Ping o meter

487,90 €The Ping sonar is a single-beam echosounder that measures distances up to 30 meters (100 feet) underwater. A 30 degree beam width, 300 meter (984 foot) depth rating, and and open-source software interface make it a powerful tool for marine robotics. We recommend connecting with the BLUART USB to Serial and RS485 Adapter! Delivery time: 10 - 14 business daysIn stock SKU: PING-SONAR-R3-RP Category: Sonar Description DescriptionNote: The Ping sonar is currently in beta. The units are well-tested and we are confident in the hardware design, but we intend to improve the software, firmware, and features in the near future.The Ping sonar is a multipurpose single-beam echosounder. It can be used as an altimeter for ROVs and AUVs, for bathymetry work aboard a USV, as an obstacle avoidance sonar, and other underwater distance measurement applications. Ping combines a compact form factor and 300 meter depth rating with an open source user interface and Arduino, C++, and Python development libraries to create a powerful new tool for marine robotics!An echosounder, like the Ping, is one of the simplest forms of underwater sonar. It operates by using a piezoelectric transducer to send an ultrasonic acoustic pulse into the water and then listens back for echoes to return. With that information it’s able to determine the distance to the strongest echo, which is usually the ocean floor or a large object. It can also provide the full echo response (echo strength versus time) which can be plotted like the display of a

Fishfinder sonar.The Ping uses a 115 kHz transducer frequency, away from those used on most boat echosounders to avoid interference. It has a measurement range of 30 meters (100 feet) and a measurement beamwidth of 30 degrees, perfect for applications on a rocking boat or for obstacle avoidance. An advanced bottom-tracking algorithm runs on the device to determine the distance to the seafloor, even in complicated situations with multiple echoes.The Ping is housed in a rugged hard-anodized aluminum enclosure with an encapsulated transducer and a 1 meter (3.3 feet) cable with a pre-installed cable penetrator. It has four threaded mounting holes on the back and comes with a mounting bracket and hardware to make it easy to mount on the BlueROV2. The included header pin to JST-GH adapter makes it easy to plug into the USB to Serial and RS485 Adapter.The Ping can be connected to a microcontroller device, such as an Arduino, or to a computer through a BLUART USB to Serial adapter.Once connected, we recommend getting started with Ping-Viewer, an open-source application developed specifically for Ping. Ping-Viewer runs on Windows, Mac, and Linux and makes it easy to view the output, record data, and change settings on the Ping. The Ping sonar can be connected to Ping-Viewer directly or over a network connection routed through the BlueROV2’s Companion web interface, so that you can use the Ping on the ROV without using any additional wires in the tether.For those who wish to integrate the Ping into other systems,

TweakMASTER Pro 3.0 em inglês Valor à vista: R$ 266,50 ou até 10 x R$ 26,65* Quantidade: * Parcelamento sem juros com cartão de crédito, ou à vista com Pix, boleto, depósito e transferência. Nas compras a partir de R$200 é possível pagar com dois cartões. Descrição: O TweakMASTER Pro possibilita uma navegação e downloads mais rápidos na Internet, através do ajuste cuidadoso e inteligente de muitas configurações do Windows. O programa é fácil de usar por qualquer usuário, pois não requer qualquer conhecimento técnico. O TweakMASTER Pro pode melhorar a velocidade do acesso de qualquer tipo de conexão com a Internet: Discada, ADSL, Cable, Wi-fi, 3G, etc. Além de ajustar configurações do registro do Windows, o TweakMASTER Pro também inclui várias outras ferramentas, tais como: Acelerador de DNS, para auxiliar no carregamento mais rápido de sites; Utilitários de Traceroute, Ping e Whois; Prevenção da desconexão do provedor; Sincronização do relógio do computador; Visualizador das conexões TCP ativas, e das portas TCP e UDP que estão na "escuta". Esta versão Pro também inclui os seguintes utilitários: DU Meter, para medir o uso da sua conexão com a Internet (largura de banda utilizada), exibindo relatórios e gráficos; LinkFox, que é um utilitário inovador para aumentar a velocidade de navegação na Internet. Apesar de ser fácil de usar por usuários leigos sem conhecimento em computação, o TweakMASTER Pro oferece muitas opções para usuários avançados personalizarem a configuração.Compatível com Windows XP, Windows Vista, Windows 7, Windows Server 2003, Windows 2000 SP4, Windows Server 2003 R2 e Windows Server 2008. Requer resolução de vídeo de no mínimo 1024x768. Download:Tamanho: ~5.1 MB Em caso de problemas com o download, por favor clique aqui Produto entregue por download, o que garante agilidade na entrega, com o mesmo conteúdo e garantia de um produto físico. Além disso,

