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Product Page - PMC/XMC/FMC |
| NTDS (Naval Tactical Data System): | |
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GET 10075501: The MIL-STD-1397 Parallel Interface Adapter is fully compliant to the ANSI/VITA-20-2001 Conduction Cooled PMC Standard. This adapter provides an ultra-reliable fully compliant MIL-STD-1397 Revision C Interface with the option of full Dual-TAP capability in a single card. All configuration parameters are accessible through a simple software user interface with FPGA-controlled DMA channels for transmit and receive buffers to reduce host CPU overhead. |
| GET 10075801: The MIL-STD-1397 Serial NTDS Interface Adapter is fully compliant to the ANSI/VITA-20-2001 Conduction Cooled PMC Standard. This adapter provides an ultra-reliable fully compliant MIL-STD-1397, Revision C Interface with the option of full Dual-TAP capability in a single card. All configuration parameters are accessible through a simple software user interface with FPGA-controlled DMA channels for transmit and receive buffers to reduce host CPU overhead. |
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| 1553: | |
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AIM AMC1553-x: |
| AIM AMC1553T: The AMC1553T is a MIL-STD-1553 test & simulation Module for PMC with 1 Dual Redundant Channel. It has similar features to the AMC1553-x, however it has additional features such as: an Application Support Processor (ASP), variable output amplitudes and programmable bus coupling modes. It is also fully compatible with AIM's legacy API/ACI/AVI/AXI products. |
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| FPGA: | |
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Curtiss Wright Controls ADX000: The ADX000 is a second generation XMC module with the same design base as the AD1520 and AD3000 and follows on from previous Xilinx Virtex-5 PMC module designs. Resources on the PMC/XMC module are optimised to support the processing of digitised data and the Xilinx Virtex-5 SXT or LX110T FPGA is used to control the data flow and provide the off-board interfaces to either PCI-X or the multi-GB/s serial I/O used for the XMC interface. |
Curtiss Wright Controls PMC-440: |
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Curtiss Wright XMC 442: |
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Technobox 6070: The Technobox P/N 6070 is an FPGA based PMC featuring 96 generalpurpose digital I/Os distributed at the front panel J1 connector (32 I/ Os), and at the rear PN4 connector of the PMC (64 I/Os). Each group of eight I/O lines is buffered by a 74ALVC164245, and the directionality of each group is controlled by a signal from an Altera Cyclone I FPGA. This is a reduced cost , updated and highly compatible revision of Technobox P/N 2372 with easier to source components which should extend availability for systems now using P/N 2372. |
| Technobox 2372: The Reconfigurable Digital I/O PMC provides a prototyping vehicle for implementing complex user-specific digital designs. The product uses an Altera FLEX 10K Field Programmable Gate Array (FPGA) in a 240 pin surface mount package. The Altera FLEX 10K family in this package consists of a variety of parts from the 10K20 to the 10K70, with usable equivalent gate counts for the 10K70 from 46K to 118K gates for representative designs. |
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Technobox 4792: The Conduction Cooled 32-channel reconfigurable RS422/RS485 Digital I/O PMC provides a vehicle for implementing complex user-specific digital designs requiring a differential interface. Thirty-two (32) general purpose RS422/RS485 driven digital I/O differential pairs are wired to the rear PN4 connector. For each of the 32 channels, the bidirectionality is controlled by an output from the FPGA. |
| TekMicro JazzFiber-V5: The JazzFiber-V5™ Serial FPDP I/O module provides a high speed connection between one or more external sensors and a processing or recording system using an open standard modular I/O architecture. Each JazzFiber- V5 module supports four fiber optic interfaces, which can be used as separate Serial FPDP channels or aggregated into logical streams using the channel bonding capability of the emerging VITA 17.2 standard. Additional VITA 17.2 features including enhanced protocol and higher bit rates are also supported. |
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| Digitisers: | |
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Curtiss Wright Controls PMC-E2200: |
Delphi ADC3295: |
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Delphi ADX-3500: |
| FMC: | |
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Curtiss Wright FMC-516: |
| Curtiss Wright FMC-518: The FMC-518 is a quad channel 500 MSPS 14-bit analogue input FPGA Mezzanine Card (FMC). The FMC (VITA 57) specification allows I/O devices to be directly coupled to a host FPGA. This makes the FMC-518 an ideal digital receiver front end. On the FMC-518, the four ADC devices connect through the high bandwidth FMC connector to an FPGA-based host board which maximises data throughput and minimises latency. The FMC-518 supports an onboard programmable sample clock generator as well as an external reference input. |
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Curtiss Wright Controls ADC510: The ADC510 enables integration of dual channels of analogue input into embedded computing systems. The innovative design of the ADC510, based on the emerging VITA 57 standard, makes it easier for developers to integrate FPGAs and analogue input into their embedded system designs. Typical DSP applications for this module include Signal Intelligence (SIGINT), Electronic Counter Measures (ECM), and Radar. |
Curtiss Wright Controls FMC-520: |
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Delphi ADF-Q40: The ADF-Q40 sets a new benchmark for high speed, high performance analogue-digital conversion products. By compressing 4 TI 400Msps Analogue-Digital Converters in the FMC form factor, DEG engineers have created the industry’s highest density high speed FMC product in the embedded marketplace. This FPGA Mezzanine Card (FMC) converts four channels of up to 1.4GHz analogue input bandwidth at 400Msps and 14-bit resolution. Based on the VITA 57 specification, the ADF-Q40 enables direct coupling of unparalleled analog-digital conversion capability with the VME/VXS/AMC/VPX/PCI-E carrier board of your choice. |
| Delphi ADF-Q55: The ADF-Q55 sets a new benchmark for high speed, high performance analogue-digital conversion products. By compressing 4 TI 550Msps Analogue-Digital Converters in the FMC form factor, DEG engineers have created the industry’s highest density high speed FMC product in the embedded marketplace. This FPGA Mezzanine Card (FMC) converts four channels of up to 2.0GHz analogue input bandwidth at 550Msps and 12-bit resolution. Based on the VITA 57 specification, the ADF-Q55 enables direct coupling of unparalleled analogue-digital conversion capability with the VME/VXS/AMC/VPX/PCI-E carrier board of your choice. |
