Shop – FibreCode-Shop

FC900631 Closed Housing for FC631

aec — Thu, 12 May 2022 12:52:06 +0000

By default the FC6xx 100BASE-T1 and 10BASE-T1L USB sticks are delivered with an open housing consisting of a colored sub-shell. The top side of the FC6xx USB sticks is visible and unprotected. For standard applications where the USB sticks are operated on the desk this is not an issue. In case the USB sticks are used in a rough environment the FC9006xx Closed Housing can be used to protect the USB sticks.

Features

Closed housing for 100BASE-T1 and 10BASE-T1L USB sticks
Replacement for standard sub-shell
Opening for seamless cable connection
Including light pipe for LED
3D-printed

FC900621 Closed Housing for FC621

aec — Thu, 12 May 2022 12:50:44 +0000

Features

Closed housing for 100BASE-T1 and 10BASE-T1L USB sticks
Replacement for standard sub-shell
Opening for seamless cable connection
Including light pipe for LED
3D-printed

FC900612 Closed Housing for FC612

aec — Thu, 12 May 2022 12:49:31 +0000

Features

Closed housing for 100BASE-T1 and 10BASE-T1L USB sticks
Replacement for standard sub-shell
Opening for seamless cable connection
Including light pipe for LED
3D-printed

FC900602 Closed Housing for FC602

aec — Thu, 12 May 2022 12:36:35 +0000

Features

Closed housing for 100BASE-T1 and 10BASE-T1L USB sticks
Replacement for standard sub-shell
Opening for seamless cable connection
Including light pipe for LED
3D-printed

FC900701 Trigger Extension for USB Sticks Raw

aec — Mon, 02 May 2022 13:37:53 +0000

The FC900701 Trigger Extension represents a hardware module used to extend the functionality of the FC612 USB 100BASE-T1 Stick Raw and the FC631 USB 10BASE-T1L Stick Raw by external trigger input and output events.

A parallel cabel is used to connect the FC900701 Trigger Extension board and the USB sticks. For connection of external trigger signals the FC900701 Trigger Extension features simple to use screw terminals.

External trigger input events are timestamped in context with Ethernet traffic. Trigger output events are generated on detection of configurable EtherTypes.

Features

Hardware

Support for external trigger input and output signals
Screw terminals for seamless connection of trigger signals
Parallel cable for connection to FC612 and FC631

Software/Firmware

Trigger input events timestamped in context with Ethernet traffic
Trigger output events generated on detection of configurable EtherTypes
Python API to configure trigger input and output events

Applications

The FC900701 in combination with the FC612 USB 100BASE-T1 Stick Raw and FC631 USB 10BASE-T1L Stick Raw enables connection to embedded hardware platforms used to generate and receive dedicated trigger events. The following are example applications:

Synchronize external trigger input events (e. g. CAN message trigger) to Ethernet traffic
Generate trigger output event based on configurable EtherType
Connect 100BASE-T1 or 10BASE-T1L device and GPIOs for realtime latency measurement
Verify Precision Time Protocol (PTP) timestamping
Use Wireshark to display 100BASE-T1 and 10BASE-T1L Ethernet and trigger input events

Requirements

FibreCode FC612 USB 100BASE-T1 Stick Raw or FC631 USB 10BASE-T1L Stick Raw
External hardware to generate and received trigger events

FC900302 UTP Ethernet Cable

aec — Wed, 09 Mar 2022 11:04:02 +0000

For connection of 100BASE-T1 automotive Ethernet devices and 10BASE-T1L industrial Ethernet devices a unshielded twistet pair (UTP) cable is required. The FC900302 UTP Ethernet Cable represents such a cable.

The FC900302 UTP Ethernet Cable has a length of 2 m and is providing on both ends cable sleeves for seamless connectivity to screw terminal blocks as provided on countless numbers of evaluation and custom printed circuit boards.

Features

Cable type: FLR9Y
Cable length: 2 m
Cable head: Cable end sleeves
Core: 0,35 mm²
Core arrangement: 2 cores twistet together (Length of lay 13 mm)
Color: green & white

FC401 USB SMI/SPI Adapter

aec — Wed, 09 Mar 2022 10:55:02 +0000

The FC401 USB SMI/SPI Adapter represents a hardware module connecting MS-Windows and Linux based host PCs with evaluation boards as well as custom boards featuring Ethernet PHY transceivers or switches with SMI and/or SPI interface.

The FC401 USB SMI/SPI Adapter provides an USB 2.0 interface and a SMI as well as SPI port. The USB interface is used for connectivity to a MS-Windows or Linux host PC. The SMI and SPI ports are used to realize a connection to evaluation and custom boards.

On the host PC the FC401 USB SMI/SPI Adapter is detected as Ethernet device. Flexible software APIs provide seamless access to Ethernet PHY transceiver internal registers via SMI and SPI interface.

