Products Page - PCI, PCIx & PCIe Plug-In Cards
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Products Page - PCI, PCIx & PCIe Plug-In Cards |
| This page is designed to provide information on the PCI, PCIx and PCIe Plug-In cards which Unitronix can supply. The Quick Reference list below provides a selection of products in this area. Some of the links will link directly to a PDF Datasheet and some will link down the page to a 'Mini-datasheet' which ultimately leads to a full PDF Datasheet. Be aware that not all of our products are listed on our website, if you require information on further products, please contact UNITRONIX on 61-2-49773511 |
| 1553: | |
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AIM APX1553-x: The APX1553-x is a member of AIM’s new fourth generation family of advanced PCI-X bus modules for analysing, simulating, monitoring and testing MIL-STD-1553A/B databuses. The APX1553-x modules concurrently act as the Bus Controller, Multiple Remote Terminals (31) and Chronological/ Mailbox Bus Monitor. The APX1553-x-DS versions known as MILScope™, have an onboard A/D Converter on the first MIL-STD-1553 channel. The MILScope™ option provides a unique capability to test & verify the MIL-STD-1553 waveform and detect faulty bus conditions without the need of an external oscilloscope.  PDF Datasheet |
| AIM ACP1553: Integrated modular solution by using the AMC1553-X or AMC1553-T PMC cards installed on AIM's ACP-1 Generic PCI Carrier Card The AMC1553 family of PCI Mezzanine (PMC) modules provide full function Test, Simulation, Monitoring and Databus analyser functions for MIL-STD-1553A/B applications. One, two or four independent dual redundant MIL-STD-1553A/B Databus streams are provided on the Multi Channel AMC1553-x modules. (See rear page for Part Numbers and ordering information). An onboard, sinusoidal, IRIG-B time code encoder/ decoder allows users to accurately synchronize multiple modules to a common time source. PDF Datasheet |
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AIM MILScope™: The AIM MILScope™ provides the unique capability to test & verify MIL-STD-1553 waveforms and detect faulty bus conditions without the need of an external Oscilloscope. The MILScope™capability is integrated into the design of the new PCI/ PCI-X based APX1553-1-DS/-2- DS test & simulation modules on one MIL-STD-1553 channel. Each has a two channel differential analog to digital converter (ADC) providing 50Msamples for Primary & Secondary Bus data acquisition or 100Msamples for either the Primary or the Secondary Bus This capability is provided above and beyond that of the standard functions & features of the APX1553 cards (Bus Controller, Multiple Remote Terminal, Chronological Monitor, Physical Bus Reply - see APX1553 datasheet for full technical specifications). PDF Datasheet |
| For further information on AIM's products please visit our Avionics Databus page. | |
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General Standards' PCI SIO8BXS: The PCI-SIO8BXS board is an eight channel serial interface card which provides high speed, full-duplex, multi-protocol serial capability. The SIO8BX combines four multi-protocol Dual Universal Serial Controllers (USC®), 16 external FIFOs, and multi-protocol transceivers to provide eight fully independent asynchronous or synchronous serial channels. Multiprotocol Transceivers support RS422 (V.11)/RS485, RS423 (V.10), RS232 (V.28), V.35, RS530, as well as other Mixed Protocol modes. PDF Datasheet |
| General Standards' PCIe SIO4BX: The PCIe-SI04BX board is a four channel serial interface card which provides high speed, full-duplex, multi-protocol serial capability for PMC applications. The SIO4BX combines two multi-protocol Dual Universal Serial Controllers (USC®), 8 external FIFOs, and multi-protocol transceivers to provide four fully independent asynchronous or synchronous serial channels. Multiprotocol Transceivers support RS422 (V.11)/RS485, RS423 (V.10), RS232 (V.28), V.35, RS530, as well as other Mixed Protocol modes. PDF Datasheet |
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General Standards' PCI66 SIO4BXR: The PCI66-SI04BXR board is a four channel serial interface card which provides high speed, full-duplex, multi-protocol serial capability for PCI applications with Rear I/O . The SIO4BXR combines two multi-protocol Dual Universal Serial Controllers (USC®), 8 external FIFOs, and multi-protocol transceivers to provide four fully independent asynchronous or synchronous serial channels. Multiprotocol Transceivers support RS422 (V.11)/RS485, RS423 (V.10), RS232 (V.28), V.35, RS530, as well as other Mixed Protocol modes. PDF Datasheet |
| General Standards' PCI HPDI32A ASYNC: The PCI-HPDI32A-ASYNC is a full-duplex RS-422/ 485 serial I/O board. Each channel can operate up to 5M bits/s. FIFO buffers up to 512K-byte for both transmit and receive (1M byte total) provides for a smooth and efficient interface between the serial interfaces and the host computer. The high speed async transmit/ receive is implemented in an FPGA and provides for protocol flexibility. It features a full duplex DMA interface. PDF Datasheet |
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General Standards' PCIe HPDI32A ASYNC: The PCIe-HPDI32A-ASYNC is a full-duplex RS-422/485 serial I/O board. Each channel can operate up to 5M bits/ s. FIFO buffers up to 512K-byte for both transmit and receive (1M byte total) provides for a smooth and efficient interface between the serial interfaces and the host computer. The high speed async transmit/receive is implemented in an FPGA and provides for protocol flexibility. It features a full duplex DMA interface. PDF Datasheet |
