LINEEYE LE-8600X/LE-8600XR Multi Protocol Analyzer Quick Start Guide

Introduction

Thank you for your purchase of the LE-series. This booklet provides basic operation instructions. For detailed information, please refer to the instruction manual (PDF) included on the utility CD.

Unpacking the Product

When you unpack the product, please verify that you have all the following items:

• Protocol Analyzer
• Interface Sub-board [SB-10GE] (attached to the analyzer)
• Hand strap (Already mounted)
• Wide input AC adapter (Input: AC100 ~ 240V/ Output :DC9V)
• LAN cable
• USB cable (Type A-C)
• External signal I/O cable [LE-4TG]
• Utility CD
• Quick Start Guide (this booklet)
• Carrying bag [LEB-01]
• Warranty

Please contact LINEEYE if you find any damage or missing accessories.

Outline

The LE-8600X/LE-8600XR are equipped with two measurement ports compatible with SFP/SFP+ modules. They are handy type Ethernet LAN analyzers that support high-speed LAN measurement tests using single-mode or multi-mode optical fiber cables. Data can be logged automatically to the built-in 500GB SSD. With functions like online monitoring, packet generation (PG), and statistical analysis, the analyzer can be used according to the test situation. It is widely applicable for communication systems, communication device development, inspection, and failure diagnosis.

User Limitation

This product has not been developed for applications requiring exclusively high reliability and safety, such as aerospace apparatus, trunk communication apparatus, nuclear control apparatus, or medical apparatus related to life maintenance. Therefore, do not use it for such purposes.

LE-series models with Wi-Fi function (IEEE 802.11b/g/n) emit radio waves. Please do not use it near medical devices, microwaves, high-level electronics, TVs, radios, mobile communication stations, or specified low power radio stations. If using the LE-series in a location where an administrator limits the use of radio devices, follow the administrator's instructions.

The Wi-Fi module used in the LE-series conforms to SRRC (China), FCC (USA), CE (EU), TELEC (Japan), KCC (Korea), ISED (Canada), and NCC (Republic of China). However, the Wi-Fi function is available only in Japan, USA, Canada, and EU nations in compliance with the RE directive (2014/53/EU).

To use the product in countries other than those listed above, please order LE-series models without the Wi-Fi function. Contact the sales department for more details.

Representation of the Operating Procedure

• Key operations are described in square brackets [ ].
• Continuous key operations are described as follows: e.g., Press [MENU] and then [0] becomes [MENU],[0].
• Screen displays are described in double quotes ".
• Reference pages are displayed in parentheses (Pxxx).

Safety Information

Please do not use the line monitor in the following conditions:

Warning: There is a possibility of getting hurt, such as a death or a serious injury.

Caution: There is a possibility of getting injured or damaging the product.

Warning

• Do not disassemble, modify, or repair the line monitor. This may result in injury, electric shock, and ignition.
• Turn off the power of the analyzer and unplug the cables immediately when emanating smoke, odor, or sound. Continuous use may result in electric shock, injury, or ignition.
• Do not use the line monitor if there is flammable gas. This may result in ignition and explosion.
• Turn off the power and unplug the line monitor immediately when liquid or foreign substance gets into the line monitor. Continuous use may result in ignition, electric shock, and malfunction.
• Do not touch the line monitor with wet hands. This may result in electric shock and malfunction.
• Do not use batteries other than the attached Lithium-ion battery. Do not short the battery terminals. Do not modify, decompose, or heat the battery. This may cause ignition and explosion.

Caution

• Do not apply a strong impact to the line monitor.
• Do not place the line monitor in the following conditions:
  • Not flat or vibrated places.
  • Temperatures or humidity above the specification.
  • Rapidly changing temperatures.
  • Direct sunlight or near fire.
  • Magnetic fields. Static electricity.
• Do not use the line monitor near the following devices:
  • Medical devices, such as a heart pacemaker.
  • Automatic control devices easily affected by radio waves.
  • Devices controlled by radio waves.

Nomenclature

The following table details the components of the analyzer:

Power Supply and Battery

This analyzer runs on the attached AC adapter or the built-in rechargeable battery.

Power Source

The analyzer runs by the attached AC adapter or the built-in Lithium Ion battery. The battery running time is approximately 2 hours (this may vary depending on analyzer usage). It does not run on bus power from the USB device port.

Diagram: A simple illustration shows the analyzer connected to an AC adapter.

Charge the Battery

The built-in Lithium Ion battery is charged when the power is supplied by the AC adapter. It can also be charged by the USB device port.