Features

Hardware

High-Speed USB 2.0 device interface
USB 2.0 Micro-AB connector
SMI and SPI connectivity via standard 2,54 mm 18-pin header
NXP LPC4333 32-bit ARM Cortex-M4/M0 microcontroller
USB powered
Compact and modular design
Incl. USB cable and colored fly-wires

Software/Firmware

MS-Windows 10 and several Linux distributions are supported
Common C-API and Python 3.x wrapper
Software API to access Ethernet PHY transceivers and switches internal registers
Python GUI to read and write register values via SMI and SPI
Python and C++ sample applications

Applications

The USB interface of the FC401 USB SMI/SPI Adapter allows seamless connection to a broad variety of PCs, notebooks and embedded platforms. The USB control access via Broadway2-API enables the usage of USB hosts running MS-Windows as well as Linux operating systems.

The standard 18-pin header in combination with colored fly-wires enables connectivity to SMI and SPI ports of evaluation and custom boards to access Ethernet PHY transceivers and switches.

The FC401 USB SMI/SPI Adapter can be used for the following use cases:

Seamless access to evaluation boards and custom boards via SMI and SPI interface
Access to Ethernet PHY transceivers and switches via SMI and SPI interface
Configuration and verification of Ethernet PHYs and switches
Setup and control test-modes, loopback-modes etc. of Ethernet PHY transceivers and switches
Verification of custom designed PHY and switch boards using FC401 in combination with FC6xx as link-partners

Requirements

MS-Windows 10 or Linux host platform (e.g. PC, Laptop, Raspberry Pi)
USB 2.0 host port

FC631 USB 10BASE-T1L Stick Raw

aec — Wed, 09 Mar 2022 10:51:15 +0000

The FC631 USB 10BASE-T1L Stick Raw represents a compact hardware interface connecting MS-Windows and Linux based PCs with 10BASE-T1L industrial Single Pair Ethernet (SPE) network devices and switches.

The FC631 USB 10BASE-T1L Stick Raw functions as full-featured Layer2 receiver and transmitter in an industrial Single Pair Ethernet network. In comparison to the standard FC621 USB 10BASE-T1L Stick the FC631 USB 10BASE-T1L Stick Raw is not installed as network device on the Host PC, but comes with an API (Broadway2 C-API) to get full access to Layer2 raw data on a 10BASE-T1L industrial Single Pair Ethernet network.

The FC631 can be used for the analysis, simulation, test and validation of industrial Ethernet networks. Flexible software APIs feature full access to Analog Devices ADIN1100 PHY internal registers. This enables cable testing and network diagnosis.

Features

Hardware

Analog Devices ADIN1100 10BASE-T1L PHY
10BASE-T1L physical interface with UTP connector
NXP LPC4333 32-bit ARM Cortex-M4/M0 microcontroller
High-Speed USB 2.0 device interface with Type-A connector
Network Master/Slave configuration via hardware switch
USB powered
Compact and modular design

Software/Firmware

MS-Windows and Linux compatible
USB Bulk data In/Out to Ethernet Layer2
Powerful and flexible API for ADIN1100 SMI access
Common C-API and Python wrapper
Python abstraction class for ADIN1100 MDIO register
Python and C++ sample applications
Firmware update via USB

Applications

The USB interface of the FC631 USB 10BASE-T1L Stick Raw allows seamless connection to a broad variety of PCs, notebooks and embedded platforms. This enables the FC631 USB 10BASE-T1L Stick Raw for the following use cases:

MS-Windows and Linux PC used as raw protocol analyzer for 10BASE-T1L networks
Reception of raw Ethernet frames incl. 64-bit timestamp and sequence counter
Decoding of ethernet raw frames with Python pypacker to ICMP, UDP/TCP-IP ..
Transmission of Ethernet data supporting access to MAC, VLAN and raw data section
Point-to-Point industrial Ethernet network connection using two USB 10BASE-T1L Sticks Raw
Evaluation of Analog Devices ADIN1100 10BASE-T1L PHY chip with full access to MDIO registers
10BASE-T1L cable testing and network diagnosis
Simulation of multiple nodes on industrial Ethernet switch designs
Industrial Ethernet network simulation and demonstration

Requirements

MS-Windows 10 or Linux host platform (e.g. PC, Laptop, Raspberry Pi)
USB 2.0 host port

FC621 USB 10BASE-T1L Stick

aec — Wed, 09 Mar 2022 10:46:49 +0000

The FC621 USB 10BASE-T1L Stick represents a compact hardware interface connecting MS-Windows and Linux based PCs with 10BASE-T1L industrial Single Pair Ethernet (SPE) network devices and switches.

The FC621 USB 10BASE-T1L Stick functions as seamless media converter between a standard USB 2.0 interface and a 10BASE-T1L industrial Single Pair Ethernet network. On Windows and Linux host PCs the FC621 USB 10BASE-T1L Stick is detected as standard Ethernet device.