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Sensoray Model 626: The Sensoray Model 626 low cost interface saves space in PCI bus systems by combining five functions into a half-size card. Five flat cables connect the Model 626 to external breakout boards. Three 24-bit up/down counter pairs may be configured for six incremental encoders, each having 24-bits of resolution. Each channel accepts two phased TTL or RS-422 signals plus an index signal to track encoder direction and displacement. Each input is conditioned and synchronized to the 626’s internal clock. Link to Sensoray's Website |
| General Standards' PCI HPDI32A: The PCI-HPDI32A board is a fast and flexible bi-directional 32-bit digital I/O board that transmits and receives data up to 80 Mbytes (differential I/O) or up to 200 Mbytes (Pseudo ECL I/O) per second. The board is useful as a general-purpose DMA interface to a variety of external peripherals. The DMA engine is capable of transferring data to/ from Host memory using D32 block transfers, while the FIFO memory (up to One Mbyte of total FIFO) provides continuous transmission of data without interrupting the DMA transfers or requiring intervention from the Host CPU. PDF Datasheet |
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General Standards' PCI OPTO32A: The PCI-OPTO32A board has 32 optically-coupled digital I/O channels consisting of 8 outputs and 24 inputs. Each channel is electrically isolated (1000 Volts) from the PMC host processor board. Change-of-State Interrupts allow for an interrupt to the PCI host to be generated from any level change on any input. Built-in-self-test, selectable debounce times, input pulse counter, and I/ O voltages to 50 Volts makes for a versatile digital interface board. This product is currently a PMC-OPTO32A card mounted on a PCI adapter. PDF Datasheet |
| General Standards' PCI DIO24: The PCI-DIO24 is a simple 25-bit discrete I/O interface board. The host side connection is PCI based and the external I/O interface is variable (see below). The external interface includes 24 signals that can be arbitrarily programmed as either input or output and one signal that is input only. The 24 programmable signals are divided into three groups of eight signals each; Port A, Port B and Port C. Ports A and B are each programmable as all inputs or all outputs. The Port C signals are individually programmable. PDF Datasheet |
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Sensoray Model 618/619: The Sensoray Models 618/19 offer a cost-effective way to acquire sensor data for any PCI bus system. They feature 16-bit resolution from 8 or 16 channels, each individually programmable for a different sensor type. Analog- to-digital conversion is performed in under 22 milliseconds, providing 45 channels per second scan rate. The 618/19 adapter boards plug directly into any PCI bus computer. Linearization, calibration, and sensitivity are software programmable, eliminating trim potentiometers and the need for board access. Link to Sensoray's Website |
| General Standards' PCI66 24DSI16WRC: The 16-channel 24DSI16WRC analog input module provides high-density 24-bit analog input resources on a standard single-width PMC. Optimized for flexibility and performance, the board is ideal for a wide variety of applications, ranging from simple precision voltage easurements, to the analysis of complex audio signals and waveforms. Each of 16 analog input channels contains a lowpass image filter, and a delta-sigma A/D converter that provides inherent antialias suppression and sharp cutoff lowpass filtering. PDF Datasheet |
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General Standards'
PCIe 66-16HSDI4AO4: The 16-Bit PCIe 66-16HSDI4AO4 analog I/O module uses sigma-delta A/D conversion to sample and digitize four input channels simultaneously at rates up to 1.0 million samples per second for each channel. The resulting 16-bit sampled data is available to the PCI bus through a 256K-Sample FIFO buffer. Sampling can be controlled in groups of 1 through 4 channels, and the sample clock can be generated from an internal rate generator, or through software, or by external hardware. Both burst and continuous sampling modes are supported. Input ranges are software-selectable as ±10V, ±5V, or ±2.5V. PDF Datasheet |
| General Standards' PCI66 18AISS6C: The 18AISS6C is a precision 18-Bit analog input product that provides six simultaneously sampled low-noise input channels. The inputs can be sampled at rates from zero to 550 KSPS per channel, and are supported by a 256K-Sample FIFO data buffer. Both continuous and burst clocking modes are supported, and voltage ranges are software-selectable as ±20V and ±10V differential (line-to-line), or optionally as ±10V and ±5V. Sampling and triggering rates can be derived from internal rate generators, or from external clock and trigger sources to support the synchronous operation of multiple boards. PDF Datasheet |
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General Standards' PCI 12AI64: The high-density PCI-12AI64 board provides cost effective 1,500,000 conversions-per-second 12-bit analog input capability in a single width PMC format. The inputs are configurable either as 64 single-ended channels or as 32 differential channels,and the input range can be software selectable as ±10V, ±5V or ±2.5V. Scan rates can be controlled from either (a) an internal rate generator, (b) through an external digital input, or (c) by direct software commands. PDF Datasheet |