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| Analogue to Digital (A to D) and Digital to Analogue (D to A): | |
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General Standards PMC66-24DSI16WRC: Features on this board include:
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| General Standards PMC-16SDIHS: I/O features on this board include:
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General Standards PMC-12AI64: The high-density PMC-12AI64 board provides cost effective 1,500,000 conversions-per-second 12-bit analogue 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. Multiple PMC-12AI64 boards can be connected together for synchronous scanning. |
| Digital I/O: | |
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General Standards PMC-HPDI32A: The PMC-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. |
| General Standards PMC-OPTO32A: The PMC-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 host processor board. Change-of-State Interrupts allow for an interrupt to the PMC 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. |
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General Standards PMC-DIO24: The PMC-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 pins 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. |
| Technobox 2674: This 32-channel Reconfigurable RS422/RS485 Digital I/O PMC provides a vehicle for implementing complex user-specific digital designs requiring a differential interface. The product uses an Altera FLEX 10K Field Programmable Gate Array (FPGA) in a 240 pin Surface Mount package. The Altera FLEX 10K family in this package con sists of a variety of parts from the 10K20 to the 10K70, with usable equivalent gate counts for the 10K70 from 46K to 118K gates for representative designs. |
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Technobox 2979: The 80-channel Reconfigurable Digital I/O PMC provides a vehicle for implementing complex user-specific digital designs requiring high speed single-ended operation. 64 of the 80 signals are available out the PN4 connector, while all 80 signals are wired to the front panel connector. Each of the 80 signals are directly connected through a 56 ohm series termination resistor to pins on the ALTERA FPGA. Each pin may be an input, output, or bi-directional as determined by the ALTERA design. |
| Fast Serial Ports: | |
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General Standards PMC-SIO4BX: The PMC-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. |
General Standards PMC-HPDI32A-ASYNC: |
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| Video/VGA & Graphics Boards: | |
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Curtiss Wright Controls XMC-270: |
Curtiss Wright Controls PMC-281: |
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| Ethernet: | |
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Curtiss Wright Controls PMC-650: |
Curtiss Wright Controls CryptoNet: |
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Curtiss Wright Controls XMC/PMC-651: The XMC-651 and PMC-651 are Gigabit Ethernet switches packaged in the industry-standard XMC and PMC form factors. They are designed to support “in-chassis” networks with managed Layer-2 switching capabilities. Part of a family of Gigabit Ethernet switching/routing products from Curtiss-Wright Controls Embedded Computing, the '651 is a zero-slot Ethernet switching solution that can be added to any basecard with an XMC or PMC mezzanine slot. These switches are designed for rugged applications with backplane I/O and is offered in a full range of ruggedized air- and conduction-cooled versions. |
| Concurrent Technologies CL PMC/GB4: The CL PMC/GB4 is a high performance, dual Gigabit fibre interface Ethernet adaptor suitable for use with PMC host boards including VME, VXS, and cPCI. The board is designed for applications that require high-speed data throughput and lower-latency communications, such as image transfer, telecommunications and fast industrial control operations. |
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Concurrent Technologies XM 510/x24-RC: The XM 510/x24-RC is a high performance ruggedised conduction-cooled quad Gigabit copper interface Ethernet adaptor. The XM 510/x24-RC is suitable for use with XMC Host Boards including VME and cPCI. The board is designed for applications that require high-speed data throughput and lower-latency communications, such as high-speed image transfer, fast industrial control operations and telecommunications. |
| Processor PMC Boards: | |
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Concurrent Technologies XP A40/x03: The XP A40/x03 is a PC-compatible ultra-low power, high functionality, Processor XMC/PMC module supporting the 1.6 GHz Intel Atom processor Z530. It utilises the Intel System Controller Hub US15W to support up to 2 Gbytes of DDR2 SDRAM. This board features a variety of interfaces including dual Gigabit Ethernet, graphics, RS232/422/485, USB and CANbus. The XP A40/x03 is a commercial air-cooled board, suitable for a range of environments within industrial control, transportation, security, telemetry, scientific and medical applications. |
| Memory: | |
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Curtiss Wright Controls MM-6171 XMC: |
Curtiss Wright Controls MM-6165D PMC: |
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| PMC to PCI, PCIX & PCI Express Carrier Cards: | |
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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. |
| 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. |
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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. |
| Test and Development: | |
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Technobox 5270: This extender can be installed on an XMC site of a VME, cPCI, or other carrier board to allow the extension of an XMC module for test access. In addition to providing extension, the unit also elevates (by approximately 11 mm) the mounted XMC. Both P15 and P16 are supported. The P15 to J15 traces are routed for PCI express signaling. P16 signals, however, are routed in a 1:1 fashion with the differential signals being routed with 100 ohms. Differential pairs are impedence controlled. To further assure signal integrity, the extender’s voltage and ground planes have been carefully designed. |
| Technobox 3954: The metering PMC to PMC extender is a comprehensive development tool for use with PMC cards on a VMEbus, cPCI, or other carrier card. The primary function is to connect the carrier card PMC JN1, JN2, JN3 and JN4 connectors onto which a PMC under test is plugged in. This second set of connectors is positioned at the end of the extender card such that user's have the majority of the SIDE 1 area of the PMC exposed for probing. |
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UNITRONIX
Pty Ltd |