netool.io Standard Network engineering tool

€224.91*

Content: 1

Available in 1 day, delivery time 2-5 days

Product number: NE1-B-1566
Product information "netool.io Standard Network engineering tool"

Smart and hand held network tester for monitoring and troubleshooting in active networks

With the netool.io you combine all important tools for network analysis and troubleshooting in one device. Due to the compact design, the netool.io fits in every trouser jacket pocket. The operation and reporting is done per operation system independent via free app for Windows, MacOs, iOS and Android. This gives you the flexibility and ability to perform packet capture or network analysis on your network at any time. The most important asisstent  for every network administrator who wants to ensure the control and monitoring of his network at all times !

 

Your benefits:

  • Protocol detection: Netool.io identifies ethernet protocols, analyzes them and shows them to you via the app
  • Packet capture: capture to PCAP - caputure packet data from your network at any time via the USB interface of the Netool.io, in order to be able to analyze them in detail at your workplace at a later time as a PCAP file.
  • Supported ethernet protocols and services: VLAN, DHCP, 802.1X, EAp, CDP and LLDP, LACP, Spanning Tree
  • Connectivity check: RUN ICMP tests to the internet, local gateway or a custom IP.
  • Easy to use: Get network information quickly and easily on your Android or iOS smartphone, tablet or Windows / Mac notebook !
  • Compact: The most compact network tester on the market ready to use anytime and anywhere !
  • Share the test result: Share discovered information about any text-based app, including text messaging, email, Evernote, Slack and more.
  • WiFi Access Point Mode: In case no Wifi is available, you can connect the Netool.io in client WiFi mode or allow other users to connect and evaluate test results.
  • netool.OS: On Netool.io devices a highly customized Linux version is running, which we call Netool.OS. We have developed Netool.OS to be powerful, energy saving and wirelessly upgradeable.
  • Netool.cloud: With Netool.cloud, remote users can connect to your Netool.io or a remote site´s Netool.io to view and run tests from anywhere.

 

  • Supported operating systems: Netool.io app is availble for; iOS, Android, MacOS, Windows
  • Supported ethernet network protocols: VLAN, DHCP, 802.1X, EAP, CDP and LLDP, LACP, Spanning tree
  • Operation time: 12 hours
  • Battery capacity: 2600 mAH
  • Battery type: rechargeable Li-Lon battery
  • Connections: 1x RJ45, 1x USB, 1x Micro USB
  • Weight: 50 gr.
  • Size: 95 x 25 x 25 mm (L x W x H)
  • Certifications: CE, RoHS

 

Included in delivery:

  • 1x Netool.io network engineering tool
  • 1x ethernet network patch cable
  • 1x AC power adapter
  • 1x USB cable

Accessory Items

Netool.io Holster
suitable for netool.io Standard and netool.io PRO Metal Clip pocket for patch cable

€19.39*
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Oscium WiPry 5x
Transform a smartphone or tablet into a dual band spectrum analyzer (2.4 & 5 GHz). This perfectly portable tool is the ideal solution for field techs and wireless professionals. 2.4 & 5 GHz Spectrum Analyzer Android iOS, PC, Mac Supported Scan & Troubleshoot Wi-Fi SSID’s / RSSI 802.11 & ZigBee Channel Guides Wi-Fi Spectrum Analyzer Oscium’s WiPry 5x visualizes all spectral activity on both 2.4 & 5 GHz. Now it’s possible to identify and avoid interference so wireless connectivity can be optimized. Just download WiPry from either the App Store or Google Play and get started today! Universal Platform Support Oscium’s WiPry 5x is compatible with iOS, Android, PC and Mac. This cross platform solution is perfectly portable as are all Oscium’s tools. And now, it’s possible to use whichever host device you prefer. Oscium's software applications are all free. There's no licensing fee and there's no subscription so it's easy to use your WiPry 5x. Pry Into Wireless Environment The 2.4 GHz band is a busy place today and soon 5 GHz will be congested as well. That's why WiPry 5x supports both bands. Wireless internet operates in this range as does other electronic devices such as baby monitors, cordless phones, garage door openers, and microwave ovens. Since WiFi can extend the length of a football field on 2.4 GHz, devices in nearby buildings or residences can also cause interference. With WiPry 5x, you can pinpoint the source of your noise and get the most out of your wireless internet regardless of the complexity of your environment. Detect & Avoid Noisy Channels WiPry 5x visualizes all wireless activity on both 2.4 & 5 GHz. Measurement settings include 802.11b, 802.11g, 802.11n, 802.11ac and 802.15.4 (ZigBee). SSID-specific activity is also available. Oscium provides a professional Wi-Fi tool that is now available in the Apple App Store and Google Play. Visualize your network like never before: on your favorite smartphone or tablet! Wi-Fi Standards / ZigBee Supported The following Wi-Fi standards are supported: 802.11 b/g/n/ac. The ZigBee protocol (802.11.15.4) is also possible to view through our built-in channel guide, making it the ideal tool to troubleshoot home security and home automation. WiPry 5x also provides visibility on all wireless transmissions such as baby monitors, cordless phones, garage door openers, and microwave ovens. WiPry 5x is perfectly portable and available on Android or iOS. Awesome Features Oscium features include the ability to grade channels (using A through F, just like in school!), calculate signal to noise ratio (perfect for knowing whether VoIP or video streaming is possible), and view the environment over time using waterfall mode. It's also possible to data log your visit and export that data in a csv file for post processing. You can save your favorite setup and load it as needed, saving you time on the job. These are just some of Oscium's awesome capabilities. Spectrum Analyzer Mode: System Requirements (Software): iOS 7.0 or higher, Android 4.0.3 or higher, Win 7, Mac OS 10.10 (Yosemite) or higher System Requirements (Hardware): iOS Lightning Devices (iPad, iPhone, iPod), Android Devices with USB OTG, Windows USB 2.0 or higher Frequency Resolution: 2.4 GHz: 333 KHz / 5 GHz: 1.665 MHz Amplitude Range: -95 to 0 dBm Amplitude Resolution: 0.5 dBm Antenna Port: SMB Connector Antenna: External, 2dBi Gain SSID Scan: Frequency Range: 2.4-2.5 GHz; 5.15 to 5.85 GHz Amplitude Range: -100 to +10 dBm Amplitude Resolution: 1 dBm Antenna: External, 2dBi gain SSID Scan Rate: Adjustable SSID Visualization: Mode (802.11 a/b/g/n/ac) Real Wave, Waterfall Channel Grading Security Type SSID, BSSID Frequency RSSIAvailable downloads: Download Oscium WiPry 5x Datasheet Download Oscium WiPry 5x User Manual

