Narda SignalShark 3310 Real-Time Handheld Spectrum Analyzer | 8 kHz to 8 GHz

Finding RF Interference is effective with the right tools and practices. RF interference hunting is needed when unexpected or illegal signals interfere with a network’s operation or system quality. In order to find RF interference, it is important to know why it is a necessary step to maintaining networks.   What Is Electromagnetic Interference? Electromagnetic interference (EMI), also called radio frequency interference (RFI), refers to when radio signals interfere with a preexisting network system. These interferences can negatively affect the quality of a network that uses RF signals. Affected networks can include radios, telecommunications technology, the internet, and more. In order to maintain reception or productivity of a network, RF Interference Hunting Equipment is a necessity.   Where Is RF Interference A Problem? RF Interference can become a problem any time a network or device is being affected or influenced by unexpected or unauthorized signals. This can create problems with a network that need to be addressed. RF interference can also affect electrical and wireless devices.   Industries Affected Telecommunications Electrical Engineering Aerospace & Aviation Military & Government Occupational Safety Non-Commercial Users Radio Frequency Interference Examples Some examples of RF interference include calls being dropped for seemingly no reason, spotty phone calls, poor radio quality, and low quality internet. RF interference hunting practices also are used to find unwanted signals, such as the RF signals from drones or possible military threats. It is also important to note that anything that uses radio signals can be at risk of RF interference.   Cellphones Low speed internet and disconnection or delay in a wireless network can also be the results of RF interference. Signal interference can affect cellphones, often resulting in choppy or degraded call quality. RF interference can

Spectrum monitoring is an essential practice when analyzing interfering RF Signals. The ability to locate and fix unwanted signals or interference is important to in an age where there is a high demand for accurate and efficient spectrum monitoring.   What Is Spectrum Monitoring? Spectrum Monitoring is the practice of maintaining and monitoring networks or devices that use RF signals and frequencies. There are a number of tools that can be used to monitor RF signal quality and interferences. Using device applications and viewing the data on screens to complete this monitoring, this these tools are integral to successful EMI testing and RF interference hunting.   Types Of RF Spectrum Monitoring Tools Active Directional Antennas USB Real-Time Spectrum Analyzers Real-Time Remote Analyzers UXA Signal Analyzer Monitoring Receivers EMI Receivers RF Interference Hunting Tools What Is Spectrum Monitoring Used For? Spectrum Monitoring is for determining and reporting anomalies in RF signals within a network. Identifying these unauthorized or unintentional signals allows operators to make the appropriate adjustments, ensuring a network’s quality and providing a way to evaluate a system’s performance. This data can then be saved and referenced over a period of time.   Who Uses Spectrum Monitoring Practices Spectrum monitoring tools are used by a variety of different people from diverse industries. For example, the military uses a range of spectrum monitoring tools to geolocate foreign and domestic signals. This monitoring is critical to national security and public safety. Those who rely on precise RF spectrum monitoring includes: Aerospace Employees Military Personnel Electrical Engineers Telecommunications Technicians Laboratory Workers Wireless Network Experts   What To Know For Successful RF Spectrum Monitoring To complete RF spectrum monitoring, technicians must first

In the modern world, drones have become more popular and easier to obtain. Experts with the FAA and FCC are looking to regulate these drones, but in order to address the growing concern over possible privacy infringements and the increased number of drones in operation, people must use precise and reliable drone detection equipment.   FAA’s Drones Laws The Federal Aviation Administration (FAA) and Federal Communications Commission (FCC) both try to provide regulations that will keep drones within the confines of the law, but that does not guarantee that drone operators will always honor those requirements, knowing or unknowingly. For example, the FAA requires operators to register any recreational drone that weights more than 0.55 pounds. There also rules designed to ensure airspace safety. Unsafe incidents in the past have motivated these federations to be stricter with drone regulations. Some of these incidents include drones crashing into buildings like the Space Needle or onto government property such as the White House. There have even been reports of hawks attacking drones or drones hitting people.   What is Drone Detection Equipment? Drone detectors track Unmanned Aerial Vehicles (UAVs) that may be engaged in illegal acts or invasions of personal privacy, including recording, spying, smuggling or potential terrorist attacks. Unauthorized UAV's entering certain airspace is a security issue. A drone detector will give users data on the drone in question and even the location of the drone operator, depending on the sophistication of the instrument.   How Do Drone Detectors Work? Due to the heterogeneity of speed, size and shape among modern drones, identification can be difficult with a single method of drone monitoring. In response to this, drone detection equipment harness a variety of sensors for real-time drone tracking, including GPS, RF, Wi-Fi, radar, video, audio, thermal and ultrasonic sensors. In addition to

Interference hunting and localization are key aspects to successfully maintaining communications technology. The communications industry relies on safety, effectiveness, and efficiency, making interference detection crucial.   What Is RF Interference? RF interference occurs when unwanted RF signals transmit and interfere with cellular, wireless networks, or other communication-based systems. RF interference can result in a variety of problems that diminish the quality of a network and effect user experience like dropped calls or poor battery life. Troubleshooting and adjusting networks impacted by RF interference, then, is essential for signal integrity.   What Is Affected By RF Interference? Cellular Data Wireless Networks Radio Signals Occupational Safety Related Risks Telecommunication Systems What Is A Radio Direction Finder? A radio direction finder allows users to pinpoint RF signal interference. To optimize reception, radio direction finders show the type and cause of the interference. Adjustments can then be made, reducing safety risks.     What Is A Direction Finder Used For? Spectrum & Signal Analysis Direction Finding RF Signal localization Occupational Safety Radio Detection Direction Finders Features ATEC’s direction finder rentals have features that are ideal for successful and efficient interference hunting. These products are from industry-leading manufactures, such as Narda and Rohde & Schwarz. They have high sweep rates, real-time instantaneous bandwidths, easy-to-use displays. These fully automatic direction finding, compact, and handheld models are ideal for technicians out in the field.   Narda’s SignalShark Narda is an industry-leading manufacturer in RF signal analysis. Narda’s direction finders are handheld and provide operators with the applications needed to detect, classify, and localize RF signals. The Narda SignalShark 3310

In a post-Covid world, companies are more aware than ever of worker safety; however, an illness that resulted in a global pandemic is not the only hazard in working environments. In order to maintain safe working conditions, employers need to evaluate the quality of their work environment.   Personal Safety In The Workplace Workplace Safety is an umbrella term for anything pertaining to the safety of workers in a space and the practices used to maintain their safety. Workplace safety is important for any industry, including manufacturing, construction, and more. To better understand the best way to maintain the safety of a space, people need to first consider possible workplace hazards. Hazards in the workplace can include high electromagnetic radiation levels, poisonous gas, and unauthorized UAVs.   RF Signals RF signals can become dangerous if the radiation levels are too high. Long term exposure to these signals can be detrimental to a worker’s health and has even been linked to cancer. In jobs where exposure to radiation is more likely, it is important to monitor for excessive levels. RF signals can be found using personal RF monitors, area monitors, and RF survey meters.     Gas Gas such as CO, CO2, NO2, and others can make an area unworkable. Poisonous gases are the last problem employers want to expose to their employees. For example, carbon monoxide exposure can be deadly. Carbon monoxide can become a hazard in any confined place or building where workers might spend most of their time. To eliminate this problem, there are detectors that can be put in a place to monitor the air quaility. In some cases, technicians will determine the air quality with a gas area monitor, a confined space gas monitor, or a particle counter.    Illegal UAVs UAVs, often referred to as drones, create a unique problem for workplace safety. Drones invade personal privacy and in environments where privacy and classified