microcontroller with the Lora SX1262 long-range transceiver while focusing on minimal energy consumption.Features: Ultra Low Power Design: The ELPM-S3LW has an integrated power unit that adapts to your specific needs and minimizes energy consumption. With its deep stop mode, this module is ideal for applications where battery life is crucial.Perfect for a variety of applications: Whether you're developing industrial solutions or general IoT devices, the ELPM-S3LW offers the flexibility and efficiency you need.Efficiency oriented: With its focus on low energy consumption, the ELPM-S3LW is an excellent choice for projects that require long-lasting operating time and optimal energy use.Technical data:OBJEX ELPM S3LW/S3 ESP32-S3FN8 (32-bit, 240 MHz) Memory Size: 8 MB Flash GPIO: 33 available (7 reserved for LoRa - SPI) WiFi - IEEE 802.11 b/g/n-compliant Bluetooth 5/ Bluetooth LE Interfaces: I²C, I²S, SPI, UART, USB RGB status LED (WS2812B) Deep Stop Mode, rising/falling edge detector & RTC (1-100 nA) Footprint: 18 x 30 mm (0.71 x 1.18 in) Weight: 2.30 grams (0.08 oz)LoRa Based on SX1262 Frequency bands: 862 MHz to 928 MHz Signal power: 22 dBm Transmission distance: 10 km Communication interface: SPI 50 Ohm U.FL/pad antenna Full compatibility with LoRa and LoRaWAN
Guying Kit Easy
Guying kit for stabilizing the aluminum pole at higher wind load.Very quick and easy to set up.Consisting of1 x ending ring3 x Robust ending rope 4m incl. Ratchet3 x ground spike
HyperLOG® PRO 7080
Directional measurement and direction-finding antenna with a frequency range of 700 MHz – 8 GHz and SMA (f) connector. The delivery includes a transport case, mini tripod, SMA tool, and 2 m SMA cable with locking knurled nuts. Technical Data: Dimensions: 590 × 360 × 30 mm (L/W/H) Design: LPDA Hybrid Directional Measurement and Direction-Finding Antenna Frequency Range: 700 MHz – 8 GHz Active: No Gain (max): 11 dBi RF Connector: SMA (f) Mounting: 1/4” thread Dimensions: 590 × 360 × 30 mm Weight: 1200 g Warranty: 2 years Scope of Delivery: • HyperLOG PRO 7080 Antenna • Aluminum transport case • Pistol-grip mini tripod • 2 m SMA cable • SMA tool
IQ DJI DroneID Decoder
Decodes DJI ProtocolsThis system decodes both the DroneID and associated GPS data (including position and altitude information, where available) of the most commonly used DJI communication protocols — such as OcuSync 1, 2, 3, and 3+, as well as Lightbridge.It enables the detection and localization of both the drone and its operator, effectively serving as a replacement for the discontinued mobile DJI Aeroscope solution.Supported Drone Series:PhantomInspireMavicSpark
IQ Pulse Inspector
Decodes Every Digital SignalThe IQ Pulse Inspector Block offers fully automated classification and demodulation/decoding of digital signal bursts and pulses.You can record IQ data and visualize it in a waterfall display.Within this view, any signal of interest can be highlighted, selected, and automatically classified and decoded in real time.It’s also possible to perform an automatic classification across the entire recording, generating a comprehensive table of all detected signals — potentially thousands of entries. From this table, any signal can be selected for automatic decoding.Currently, the IQ Pulse Inspector supports the following decoders:AutoAuto BasicASK PSK FSK GFSK BPSK DBPSK QPSK QPSK_C DQPSK P4DQPSK 8DPSK QAM16 QAM64 QAM256QAM1024Bluetooth LE (Low Energy)Bluetooth EDR 2MBluetooth EDR 3MDECT GSMWi-Fi 802.11bWi-Fi 802.11g (5MHz / 10MHz / 20MHz)Enhanced ShockburstFor more information on this block, visit the V6 Forum: https://v6-forum.aaronia.de/forum/topic/iq-pulse-inspector/
IQ WiFi Interaction Mapper
Decodes MAC, manufacturer, SSID, and protocols, and visualizes network interactionsThe IQ WiFi Interaction Mapper block displays the MAC address, manufacturer, SSID, and protocol used by all WiFi routers, nodes, phones, and other devices within range, as well as their interactions in the form of a MAC table and an interactive graph.Up to 4 IQ streams can be processed simultaneously — for example, to monitor multiple frequency bands.This block is particularly useful for detecting unwanted phishing attempts or unauthorized device connections, and for monitoring surrounding networks.