€539.10* €599.00* (10% saved)
Microsemi PoE High Power Splitter PD-AS-951/12-24
The Microsemi PowerDsine´s PD-AS-951 High Power active splitter enables data terminals that were not originally designed to accept power from the Ethernet, to be powered by Power over Ethernet midspans. The PD-AS-951 High power splitter (user selectable 12V or 24V) can power devices such as WiMax CPE´s, small WiMAX base-stations, 802.11n Access Points, Thin- Clients, PTZ (Pan/Tilt/Zoom) IP Cameras, Video Phones and more. Many contemporary terminals are designed and deployed without the ability to accept power via their LAN input. Such devices can only accept power through ther DC jack while their RJ45 input accept only data. Moreover, such devices might only accept voltage levels lower than the PoE standard minium voltage (44v in IEEE802.3af / 50v in 802.3at). Using the PD-AS-951 high power splitter, these terminals immediately become PoE-ready without any modification required on their side. The splitter is identified as a powered device (PD) in front of the powering Midspan and after being detected and powered, it physically splits the data and power streams, arriving over a single cable, into two seperate cords (LAN & DC) which go directly to the data terminal. Voltage regulation is also performed to the level required by the termin (12V or 24V.)Available downloads: Download Microsemi High Power Splitter PD AS 951 Datasheet

€79.90*
RF Explorer Handheld RF Signal Generator
The RF Explorer Signal Generator (RFEGen) is a powerful, wideband fully programmable RF signal generator. It is the perfect companion for Spectrum Analyzer RF Explorer product line. As a standalone unit, RFEGen can generate CW and Sweep signals by selecting embedded menu options. When connected to a PC, it can be fully programmed with the RF Explorer for Windows software tool. Furthermore, the unit can work as a powerful Tracking Generator when used with RF Explorer Spectrum Analyzer connected to the same PC, offering full Scalar Network Analyzer (SNA) capabilities. The SNA feature allows full characterization of filters, amplifiers and any 2-port RF device. Features: Pocket size and light weight Solid aluminum metal case Lifetime free firmware upgrades available, open to community requested features High capacity Lipo for 16hs+ of continuous run, rechargeable by USB RF Explorer for Windows PC client Open Source Can be extended with internal Expansion Modules for additional future band support and functionality Wide band support Specification: Frequency range supported: 24 to 6000 MHz Frequency step/resolution: 1KHz Frequency stability: 0.5ppm Temperature compensated (0-45C) Backlight for great indoor visibility Standard SMA 50 ohms connector Programmable Amplitude with included internal programmable attenuator:Amplitude accuracy: +-0.5dB (normalized) or +-3dB (absolute)Switch measurement point speed < 10ms -40dBm to -30dBm in 3dB steps -10dBm to 0dBm in 3dB steps Graphics LCD 128x64 pixels, great visibility outdoors PC Windows client supports Windows XP/Vista/Win7 both 32 and 64bits Functional modes: CW signal generator at any frequency in the range Tracking generator functionality working together with RF Explorer when connected to the same PC Sweep generator between any to frequencies in the range, with selectable step size and speed Expansion:Size: 113x70x25 mm Expansion port for future enhancements (higher RF power modes, additional frequency bands)

