BroadR-Reach (100Base-T1) Standard Ethernet BR SPY...

Technica Engineering GmbH

Leopoldstr. 236

80807 München

Email: [email protected]

Web: www.technica-engineering.de

User Manual Version 0.6 May 2017

BroadR-Reach (100Base-T1) – Standard Ethernet BR_SPY_mini

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Index 1 Feature List ................................................................................................................... 4 2 Warranty and Safety Information ................................................................................... 5 3 Pinning .......................................................................................................................... 6

3.1 Power and BroadR-Reach (100Base-T1) connector................................................ 7 3.2 SubD 9 Trigger Connector ...................................................................................... 8 3.3 RJ45 Ethernet connectors ....................................................................................... 8

4 Status LEDs and Pushbutton ......................................................................................... 9 5 Configuration ................................................................................................................10 6 Use Cases ....................................................................................................................11

6.1 Dual Media Converter Mode (“0, 0”) .......................................................................11 6.2 Spy Mode Without Wrapper (“0, 1”) ........................................................................12 6.3 Spy Mode With Wrapper (“1, 0”) .............................................................................13

6.3.1 BRSPY mini LUA Dissector Installation Guide ................................................15 6.4 Frame Generator Mode (“1, 1”) ..............................................................................17

6.4.1 Frame Format .................................................................................................17 6.4.2 Status Reporter ...............................................................................................19

7 Trigger Functions ..........................................................................................................21 8 Frequently Asked Questions – FAQ ..............................................................................22 9 Contact .........................................................................................................................23

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1 Feature List The Technica Engineering BR_SPY_mini captures Automotive Ethernet Frames (BroadR-Reach / 100Base-T1) directly on the line without influence of the original network. The data Frames can be enhanced with additional information: the exact timestamp and the bus port the data was originally sent on. All data can be recorded on a PC or datalogger for detailed offline analysis using standard RJ45 cables. Timestamps are in 0.04 μs resolution and synchronous to all connected lines. BR_SPY_mini can provide a Trigger Generator function at an extra cost, and should be or-dered in advance before buying the product to be programmed properly at Technica Engi-neering side before delivery. Features:

4 Ports BroadR-Reach (100Base-T1) Ethernet 100 MBit/s Fullduplex on a single un-

shielded twisted pair.

2 Ports Gigabit Ethernet 100/1000 BaseTX

6x Digital Trigger Input

6x Digital Trigger Output

Automotive Tyco MQS Connectors for BroadR-Reach (100Base-T1) and Power Sup-ply

Robust stainless-steel case

DIP Switches for easy configuration

Selection of multiple UseCases: o Two independent MediaConverters

o 2x SPY for listening on a BroadR-Reach (100Base-T1) Channel (with and without hardware timestamp)

o A combination of one MediaConverter and one SPY

Power requirement: 8 to 16 Volt DC (nominal 12 Volt DC) Power consumption: 4 to 7 Watt Size: 110 x 108 x 28 mm Weight: 0,4 kg International Protection: IP 2 0 Operating Temperature: -20 to +80 °Celsius

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2 Warranty and Safety Information

Before operating the device, read this manual thoroughly and retain it for your reference.

Use the device only as described in this manual. Use only in dry conditions. Do not apply power to a damaged device.

Do not open the device. Otherwise warranty will be lost.

This device is designed for engineering purpose only. Special care has to be taken for operation. Do not use this device in a series production car. As this device is likely to be used under rough conditions, warranty is limited to 1 year. Manufacturer liability for damage caused by using the device is excluded.

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3 Pinning The pinning of the ECU connectors is listed on the label on top of the device, detail infor-mation see below.

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3.1 Power and BroadR-Reach (100Base-T1) connector Connector color: Black Power supply for the device is supplied by Pin 1 (12 Volt) and Pin 10 (Ground). Warning: If you apply a voltage higher than 18 Volt, the device will be damaged! The Tyco Electronics (TE) Micro Quad Lock System (MQS) is used.