IsoLOG® 3D Mobile 9080 PRO
IsoLOG® 3D Mobile PROAaronia’s latest innovation, the IsoLOG® 3D Mobile PRO, is a lightweight and compact isotropic antenna compatible with any spectrum analyzer and ready for immediate use out of the box. It’s the perfect solution for 3D measurements when time is critical or when mobility is required. The antenna requires no software installation, power connection, or hardware modification. It connects easily to any spectrum analyzer or oscilloscope via an N-type (female) connector.Each IsoLOG® 3D Mobile PRO includes a built-in rechargeable battery providing up to 6 hours of operation, as well as a switchable low-noise bypass preamplifier. The two integrated preamplifiers enable the detection of extremely weak signals, while the bypass mode allows operation with very strong signals. The antenna can be controlled either through the USB port or via manual buttons directly on the unit.An ultra-fast “chopper” function is also integrated. Using special interference-free RF switches, this feature provides automatic and continuous antenna rotation with switching speeds of up to 50 kHz. This makes the IsoLOG® 3D Mobile PRO a fully functional 3D antenna — without the need for USB control.The IsoLOG® 3D Mobile PRO comes in a waterproof transport case and includes a pistol-grip handle with tripod function.HighlightsWorld’s first isotropic handheld antenna covering 9 kHz to 8 GHzTwo internal bypass preamplifiersCompatible with all spectrum analyzersHigh gain with low noiseManual and automatic axis rotationOperates via power cable or internal batterySupports Wi-Fi 6 | WLAN AX | IEEE Standard 802.11axTechnical SpecificationsDesign: IsotropicActive: YesMaximum Gain: 22 dBiFrequency Range: 9 kHz – 8 GHzNominal Impedance: 50 OhmConnector: N (f, optional m)Mount: 1/4” threadDimensions: 315 × 70 × 70 mmWeight: 350 gScope of DeliveryIsoLOG Mobile 9080 PROPistol-grip with mini-tripod functionWaterproof transport caseCigarette lighter power adapterSMA to N adapterPower supply
Kraken SDR
KrakenSDR is a coherent 5-channel SDRIdeal for radio direction finding and beamformingTypical applications include:Localization of radio sourcesAmateur radioFox huntingRadio direction findingRadio astronomyand much more
Link S3LW
Developer board with ELPM Lora module and ESP32 under one roof Quick testing and provisioning: The OBJEX Link S3LW convinces in the rapid prototyping, the development of IoT solutions as well as the testing and prototyping of IoT devices before mass production. Its versatility and easy integration allow designers and developers to create functional prototypes quickly, easily and securely. This will massively accelerate the transition from prototypes to production. Easy integration into ecosystems such as Home Assistant. flexible development options. The OBJEX Link S3LW is a development board based on the ELPM-S3LW. It is specially designed to meet the requirements of lowest energy consumption at the smallest size and maximum performance. Developers can implement projects that require both extreme low-energy operation and high-performance functionality with up to 100 W (USB-C PD 3.0 PPS).Important features: Versatile energy management: Supports both extreme low-energy operation (down to nanoamps) and high-performance functionality (up to 100 W) through fine-grained control of the energy supply.LoRa/LoRaWAN support: Ideal for long-range projects thanks to the integrated SX1262 transceiver.Comprehensive connectivity: Includes Wi-Fi (2.4GHz, 802.11 b/g/n) and Bluetooth 5 (LE) for a variety of communication needs.Technical Data: Powered by ELPM-S3LW v1.2 module (see full specs below) USB-C Type 2.0 PD PPS 3.0 (21 V 5 A) Terminal block for Vbus (USB Type-C PD) DC/DC synchronous step-down (V-out: 5 V 2 A) USB to UART Bridge (CP2102/CP2104) Power switch STEMMA 4 Pin - I2C connector Size: 30.50 x 84.74 mm (1.2 x 3.34 mm) Weight: 16.85 grams (0.59 oz)
LTE Analyzer Bundle
Enables scanning and analysis of LTE channels.Includes the software blocks:LTE ScannerLTE DecoderGeo CellDBThe LTE Decoder block synchronizes with your LTE cell, decodes and displays the most important data. Results can be saved as CSV/XML/JSON and as a screenshot. The equalized signal from the physical channels is sent to the output and can be inspected with other blocks.