€249.90*
AirCheck G2 Wireless tester Kit
The AirCheck G2 provides fast, easy and accurate Wi-Fi validation and problem resolution and reduces the time it takes to resolve WLAN problems. The AirCheck G2 helps to make WLAN testing easier and allows even less experienced technicians to solve more problems. He provides the following: A robust, purpose-built handheld tester that supports the latest Wi-Fi technologies (802.11a/b/g/n/ac/ax) A one-touch AutoTest provides a quick pass/fail result of the WLAN environment and identifies general problems Instantly view results including network availability, connection, application, throughpat, security settings, rogue search and fault detection. Link with centralized report and test result management, link live for greater task visibility, project control, and fleet management for larger distributed environments. Overview The AirCheck G2 integrates Wi-Fi technology with interference detection, transmission channel acquisition and iPerf performance testing. With the one-touch autotest, instant access to detailed information quickly fixes problems at the most common vulnerabilities on Wi-Fi networks, including: Network coverage issues Overload of networks and channels slow connections connection issues faulty Access Points Unauthorized Access Points Client issues Unauthorized Clients Main functions The AirCheck G2 provides instant access to network, channel, acces point, client and interference data that works instantly from the main screen along with push button testing, wireless and wired. Networks Quickly view all networks in the environment and the critical parameters for each network, including signal level, signal-to-noise ratio, security type and number of Access Points. Find common problems such as mixed security types, poor signal strength, or lack of secondary Acces Point coverage. Sort or filter by any parameter you like. Then investigate more details for each network, including 802.11 supported types, number of connected clients, channels and more. On the Network details page, you can find a list of Access Points or clients on the network. Channels Quickly identify whether channels with 802.11 WLAN traffic and/or non-WLAN interference and noise are overloaded. Automatic detection of devices that can cause interference, such as microwaves, wireless games controllers, Bluetooth devices, Zigbee devices and wireless video cameras. You can also research deeper to see Wi-Fi traffic and last 60 seconds interference on a selected channel, as well as Access Points, clients and interferers on that channel. Explore deeper to see the traffic volume and noise in the last 60 seconds on a selected channel and the Access Points using the channel. Access Points Quickly view all the Access Points in the environment and critical parameters for each, including signal level, signal-to-noise ratio, safety type and channel. Find common problems such as incorrect safety type, poor signal strength, or incorrect channel. Sort of filter by any parameter. Then go into detail for each Access Point, including the number of connected clients, supported speeds, 802.11n and 802.11ac functions, and more. On the Access Point details page, you will find a list of connected clients or the channel on which the Access Point is working to check the utilization of each channel or common channel interference. Set the status of access control for the Access Points in the environment to track authorized, neighboring, and potential unauthorized devices on your network. Clients Quickly view all client devices connected to or searching for a network. See critical parameters for each device including signal strength, channel and connected Access Point. Find common problems such as clients connected to the wrong Access Point or undetected client devices connected to the network.  Sort or filter by any parameter. Then inspect each client in greater detail, including connection speed and security type. On the client side, investigate the connected channels more closely or quickly find the client device.  Interference sources Other devices can work on the same bands as your Access Point. See what other devices in your environment can affect the wireless network. Investigate more details on all interference events, including average power levels, duty cycles, affected channels and time of last observation. Then use the LOCATE function to detect them and remove an interfering device. AutoTest AutoTest - Performs the following essential Wi-Fi tests and gives a pass or fail indication fo the wireless environment and identifies common problems - for each level of expertise. 802.11 utilization Reports the first three chanals in each band (2.4 GHz and 5 GHz) with the highest 802.11 WiFi traffic transmission time utilization. Non 802.11 utilization Reports the first three channels in each band (2.4 GHz and 5 GHz) with the highest non-802.11 transmit time utilization. This indicates existing sources of interferences and high noise levels. Interference between channels Reports the first three channels in each band (2.4 GHz and 5 GHz) with the most Access Points on the same channel exceeding the minimum signal level limit. It takes into account 40 MHz and 80 MHz channels in the 5 GHz band by counting an Access Point on its primary and each secondary channel. A list of Access Points for co-channel interference is then displayed. Interference from neighbouring channels Reports the first three channels in the 2.4 GHz band where Access Points may find interference from neighboring channels. For each channel on which at least one Access Point is found, the tester counts how many Access Points are working on other channels that overlap with that channel. The AutoTest considers 20 MHz and 40 MHz channels in the 2.4 GHz band. A list of Access Points for co-channel interference is then displayed.  Network quality Checks coverage, interference, security and ability to connect to specifed networks, as well as availability of critical network services such as DHCP and connection to specified network destinations. Unauthorized devices Reports Access Points that are unauthorized devices. These devices can compromise network security on the network. Ethernet Test Access Points must have a working backhaul connection to the network and this is validated by the AirCheck G2´s built-in Ethernet test. Perform diagnostics and testing for Power over Ethernet (PoE), switch connection, DHCP, gateway and Internet connection. Get VLAN, switch nae and port information via CDP/LLDP/EDP for switches your manage. More detailed insight into certain details For all devices and events found by the AirCheck G2, additional information is available to better understand the particularities of a device and support troubleshooting. The user does not need to try to compare information in a beacon or analyze association requirements to get complete information about Access Points and clients. More tools and features In addition to the primary screens, the AirCheck G2 has several additional features that allow users to quickly test and validate their wireless network. These are available as additional options from the various detail and device screens. Establishing a connection with the network Check network availability and access to critical services by connecting to a network (SSID) or Access Point with a single button press on the button. Important test steps include: Connection to an Access Point Requesting and Receiving an IP Address from a DHCP server Pinging the default gateway and DNS servers for availability Perform a ping or TCP port test for up to ten network destinations Running signal strength, signal-to-noise ratio and repetition rate measurements   Performing an iPerf Performance Test After connecting to a network or Access Point an iPerf based performance test can be performed to verify throughput at that site. Tests are performed for upload and download traffic and can be configured for the following purposes: Protocol to use (TCP vs. UDP) Port to use to initiate the test Duration of the performance test When running an iPerf test the user can either use an iPerf server that they set up themselves, or they can use the iPerf server running on the NETSCOUT test accessory. The test accessory is a small PoE or battery powered device that plugs into an Ethernet port and with the AirCheck G2 can essentially work as an iPerf server in your pocket. It is managed from NETSCOUT´s Link-Live Cloud Management platform and is automatically detected by AirCheck in the following cases: It is located in the same subnet as the AirCheck wireless connection It is located in the same subnet as the last Ethernet test of the AirCheck It has been incorporated into the same link live organization as the user´s AirCheck G2, and the AirCheck G2 has link live connectivity With the test accessories it is as easy as selecting the desired device from a list on the screen and then starting the test.  Performing a roaming test The AirCheck G2 provides a roaming test that allows the user to check if a network has sufficent overlaps to allow smooth and seamless roaming across the entire site. Roaming tests can be performed after connecting to a network. The AirCheck G2 continuously pings a user-selected target resource and provides detailed information about current network quality and ping statistics as the user moves around the site.  Finding devices of interest Track rogue Access Points and unauthorized clients by tracking the real-time signal strength meter and graph over time. Acoustic signaling is provided and the use of a USB headset for private audio is suppported. Explore deeper to see the traffic volume and noise in the last 60 seconds on a selected channel and the Access Points using that channel. Included in delivery: AirCheck G2 Wireless tester with test accessories power supply with 4 international adapters soft carry case external directional antenna (RP-SMA Plug) bag with shoulder strap USB cable Car charger Quick guideAvailable downloads: Download AirCheck G2 Datasheet Download AirCheck G2 Benutzerhandbuch