*1: This will not be full charging because of the small amount of current (approx. 160mA).

*2: It will be the same when it connects to the PC with a USB port in Type-C connector.

This analyzer is not fully charged before shipping. To use the analyzer for the first time, charge it fully. Charge the analyzer under temperatures of 5 to 40 °C. Charging will not start below 5 °C. If you are not going to use it for a long term, charge the battery fully. After that, try to charge the battery every 6 months.

Replacement of battery

If the analyzer can no longer be driven by the battery, or the service time after charging becomes extremely short, replace the battery. Refer to the instruction manual for more details on battery replacement. Old batteries must be handled appropriately.

Warning:

• Do not short the terminal of the battery.
• Use the battery and battery charger specified by LINEEYE.
• Do not disassemble or modify the battery.
• Do not use the analyzer near a heater or leave it in a place with high temperature. This can cause heat, fire, explosion, electric shock, liquid spill, and malfunction.

Key operation

There is a keyboard to input data and operate commands.

Diagram: An image of the analyzer's keypad with labels for each key.

Keys

* [X]+[Y] indicates the operation of pressing [X] and [Y] together at the same time.

Shortcut keys are available from [MENU] and [0] ~ [F].

To go back to factory settings, press "System Settings" -> "Version" -> "Factory reset".

Initial Settings

To turn on the power, press the power button for a second. After displaying the opening screen for about 15 seconds, it will start running.

Select the language at the first time using the analyzer. If it is already selected, it displays the top menu.

Diagrams: Screenshots showing the welcome screen with language selection (Japanese and English) and the top menu.

Both LE-8600XR and LE-8600X models are displayed as "LE-8600X".

To set each configuration, touch the configuration menu or select using the arrow keys [▲],[▼],[◀],[▶] and then press [ENTER].

You can select the measurement function by touching "Mode". Also, set the measurement settings for each function with "- Opt.". To set each item, touch the item or select by arrow keys or [0] ~ [F] keys.

Diagrams: Screenshots showing different modes and settings within the analyzer interface.

To set the current time, touch the current time on the bottom right of the screen. Shortcut key: [MENU], [D].

The current time is displayed in the order of Year/Month/Day, Hour:Minute:Second (24-hour format).

Diagram: Screenshot showing the Time Settings interface with options for manual setting and NTP/GPS time synchronization.

If using the GPS antenna, the received time from GPS is displayed.

Information of time and date is used for time stamp and Auto start/stop. Make sure to input the current time and date precisely.

Record Control

Touch "Record Control" from the top menu and set the record conditions of measured data.

Touch "Capt. Buffer" on the left upper or press [SHIFT] + [▶] or [SHIFT] + [◀].

Diagram: Screenshot of the "Record Control" interface showing "Capt. Buffer", "Auto Save", and "Auto Run" options.

Capture Buffer

• Recording area: Select the recording area of buffer memory from full size (BUF0) or half size (BUF1/BUF2).
• Protected: Select whether or not to protect data in the capture buffer to prohibit overwriting.
• Write Control: Select "Ring Buffer" (endless recording) or "Full stop" when the capture buffer is full.

Auto save

The auto save function saves monitored data in the memory card automatically. Set the "Auto backup" function which saves data when the measurement ends.

→ Refer to "Auto Save" (P21) and "Auto back-up function" (P22).

Auto run

Start measuring automatically at a specific period of time.

→ Refer to "Auto Run Function" (P23).

System Setting and Version

Touch "System Settings" from the top menu.

Diagrams: Screenshots of the "System Settings" interface showing "Display/Power", "Network", and "Language" tabs.

Display / Power

Set backlight brightness, automatic dimming for power saving, auto power off function, screenshot, and printer settings.

The Auto Power Off function does not work during measurement.

Network

Set each setting for wired LAN and wireless LAN. As a factory setting, wireless LAN is turned off. To change the setting of wireless LAN, touch "Setting change" and select "station mode" or "access point mode".

The LE-8600X does not have the wireless function.

Diagram: Screenshot showing "Network" settings for wired and wireless LAN.

Language

Select language from Japanese or English.

Diagram: Screenshot showing language selection.

Version

Serial number and firmware version are displayed. It is possible to update the firmware and reset the firmware.

Diagram: Screenshot showing "Version" information including model, serial number, and system/subboard versions.

SFP module

SFP modules (sold separately) must be installed to perform measurements with this unit. The following are optional items:

Installing an SFP module

Diagram: Illustrations showing how to insert an SFP module into the port.