| General Standards' PCIe 16AIO: The 16AIO provides a cost effective high-speed 16-bit analog input/ output and digital I/O board. Four analog output channels (at 300,000 samples/sec per channel) are updated either synchronously or asynchronously, and support arbitrary waveform generation. The analog inputs are configurable as either 32 single-ended or 16 differential inputs, and can be scanned continuously or in bursts. Inputs and outputs have a common software selected range of ±10V, ±5V or ±2.5V, and are accessed through independent 32K-sample FIFO buffers. PDF Datasheet |
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General Standards' PCI 12AIO: The PCI-12AIO provides a cost effective high-speed 12-bit analog input/ output and digital I/ O board. Four analog output channels (at 300,000 samples/ sec per channel) are updated either synchronously or asynchronously, and support arbitrary waveform generation. The analog inputs are configurable as either 32 single-ended or 16 differential inputs, and can be scanned continuously or in bursts. Inputs and outputs have a common software selected range of ±10V, ±5V or ±2.5V, and are accessed through independent 32K-sample FIFO buffers. PDF Datasheet |
| PMC to PCI, PCIX & PCI Express Carrier Cards: | |
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Delphi PCE-95M: The PCE-95M is DEG’s first high-performance PCI-Express DSP carrier board. With the ability to host XMC, PMC and FMC mezzanine cards, the PCE-95M sets the benchmark for versatility in the embedded PCIExpress market. Coupling this flexibility with a Xilinx Virtex-5 SX95T, the PCE-95M enables both high-speed digital acquisition and extensive digital signal processing all within a single PCI-Express slot. To take full advantage of the SX95T DSP48E slices, DEG engineers included two banks of 512MB DDR2 SDRAM. PDF Datasheet |
| Delphi PCE-315/475: The PCE-315/475 is DEG’s highest performance PCI-Express DSP carrier board. With the ability to host XMC, PMC and FMC mezzanine cards, the PCE-315/475 sets the benchmark for versatility in the embedded PCI-Express market. Coupling this flexibility with a Xilinx Virtex-6 SX315T or SX475T, the PCE-315/475 enables both high-speed digital acquisition and extensive digital signal processing all within a single PCI-Express slot. PDF Datasheet |
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Technobox 3390: The PMC-to-PCI Adapter for Test is an active extender that accommodates live insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI bus environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used for both development and production testing. In production applications, use a Technobox PMC Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. PDF Datasheet |
| Technobox 4733: This 64-bit PMC-to-PCI Express carrier card with transparent bridge permits use of 3V and universal PMC/PMC-X cards in a 4X, 8X or 16X PCI Express slot. The product features a PEX8114 bridge running in transparent mode.The primary (PCI Express) side of the bridge is fixed at 2.5 Gigabits per second per lane in each direction. Each lane is composed of a 2.5GHz transmit and a 2.5GHz receive channel. The secondary (PCI/PCI-X) side operates at 33, 66, 100 or 133 MHz (either 64 or 32 bits). The secondary side supports both standard PCI and PCI-X signaling. The PCI-X bus is carried on the JN1, JN2, and JN3 connectors per the IEEE 1386.1 specification. PDF Datasheet |
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Technobox 5933: This carrier is designed to adapt an XMC to an 8-lane PCI Express slot. JN4 is provided for access to rear I/O, PN1 and PN2 are build options but only provide +3V, +5V, +12V and -12V to the XMC card and do not provide PCI signal connections. Several activity LEDs located at the edge of the board give an indication of key XMC and PCI express signals and voltages. The signals unique to the XMC standard such as GA[2..0], MVMRO and ROOT0 are supported by DIP switch settings. PDF Datasheet |
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Sensoray Model 611: Sensoray Model 611 frame grabber converts video camera signals into digital data required for computer image processing and display. Up to four cameras may be connected to the board: four with composite video or three with composite video and one with an S-video output. The 611 provides four digital input lines and four output lines to control camera focus, pan, tilt and triggering. Model 611 can transfer 30 frames per second with the supplied software. It supports a variety of digital formats including RGB24 and Y8 that are directly compatible with Windows bitmaps. Link to Sensoray's Website |
| Sensoray Model 614: Model 614 is a low-cost MPEG-4/2/1 and MJPEG frame grabber that captures full-frame (720 x 480) video at 30 frames per second. Uncompressed video is available through the PCI bus for previewing and capturing. It also has two synchronized audio input channels and an advanced image overlay feature that is fully implemented with hardware. Captured compressed video can be imposed with up to eight windows of caption or annotation overlay. Text and image overlay are supported. Up to 64 characters or bitmap blocks can be inserted into each of the eight windows. Link to Sensoray's Website |
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Sensoray Model 616: Model 616 is a PCI frame grabber that captures and transfers full-frame (640 x 480) video at 30 frames per second. It uses hardware compression to produce encoded MPEG-2 and MPEG-1 data streams of 100 kbits to 10 Mbits per second. It also has two audio input channels that are synchronized to the MPEG data. MPEG2 data reduces the amount of memory required to store full motion video. The compressed data requires a smaller transmission bandwidth. This makes it possible to transmit 30 frames/sec video over a 10/100 Base-T Ethernet. Link to Sensoray's Website |
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