Price on request

WireXpert 4500 Cable certifier - Cable certification for all standards
One cable certifier for all standards WireXpert also certifies to Cat.6/Cat.6A/Class EA and supports advanced certification for fiber optic installations at 850/1,300nm and 1,310/1,550nm. In addition, a wide range of measurement modules is available for example for coax, M12 D-coded and X-coded. Speed and lightness Shortes measuring times and the intuitive device operation provide fast acceptance measurements. Due to its low weight, the WireXpert 4500 is absolutely recommended for field use. Convince yourself of the performance of the WireXpert 4500!  Certifier up to 2.500 MHz Advanced cable certification for all standards: Class D/E/EA/F/FA, CAT 5/5e/6/6A/7/7A, as well as CAT 8 an Class I & II fast auto test with less than 9 seconds Independent ETL verification to confirm measurement accuracy Meets and exceeds ISO level VI, V, IV, IIIe and TIA level 2G and IIIe accuracy requirements Support from more than 20 cable manufacturers worldwide Field upgradeable with many options such as patch cord testing, Industrial Ethernet, Class FA, coax, fiber optics supports advanced certifications for fiber optics at 850/1,300 nm (multimode) and 1,310/1,550 nm (singlemode) advanced reports and documentation of wiring The only certifier that fulfills the requirements of data centers, office cabling and Industrial Ethernet Available downloads:Download WireXpert 4500 Kabelzertifizierer Data Sheet DE

From €205.17*
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netool.io PRO Network engineering tool
Smart and hand held network tester for monitoring and troubleshooting in active networks With the netool.io PRO you combine all important tools for network analysis and troubleshooting in one device. Due to the compact design, the netool.io PRO fits in every trouser jacket pocket. The operation and reporting is done per operation system independent via free app for Windows, MacOs, iOS and Android. This gives you the flexibility and ability to perform packet capture or network analysis on your network at any time. The most important asisstent  for every network administrator who wants to ensure the control and monitoring of his network at all times !   Your benefits: Packet Capture / PCAP Capture: Collect packet data from your network at any time via the USB interface of the Netool.io PRO in order to be able to analyze them in detail at your workstation at a later time, as a PCAP file. Transfer your recorded package file to a connected USB stick. (San Disk sticks recommended) Use the additional filter function to filter data packets, for example HTTP packets Convert .pcap files to text format for quick analysis   Protocol detection: Netool.io PRO identifies ethernet protocols, analyzes them and shows them to you via the app Packet capture: capture to PCAP - caputure packet data from your network at any time via the USB interface of the Netool.io, in order to be able to analyze them in detail at your workplace at a later time as a PCAP file. Supported ethernet protocols and services: VLAN, DHCP, 802.1X, EAp, CDP and LLDP, LACP, Spanning Tree Connectivity check: RUN ICMP tests to the internet, local gateway or a custom IP. Easy to use: Get network information quickly and easily on your Android or iOS smartphone, tablet or Windows / Mac notebook ! Compact: The most compact network tester on the market ready to use anytime and anywhere ! Share the test result: Share discovered information about any text-based app, including text messaging, email, Evernote, Slack and more. WiFi Access Point Mode: In case no Wifi is available, you can connect the Netool.io in client WiFi mode or allow other users to connect and evaluate test results. netool.OS: On Netool.io devices a highly customized Linux version is running, which we call Netool.OS. We have developed Netool.OS to be powerful, energy saving and wirelessly upgradeable. Netool.cloud: With Netool.cloud, remote users can connect to your Netool.io or a remote site´s Netool.io to view and run tests from anywhere.   Supported operating systems: Netool.io app is availble for; iOS, Android, MacOS, Windows Supported ethernet network protocols: VLAN, DHCP, 802.1X, EAP, CDP and LLDP, LACP, Spanning tree, SSH, VLAN, IPv6 Security protocols: Supported protocols for SSH: AES 125 and passpharse Operation time: 12 hours Battery capacity: 2600 mAH Battery type: rechargeable Li-Lon battery Connections: 1x RJ45, 1x USB, 1x Micro USB Weight: 200 gr. Size: 95 x 25 x 25 mm (L x W x H) Certifications: CE, RoHS   Included in delivery: 1x Netool.io network engineering tool 1x ethernet network patch cable 1x AC power adapter 1x USB cable

€355.81*
WifiMETRIX - Dual-Band, 802.11 Channel Analyzer
DFS Tester - Validate Access Point DFS Functionality Quantify and predict Throughput Performance of each WiFi channel Simulate interference and WiFi congestion using signal generation and traffic congestion WifiMETRIX is a new diagnostic tool used to analyze and test Access Points and WiFi networks. It is a handheld device that operates in stand-alone mode - that is, it does not associate or connect with an Access Point. WifiMETRIX implements three important features - DFS Testing, WifiPROBE and AirHORN. The built in 6 GHz radio module has been programmed to simulate radar signal patterns, and the built in WiFi chip can perform both signal generation / packet injection (AirHORN) and throughput diagnostics (WiFiPROBE) on each channel. Features include: 6 GHz radio module, amplifier & filters Dual band 802.11 WiFi chip DFS Tester - simulate radar signal patterns AirHORN channel / Signal generator functionality (packet injection) WifiPROBE channel analyzer functionality Solid aluminium case plus silicon rubber boot protector Standard 50 Ohm SMA antenna connector 128x64 built-in LCD screen Includes dualband antenna for 2,4 GHz and 5 GHz ISM bands Includes micro USB cable for recharging Includes 50 Ohm SMA terminator to protect antenna connection Includes 6 GHz, 50 Ohm 20 db SMA attenuator (Male-to-Female) SMA terminator (dummy load) also used for calibrating the device FCC Regulation, CE & RoHS Compliance: WifiMETRIX is a test and measurement device, compatible with US FCC regulation 47 CFR Part 15.103(c). WifiMETRIX is certified for CE compliance under EU regulations EN/IEC61236 and EN/IEC61000. WifiMETRIX is certified for RoHS compliance under EU directive 2002/95/EC. WifiPROBE feature - Analyze the throughput performance of each channel Determine the best channel for your Wifi Network The WifiPROBE feature provides unprecedented visibility into the performance of a wireless network. The information collected and displayed helps to simplify troubleshooting of interference related problems and predicts the throughput performance of each 802.11 channel. WifiPROBE employs IMMI technology with 802.11 hardware to perform data acquisition - hence, the resultstruly reflect how packet congestion and RF interference ine the local environment affects your Wifi network. This is a possible using an RF spectrum analyzer or other tools currently in the market.  In a wireless network there is, at any moment, a single transmitter and one or more receivers. Furthermore, devices participating in the network take turns being a transmitter or receiver. When considering network performance, it is the transmitter who holds the key. Before transmitting data, the transmitter "senses" the RF enviroment to check if the channel is clear. If so, then transmissions proceeds. But if not, then the transmitter delays a random period of time before making its next attempt to transmit. Hence, "Available transmit time" becomes the metric by which we can measure channel performance - that is, the more time available for transmission then the better will be that channel´s performance and data throughput. Applications for the WifiPROBE feature include: Detect presence of RF interference that could affect network performance Determine whether performance can be improved by using a different channel Quantify expected change in performance that would result from using a different channel Optimally configure WiFi network with the goal of improving throughput performance As an aid in properly locating WiFi devices so as to maximize range and throughput and minimize interference from competing wireless devices AirHORN feature - Simulate Co-Channel congestion and adjacent channel interference using packet injection Stress test WiFi networks, compare antenna performance, detect "dead spots", and more... The AirHORN feature aids in testing WiFi antennas, RF shields and wireless networks. It is an RF channel / signal generator that covers both the 2,4 GHz and 5 GHz ISM bands and was designed for microwave and RF applications. Using 802.11 packet injection, AirHORN transmits stable and accurate RF signals for each of the 802.11 (WiFi) channels and is ideal for stress testing existing wireless networks and for use in research and development of antenna design. A signal generation system is key to any test system - as such, AirHORN can also be used for rapid evaluation of receiver performance and detecting "dead spots". The AirHORN feature can be used for: Real world testing of WiFi antennas and amplifiers Testing the effectiveness of RF shield designs Stress testing 802.11 (WiFi) wireless networks Aligning directional WiFi antennas Rapid evaluation of receiver performance Locating WiFi "dead spots" 