Firmly insert the SFP module as far as it will go.

* Detailed information on the SFP module can be displayed by selecting "SFP Info" from "Mode" on the top menu screen and pressing [RUN].

Remove the SFP module

Diagram: Illustrations showing how to remove an SFP module from the port.

Keep in mind that the lever is down when you remove the SFP module.

Some SFP modules may become hot during use. Be careful not to burn yourself when removing.

• Use the SFP module of the same speed set on the Interface screen.
• Do not connect or disconnect the SFP module during measurement. It cannot capture data correctly.
• Please note that correct operation using SFP modules other than LINEEYE's optional products is not supported.

Functions

Online Monitor Function

Touch "Mode" from the top menu and select "Online".

Connection

Connect the cables (carrying communication data between target devices) to each port as follows. When additional cables are needed for branch connection, use the attached LAN cable or a straight cable of Category 5e or later.

Diagram: Illustration showing the analyzer connected to two devices (PORT A and PORT B) via cables.

Delay is occurred when it passes through the TAP circuit in the analyzer.

Time stamp information can be synchronized with PPS signal from GPS or external PPS device.

Diagram: Illustration showing the analyzer connected to a GPS antenna and a PPS device for time synchronization.

Interface setting

Touch "Interface". Set each setting of port A/B individually. Shortcut key: [MENU],[1].

Filter setting

Touch "Filter". It is able to set "Tx" and "Rx" individually. Shortcut key: [MENU],[0] → "Filter function" (P18).

Trigger setting

Touch "Trigger". It is able to generate triggers by external signal, frame condition, and so on. Shortcut key: [MENU],[2] → "Trigger Setup" (P20).

Online Monitor setting

Touch "Online Opt.". Set the resolution and time stamp. Shortcut key: [MENU],[3].

Diagram: Screenshot of the "Online Monitor" settings for Timestamp Resolution and Synchronization.

Start and Stop measurement

Press [RUN] to start monitoring. Measured data is displayed in real-time and recorded in the capture memory. Press [STOP] to finish measuring.

Frame display

It displays the LAN frames with the time stamp information on the screen. Scroll data by [▲] [▼] keys or swipe the screen. Press [ENTER] to display more details.

Diagram: Screenshot showing the "Overview" frame display with columns for Time, Length, Protocol, Source, and Destination.

Diagram: Screenshot showing the "Detail" frame display with more in-depth information.

*1: Displayed resolution of time stamp is set in the configuration.

*2: Elapsed time from previous frame.

Press [SHIFT] + "Relative Time" to start the time stamp from zero when it starts measuring.

"OVERRUN" is displayed at locations where the unit could not capture packets, such as when a large number of short packets were sent continuously or when packets were sent in both directions at a high load at the same time. Data packet is missing.

Diagram: Screenshot highlighting the "OVERRUN" message.

Detailed display

Display the details of the frame, which is displayed on the top of the Frame Display. Press [ENTER] to change the display to frame display.

Diagram: Screenshot showing the detailed frame information.

Refer to the specification of each protocol for more details.

HEX dump view

Touch "Dump" in the detailed display.

Diagram: Screenshot showing the HEX dump view of an Ethernet frame.

The target frame for dump view. It is able to scroll data by swiping the screen.

Dump display of Ethernet frame. Scroll frames by [▲] [▼] keys.

Split Display

Display saved data of BUF1 and BUF2 at the same time. It is useful to compare two data for finding problems by pressing [SHIFT] + "Split Display". To scroll two data synchronously, enable "SYNC".

Diagram: Screenshot showing the "Split Display" with two data buffers side-by-side.

Position Jump

Touch "Position Jump" to display the specified frame number.

Mark & Jump

Mark and name the frame where the cursor is pointing by [SHIFT]+[1]-[9]. Marked frames are named as M1 to M9.

• To rename the frame, use a different number.
• To delete the marking, type the same number again.
• To display (jump) the marked frame, touch [1]-[9].
• Press [0] to display previous frames.

Search

Touch "Search" to find specific errors and frames that match the specified conditions. Display matched data or count the number of frames.

Diagram: Screenshot of the "Search" interface with "Search Parameters" for Error Condition, Frame Length, Port, Data Filter, and Data Type.

SFP module information display function

Displays detailed information of the SFP module inserted in the unit. Tap "Mode" on the top menu screen and select "SFP Info".