Tyco, MQS Abdeckkappe, 2x9 Pol, black Part Number 1-967416-1 alternatively Part Number 1-1355350-1

Tyco, MQS Buchsengehäuse, 2x9 Pol Part Number 965778-1 alternatively Part Number 962108-2

Tyco crimp contact Part Number 928999-1 Note: You can use the official Tyco tool for these crimp contacts. A cheap variant is the crimp tool for “PSK” contacts.

Pin Function Pin Function 1 Battery +12 Volt Input 10 Power Ground

2 n.c. 11 n.c.

3 n.c. 12 n.c.

4 n.c. 13 n.c.

5 BroadR-Reach Port 1A, Negative 14 BroadR-Reach Port 1B, Negative

6 BroadR-Reach Port 1A , Positive 15 BroadR-Reach Port 1B , Positive

7 n.c. 16 n.c.

8 BroadR-Reach Port 2A, Negative 17 BroadR-Reach Port 2B, Negative

9 BroadR-Reach Port 2A , Positive 18 BroadR-Reach Port 2B , Positive

Table 1: Pinning information Tyco MQS connector

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3.2 SubD 9 Trigger Connector Standard SubD 9 Pos. female connector. This connector is used for digital input and output trigger functions.

Pin Function 1 Digital Trigger Input/Output 1

2 Digital Trigger Input/Output 2

3 Signal Ground Reference







Table 2: Pinning information Sub-D connector

Digital Trigger Output: Digital Trigger Output Voltage is 3.3 Volt Level with a 4.7 KOhm Pull-up resistor. Active LOW. Drive Strength 20 mA. Digital Trigger Input: Digital Trigger Voltage is 3.3 Volt Level with a 4.7 KOhm Pull-up resistor. Active LOW

3.3 RJ45 Ethernet connectors There are two RJ45 Standard Ethernet connectors of the front side for Gigabit Ethernet. Depending on the selected Use Case they are forced to be 100 Mbit/s or Gigabit Ports.

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4 Status LEDs and Pushbutton The BR SPY mini has several status LEDs at the front side of the case.

The “Host” LED1 must be ON, and “Host” LED2 must toggle slowly (approx. 1 sec). If “Host” LED2 does not toggle or “Host” LED1 is OFF, an error has been detected by the Host. The “FPGA” LED1 and LED2 show the setting of the DIP switches 3 and 4. When one of these DIP switches is ON, the corresponding LED is ON. Note: For the DIP switches: Switch ON Switch set to “up” position, when the device stands flat on the table. Switch OFF Switch set to “down” position, when the device stands flat on the table. The 4 BR Link LEDs 1A to 2B monitor the link status of the ports BR1A to BR2B. The LEDs are lit when there is BroadR-Reach (100Base-T1) link detected. These LEDs are updated in real time. Note: There is an issue when P/N of the bus are swapped. The LED may be on in this case on BroadR-Reach (100Base-T1) slave side, but there will be no data transmission possible. Please ensure proper electric connection (positive with positive and vice versa). The built-in LEDs in RJ45 connector shows the status of the gigabit ports. The left (orange LED) is lit by a link-up. The right (yellow) will blink on data traffic.

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5 Configuration The BRSPY mini is configured by 8 DIP Switches on the front of the device. DIP Switch 1: ON = BroadR-Reach Port 1A is set to Master Port 1B to slave. OFF = BroadR-Reach Port 1B is set to Master Port 1A to slave. DIP Switch 2: ON = BroadR-Reach Port 2A is set to Master Port 2B to slave. OFF = BroadR-Reach Port 2B is set to Master Port 2A to slave. DIP Switch 3 to 4: Use Case Selection. DIP Switch 3 OFF, DIP Switch 4 OFF Dual Media Converter Mode DIP Switch 3 OFF, DIP Switch 4 ON SPY Mode Without Wrapper DIP Switch 3 ON, DIP Switch 4 OFF SPY Mode With Wrapper DIP Switch 3 ON, DIP Switch 4 ON Frame Generator DIP Switch 5 to 8: Frame Generator speed, burst and packet size selection Note: DIP Switch 1 and DIP Switch 2 will configure Port 1A and Port 2A as Master or Slave in the Media Converter mode. In this mode, ports 1B and 2B are not working. Same is valid for port 1A Master/Slave setting in the Combination Mode and port 1B is not working.

