Siemens MVB PC/104
Siemens MVB PC/104 MVB Interface Module The MVB PC/104 is an interface module with which it is possible to connect electronic controllers to the MVB. The user of the MVB PC/104 module is provided with API software for their development. The MVB PC/104 connects the parallel PC/104 bus with the serial MVB. Data exchange from the MVB to the PC/104 bus and vice versa is performed via the traffic memory. Arbitration of the traffic memory is performed by the MVBCS1 ASIC. The module is designed for use with a 16-bit CPU with ready acknowledgment. Bytewise accesses to the traffic memory are not possible because of its wordwise organization. Accesses must always be wordwise (only to even addresses).
DXStream-HDMI
DXStream-HDMI Ultra Low Latency Standalone H.264 Streaming Client The DXStream-HDMI is an intelligent, stand-alone, ultra-low latency H.264 streaming client that receives, decodes, and displays H.264 encoded video streams. The DXStream‑HDMI supports the industry standard RTP/RTSP protocols for streaming data via the integrated 100/1000MBit Ethernet connection. This SWaP optimised solution is ideal for rapid deployment in demanding applications in Military, Communications, Transportation, Mining and Energy industries. The DXStream-HDMI features a dedicated hardware decode engine capable of decoding up to 1080p60 H.264 video at full size and full frame-rate with Ultra Low Latency (under 60ms). The intelligent streaming client is configured via a web interface and once configured the DXStream-HDMI runs autonomously without any user interaction. The DXStream-HDMI is an intelligent stand-alone device with it’s own on-board CPU and does not require a host CPU or any driver or OS software. For mechanical convenience, the module can be mounted on a PC/104 stack without consuming host CPU resources. Highlights Real-time H.264 decode at up to 1080p60 Ultra Low Latency technology with latency below 60ms H.264/MPEG-4 AVC (Part 10) Decoder HDMI/DVI output RTSP/RTP streaming protocol support Single, rugged, real-time video streaming client solution Stand-alone operation Web interface for configuration Standard PC/104 mechanical form factor Applications All-round Real-Time Situational Awareness Real-time video feedback from remote platforms Unmanned vehicles (UAV, ROV) Real-time IP video distribution Remote Video Surveillance Border Security Traffic Monitoring and Control
Ruby-MM-416
Ruby-MM-416 4 Channel 16-bit Analog Output+24 DIO PC/104 Module The new Ruby-MM-416 PC/104 module provides 4 channels of 16-bit resolution analog voltage output. The output range for each channel can be independently selected for 0-10V, ±5V, or ±10V with jumpers. All outputs are updated simultaneously, either with a software command or in response to an external signal. The board includes 24 lines of digital I/O using an 82C55 chip. The I/O connector pinout is compatible with the Ruby-MM-4 12-bit analog output board shown in our catalog on pages 20-21. Other features include +5V-only operation, individual DC/DC converters with filtered outputs for each DAC to supply ±15V for operation, and a six-layer circuit board to bury and shield the analog signals.
Ruby-MM-412/812/1612
Ruby-MM-412/812/1612 4, 8, or 16-Channel 12-bit Analog Output PC/104 Module The Ruby-MM series provides 4, 8 or 16 channels of 12-bit resolution analog voltage outputs plus 24 digital I/O lines on a single PC/104 module. An on-board precision voltage reference circuit offers analog output ranges of 0-2.5V, 0-5V, and 0-10V in unipolar mode or ±2.5V, ±5V, and ±10V in bipolar mode. All analog outputs can source or sink up to 5mA simultaneously. The analog outputs are based on the DAC8412 quad 12-bit D/A converter chip. This chip resets all outputs to mid-scale on power-up, meaning 0V for bipolar ranges and 1/2 the full-scale voltage for unipolar ranges. To obtain power-on reset to 0V for unipolar ranges, a special-order version is available using the DAC8413 which powers up to zero scale instead. On the 16-channel model, each group of 8 channels can be set for a different output range. On the 4- and 8-channel models, all outputs have the same output range. All outputs are updated simultaneously, either with a software command or in response to an external trigger. The board includes 24 digital I/O lines using an 82C55 chip. All I/O lines have 10K Ohm pull-up resistors for guaranteed logic levels on power-up. Ruby-MM-1612 is designed and tested for extended temperature operation (-40 to +85oC). It requires only +5VDC from the system power supply via the PC/104 bus. Analog ±15V supplies are derived from miniature DC/DC converters on the board. All I/O is contained on a single 50-pin connector compatible with standard .1” connector ribbon cables, such as Diamond Systems’ C-50-18.