OmniLOG 30800
Ultra-Wideband Antenna with a Frequency Range of 300 MHz – 8 GHzThe OmniLOG 30800 offers an extended frequency range from 300 MHz to 8 GHz, covering bands such as TETRA/BOS and ISM434. Despite its exceptionally wide bandwidth and compact design, the antenna provides a consistent gain response (see datasheet).It is the perfect complement to the SPECTRAN spectrum analyzers.In contrast to the HyperLOG antennas, the OmniLOG antenna allows for direct, radial field strength measurementswithout the need for alignment — enabling immediate and accurate field strength readings.The Aaronia “MCS” PC analysis software supports the use of the OmniLOG 30800 as a broadband antenna.Its extremely compact dimensions make it ideal — unlike the HyperLOG antennas — for discreet or covert measurements.The OmniLOG antenna features a high-quality SMA connector, allowing for direct connection to SPECTRAN devices, but it is equally compatible with any other spectrum analyzer.
OmniLOG PRO (1W)
Cost-Effective Broadband Antenna for Omnidirectional Measurements or Frequency MonitoringThe new OmniLOG PRO series includes both an ultra-wideband, cost-effective receiving antenna (1 W [CW]) and a high-performance transmit & receive antenna (100 W [CW]).These broadband antennas are ideal for radial isotropic measurements, interference detection, or frequency monitoring, including possible countermeasure applications in conference rooms.Depending on the model, they cover all RF sources from VHF up to the K-band (e.g., radio and TV, mobile communications, DECT, Bluetooth, and WLAN).Each OmniLOG PRO features a weatherproof high-tech housing (IP65 certified) for outdoor use, protecting it from environmental influences. The magnetic base allows for temporary yet stable installations, for example on a car roof.Before shipping, every antenna undergoes rigorous testing in Aaronia’s laboratories, ensuring top quality and reliability — backed by a 2-year warranty on all antennas.Highlights:• 4 versions available with frequency ranges from 150 MHz up to 18 GHz• 1 W max (CW) broadband antenna• Usable from 80 MHz to 20 GHz• Omnidirectional radiation pattern• Magnetic base for quick mounting• Cost-effective and robust• Compatible with any spectrum analyzerApplications:• Omnidirectional measurement applications• Frequency monitoring of private/non-public bands• Ensuring interference-free radio communication• Detection of jammers and RF interference sourcesTechnical Data:• Type: Omni• Active: No• Frequency range: 150 MHz – 6 GHz | 1 W• Max. gain: 2 dBi• Transmission power: 1 W• Nominal impedance: 50 Ohm• RF connector: SMA (male)• Mounting: Magnetic base• Dimensions: Ø 8.4 cm × H 9.6 cm (incl. magnetic base)• Weight: 600 g• Cable length: 3.5 m• Warranty: 2 yearsIncluded in delivery:• OmniLOG PRO antenna• Magnetic base or N-connector (please select)• Connection cable with SMA (male) connector or mounting bracket
OmniLOG PRO H 100W
Cost-Effective Broadband Antenna for Omnidirectional Measurements or Frequency MonitoringHigh Power 100W TX VersionThe new OmniLOG PRO series includes both an ultra-wideband, cost-effective receiving antenna (1 W [CW]) and a high-performance transmit and receive antenna (100 W [CW]).These broadband antennas are ideal for radial isotropic measurements, interference detection, or frequency monitoring, including countermeasure applications in environments such as conference rooms.Depending on the model, they cover all RF sources from VHF up to the K-band — including radio and TV, mobile communications, DECT, Bluetooth, and WLAN.Each OmniLOG PRO features a rugged, outdoor-ready high-tech housing (IP65 certified) that protects against environmental influences. The magnetic base allows temporary yet stable installations, for example on a car roof.Before shipping, every antenna undergoes strict laboratory testing to ensure the highest quality standards — backed by Aaronia’s 2-year warranty on all antennas.HighlightsAvailable in 4 versions covering frequency ranges from 150 MHz to 18 GHz100 W max (CW) broadband antennaUsable from 80 MHz to 20 GHzOmnidirectional radiation patternMagnetic base for quick and easy mountingCost-effective and durable designCompatible with any spectrum analyzerApplicationsOmnidirectional measurement applicationsFrequency monitoring of non-public or private bandsEnsuring interference-free radio communicationsDetection and localization of jammers or interference sourcesTechnical DataType: OmniActive: NoFrequency range: 150 MHz – 6 GHz | 100 WMax. gain: 2 dBiTransmission power: 100 WNominal impedance: 50 OhmRF connector: SMA (male)Mounting: Magnetic baseDimensions: Ø 8.4 cm × H 9.6 cm (incl. magnetic base)Weight: 600 gCable length: 3.5 mWarranty: 2 yearsIncluded in DeliveryOmniLOG PRO antennaMagnetic base or N-connector (selectable)Connection cable with SMA (male) connector or mounting bracket