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6 Use Cases Four different Use Cases can be configured by DIP Switch 3 and 4 for the BRSPY mini. After changing this switches, a hardware reset is required.

6.1 Dual Media Converter Mode (“0, 0”) The simplest Use Case is the dual Media Converter, selected by setting the DIP switches 3 and 4 to OFF. The BR_SPY_mini will act like two completely independent Media Converters from BroadR-Reach (100Base-T1) to Fast Ethernet (100Mbps) in Full Duplex Mode. The two data streams of the two Media Converters are completely independent of each other. Both data streams are full duplex and the RJ45 Ports are input/output. The PC can send and receive data. There are no buffers in this Use Case. The RJ45 Ports work in Fast Ethernet (100 Mbit/s) Mode in this Use Case.

Note: in this mode, the ports 1B and 2B are inactive.

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6.2 Spy Mode Without Wrapper (“0, 1”) In this Use Case the RJ45 Ports work in Gigabit Mode. The copied data from the two 100 Mbit/s BroadR-Reach (100Base-T1) Ports are combined to one 200 Mbit/s stream and are sent on one Gigabit link. To do a collision resolution the packets are buffered on the BroadR-Reach (100Base-T1) Port. The signals received in BR1A and BR1B ports are combined in one stream and sent on GB1 port, while the signals received in BR2A and BR2B ports are combined in one stream and sent on GB2 port. The PC is not able to send data. The RJ45 Ports are output only. In this case, no header is added in the sent Ethernet frame, and the received frames on the BroadR-Reach (100Base-T1) ports are forwarded directly to the corresponding Gigabit port, as they have been received, without suffering any modification. To activate this Use Case, the DIP Switch 3 must be set to OFF position, while DIP Switch 4 must be set to ON position. In this case, the communication between two BroadR-Reach (100Base-T1) ports is possible. BR1A and BR1B ports can send packets each other, as well as BR2A and BR2B with minimal delay (< 2 µs), which makes this mode suitable for use with AVB / TSN devices.

Note: the exact same functionality is available at ports 2A, 2B and GB2.

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6.3 Spy Mode With Wrapper (“1, 0”) The user can select this mode configuring DIP Switch 3 to ON-up position- and DIP Switch 4 to OFF position -down position. In this case, the working mode is the same than in SPY with-out wrapper mode, but a header is added on the Ethernet frame sent out of the Gigabit ports GB1 and GB2. The packet received in the BroadR-Reach (100Base-T1) port will be logged through the corresponding Gigabit Port into an Ethernet RAW frame, the PDU of which will be the exact Ethernet frame received (bit-by-bit including the original CRC). The following picture shows the structure of an Ethernet BR_SPY_mini RAW frame, in this use case:

Table 3: Detail description of the BR_SPY_mini Header

Note: The data Frames are enhanced with additional information as an exact timestamp and the bus port the data was originally sent on. Timestamps are in 0.04 μs resolution and syn-chronous to all connected BR (100Base-T1) lines. With this feature the user can record the exact time when the first bytes of a frame were re-ceived on a BroadR-Reach (100Base-T1) port of the BR_SPY_mini. It is also possible to see the complete frame including the preamble and the CRC in Wireshark. Normally this infor-mation is removed by your network interface.

