OSCOR Blue is a portable spectrum analyzer with a high spectrum sweep speed and special functions for detecting unknown signals, detecting devices for covert information removal, testing radio transmission systems in a wide range of frequencies.
Frequency range: 10 kHz - 24 GHz.
OSCOR Blue can be successfully used for: Conducting work to detect eavesdropping devices. Detecting unauthorized signals in a heavily loaded radio frequency spectrum. Analyzing the distribution of radio frequency signals Assessing the use of communication channels Determining the coverage area of communication systems (cell towers, radio relay systems) Installation and maintenance of wireless data transmission systems Competition in business requires a high level of corporate security to protect commercial secrets, new developments, financial information from special technical means of covert information removal. Detecting eavesdropping devices is an important aspect of protecting VIPs. Businessmen and politicians, sports and movie stars, and other celebrities need to have the best protection from surveillance and spying, persecution and threats.
The use of communication systems in various fields is rapidly developing all over the world, especially mobile and satellite systems using broadband communication channels. OSCOR Blue is a serious tool for assessing and integrating these systems in the radio frequency range.
Analysis and distribution of the radio frequency spectrum is of great importance for many organizations, such as wireless operators, airports, ports, laboratories, during design and survey work. OSCOR Blue is an excellent tool for detecting "complex" radio frequency signals in an unfavorable environment.
Integrated in one device - spectrum analyzer, antennas, software.
Range/Speed of operation OSCOR Blue scans the 24 GHz range in 1 second with a step of 12.2 kHz. High scanning speed, built-in antennas, built-in software, quick preparation for work, allow you to save a lot of time when working with OSCOR Blue.
Automatic switch of the multi-antenna system Using the built-in automatic switch of the antenna system allows you to receive an image in real time, in the range from 10 kHz to 24 GHz (10 kHz to 8 GHz for the OBL - 8 model) without "joints" and "dead zones" Built-in 10 dB preamplifier increases receiver sensitivity.
Built-in attenuator from 0 to -30 dB allows you to work near powerful transmitters.
Capture and detection of all active signals. No losses due to the limited range of antennas or the need to switch external antennas. Compactness Light weight (up to 4 kg), small dimensions, allow you to use OSCOR Blue mobile, for data collection and signal analysis on the ground. Built-in antennas and software make it easy to deploy the device to capture and compare the signal spectrum in different places.
Patented trace analysis for fast signal detection In addition to its compact size, high speed and portability, REI's trace analysis feature adds the ability to analyze the entire spectrum of signals on the instrument's screen without the need for an additional computer. The functionality of the trace analysis software and the easy menu navigation of the OSCOR Blue allow for high productivity.
Create a signal list Based on the trace analysis, a signal list is created by peak values. In addition, it is possible to create signal lists for different locations and then compare these lists.
Create a signal list from trace analysis using the appropriate algorithm Multiple signal list creation, in one pass per second. Analysis of unstable signals (with burst transmission, with changing frequency)
Sonogram View a raster spectrogram (sonogram) obtained from trace analysis over a period of time.
Dynamic display of the spectrogram of constant signals Dynamic display of the spectrogram of constant signals allows you to identify the spectrum of an active signal in a complex RF environment, using dynamic color changes to visually separate the signal from ambient noise or multiple transient signals. Transient (non-repetitive) signals are displayed in darker colors (blue and green) and disappear quickly, while constant signals are displayed in bright colors (red and yellow). This allows you to easily identify constant signals in the presence of interference.
Detailed recording of the spectrogram "Waterfall" Allows you to record detailed information about the signal spectra for an extended period of time, more than 30 hours, and then analyze them in detail. Recording and viewing the Spectrogram allows you to identify the activity of transmitters with pseudo-random frequency hopping (PRHP), pulse and many others