Outdoor Case V6
Outdoor Case for SPECTRAN® V6 X Schlagfeste, schwere PROFI-Ausführung mit gepolsterten Einlagen für SPECTRAN® V6 USB Messgeräte mit allem Zubehör.Gewicht: 2,5 kgAbmessungen: 42 x 32,5 x 17,5 cm (L/B/H)
Portable pole 7m
Super-Lightweight Portable Aluminum Mast 7m incl. Tripodwith Practical Pneumatic DampingIncl. Carry BagThis telescopic aluminum mast weighs only 5.5 kg and can be extended to a maximum height of approx. 7 m in just a few moments.Sturdy construction.Suitable for outdoor use, as well as for heavier antenna setups of up to approx. 20 kg.(For wind loads we recommend our optional guyline kit.)The practical pneumatic damping system greatly speeds up and simplifies disassembly, while also reducing the risk of injury from pinching.Technical Data:Material: AluminumColor: BlackMaximum Extension Height: approx. 7 mCollapsed Height: 1.50 mTripod Footprint: max. approx. 1.60 mTube Diameter: 45 mm – 25 mmWeight incl. Carry Bag: 5.6 kgMaximum Load Capacity: 22 kgScope of Delivery:Portable TripodCarry BagOptional:Easy Guyline Kit
RTSA-Suite PRO
RTSA-Suite Pro is the control software for SPECTRAN spectrum analyzers and signal generators. It is available as a free download and installation. With its vast range of standard features, it covers virtually all requirements for engineers and technicians. For specialized applications, additional software modules and options can be ordered separately. The software is continuously developed and updated on a monthly basis.Downloads AARONIA RTSA Software for Spectrum Analyzer:Windows:RTSA-Suite PRO - 3.0.1.StableDevice: V6 PLUS / V6 ECOOS: Windows 10, 64 bitLinux:RTSA-Suite PRO - 3.0.1 StableDevice: V6 PLUS / V6 ECOOS: Linux 10, 64 bit
SDR-VFO-1
External rotary hedderSuitable for local or remote operation.For easy sweeping through the frequency band of the SDR softwareWorks with all programs that support MIDI interface e.g. SDR Console, SDRAngel and many morePTT Input
SMA Limiter
Protects sensitive electronics from damage caused by excessive RF interference up to max. 2.5 watts (approx. +33 dBm)Frequency range: 30 MHz – 7250 MHzMaximum level: +12 dBm / +33 dBm (2.5 W)Frequency range 30 – 7250 MHz – also suitable for WiFi6EMaximum level: +12 dBm / +33 dBm (2.5 W)Very low insertion loss at input levels < 0 dBmSMA connectors (m/f), 50 Ohm
SPECTRAN V4-C Handheld
SPECTRAN V4-C – Next-Generation Handheld Spectrum Analyzer The SPECTRAN V4-C is a high-performance, portable spectrum analyzer designed for professional RF testing, field monitoring, and interference analysis. Covering a wide frequency range from 9 kHz to 6 GHz, it provides exceptional versatility for today’s communication and signal environments. An internal low-noise preamplifier delivers an outstanding sensitivity of -165 dBm/Hz DANL, enabling precise detection of even the weakest signals. With a fast sweep speed of 10 GHz @ 25 kHz and selectable IF bandwidths of 20 MHz / 100 MHz, the V4-C ensures both speed and accuracy. The USB Type-C interface supports full API development and remote control, making system integration simple and flexible. Key Benefits Frequency range: 9 kHz – 6 GHz Internal preamplifier achieving -165 dBm/Hz DANL IF bandwidth 20 MHz / 100 MHz Sweep speed 10 GHz @ 25 kHz USB (Type-C) interface with API and remote control support Advanced spectrum analysis: Channel Power, ACLR, OBW, N dB Bandwidth, Spectrogram and DPS Interference hunting with signal orientation and Angle of Arrival (AoA) location MSCAN mode for GNSS signal quality measurement and emergency communication Base station demodulation (2G / 3G / 4G / 5G – option) Indoor and outdoor coverage mapping and spectrum compliance measurements Record and replay functions for efficient analysis Communication channel information editing and Management SPECTRAN V4-C – where precision meets portability. Designed for professionals who demand accuracy, speed, and reliability in every environment.