€511.91*
Microsemi PoE Tester
The Power over Ethernet (PoE) Tester, connected to an RJ-45 outlet, tests the cabling infrastructure for the presence of power, either IEEE802.3af or IEEE802.3 at standard compliant. The PoE Tester identifies the existence and type of Power Sourcing Equipment (either Endspan or Midspan) in your network. Features Tests RJ-45 outlet for Power over Ethernet existence Works over Cat5 or better cable Detects: IEEE 802.3af midspans and switches Cisco pre-standard in-line switches High Power midspans Power over 2 pairs or 4 pairs Compact design specifically tailored for system integrators and installers Plug and play for ease of use System Description A PoE system comprises a PSE (Power Sourcing Equipment) and a PD (Powered Device). The PSE may either be an Endspan (i.e. a layer 2 Ethernet Switch with integrated PoE) or a Midspan, while the PD is a PoE-enabled terminal, such as IP phone, Wireless LAN access point and Network Security Camera. The PoE tester will check your RJ-45 outlet for power and identify its source, Midspan or Endspan, i.e.IEEE 802.3af, 802.3at or UPoE/EEPoE standard compliant Midspans/Switches. How to use the PoE Tester: Connect a standard category 5 or better cable with RJ-45 connectors to the PoE tester and the RJ-45 outlet (See diagram). Check the LED indicators on the front panel for power and source (PoE switch,Midspan or High Power Midspan). The lit-pattern of LEDs will identify amount of power, and whether it is over 2 or 4 pairs. .. (this should match the colors in the picture of the midspan green LED/OFF LED – 802.3af standard level PoE powering- over spare pairs (PoE source = midspan) green LED/OFF LED – 802.3af standard level PoE powering- over spare pairs (PoE source = midspan) OFF LED/Green LED – 802.3af standard level PoE powering – over data pairs (PoE sourc = Switch) Blue LED / OFF LED – 802.3at standard level PoE powering – over spare pairs (PoE source = Midspan) OFF LED / Blue LED – 802.3at standard level PoE powering – over data pairs (PoE source = Switch) Green LED / Green LED – 802.3af standard level PoE powering, using all 4 pairs Blue LED / Blue LED – 802.3at standard level PoE powering, using all 4 pairs – 60WAvailable downloads: Download Microsemi PoE Tester Datasheet

€29.90*
RF Explorer 6G Combo Handheld Spectrum Analyzer
RF Explorer 6G Combo is a handheld digital spectrum analyzer, a very affordable tool for work in all popular frequency bands. It is based on a highly integrated frequency synthesizer and double balanced mixer which offers high performance, compact size, low consumption and low cost. It has been designed to be used equally well outdoor and indoor, and can be connected to a PC for extra functionality using standard mini-USB 2.0 connector.  This model includes a 6G baseline unit plus an RFEMWSUB3G Expansion Module conveniently assembled and tested. It comes with two SMA connectors and three antennas: a nice Nagoya NA-773 wideband telescopic antenna for all Sub-GHz frequencies, a rubber duck 5.8 GHz and a whip helical for 2.4GHz band. Additional, specific band antennas may be needed to cover efficiently some of the frequencies supported. The combination of these two models offer coverage for most used communication frequency range used in modern communication technologies including WiFi, Bluetooth, Wireless Audio and Video, LTE, GSM, GPRS, Satellite, CATV, DTV, etc. Feature Pocket size and light weight Solid aluminum metal case Includes a transport EVA carry case for RF Explorer Spectrum Analyzer mode with Peak Max and Hold, Normal, Overwrite and Averaging modes Lifetime free firmware upgrades available, open to community requested features High capacity Lipo for 16hs+ of continuous run, rechargeable by USB Windows PC client Open Source Wide band coverage to all popular RF frequencies, starting at 15MHz and going up to 2.7GHz, as well as 4.85-6.1GHz. This include very interesting frequency areas such as 2m HAM radio, all VHF and UHF, FM radio, GPS, WiFi and WiMax, Bluetooth, etc. Firmware: RF Explorer 6G Combo is delivered with upgraded firmware v1.12. Note some of the features and operation accuracy will be improved in upcoming lifetime free firmware revisions.  