Destination MAC

(6 bytes)

Source MAC

(6 bytes)

Ethernet Type

(2 bytes)

Time Stamp

(6 bytes)

Port

(1 byte)

Extra

(1 byte)

Length

(2 bytes)

Payload

(BR packet)

CRC

(4 bytes)

Field Name No. Of Bytes

Value

Destination MAC Address 6 FF:FF:FF:FF:FF:FF Source MAC Address 6 00:50:C2:E4:30:00 Ethernet Type 2 0x2182 Time Stamp 6 See the note below Port 1 See the table below Extra 1 0x00 Length 2 Length of the Ethernet BRSPY mini frame Payload X Original BroadR-Reach packet with CRC CRC 4 New calculated CRC of packet with new

BR_SPY_mini header

Ethernet BRSPY mini Frame Header

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Port Value

BR 1A 0x00 BR 1B 0x01 BR 2A 0x02 BR 2B 0x03 Table 4: values of Port field within the BR_SPY_mini Header

The following image shows an example of a BroadR-Reach (100Base-T1) payload frame encapsulated in a BR_SPY_mini RAW frame, with header:

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6.3.1 BRSPY mini LUA Dissector Installation Guide In order to dissect the BR_SPY_mini RAW Ethernet Frames generated on SPY With Wrap-per mode, a LUA file for Wireshark is available on Technica Engineering website free of charge. To install the LUA file in Wireshark, the user must follow the following steps:

1. Close Wireshark in case that the program is running on PC.

2. Download the .ZIP file that contains all the LUA files, through this website:

http://www.technica-engineering.de/wp-content/uploads/2017/01/BroadR-Reach-

SPY-Mini-Wireshark-Dissector.zip

3. Extract the downloaded ZIP file. This file should contain the following LUA file:

BR_SPY_Mini_ETH_wrapper_BR.lua

4. Copy or move the LUA file in Wireshark plugins folder. The path should be:

C:\Program Files\Wireshark\plugins\(Wireshark Version Number).

Note: Wireshark Version Number depends on the Wireshark version installed on

http://www.technica-engineering.de/wp-content/uploads/2017/01/BroadR-Reach-SPY-Mini-Wireshark-Dissector.zip

http://www.technica-engineering.de/wp-content/uploads/2017/01/BroadR-Reach-SPY-Mini-Wireshark-Dissector.zip

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5. To copy or move the LUA files to the specified Wireshark plugins folder, Administrator

rights will be needed. In that case, the following window should appear. Press

Continue to proceed with the copy.

6. Run Wireshark.

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6.4 Frame Generator Mode (“1, 1”) In this case, the device works as a Frame Generator, sending Ethernet frames on GB1 with Gigabit Speed and on all 4 BroadR-Reach (100Base-T1) ports with 100Mbit/s. In order to select this mode, the DIP switches 3 and 4 must be ON (“11” Value). In addition, the user can select different functionalities according with the set of DIP switches 5,6,7 and 8:

DIP Switch 5: When it is ON, it selects the Burst Mode. In this mode, the device sends 4 packets with the minimum IFG (Interframe Gap). These sequence of packets consists on a burst of mixed packets -a large frame and three small frames.

DIP Switch 6: This switch selects the Packets Size. When it is OFF, the size of the frame will be 64 bytes, and when it is ON, the size will be 1500 bytes. The sizes don’t include the preamble and CRC.

DIP Switches 7 and 8: This switches allows to select the FrameRate:

o DIP Switch 7 OFF, DIP Switch 8 OFF (“00”): 5 Mbits/s o DIP Switch 7 OFF, DIP Switch 8 ON (“01”): 50 Mbits/s o DIP Switch 7 ON, DIP Switch 8 OFF (“10”): 90 Mbits/s o DIP Switch 7 ON, DIP Switch 8 ON (“11”): 98 Mbits/s

These rates are used in all BroadR-Reach (100Base-T1) ports, and in GB2. In Frame Gen-erator mode, this port will work as Fast Ethernet port, sending status frames -see section 6.3.2. In GB1, these values are multiplied by 10.

6.4.1 Frame Format

The following image shows the Frame Format transmitted on all BroadR-Reach ports and GB port in Frame Generator Mode.

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The frame format is fixed, and the only difference between the packets is the Stream ID field. This Stream ID field shows the port number where the frame is being sent.