Buttons are available: State during an active ping - When a ping is started, the ping button becomes unavailable, and we get three available buttons, the stop, the pause and the one to close the window: State with a paused ping - When a ping is paused, we continue with three available buttons, but the function of one of them changes. The stop button maintains the same function, the pause button now has the resume ping function to exit the pause, and the exit button continues having the same function to close the window. By clicking the resume button, this button will have the pause function again: State after stopping a ping - After we send the stop ping order by clicking on the stop button, we get just two available buttons again. The start ping button which will now have something like "Restart" instead of "Start", and the exit button used for us to close the window. The pause and stop buttons will be unavailable since the ping has already ended: And these are the main buttons from this window, which control the ping in an easy and effective way.Parameters Panel Neste painel temos os diversos parâmetros que podemos alterar em tempo real no ping que estamos a fazer. Isto quer dizer que se estivermos a meio de um ping e alterarmos algum destes parâmetros, o próximo pacote a ser enviado pelo ping já terá em conta estes parâmetros, pois estes afectam o ping em tempo real, uma grande diferença e vantagem em relação às ferramentas tradicionais em modo de texto cujos parâmetros só podiam ser definidos antes de se iniciar o comando. Tempo em MS [0,99M] - Nesta caixa definimos o tempo em milissegundos que o Network Pinger deverá esperar até enviar o próximo pacote, e tem como valor por defeito o de 1000 milissegundos, ou seja, um segundo de intervalo. Tem como limite máximo perto de 99 milhões (algo que ninguém utilizará), e sem limite mínimo. Quer dizer que se quisermos fazer pings a um host sem tempo de espera, algo que o fará fazer centenas de pings por segundo ou mais ainda, basta que coloquemos o tempo de espera a 0. Se quisermos máxima performance, devemos retirar os dois vistos que temos na caixa de texto, e os três vistos que temos nos gráficos, além do visto das estatísticas no canto inferior direito da janela, e assim haverá menos consumo de CPU durante o ping e conseguiremos os melhores resultados, exemplificados pelo exemplo ao lado, que mesmo sabendo que se trata de um ping ao próprio localhost, o fazer 1000 pings em 35 milissegundos, ou seja 0,035 milissegundos por ping mostra o quão optimizado o software está para este tipo de operações. Num. Pings [0,99M] 0=infin. - Nesta caixa definimos o número de pings a fazer pelo software, onde o valor 0, que é o valor existente por defeito, significa que não há limite de pings. Sendo assim, é possível definir um número de pings entre