SPECTRAN V6 ECO 100XA-6
9 kHz – 6 GHz | 16-bit USB Real-Time Spectrum Analyzer & Signal Generator The Aaronia SPECTRAN® V6 ECO is a high-performance, cost-effective real-time spectrum analyzer featuring up to 2 × 44 MHz real-time bandwidth at 16-bit resolution. With its compact aluminum housing (210 × 115 × 30 mm, 850 g) and low power consumption, it’s ideal for both laboratory and mobile applications. Available in RX, dual RX, and RX + TX configurations. Unmatched Performance The SPECTRAN® V6 ECO achieves a full 6 GHz sweep in under 2 ms, corresponding to an exceptional 3 THz/s sweep speed (optional). Data is transferred via a USB 3.x interface as raw I/Q or FFT data. If your computer supports USB Power Delivery (USB-PD), the device can operate without a separate power supply – only a single USB-C cable is required. Powerful Software Delivered with RTSA-Suite PRO, a modular real-time analysis software that includes: Over 20 measurement units Five detectors (including AVG and QPEAK) Interfaces for MATLAB®, GNU Radio, and SDRangel Expandable display and analysis modules via license keys Key Technical Features 2 × 44 MHz IQ bandwidth (dual receiver or TX mode) Up to 3 THz/s sweep speed (optional) Noise floor (DANL): –170 dBm/Hz (with preamp) 16-bit ADC, 2 GSPS sampling rate USB 3.2 Gen 1 Type-C PD interface Frequency reference accuracy: 0.5 ppm (5 ppb with OCXO option) SDR interfaces: GNU Radio, SDRangel, MATLAB Available Versions Model Frequency Range Configuration Description V6 ECO 100XA-6 9 kHz – 6 GHz 1× RX Spectrum Analyzer / SDR (2×44 MHz RTBW) V6 ECO 150XA-6 9 kHz – 6 GHz 1× RX + 1× TX Spectrum Analyzer & Signal Generator (2×44 MHz RTBW) V6 ECO 200XA-6 9 kHz – 6 GHz 2× RX Dual Spectrum Analyzer (2×44 MHz RTBW) Optional Upgrades Internal preamplifier Frequency extension up to 7.2 GHz Internal GPS module OCXO high-stability time base Extended temperature range (–40°C to +75°C) Technical Specifications Frequency range: 9 kHz – 6 | 7.2 GHz RT bandwidth (Rx): up to 88 MHz (2×44 MHz) RT bandwidth (Tx): 44 MHz (optional) Max input power: +23 dBm Max output power: +20 dBm DANL: –170 dBm/Hz (with preamp) Amplitude accuracy: ±0.5 dB (typ.) Reference input: 10 MHz (SMB) Triggers: Cursor, Measurement, Density Memory: 2 GB SDRAM DSP performance: 930 GMACs Connectors: SMA (Rx, Tx), SMB (Trigger, RefClock, GPS, PPM) Operating temperature: 0°C to +50°C (optional –40°C to +75°C) Power: USB-C (typ. 10 W) Dimensions: 210 × 115 × 30 mm Weight: 850 g Country of origin: Germany Recommended calibration interval: 2 years
SPECTRAN V6 ECO 150XA-6