Stream ID Value

Function

0 BR1A

1 BR1B

2 BR2A

3 BR2B

4 GB1

5 GB2

Table 5: Stream ID field on Frame Generator Mode

The following image shows an example with mixed frame sizes in Wireshark, in burst mode:

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6.4.2 Status Reporter

On any of the BroadR-Reach and in GB1, the CRC and Continuous Counter fields are checked and the result is reported each second in a Status Frame. This frame is transmitted on GB2 with the following format:

In this port, the StreamID = 5, and the GB1 works as a Fast Ethernet port. The following im-age shows an example of a Status Frame in Wireshark:

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The following table defines the content of the Status Frame Data. These fields are replicated four times, one per BroadR-Reach port, giving information about the communication status in every single port.

Field

Size (bytes)

Description

SequenceCounterLocked

2 Lowest Bit shows if the Sequence Counter Checker found at least one valid pair and then was enabled. It is disabled while errors occur.

SequenceErrorCounter 2 Counter for detected sequence errors after checker locked. This counter is not reset.

IgnoredFrameCounter 2 Counter for frames, that were not in the right format to be checked.

CRC_ErrorCounter

2 Counter for CRC errors in all received frames

ReceivedFrameCounter 2 Total of all received frames including malformed frames

MeasuredFramesPerSecond 2 Received Frames per second with valid preamble.

MeasuredBitsPerSecond 2 RX_DV High Time vs. Low Time [MBits/s]

Table 6: Status Frame Data format

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7 Trigger Functions The Trigger Output signals detect when a frame is received in one of the BroadR-Reach (100Base-T1) ports, this means, when the Data Valid rising edge is detected, and when a frame is being transmitted on one of the Gigabit ports, as is shown in the following table:

Pin Function 1 BR1A Data Valid

2 BR1B Data Valid




6 BR2A Data Valid

7 BR2B Data Valid

8 GB1 Data Enable

9 GB2 Data Enable

Table 7: description of Trigger Function outputs on Sub-D connector

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8 Frequently Asked Questions – FAQ

Q: What is the delay time for Ethernet packets through the SPY?

A: The delay time depends on the UseCase that is set. For SPY Mode without wrapper the delay of received BR (100Base-T1) packets to their output on the RJ45 ports is around 12µs. For Media Converter Mode, the delay is around 2.8µs. This delay is independent of the Ethernet packet frame size.

Q: What is the delay time for Ethernet packets between two BroadR-Reach (100Base-T1) ports?

A: For the Media Converter Mode, the delay between two BroadR-Reach ports is around 1.5µs. The delay is independent of the Ethernet packet frame size.

Q: Is AVB supported?

A: The SPY is especially built for testing AVB. For minimum delay the SPY must be set to SPY UseCase. When using automotive AVB profile the time synchronization is not influ- enced by the SPY. There is no special handling of AVB frames as this is not necessary.

Q: The BR Link LED is lit but I have no valid BR Link. What is going wrong?

A: There is a bug in the used BR PHY. When the BR Plus and Minus lines are swapped and the SPY Port is set to BR Slave then the Link LED is lit, but there is no data trans-mission possible. So please connect the BR lines correctly (postitive with positive, nega-tive with negative).

Q: I am not able to see any packet in Wireshark in SPY -with or without wrapper- mode.

What is going wrong? A: Some Ethernet Adapters must have the VLAN & Packet Priority option disabled. Please,

change this configuration, going to Ethernet Adapter Properties/Advanced/Packet Priori-ty & VLAN. If this option is enabled, just disabled. Otherwise, it should be enabled.

For additional Technical support, please contact:

[email protected]

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9 Contact If you have any questions regarding this product, please feel free to contact us: Technica Engineering GmbH Leopoldstr. 236 80807 München Germany Technical support: [email protected] General information: [email protected] Most current user manuals and product information: www.technica-engineering.de

mailto:[email protected]

http://www.technica-engineering.de/

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