Memorator Light HS
Memorator Light HS CAN interface Designed for troubleshooting any CAN-based (controller area network) system, the Kvaser Memorator Light HS is an easy-to-use tool for logging serial data, with no preconfiguration or software setup required. With an autobaud function that determines CAN bus bit rate, the Kvaser Memorator Light can be attached to any high-speed CAN bus without configuration. All CAN bus traffic is logged in a circular buffer, overwriting the oldest data when the buffer becomes full. A separate circular buffer keeps track of error frame conditions and the message traffic that occurs near the conditions. Major Features Single high-speed CAN channel (compliant with ISO 11898-2). Supports both 11-bit (CAN 2.0A) and 29-bit (CAN 2.0B active) identifiers. Supports bit rates from 10 Kbit/sec up to 1 Mbit/sec. Auto detects bit rate — removes the need for configuration. Always in silent mode — log bus traffic without interfering. 1 GByte of internal memory for message storage. All received CAN frames recorded in a circular buffer — oldest data overwritten by newest. A second circular buffer records 1000 messages before and after an error frame occurs. The Kvaser Memorator Light extraction software provides easy access to the recorded data when connected to the device via a USB port. The tool supports multiple formats used by popular analysis software. In addition, the extraction software allows the user to clear and reinitialize the device’s memory Software Kvaser CANLIB SDK is a free resource that includes everything you need to develop software for the Kvaser CAN interfaces. Includes full documentation and many program samples, written in C, C++, C#, Delphi, and Visual Basic. All Kvaser CAN interface boards share a common software API. Programs written for one interface type will run without modifications on the other interface types! J2534 and RP1210A Application Programming Interfaces available.
Leaf Light Rugged HS
Leaf Light Rugged HS Rugged USB/CAN interface with high performance Kvaser Leaf Light Rugged is a one channel USB interface for CAN. In hostile environments where dust and water are the norm, the IP67 rated housing assures reliable protection. Major features * IP67 rated lightwegiht aluminium housing * Polyurethane cabling for extreme environments * CAN messages are time-stamped with a precision of 100 microseconds * Handles up to 8000 messages per second * Supports both 11-bit (CAN 2.0A) and 29-bit (CAN 2.0B active) identifiers * Supports data and remote frames * Detects error frames * Very good EMC performance * Fully compatible with all higher layer protocols including J1939 and CANopen * Equipped with a 110 cm (44 in.) long USB cable and a 30 cm (12 in.) long CAN cable * Interfaces the CAN bus with a 9-pin D-SUB connector * Galvanically isolated CAN bus driver * Designed for USB 2.0, backward compliant with USB 1.1 * Low power-consumption * Temperature range -40 °C - +85 °C * Quick and easy Plug-and-Play installation * 100% software compatible with applications written for all Kvaser hardware with Kvaser CANlib SDK * A practically unlimited number of Kvaser Leafs can be connected via standard USB hubs for simultaneous use on a single PC
USBcan Professional
USBcan Professional CAN/USB interface with two channels The Kvaser USBcan Professional provides two CAN bus interfaces through a single USB connection. When combined with the Kvaser Linx the Kvaser USBcan Professional also supports bus types like J1587. The Kvaser USBcan Professional supports Kvasers MagiSync technology to synchronize time stamps across multiple units without extra wires providing flexibility for multi-channel applications. With quick reaction times and high data throughput, the Kvaser USBcan Professional is perfect for rapid ECU re-flashing, advanced bus analyzers, and efficient development work. Major features of Kvaser USBcan Professional * One device for desktop and laptop. * Quick and easy plug-and-play installation. * Automatic and accurate clock synchronization between several Kvaser USBcan Professional interfaces through Kvaser MagiSync. The technical solution is unique and patented by Kvaser. * Supports both 11-bit (CAN 2.0A) and 29-bit (CAN 2.0B active) identifiers. * Support for Kvaser Linx J1587. * CAN Messages are time-stamped