DateVersionDetails2025-02-207.2.2Added: XML and JSON support for reporting and output formats.Added: HTTP POST support in automatic reports for sending usage data to remote servers.Added: Notch detection on macOS and using app icon instead of speed widget when the menu bar doesn't have enough space.Improved: Network interface naming consistency on Windows.Improved: SNMP interface selection now displays only active interfaces.Improved: SNMP monitoring compatibility with various devices.Fixed: Exaggerated readings when monitoring specific applications on macOS.Fixed: Taskbar widget alignment on Windows 11 with labelled task buttons.2024-10-027.2.1Added: Taskbar graph can now be docked on either side of a centered Windows 11 taskbar.Added: Line step and size parameter in graph settings; graph drawing now considers screen PPI.Improved: Integration with Windows 11 taskbar.Improved: Custom font settings inheriatance in process view.Improved: Reduced start-up impact on Windows.2024-08-147.2Added: Popup displaying real-time network activity of applications.Added: Custom popup on taskbar widget hover in addition to tray icon hover.Added: Simple star rating in Connection Monitor for connection stability assessment.Added: Simple star rating in Speed Meter for connection performance evaluation.Improved: Consistent speed reporting across floating graph, taskbar widget, and popup window.Improved: Enhanced ping measurement in Speed Meter using a nearby server.Improved: Real-time updates in Uptime window when it is kept open.Fixed: Startup crash issue with Windows preview builds.2024-06-037.1.7Added: Click-through mode for semi-transparent graph.Fixed: Speed meter stopped working due to the service provider switching to HTTPS.2024-04-297.1.6Added: Global hotkeys support on Linux.Added: Process usage monitoring on Linux.Added: Choice of colorful and monochrome tray icons.Improved: Network driver compatibility with other products.2024-02-147.1.5Added: Session time in the session usage popup.Improved: Per process data collection on macOS.Improved: Ability for notifications to play audio files.Improved: Locking the graph and dynamic tray icon on Linux.Improved: Compatibility with various antivirus products on Windows.Fixed: Positioning of the taskbar graph on a secondary monitor.2023-09-197.1.4Added: Linux support.Added: Ping and downtime data exports.Improved: Dark theme appearance on Windows.Improved: Workaround for bogus SNMP I/O counters.Improved: Automatic speed units start with Kb/KB.Improved: Warnings about non-writable locations in portable Windows builds.Fixed: Double uptime and speed testing when multiple instances were running.2023-04-047.1.3Fixed: Speed testing issue caused by a change in backend infrastructure.Fixed: Erroneous graph spikes that were observed when monitoring apps.Fixed: Taskbar chart alignment on Windows 11 systems with touchscreen.2023-03-067.1.2Added: Lock window position button for the graph, which prevents graph movement and resizing.Improved: On macOS, a separate process now ensures that the app does not terminate unexpectedly.Fixed: Month boundary calculation when the billing period begins on a date later than the number of days in the current month.Fixed: Custom commands created by unprivileged users that could potentially allow them to start processes under an admin account.Fixed: Charting issues when the speed exceeded 4.2 Gbps (32-bit overflow).Fixed: Handling of the 32-bit counter rollover at speeds over 1 Gbps.2022-12-067.1.1Added: speed units customisation setting.Improved: monochrome menu bar labels and icon on macOS.Improved: instant addition of recent usage to usage reports.Improved: DEP and dynamic relocation support in Windows binaries.Improved: excluded apps are removed from real-time graph.Fixed: appearance on macOS with automatic system theme.Fixed: potential crash when using Speed Meter.Fixed: taskbar graph appearance on Windows.Fixed: SNMP/UPnP

Dragomon Hunter Tips & Tricks How is my ping time to Dragomon Hunter calculated in wtfast? wtfast calculates an average ping time between you and the Dragomon Hunter server, across each of the hops. While we do our best to calculate every hop along the route, there are some 'hop points' that are behind firewalls or obfuscated (i.e., hidden from us) which make measuring the ping time to and from that location a bit trickier. By calculating the difference between the total ping time between you and the Dragomon Hunter server, we can calculate an approximate time between obfuscated hop points, but it can be slightly less accurate than the non-obfuscated points. Why is my in-game ping meter in Dragomon Hunter different from what I see in wtfast? Imagine that your internet speed is a bit like driving a car. Now imagine that your car only shows you an average of your speed, not your actual speed at any given moment. What if you are driving optimizeder than the speed limit, but your car only shows your 'average' speed? Do you think you will get a speeding ticket if your dashboard says you're under the speed limit, but you are traveling optimizeder than the speed limit?In-game ping meters tend to work similarly, showing you a snapshot or an average of your overall session. These in-game ping meters are useful for getting an approximate idea of your internet latency, but they are only a rough measurement tool and do not allow you to fix your connection. wtfast is a true networking diagnostic and improvement application. With wtfast, you get real-time statistics on your connection to Dragomon Hunter, which changes every time a packet is sent to and from the server! wtfast gives you detailed and nuanced stats on your Dragomon Hunter