9 USB Analyzer Manufacturers in 2023
This section provides an overview for usb analyzers as well as their applications and principles. Also, please take a look at the list of 9 usb analyzer manufacturers and their company rankings.
Table of Contents
What Is a USB Analyzer?
A USB analyzer is a device inserted between a host and peripheral devices communicating on the USB bus and used to analyze the bus according to the USB protocol by capturing data packets flowing on the bus.
Before the USB bus was standardized, the interface between a PC and peripheral devices was very complicated and costly because each device had to be prepared separately, such as a keyboard, mouse, and printer. This was not only complicated but also costly, because it was necessary to prepare the circuits and driver software to drive the bus according to each interface standard.
With the release of the USB bus protocol, peripheral devices now only need to support the USB bus protocol as an interface.
To analyze the USB bus protocol, it is usually possible to place the bus monitoring software on a PC, which can be done relatively inexpensively. However, these software programs can only analyze the data communication between the PC and the device driver.
They cannot analyze what kind of buckets of data are actually being exchanged on the USB bus. In such cases, the USB analyzer is very effective.
Uses of USB Analyzers
USB is used in PCs, tablets, smartphones, cell phones, digital cameras, printers, PC peripherals, and recently, even in cars. Some devices have several USB ports.
The USB ports on each device are available in several shapes, depending on the size of the device and its limitations.
Type-A connectors are rectangular in shape when viewed from the outside. This type is a standard connector and is usually used for PCs.
Type-B is used for relatively large devices such as printers. MicroUSB is used for smartphones, etc., and MiniUSB is used for digital cameras, etc.
Furthermore, Type-C is compatible with the USB3.1 standard, which supports high-speed transfers and can be used without concern for the direction in which it is plugged in. Recently, as notebook PCs and smartphones have become smaller, this type of connector has also become lighter and smaller.
The USB analyzers are devices used to analyze the data communication on the USB bus in devices with USB terminals such as those described above.
Principle of USB Analyzers
On the USB bus, up to five repeaters (hubs) can be subordinately connected to one host, and up to 127 peripheral devices can be connected.
The USB analyzers analyzes the bus according to the protocol defined for the USB bus. Therefore, understanding its principle is equivalent to understanding the USB protocol.
In USB, communication between the host and peripheral devices is performed using packets, the smallest unit of which is a chunk of bit strings.
The communication of a data string consisting of multiple packets is called a transaction. This is the basis of data communication, and there are four transfer modes of communication over this physical communication: control transfer, interrupt transfer, bulk transfer, and isochronous transfer.
In the above communication mode, consider, for example, the case where a mouse is connected as a USB peripheral device. Generally, when a mouse is connected to a PC as a new device, it does not require a device driver to be installed.
This is because the USB peripheral device informs the host of its identity immediately after it is connected to the PC and communication is initiated. Based on the information from the peripheral device, the host retrieves and configures the standard device driver it holds internally.
This eliminates the need to install a device driver each time a new USB peripheral device is connected.
Control transfer involves the transfer of data. It consists of three stages: setup stage, data stage, and status stage.
The USB protocol has dramatically increased the communication speeds it supports with each successive generation. The main versions and their overview, including other evolutions, are listed below.
The first generation, USB 1.0, was released in January 1996 and supported speeds up to 12 Mbps.
USB 1.1 was released in September 1998, and although the transfer speed remained the same at up to 12 Mbps, it proposed improvements over USB 1.0, such as power management, etc. This was also the year Windows 98 was released, and USB became widely known.
In April 2000, USB 2.0 was released, supporting Hi-Speed mode and increasing the maximum speed to 480 Mbps.
USB 3.0, announced in November 2008, increased the maximum transfer rate to 4 Gbps while maintaining backward compatibility with earlier versions.
Since then, USB 3.2 was released in July 2017, and USB 4.0 is currently being standardized.
Various USB Analyzers
USB analyzers come in a wide variety of sizes and functions. In addition to the common stationary type that is always connected to a PC, the following two types are typical types.
- PC-less type: This type allows measurement results to be checked without a PC. Some models are equipped with a display monitor for visual confirmation, a simple printout function to print out the results, and an SD card or other storage device to transfer the data to a PC at a later time.
- Compact type: Lightweight, ultra-compact type that fits in a breast pocket. They are portable and USB bus-powered, so they do not require an AC power supply or adapter. Considering that they can be used in any environment, bundled software is often available for various operating systems such as Windows, Linux, and macOS.
USB Analyzers Software
As with other devices, USB analyzers software can be paid software, free software, or bundled software that comes with the product. The following is a list of typical software.
- USBTrace・・・・Shareware that supports Windows only, but also supports Windows Server OS. USB 1.x / USB 2.0 / USB 3.0 (low / full / high / super speed) are all supported.
- Data Center・・・・USA made USB analyzers software. It is bundled with the device and is available for Windows, Linux, and Mac OS X. There is no software maintenance fee and the API is released free of charge. (C, C #, NET, Python, and VB languages are supported.)
- Usb Sniffer for Windows ・・・ Free software, GPLv2 compliant and supports only Windows as shown in the name.
List of 9 USB Analyzer Manufacturers
*Including some distributors, etc.
Sort by Features
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- Company Size: largest first
- Year Founded: oldest first
- Year Founded: earliest first
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Keysight Technologies
U4611A Protocol Analyzer for USB 3.0/2.0, up to 9 GB
Company Overview
Keysight Technologies, Inc. was founded in 1939 and headquartered in Santa Rosa, California. Keysight is a global developer and manufacturer of electronic design and test solutions to communications, networking, aerospace, defense, and government, automotive, energy, semiconductor, electronic, and education industries. Keysight’s communications solutions group solutions include electronic design automation software; radio frequency and microwave test solutions, hardware and virtual network test platforms and software applications, as well as optical laser source solutions. Keysight’s electronic industrial solutions group offers various design tools and verification tools. Keysight offers product support, technical support, and training and consulting services. It sells its products through direct sales force, distributors, resellers, and manufacturer's representatives.
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LINEEYE
USB Protocol Analyzer
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Total Phase, Inc.
Beagle USB 12 Protocol Analyzer
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USB Analyzer Manufacturer Ranking
*Including some distributors, etc.Number of Employees
Newly Established Company
- Ellisys: 2002 (21 years ago)
- Interworld Highway, LLC: 1969 (54 years ago)
- Frontline: 1964 (59 years ago)
Company with a History
- Frontline: 1964 (59 years ago)
- Interworld Highway, LLC: 1969 (54 years ago)
- Ellisys: 2002 (21 years ago)
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