MA-1000BASET1-USB-MATENET

An ideal tool for connecting a 100BASE-T1/1000BASE-T1 ECU or network. This realizes a connection between the 1000BASE-T1/100BASE-T1 network and an USB 3.1 port. Featuring TE MATEnet and USB 3.1 Type-C connectors. This device acts as a standard network interface card when plugged into a PC. 100/1000BASE-T1 USB Interface: An ideal tool for connecting a 100BASE-T1/1000BASE-T1 ECU or network, to a computer or laptop without an internal network card. Examples such as Ultrabooks, mini-PCs etc. Communication speed and master/slave settings can be auto negotiated with a link partner.  Can also be set manually by the user. Device status and port diagnostic can be accessed via a Virtual COM port. Can be used as a USB-CAN(/FD) interface. HIGHLIGHTS: Automotive Ethernet to USB 3.1 network interface card 1000BASE-T1 and 100BASE-T1 support 100/1000 Mbit full-duplex communication Speed auto-negotiation or manual selection Master/slave auto-negotiation or manual selection IEEE and Legacy mode Automatic polarity detection on T1 port Frame generator mode USB virtual COM port for configuration, status and port diagnostic Free-of-charge PC application Can be used as a USB to CAN(/FD) interface USB Type-C connector USB-powered Aluminum enclosure DIN rail mounting possibility Built-In status LEDs with dip switches allow you to visualize the port status and configure its parameters. The interface offers features such as frame generator and cable diagnostic. Plugging into a computer’s USB 3.x port, the device is enumerated as a network interface card (supporting both 1000 Mbit and 100 Mbit speeds depending on the T1 port speed) and a virtual COM port that can be used to programmatically access the device’s status. Additionally, the configuration as we use the USB to CAN(/FD) interface function (works simultaneously with the 100/1000BASE-T1 network interface card function). The open communication protocol over USB allows readily status information and configure the port parameters, thus enabling an easy way to integrate the device into any system. The user can programmatically configure the device, and a free-of-charge PC application is available. This will allow you to visualize the device’s status, configure its parameters and use advanced functions. SPECIFICATIONS: Feature Description Automotive Ethernet 100/1000BASE-T1 to USB 3.1 network interface card Configuration Speed: 100 / 1000 / Auto-negotiation Mode: Master / Slave / Auto-negotiation Frame generator: On / Off Link mode: IEEE / Legacy Channels Automotive Ethernet: 1000BASE-T1 (IEEE 802.3bp) or 100BASE-T1 (IEEE 802.3bw) CAN: CAN-HS channel with CAN FD support (ISO 11898-1:2015; CAN2.0A/B; ISO CAN FD) USB: USB3.1 network interface card, USB 2.0 CDC for diagnostic Integration Open communication protocol over USB VCP or CAN(/FD) allows to configure port parameters, read port status, and run cable diagnostic USB-CAN(/FD) Interface Possibility to use the device as a USB-CAN or USB-CAN FD interface (open communication protocol over USB VCP) – simultaneously to the 100/1000BASE-T1 conversion function PC application Free-of-charge PC application to read status information, configure the converter, run cable diagnostic, use USB-CAN(/FD) function Power USB-powered Connectors 1000BASE-T1: TE MATEnet CAN bus: 6-pin terminal block (Molex Micro-Fit) USB 3.1: USB Type-C Dimensions 84 x 82 x 33 mm Operating temperature -20 to 70 °C Placement Table (adhesive pads included) DIN-rail mount (bracket sold separately)   Free of Charge PC Application The 100/1000BASE-T1 USB Interface PC application is provided free-of-charge. Features: Read port status: link, speed, master/slave, signal quality, insertion and return loss Override device’s configuration: auto-negotiation, speed, IEEE/Legacy mode Run cable test Use the device as a USB-CAN(/FD) interface: configure CAN channel, transmit/receive CAN and CAN FD frames The application is available for Microsoft Windows and uses the .NET framework. Communication Protocol for Integration The open communication protocol is available to access the media converter over USB or CAN(/FD). The protocol allows to remotely read status and configure the T1 port, or to use the device as a USB-CAN(FD) interface. ADDITIONAL "SPECIAL ORDER" ACCESSORIES: Ordering Information: Product Number Description 1000BASET1-USB-MATENET 100/1000BASE-T1 USB Interface MATEnet HARNESS-MATENET-MATENET-0M5 TE MATEnet female to MATEnet female cable harness; unshielded twisted-pair (UTP); length 0.5 m HARNESS-MATENET-MATENET-2M TE MATEnet female to MATEnet female cable harness; unshielded twisted-pair (UTP); length 2 m HARNESS-MATENET-MATENET-5M TE MATEnet female to MATEnet female cable harness; unshielded twisted-pair (UTP); length 5 m HARNESS-MATENET-MATENET-10M TE MATEnet female to MATEnet female cable harness; unshielded twisted-pair (UTP); length 10 m HARNESS-MATENET-DSUB9-025M TE MATEnet female to DSUB9 (DB9) female adapter / cable harness; unshielded twisted-pair (UTP); length 25 cm ADAPTER-MATENET-HMTD-M TE MATEnet male to Rosenberger H-MTD male PCB adapter ADAPTER-MATENET-TERMINAL-M TE MATEnet male to terminal block PCB adapter HARNESS-MOLEX6-OPEN-1M 6-pin Molex Micro-Fit to open end; length 1 m HARNESS-MOLEX6-OPEN-5M 6-pin Molex Micro-Fit to open end; length 5 m 1000BASET1-NET-SDK .NET SDK API (DLL) to access the device over USB (VCP) or CAN/FD. The API allows to read the status and configure the device, run cable test, and to use the device as a USB-CAN(FD) interface. One-time payment, perpetual license valid for one customer location. DIN-BRACKET-UNI Universal bracket for mounting any enclosure on a DIN rail