and synchronized with a precision of 2 microseconds. * Large on-board RAM buffer for CAN message. * Handles up to 40 000 messages per second. * Excellent error handling. * Supports silent mode for analyzing tools. * Galvanic isolation of the CAN bus driver stage to protect the hardware. * Labeled CAN channel for easy identification of the supported physical layer. * 100% compatible with applications written for all Kvaser hardware with KVASERs CANlib. * Interfaces the CAN bus with 9-pin D-SUB connectors or RJ45 connectors. * Designed for USB 2.0, backward compliant with USB 1.1. * A practically unlimited number of Kvaser USBcan Professional devices can be connected via standard USB hubs for simultaneous use on a single PC. * Driver support for major operating systems. * 100% compatible with applications written for Leaf, LAPcan, PCIcan, andPCcan with KVASERs CANlib. * Two high-speed channels with ISO 11898-2 compliant CAN transceivers, 10 kbit/s up to 1 Mbit/s. * Plastic housing with dimension W*L*H about 50*90*25 mm (approx 2 x 3,5 x 1 inch) Available models: USBcan Professional USBcan Professional RJ45
PCIEcan
PCIEcan CAN/PCI Express interface boards with 2 channels The Kvaser PCIEcan is a CAN interface board, with one or two CAN channels, for PCI Express bus systems. Galvanically isolated CAN bus drivers to protect the hardware. * Supports PCI Express x1 * Designed for standard and industrial computers * Quick and easy plug and play installation * Hardware compatible with the PCIcanx and PCIcan product families * I/O mapped to enable quick reaction times * Support CAN 2.0 A and 2.0 B (active) * Detection and generation of error frames and remote frames * SJA1000 CAN Controllers from Philips, with 64-byte receive FIFO * Galvanically isolated CAN bus drivers * Supports Silent Mode * Dimensions 122 x 103 mm (approx. 4.8 x 4.0 in.) * High-speed ISO 11898 compliant driver circuits * Interfaces the CAN bus with DSUB CAN connectors. Pin assignment according to CiA-DS102 * 16 MHz CAN oscillator frequency * Wide temperature range, -40°C - +85°C * Supports the Kvaser Linx * Patent Number: US 5,696,911, SE 501984, DE 19514696
USBcan R v2
USBcan R v2 2-channel CAN bus interface Kvaser USBcan R v2 is a lightweight, yet highly durable, two channel CAN bus interface. The IP65-rated housing is made of aluminum alloy, sealed with a heavy-duty polyurethane coating that assures reliable protection against water and dust ingress, and is vibration, shock and drop proof. With a standard USB2.0 connection and two high-speed CAN channels in two separate 9-pin D-SUB CAN connectors, the Kvaser USBcan R v2 handles transmission and reception of standard and extended CAN messages, with a time stamp precision of 100 microseconds. Features include error frame detection and LED indicators showing power and CAN channel status. Major Features: Connect to two CAN channels simultaneously using just one device. IP65 rated lightweight aluminum housing, sealed with polyurethane coating. Capable of sending up to 15000 messages per second, per channel, each time-stamped with 100 microsecond accuracies. Quick and easy plug-and-play installation. Supports High Speed CAN (ISO 11898-2) up to 1Mbit/s. Supports both 11-bit (CAN 2.0A) and 29-bit (CAN 2.0B active) identifiers. Power is taken from the USB bus. Detection of error frames. LED lights alert user to device status. 100% compatible with applications written for other Kvaser CAN hardware with Kvaser CANlib. Fully compatible with J1939, CANopen, NMEA 2000 and DeviceNet. Operating temperature range from −40 to 70°C. Software Documentation, software and drivers can be downloaded for free at www.kvaser.com/downloads. Kvaser CANLIB SDK is a free resource that includes everything you need to develop software for the Kvaser CAN interfaces. Includes full documentation and many program samples, written in C, C++, C#, Delphi, Java, Python and Visual Basic. All Kvaser CAN interface boards share a common software API. Programs written for one interface type will run without modifications on the other interface types! J2534 Application Programming Interface available. RP1210A Application Programming Interface available. On-line documentation in Windows HTML-Help and Adobe Acrobat format.
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