This notice may not be removed or altered from any distribution. If you enjoy this application or the service you receive, we appreciate giving us positive feedback in Google Play. By using our website you agree to our Cookie Policy Accept. Desktop Editions. USB Mobile Monitor v1. Features Usage Downloads Licensing Pricing. Why should I Use it? See what is happening on your PC or device and fully control it without the need for a remote connection!
Can also be used to monitor a Linux based device such as the Raspberry Pi. Use your mobile device as a secondary display or monitor with easy switching between multiple monitors. The Multi-touch emulation feature allows you to use the tablet as a true multi-touch device for you PC. Saves you from back-pain and dirtying yourself in dusty places.
Can be used within a virtual machine to provide a separate monitor for each of you virtual machines. It is light-weight, doesn't require a complex installation and doesn't take up much space in your PC, phone or tablet. No Network, Internet or WiFi connection is required. Single Device License Company wide license removes advertisements for everyone! Dynamic Filtering USB Analyzer allows flexible configuring of filters to apply them to captured data.
Required data can be dynamically displayed, while automatically hiding the unnecessary packets. Thinking about integrating our functionality into your own industry-specific solution? Electronic Team Port Virtualization Technology is just what you need. Thousands of successful companies worldwide have already experienced the undeniable benefits and advantages of powering their software and hardware products with our advanced technology.
Find out more. Use USB 3. Show 5 more options. What customers say. Next Andrew Green, a senior Software Developer 4. It became an essential part of our successful coding, testing and optimization! Andrew Green, a senior Software Developer.
Dan Fuller 4. Everything seems to be configurable and customizable, from the convenient search to saving data for analysis. Dan Fuller.
Supported Devices. Supported Requests. It captures and displays USB bulk, interrupt, isochronous and control transfers. Supported Protocols. Extended information including descriptors is provided for each device. This list is automatically updated every time you plug or unplug a USB device. The activity of each USB device can be monitored in real time, and highly efficient and carefully optimized data processing algorithms help avoid communication delays.
This approach makes our product, in fact, the only nonintrusive software USB protocol analyzer available on the market today. No other solution will allow you to adjust your output as flexibly and conveniently as our product.
Using our usb communications monitoring solution, you will be able to reproduce arbitrary fragments of previously recorded data on the screen and export it in raw binary or text format. All data visualizers allow a given data pattern to be easily found using the search function.
The search may be performed among the whole visualizer contents or among the selected area only. Some visualizers also provide advanced searching capabilities, including searching for text in different encodings or binary data and a search with regular expressions. Sniffing data on remote USB devices With this unique feature of our product, you can snoop usb data even on remote computers. You install the Device Monitoring Server on your remote computer, connect to it using USB Monitor running on your workstation, then access all the data flowing between USB applications running on the remote computer and USB devices connected to it.
You can even have multiple simultaneous remote monitoring and recording sessions to a single device from computers in different places around the world. You can analyze not only real-time data, but also historical data stored in pre-recorded log files. The product allows you to customize the list of data being analyzed, and specify the type and form of the analysis. Packet View: displaying monitored packets in a table The Packet View visualizer provides the combination of brief packet information for each monitored packet and in-depth analysis for an individually selected packet.
It is structurally divided into two panes. The upper pane displays brief information for each monitored packet in a table. The lower pane lists all other supported and installed visualizers which are used to display the individual packet information.
Once you select the packet in the upper pane, all its internal fields are decoded and displayed in the visualizers in the lower pane. It decodes the packet's internal fields, and works in two modes - Basic and Complete.
In Basic mode only the main packet fields are decoded and displayed, while some other are available as popup hints. The contents of the visualizer can be copied into the Clipboard or exported into the file in various formats.
First part displays each monitored packet parsed according to specified set of protocols. Second part displays raw packet contents. Cursor navigation may be synchronized between two parts. Long story short: There is no way to get measured current information from the host, so you have to measure it yourself.
Probably the simplest solution which can involve some wire-cutting would be to get a USB extension cable, remove a couple of inches of its jacket, and then either use a milli-amp level clamp on DC ammeter, or cut the power lead, and put a ammeter in series. No such software feature I would be glad to know why you require this info from a device.
Multimeter with a 'hacked' cable is the best way. Buy an extender, and make sure you only cut the power line, and pass it through the multimeter's current sensor. It is also possible to use a DC current probe which measures the electric field generated by the supply.
You will still have to separate the power line from the cable but not cut it. Please note that using an extender may cause disruption when communicating with the device, depending on the extender's quality and type of device and USB class.
Get one of these, search for USB current meter. These tools are cheap and available wherever cheap Chinese products can be found. They measure voltage and current, and run 'in line' on a USB cable. As the SD voltage is well documented its a matter of reading parameters back from 0x01 and then applying the appropriate calibration factors.
Also if the SD is drawing more than mA continuously then it is broken!! For USB only 0. Sign up to join this community.
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