€399.90*
AirCheck G2 WiFi tester
The AirCheck G2 WiFi tester provides fast, easy and accurate Wi-Fi validation and problem resolution and reduces the time it takes to resolve WiFi problems. The Netscout AirCheck G2 WiFi tester helps to make WiFi testing easier and allows even less experienced technicians to solve more problems. He provides the following: A robust, purpose-built handheld tester that supports the latest Wi-Fi technologies (802.11a/b/g/n/ac/ax) A one-touch AutoTest provides a quick pass/fail result of the WiFi environment and identifies general problems Instantly view results including network availability, connection, application, throughpat, security settings, rogue search and fault detection. Link with centralized report and test result management, link live for greater task visibility, project control, and fleet management for larger distributed environments. Overview The AirCheck G2 WiFi tester integrates WiFi technology with interference detection, transmission channel acquisition and iPerf performance testing. With the one-touch autotest, instant access to detailed information quickly fixes problems at the most common vulnerabilities on WiFi networks, including: Network coverage issues Overload of networks and channels slow connections connection issues faulty Access Points Unauthorized Access Points Client issues Unauthorized Clients Main functions The AirCheck G2 WiFi tester provides instant access to network, channel, acces point, client and interference data that works instantly from the main screen along with push button testing, wireless and wired. Networks Quickly view all networks in the environment and the critical parameters for each network, including signal level, signal-to-noise ratio, security type and number of Access Points. Find common problems such as mixed security types, poor signal strength, or lack of secondary Acces Point coverage. Sort or filter by any parameter you like. Then investigate more details for each network, including 802.11 supported types, number of connected clients, channels and more. On the Network details page, you can find a list of Access Points or clients on the network. Channels Quickly identify whether channels with 802.11 WLAN traffic and/or non-WiFi interference and noise are overloaded. Automatic detection of devices that can cause interference, such as microwaves, wireless games controllers, Bluetooth devices, Zigbee devices and wireless video cameras. You can also research deeper to see Wi-Fi traffic and last 60 seconds interference on a selected channel, as well as Access Points, clients and interferers on that channel. Explore deeper to see the traffic volume and noise in the last 60 seconds on a selected channel and the Access Points using the channel. Access Points Quickly view all the Access Points in the environment and critical parameters for each, including signal level, signal-to-noise ratio, safety type and channel. Find common problems such as incorrect safety type, poor signal strength, or incorrect channel. Sort of filter by any parameter. Then go into detail for each Access Point, including the number of connected clients, supported speeds, 802.11n and 802.11ac functions, and more. On the Access Point details page, you will find a list of connected clients or the channel on which the Access Point is working to check the utilization of each channel or common channel interference. Set the status of access control for the Access Points in the environment to track authorized, neighboring, and potential unauthorized devices on your network. Clients Quickly view all client devices connected to or searching for a network. See critical parameters for each device including signal strength, channel and connected Access Point. Find common problems such as clients connected to the wrong Access Point or undetected client devices connected to the network.  Sort or filter by any parameter. Then inspect each client in greater detail, including connection speed and security type. On the client side, investigate the connected channels more closely or quickly find the client device.  Interference sources Other devices can work on the same bands as your Access Point. See what other devices in your environment can affect the wireless network. Investigate more details on all interference events, including average power levels, duty cycles, affected channels and time of last observation. Then use the LOCATE function to detect them and remove an interfering device. AutoTest AutoTest - Performs the following essential Wi-Fi tests and gives a pass or fail indication for the wireless environment and identifies common problems - for each level of expertise. 802.11 utilization Reports the first three chanals in each band (2.4 GHz and 5 GHz) with the highest 802.11 WiFi traffic transmission time utilization. Non 802.11 utilization Reports the first three channels in each band (2.4 GHz and 5 GHz) with the highest non-802.11 transmit time utilization. This indicates existing sources of interferences and high noise levels. Interference between channels Reports the first three channels in each band (2.4 GHz and 5 GHz) with the most Access Points on the same channel exceeding the minimum signal level limit. It takes into account 40 MHz and 80 MHz channels in the 5 GHz band by counting an Access Point on its primary and each secondary channel. A list of Access Points for co-channel interference is then displayed. Interference from neighbouring channels Reports the first three channels in the 2.4 GHz band where Access Points may find interference from neighboring channels. For each channel on which at least one Access Point is found, the tester counts how many Access Points are working on other channels that overlap with that channel. The AutoTest considers 20 MHz and 40 MHz channels in the 2.4 GHz band. A list of Access Points for co-channel interference is then displayed.  Network quality Checks coverage, interference, security and ability to connect to specifed networks, as well as availability of critical network services such as DHCP and connection to specified network destinations. Unauthorized devices Reports Access Points that are unauthorized devices. These devices can compromise network security on the network. Ethernet Test Access Points must have a working backhaul connection to the network and this is validated by the Netscout AirCheck G2´s WiFi tester built-in Ethernet test. Perform diagnostics and testing for Power over Ethernet (PoE), switch connection, DHCP, gateway and Internet connection. Get VLAN, switch nae and port information via CDP/LLDP/EDP for switches your manage. More detailed insight into certain details For all devices and events found by the Netscout AirCheck G2 WiFi tester, additional information is available to better understand the particularities of a device and support troubleshooting. The user does not need to try to compare information in a beacon or analyze association requirements to get complete information about Access Points and clients. More tools and features In addition to the primary screens, the Netscout AirCheck G2 WiFi tester has several additional features that allow users to quickly test and validate their wireless network. These are available as additional options from the various detail and device screens. Establishing a connection with the network Check network availability and access to critical services by connecting to a network (SSID) or Access Point with a single button press on the button. Important test steps include: Connection to an Access Point Requesting and Receiving an IP Address from a DHCP server Pinging the default gateway and DNS servers for availability Perform a ping or TCP port test for up to ten network destinations Running signal strength, signal-to-noise ratio and repetition rate measurements   Performing an iPerf Performance Test After connecting to a network or Access Point an iPerf based performance test can be performed to verify throughput at that site. Tests are performed for upload and download traffic and can be configured for the following purposes: Protocol to use (TCP vs. UDP) Port to use to initiate the test Duration of the performance test When running an iPerf test the user can either use an iPerf server that they set up themselves, or they can use the iPerf server running on the NETSCOUT test accessory. The test accessory is a small PoE or battery powered device that plugs into an Ethernet port and with the Netscout AirCheck G2 can essentially work as an iPerf server in your pocket. It is managed from NETSCOUT´s Link-Live Cloud Management platform and is automatically detected by Netscout AirCheck in the following cases: It is located in the same subnet as the AirCheck wireless connection It is located in the same subnet as the last Ethernet test of the AirCheck It has been incorporated into the same link live organization as the user´s Netscout AirCheck G2 WiFi tester and the Netscout AirCheck G2 WiFi tester has link live connectivity With the test accessories it is as easy as selecting the desired device from a list on the screen and then starting the test.  Performing a roaming test The AirCheck G2 WiFi tester provides a roaming test that allows the user to check if a network has sufficent overlaps to allow smooth and seamless roaming across the entire site. Roaming tests can be performed after connecting to a network. The Netscout AirCheck G2 WiFi tester continuously pings a user-selected target resource and provides detailed information about current network quality and ping statistics as the user moves around the site.  Finding devices of interest Track rogue Access Points and unauthorized clients by tracking the real-time signal strength meter and graph over time. Acoustic signaling is provided and the use of a USB headset for private audio is suppported. Explore deeper to see the traffic volume and noise in the last 60 seconds on a selected channel and the Access Points using that channel. Included in delivery: AirCheck G2 WiFi tester power supply with 4 international adapters soft carry case USB cable Quick guideAvailable downloads: Download Aircheck G2 Datasheet Download Aircheck G2 Benutzerhandbuch