Flexible software APIs feature full access to Analog Devices ADIN1100 PHY internal registers. This enables cable testing and network diagnosis.

Features

Hardware

Analog Devices ADIN1100 10BASE-T1L PHY
10BASE-T1L physical interface with UTP connector
NXP LPC4333 32-bit ARM Cortex-M4/M0 microcontroller
High-Speed USB 2.0 device interface with Type-A connector
Network Master/Slave configuration via hardware switch
USB powered
Compact and modular design

Software/Firmware

MS-Windows and Linux compatible
Standard Ethernet Network device on host PC
USB CDC/ECM driver for MS-Windows
Powerful and flexible API for ADIN1100 SMI access
Common C-API and Python wrapper
Python abstraction class for ADIN1100 MDIO register
Firmware update via USB

Applications

The USB interface of the FC621 USB 10BASE-T1L Stick allows seamless connection to a broad variety of PCs, notebooks and embedded platforms. The USB Control and CDC/ECM profiles enable the usage of USB hosts running MS-Windows as well as Linux operating systems. This enables the USB 10BASE-T1L Stick for the following applications:

Standard Ethernet network device supporting 10BASE-T1L pyhsical interface
MS-Windows and Linux PC used as protocol analyzer (Wireshark) for 10BASE-T1L networks
Point-to-Point industrial Ethernet network connection using two USB 10BASE-T1L Sticks
Evaluation of Analog Devices ADIN1100 10BASE-T1L PHY chip with full access to MDIO registers
10BASE-T1L cable testing and network diagnosis
Simulation of multiple nodes on industrial Ethernet switch designs
Industrial Ethernet network simulation and demonstration

Requirements

MS-Windows 10 or Linux host platform (e.g. PC, Laptop, Raspberry Pi)
USB 2.0 host port

FC612 USB 100BASE-T1 Stick Raw

aec — Wed, 09 Mar 2022 10:41:15 +0000

The FC612 USB 100BASE-T1 Stick Raw represents a compact hardware interface connecting MS-Windows and Linux based PCs with automotive Single Pair Ethernet (SPE) network devices and switches. Network standards like OABR (OPEN Alliance BroadR-Reach) and 100BASE-T1 are supported.

The FC612 USB 100BASE-T1 Stick Raw functions as full-featured Layer2 receiver and transmitter on a 100BASE-T1 automotive Single Pair Ethernet network. In comparison to the standard FC602 USB 100BASE-T1 Stick the FC612 USB 100BASE-T1 Stick Raw is not installed as network device on the Host PC, but comes with an API (Broadway2 C-API) to get full access to Layer2 raw data on a 100BASE-T1 automotive network.

The FC612 can be used for the analysis, simulation, test and validation of automotive Ethernet networks. Flexible software APIs feature full access to NXP TJA1101 PHY internal registers. This enables cable testing and network diagnosis.

Features

Hardware

NXP TJA1101 100BASE-T1 PHY with full support for Sleep/Wake-up (TC10 compliant)
OABR/BroadR-Reach/100BASE-T1 physical interface with UTP connector
NXP LPC4333 32-bit ARM Cortex-M4/M0 microcontroller
High-Speed USB 2.0 device interface with Type-A connector
Network Master/Slave configuration via hardware switch
USB powered
Compact and modular design

Software/Firmware

MS-Windows and Linux compatible
USB Bulk data In/Out to Ethernet Layer2
Powerful and flexible API for TJA1101 SMI access
Common C-API and Python wrapper
Python abstraction class for TJA1101 MDIO register
Python and C++ sample applications
Python GUI-Application to control and view TJA1101B settings,
e. g. Master/Slave, TestModes, Loopback-Modes, Sleep/Wake-up (TC10 compliant), SQI, …
Firmware update via USB

Applications

The USB interface of the FC612 USB 100BASE-T1 Stick Raw allows seamless connection to a broad variety of PCs, notebooks and embedded platforms. This enables the FC612 USB 100BASE-T1 Stick Raw for the following use cases:

MS-Windows and Linux PC used as raw protocol analyzer for 100BASE-T1 networks
Reception of raw Ethernet frames incl. 64-bit timestamp and sequence counter
Decoding of ethernet raw frames with Python pypacker to ICMP, UDP/TCP-IP ..
Transmission of Ethernet data supporting access to MAC, VLAN and raw data section
AVB/TSN network testing
Point-to-Point automotive Ethernet 100BASE-T1 network connection using two USB 100BASE-T1 Sticks Raw
Evaluation of NXP TJA1101 100BASE-T1 PHY chip with full access to SMI registers
Automotive Ethernet network simulation and demonstration

Requirements

MS-Windows 10 or Linux host platform (e.g. PC, Laptop, Raspberry Pi)
USB 2.0 host port