9 kHz – 6 GHz | 16-bit USB Real-Time Spectrum Analyzer & Signal Generator Aaronia’s latest high-performance, low-cost real-time spectrum analyzer, the SPECTRAN® V6 ECO, features a real-time bandwidth of 2 × 44 MHz at 16-bit resolution. The compact aluminum housing, measuring just 210 × 115 × 30 mm (850 g), requires minimal lab space and, thanks to its low power consumption, is also ideal for mobile applications (e.g., laptop use). It is available as a Spectrum Analyzer RX, Dual RX, or RX + TX version. The Fastest The V6 ECO completes a full 6 GHz scan in under 2 ms, corresponding to a sweep speed of 3 THz/s (optional). Measurement data is transmitted via a USB 3.x interface as I/Q raw data or FFT data. If the connected computer supports USB-PD functionality, the included power supply is not required — only a single USB connection cable is necessary. Included Modular Software: RTSA-Suite PRO The supplied RTSA-Suite PRO software already includes, in its basic version: Over 20 measurement units 5 detectors (including AVG and QPEAK) Interfaces to popular programs such as MATLAB®, GNU Radio, and SDRangel A wide variety of unique visualization options, expandable via license keys Technical Highlights Up to 2 × 44 MHz IQ bandwidth (without TX, dual receiver at 44 MHz IQ RTBW) 3 THz/s sweep speed (optional) -170 dBm DANL/Hz (4 dB NF) 16-bit ADC SDR interfaces to GNU Radio, SDRangel & MATLAB® Available Versions Version Frequency Range Configuration Description SPECTRAN V6 ECO 100XA-6 6 GHz 1× RX Spectrum Analyzer / SDR (2 × 44 MHz RTBW) SPECTRAN V6 ECO 150XA-6 6 GHz 1× RX + 1× TX Spectrum Analyzer and Signal Generator (2 × 44 MHz RTBW) SPECTRAN V6 ECO 200XA-6 6 GHz 2× RX Dual Spectrum Analyzer (2 × 44 MHz RTBW) Optional Features Internal preamplifier Frequency extension to 7.2 GHz Internal GPS OCXO time base Extended temperature range RSA-V6-ECO Connections 1 × RX/TX (50 Ω SMA) 2 × RX/TX (50 Ω SMA) (optional) 1 × RX + 1 × TX (50 Ω SMA) (optional) 1 × USB-C PD Specifications Frequency range: 9 kHz to 6 | 7.2 GHz Real-time bandwidth (Rx): up to 88 (2 × 44) MHz via 1× USB Real-time bandwidth (Tx): 44 MHz (optional) Max. input power (Rx): +23 dBm Max. output power (Tx): +20 dBm DANL: -170 dBm/Hz (typ., internal preamp on) Amplitude accuracy: ±0.5 dB (typ., FIR-compensated) USB connection: 1× USB 3.1 or 3.2 PD Frequency reference accuracy: 0.5 ppm (5 ppb with OCXO option) Resolution bandwidth (RBW): 62 mHz to 200 MHz Measurement units: Over 20 (e.g. dBm, dBμV, V/m, A/m, W/m², dBμV/m, W/cm²) Detectors: Min, Max, AVG, Peak, QPeak Attenuator: Range 50 dB / 70 dB (0.5 dB steps) Traces: Over 20 (ACT, AVG, MAX, MIN, QPEAK, etc.) Measurement modes: True IQ or Power/Frequency data Triggers: Cursor, Measurement, Density ADC: 2 GSPS, 16-bit DAC: 2 GSPS, 14-bit GPS: GPS/QZSS, GLONASS, BeiDou, Galileo (concurrent) GPS synchronization: ±10 ns timestamping per data packet External frequency reference input: typ. 10 MHz, 3.5 VRMS, 50 Ω (SMB) DSP processing: 930 GMACs SDRAM: 2 GB RF connectors: SMA (Rx/Tx), SMB (Trigger, RefClock, GPS, PPM) — all 50 Ω Operating temperature: 0 °C to +50 °C (extended -40 °C to +75 °C) Dimensions: 210 × 115 × 30 mm Power supply: USB 3.2 Gen 1 Type-C PD 3.0 Power consumption: Typical 10 W Country of origin: Germany Recommended calibration interval: 2 years