Price on request

AirCheck G2 Wireless tester rent
The AirCheck G2 provides fast, easy and accurate Wi-Fi validation and problem resolution and reduces the time it takes to resolve WLAN problems. The AirCheck G2 helps to make WLAN testing easier and allows even less experienced technicians to solve more problems. He provides the following: A robust, purpose-built handheld tester that supports the latest Wi-Fi technologies (802.11a/b/g/n/ac/ax) A one-touch AutoTest provides a quick pass/fail result of the WLAN environment and identifies general problems Instantly view results including network availability, connection, application, throughpat, security settings, rogue search and fault detection. Link with centralized report and test result management, link live for greater task visibility, project control, and fleet management for larger distributed environments. Overview The AirCheck G2 integrates Wi-Fi technology with interference detection, transmission channel acquisition and iPerf performance testing. With the one-touch autotest, instant access to detailed information quickly fixes problems at the most common vulnerabilities on Wi-Fi networks, including: Network coverage issues Overload of networks and channels slow connections connection issues faulty Access Points Unauthorized Access Points Client issues Unauthorized Clients Main functions The AirCheck G2 provides instant access to network, channel, acces point, client and interference data that works instantly from the main screen along with push button testing, wireless and wired. Networks Quickly view all networks in the environment and the critical parameters for each network, including signal level, signal-to-noise ratio, security type and number of Access Points. Find common problems such as mixed security types, poor signal strength, or lack of secondary Acces Point coverage. Sort or filter by any parameter you like. Then investigate more details for each network, including 802.11 supported types, number of connected clients, channels and more. On the Network details page, you can find a list of Access Points or clients on the network. Channels Quickly identify whether channels with 802.11 WLAN traffic and/or non-WLAN interference and noise are overloaded. Automatic detection of devices that can cause interference, such as microwaves, wireless games controllers, Bluetooth devices, Zigbee devices and wireless video cameras. You can also research deeper to see Wi-Fi traffic and last 60 seconds interference on a selected channel, as well as Access Points, clients and interferers on that channel. Explore deeper to see the traffic volume and noise in the last 60 seconds on a selected channel and the Access Points using the channel. Access Points Quickly view all the Access Points in the environment and critical parameters for each, including signal level, signal-to-noise ratio, safety type and channel. Find common problems such as incorrect safety type, poor signal strength, or incorrect channel. Sort of filter by any parameter. Then go into detail for each Access Point, including the number of connected clients, supported speeds, 802.11n and 802.11ac functions, and more. On the Access Point details page, you will find a list of connected clients or the channel on which the Access Point is working to check the utilization of each channel or common channel interference. Set the status of access control for the Access Points in the environment to track authorized, neighboring, and potential unauthorized devices on your network. Clients Quickly view all client devices connected to or searching for a network. See critical parameters for each device including signal strength, channel and connected Access Point. Find common problems such as clients connected to the wrong Access Point or undetected client devices connected to the network.  Sort or filter by any parameter. Then inspect each client in greater detail, including connection speed and security type. On the client side, investigate the connected channels more closely or quickly find the client device.  Interference sources Other devices can work on the same bands as your Access Point. See what other devices in your environment can affect the wireless network. Investigate more details on all interference events, including average power levels, duty cycles, affected channels and time of last observation. Then use the LOCATE function to detect them and remove an interfering device. AutoTest AutoTest - Performs the following essential Wi-Fi tests and gives a pass or fail indication fo the wireless environment and identifies common problems - for each level of expertise. 802.11 utilization Reports the first three chanals in each band (2.4 GHz and 5 GHz) with the highest 802.11 WiFi traffic transmission time utilization. Non 802.11 utilization Reports the first three channels in each band (2.4 GHz and 5 GHz) with the highest non-802.11 transmit time utilization. This indicates existing sources of interferences and high noise levels. Interference between channels Reports the first three channels in each band (2.4 GHz and 5 GHz) with the most Access Points on the same channel exceeding the minimum signal level limit. It takes into account 40 MHz and 80 MHz channels in the 5 GHz band by counting an Access Point on its primary and each secondary channel. A list of Access Points for co-channel interference is then displayed. Interference from neighbouring channels Reports the first three channels in the 2.4 GHz band where Access Points may find interference from neighboring channels. For each channel on which at least one Access Point is found, the tester counts how many Access Points are working on other channels that overlap with that channel. The AutoTest considers 20 MHz and 40 MHz channels in the 2.4 GHz band. A list of Access Points for co-channel interference is then displayed.  Network quality Checks coverage, interference, security and ability to connect to specifed networks, as well as availability of critical network services such as DHCP and connection to specified network destinations. Unauthorized devices Reports Access Points that are unauthorized devices. These devices can compromise network security on the network. Ethernet Test Access Points must have a working backhaul connection to the network and this is validated by the AirCheck G2´s built-in Ethernet test. Perform diagnostics and testing for Power over Ethernet (PoE), switch connection, DHCP, gateway and Internet connection. Get VLAN, switch nae and port information via CDP/LLDP/EDP for switches your manage. More detailed insight into certain details For all devices and events found by the AirCheck G2, additional information is available to better understand the particularities of a device and support troubleshooting. The user does not need to try to compare information in a beacon or analyze association requirements to get complete information about Access Points and clients. More tools and features In addition to the primary screens, the AirCheck G2 has several additional features that allow users to quickly test and validate their wireless network. These are available as additional options from the various detail and device screens. Establishing a connection with the network Check network availability and access to critical services by connecting to a network (SSID) or Access Point with a single button press on the button. Important test steps include: Connection to an Access Point Requesting and Receiving an IP Address from a DHCP server Pinging the default gateway and DNS servers for availability Perform a ping or TCP port test for up to ten network destinations Running signal strength, signal-to-noise ratio and repetition rate measurements   Performing an iPerf Performance Test After connecting to a network or Access Point an iPerf based performance test can be performed to verify throughput at that site. Tests are performed for upload and download traffic and can be configured for the following purposes: Protocol to use (TCP vs. UDP) Port to use to initiate the test Duration of the performance test When running an iPerf test the user can either use an iPerf server that they set up themselves, or they can use the iPerf server running on the NETSCOUT test accessory. The test accessory is a small PoE or battery powered device that plugs into an Ethernet port and with the AirCheck G2 can essentially work as an iPerf server in your pocket. It is managed from NETSCOUT´s Link-Live Cloud Management platform and is automatically detected by AirCheck in the following cases: It is located in the same subnet as the AirCheck wireless connection It is located in the same subnet as the last Ethernet test of the AirCheck It has been incorporated into the same link live organization as the user´s AirCheck G2, and the AirCheck G2 has link live connectivity With the test accessories it is as easy as selecting the desired device from a list on the screen and then starting the test.  Performing a roaming test The AirCheck G2 provides a roaming test that allows the user to check if a network has sufficent overlaps to allow smooth and seamless roaming across the entire site. Roaming tests can be performed after connecting to a network. The AirCheck G2 continuously pings a user-selected target resource and provides detailed information about current network quality and ping statistics as the user moves around the site.  Finding devices of interest Track rogue Access Points and unauthorized clients by tracking the real-time signal strength meter and graph over time. Acoustic signaling is provided and the use of a USB headset for private audio is suppported. Explore deeper to see the traffic volume and noise in the last 60 seconds on a selected channel and the Access Points using that channel. Included in delivery: Netscout AirCheck G2 Wireless tester power supply with 4 international adapters soft carry case USB cable Quick guideAvailable downloads: Download Aircheck G2 Datasheet Download Aircheck G2 Benutzerhandbuch