Information display

Press [RUN] to obtain and display the information. Tap "Transceiver" and "Diagnostic" to display their screens. End the information acquisition by [STOP].

Statistic Function

Touch "Mode" at the top menu and select "Trend".

Connection

Connect the target network to port A/B of the analyzer. Refer to the manual of "Connection" for Online monitor function → "Online Monitor Function" (P9).

Statistic setting

Touch "Trend Opt.". Set the target signal line, counter, and measurement cycle.

Diagram: Screenshot of the "Trend" settings interface with options for Event1, Target, Type, Event2, and Resolution.

Start and Stop Measurement

Press [RUN] to start measuring and [STOP] to end measuring.

Result

Display the results in bar graph or counts the numbers.

Bar graph

Display the results in a bar graph. Each bar is made when it passes the specified time range.

Diagram: Screenshot showing a bar graph of "TAP A-B Tx" and "TAP A-B Rx" data over time.

Counter display

Display the total number of items for each port. The "Data Rate" item displays the data rate.

Diagram: Screenshot showing "Trend Counter" data for "TAP A-B Tx" and "TAP A-B Rx", including counts for different byte ranges and error types, as well as Data Rate.

Packet Generator Function

Touch "Mode" at the top menu and select "PG".

Connection

Connect the target device and analyzer using the LAN cable.

Diagram: Illustration showing the analyzer connected to a device via a LAN cable to PORT A.

PG setting

Touch "PG Opt." and set the transmission packets and conditions.

Edit send packets

Touch "Edit send table" from PG setting. Select enable/disable of 16 send tables. Touch a selected table or press [ENTER] to edit the contents of the table.

Diagram: Screenshot of the "Packet Generate(PG)" interface showing the "Send Table Summary" with options to select, edit, and enable/disable tables.

Edit table

Input the send packets in HEX. Maximum 32000 bytes of packets for a total of 16 tables can be input.

Diagram: Screenshot showing the "Port A Data table 0" with HEX data input.

Input the packets without FCS.

Set the frame gap as well. While typing the data, press [ENTER] or touch the screen longer to cut/copy/paste data. Touch "Protocol" and select the protocol type, etc.

Edit protocol

Select the protocol type from Ethernet, IPv4, ARP, ICMP, TCP, UDP, and set the appropriate header following the specification of each protocol.

Diagram: Screenshot of the "Send Table Edit Protocol" interface for configuring protocol details.

Touch "Apply" to apply the setting and return to the data send table.

For more information of each protocol, refer to the specification of each protocol.

Start and Stop Measurement

Press [RUN]. If the linking toward the selected transmission port is ready, "Transmit C Port" or "Transmit D Port" is displayed. Touch the button or [C]/[D] key to send the enabled transmission tables. When the transmission reaches the selected times or press [STOP], the measurement stops.

Test Result

The result of packet transmission is displayed on the screen.

Diagram: Screenshot showing the "Test Result" for packet transmission, including counts for Total, Good, Broadcast, Multicast, Pause, and different byte ranges.

Ping Function

Touch "Mode" at the top menu and select "Ping".

Connection

Connect the target device and analyzer using the LAN cable.

Diagram: Illustration showing the analyzer connected to a device via a LAN cable to PORT A.

Ping Setup

Touch "Ping Opt.". Set the send address and interval.

Start and end measuring

Press [RUN] to start the ping test from the selected port. It ends the test when it reaches 30000 times or when [STOP] is pressed.

Test Result

Display the results on the screen. If it cannot send the ping command, it displays the reason on the upper right of the screen.

Diagram: Screenshot of the "Ping" results showing Send, Link Lost, Fail, Current, Maximum, Minimum, and Average values.

Port Blink Function

Touch "Mode" at the top menu and select "Blink".

Connection

Plug the LAN cable connected to the HUB into Port A.

Diagram: Illustration showing the analyzer connected to a HUB via a LAN cable to Port A.

Start and end measuring

Press [RUN] to repeat linking/unlinking from PORT A to the port of the hub to which PORT A is connected. The blinking cycle can be changed between 2 and 16 seconds by pressing [▲] [▼]. It will help you find the connected cable by blinking the link LED of the HUB.

Slice Capture Function

By this function, the analyzer captures only the first 60 bytes of an Ethernet frame.

Start and Stop Measurement

Press [RUN] to start measuring. Press [STOP] to finish the measurement.

Comparison with online monitor function

Diagram: Comparison screenshots of "Online Monitor Function" and "Slice Capture Function" showing captured frame data.

Useful Functions

Filter function

The filter function captures specific frames measured by the on-line monitor function. It is possible to set 2 filters. Touch "Filter" from the on-line monitor function. Shortcut key: [MENU],[0].

Mode

If selecting "Common", the setting on Tx is applied on Rx as well. If selecting "Separate", it is possible to set Tx and Rx separately.

Type

Select from Layer 2 or IPv4.

Filter

Select valid/invalid of the filter function. Select valid and set the details of the filter setting.

Diagram: Screenshot of the "Port A-B Filter" interface showing "Mode", "Filter Tx Type", "Filter 0", "Filter 1", "Filter Rx Type", "Filter 2", "Filter 3" settings.

Example of filter setting

Diagram: Network diagram illustrating the connection of devices A, B, C, X, Y, and D, with the analyzer connected via PORT A and PORT B.

Monitoring example of TCP/IP frames between Device A and D by filtering.

Diagrams: Screenshots showing the configuration of "Filter 0" and "Filter 1" to monitor TCP frames between Device D and A, and Device A and D, respectively.

An example of the configuration to monitor only the UDP protocol communication between devices X and Y which belong to the network address "192.168.1".

Diagram: Screenshot showing the configuration of "Filter 4" to monitor UDP frames within the "192.168.1" network.

Trigger Setup

Specific conditions or input from external terminal become the trigger factors, and output external signals or stop measuring. Touch "Trigger" from the on-line monitor function. Shortcut key: [MENU],[2].

External signal trigger

Low level (TTL level) of the terminal signal connected to the external input terminal (IN1) becomes the trigger factor.

Diagram: Screenshot of the "Trigger" settings showing "EXT TRG Enable", "Action", "Factor Type", "Trigger Output", and "Pulse Width".

Frame trigger

When the frame is matched with the specified condition, it stops measuring or counts the matched times.

Output external signal

When the trigger condition is matched, a low level (TTL level) pulse is output to the external terminal (OUT1).

Example of trigger

When TCP communication is captured from "192.168.1.5" to "192.168.1.8", it stops measuring.

Diagram: Screenshot showing an example trigger configuration for TCP communication.

Save and Load of the Data

An SD/SDHC card or USB flash drive can be used as a storage device, and measurement data and setting data can be saved to it. Tap "File Manager" to go to the file management screen. (If the printer management screen appears, tap "File Manager" again.)

Storage device has to be formatted as "FAT32".

Diagram: Screenshot of the "File Manager" interface showing files and options to change device, save setup, save data, open, and delete.

Touch "Device Change" to change the storage device (SD card or USB memory). Press [◀] [▶] to change the order of files, and [▲] [▼] to use the filter function (display only selected file type). Double click the folder to display the contents of files.

File output

Measurement data can be output to txt, csv, or pcapng files. If you tap [SHIFT]+"Export" on the file management screen, a dialog will appear, so select an output method and output.

Auto Save

While measuring, communication data is automatically saved as a measurement log file in the built-in SSD or optional SD card or USB memory. It is useful to find a problem which rarely happens. Touch "Record Control" at the top menu and set "Auto Save" settings.

Diagram: Screenshot of the "Record Control" interface showing "Auto Save" settings including Save Device, File Size, Max. Files, and Auto Backup.

Save Device: Select the storage device to save data.

If you select SD card or USB memory, insert the storage device into the unit.

Auto save:

• Restart: Continuous ring recording up to the maximum number of files.
• Max-stop: Saves up to the maximum number of files and stops measurement.
• Append: Continuous ring recording from the continuation of the existing auto save file.

The files saved by auto save function will be deleted if selecting other than "Append". Set the inner memory to be the ring buffer. → Set "Record Control" at top menu, go to "Capt. Buffer" → "Write Control".

File size:

Set the size of the communication log file to be automatically saved.

Max. Files:

Set the maximum number of files to be recorded.

The communication log file name is # XXXXXXX.DT (XXXXXXX is a sequential number that increases by 1 from 0000000).

When you start the measurement by [RUN], a confirmation message for overwriting the file will be displayed. Tap [RUN] or “Continue” to start measurement. If you do not want to lose the communication log file and want to save it to another device, press [STOP] and save it to a PC or other device.

If there is not enough power while using the auto save function, it will damage the files or storage device. To use that function, insert the AC adapter to the analyzer and secure the power supply.

Auto back-up function

Captured data will be deleted when the power of the analyzer is turned off. As a factory setting, measured data (latest 16M byte of data) will be saved in the inner eMMC automatically.