Price on request

netool.io Standard Network engineering tool Pack of 4
Smart and hand held network tester for monitoring and troubleshooting in active networks With the netool.io you combine all important tools for network analysis and troubleshooting in one device. Due to the compact design, the netool.io fits in every trouser jacket pocket. The operation and reporting is done per operation system independent via free app for Windows, MacOs, iOS and Android. This gives you the flexibility and ability to perform packet capture or network analysis on your network at any time. The most important asisstent  for every network administrator who wants to ensure the control and monitoring of his network at all times !   Your benefits: Protocol detection: Netool.io identifies ethernet protocols, analyzes them and shows them to you via the app Packet capture: capture to PCAP - caputure packet data from your network at any time via the USB interface of the Netool.io, in order to be able to analyze them in detail at your workplace at a later time as a PCAP file. Supported ethernet protocols and services: VLAN, DHCP, 802.1X, EAp, CDP and LLDP, LACP, Spanning Tree Connectivity check: RUN ICMP tests to the internet, local gateway or a custom IP. Easy to use: Get network information quickly and easily on your Android or iOS smartphone, tablet or Windows / Mac notebook ! Compact: The most compact network tester on the market ready to use anytime and anywhere ! Share the test result: Share discovered information about any text-based app, including text messaging, email, Evernote, Slack and more. WiFi Access Point Mode: In case no Wifi is available, you can connect the Netool.io in client WiFi mode or allow other users to connect and evaluate test results. netool.OS: On Netool.io devices a highly customized Linux version is running, which we call Netool.OS. We have developed Netool.OS to be powerful, energy saving and wirelessly upgradeable. Netool.cloud: With Netool.cloud, remote users can connect to your Netool.io or a remote site´s Netool.io to view and run tests from anywhere.   Supported operating systems: Netool.io app is availble for; iOS, Android, MacOS, Windows Supported ethernet network protocols: VLAN, DHCP, 802.1X, EAP, CDP and LLDP, LACP, Spanning tree Operation time: 12 hours Battery capacity: 2600 mAH Battery type: rechargeable Li-Lon battery Connections: 1x RJ45, 1x USB, 1x Micro USB Weight: 50 gr. Size: 95 x 25 x 25 mm (L x W x H) Certifications: CE, RoHS   Included in delivery: 4x Netool.io network engineering tool 4x ethernet network patch cable 4x AC power adapter 4x USB cable

€715.58*