To save all measured data or to delete all data, change the setting of Auto back-up.

• Auto Backup: Off (No automatic backup)
• Save to eMMC: Save about 16 Mbytes of the latest data into internal eMMC.
• Save to File: Save all the measurement data to the storage device.

Printout function

You can print the measurement data or print a hard copy (the screen display image). Tap "File Manager" to move to the printer management screen. (If the file management screen is displayed, tap "Device Change" several times.) Operate on the printer management screen to print the measurement data. When you tap the print of the connection method you want to output, a dialog will appear, so specify any number and output. For hard copy printing, select "USB printer" or "WLAN printer" for "Screen shot save to" on the Display/Power tab, and press [SHIFT]+[ESC] on any screen.

Diagram: Screenshot of the "Printer Management" screen showing "USB Printer" and "Wireless LAN Printer" options.

Auto Run Function

By specifying the date and time for the start and end of measurement, it automatically executes measurement for the specified period. Touch "Record Control" at the top menu and go to "Auto Run".

Auto Run mode:

Select the repeat condition for automatic measurement. Touch the checked item to activate it.

Diagram: Screenshot of the "Auto Run" settings showing "Auto Run Mode", "Run Time", "Stop Time", "Power off standby", "External power check", and "External power on Run" options.

Set the automatic measurement period for "Run time" and "Stop time". With the settings on this screen, measurement starts at 7:30 every day and ends automatically at 8:00.

If you want to start the measurement in conjunction with the power on of the target line, check "External power on Run".

Measurable Interface Expansion

By using the option for measurement expansion, you can expand the communication target to be measured.

Exchange the board

Remove the standard interface sub board and replace it with the optional interface sub board.

Diagram: Illustration showing the removal of the standard interface sub-board and insertion of an optional one.

Firmware

To use the optional expansion board, install the firmware from the attached CD. When using the optional expansion board for the first time, finish installation and copy the firmware which was saved in the external storage.

PC Link Function

Using the attached utility software, you can perform remote operation while displaying the screen of the analyzer, transfer online monitored data to a PC, and convert it to Wireshark format. Connect the analyzer to a computer via USB, LAN, or Wi-Fi (supported models only).

Remote control of this analyzer

The key emulation software performs operations such as key operations and screen taps on a PC.

• Run setup.exe in the lepckeyemu folder to install the software.
• Open the remote settings dialog in its toolbar and specify the LE-8600X/LE-8500X series to connect to.
• When connecting via USB, specify the serial number printed on the back of the analyzer, and when connecting via LAN or Wi-Fi (supported models only), specify the IP address.
• Start the connection with the connect icon in the toolbar.
• To finish, disconnect with the disconnect icon in the toolbar.

Diagram: Screenshot of the "LINEEYE LE-PCKEYEMU" remote measurement software, showing the analyzer's interface and controls.

While the analyzer is remotely connected, you cannot control it physically using the buttons or touch panel. Please disconnect the remote connection for operation.

For details on how to use it, go to "Help" "Contents" in the drop-down menu to display online help.

Transfer of online monitored data to a PC

Using the utility software that converts the communication data of the analyzer into a format that can be handled by Wireshark, you can transfer the online monitored data in the memory to a PC.

• Copy lepcapcvt.exe in the lepcapcvt folder to an appropriate folder on your computer and execute it.
• Specify the connection destination. When connecting via USB, specify the serial number printed on the back of the analyzer, and when connecting via LAN or Wi-Fi (supported models only), specify the IP address.
• It executes start/stop measurement and import of the data.

For details on how to use the software, see readme.txt in the CD-ROM attached to the product. Wireshark must be installed to handle pcap and pcapng format files.

Diagram: Screenshot of the "lepcapcvt" utility for converting data to Wireshark format.

Specifications of Function and Hardware

Specifications of Function and Hardware

* 1 Capture loss may occur if a large number of short packets are continuously sent to the target line of capturing or if packets are sent simultaneously in both directions with a high load.

* 2 For high-traffic lines, part of the communication frame is not recorded in the storage and capture loss may occur.

* 3 LE-8600XR only. For PC connection. The "Wi-Fi module" used for the product conforms to SRRC(China), FCC (USA), CE (EU), TELEC (Japan), KCC (Korea), ISED (Canada), NCC (Republic of China), however, as the "product" the Wi-Fi function is available only in Japan, USA, Canada, and EU nations in compliance with RE directive (2014/53/EU).

* 4 According to our test conditions assuming a normal usage situation.

Memo