Dynamic Engineering
Dynamic Engineering products are designed and manufactured in the USA. The majority of assembly work is done in our state-of-the-art manufacturing facility in California. Since 1988 we have developed engineering, purchasing, assembly, and test capabilities to guarantee reliability in our products. This is evidenced by our AS9100 and ISO9001 certifications. Dynamic Engineering has a wide product line with embedded solutions for PCIe, PCI, PMC, XMC, IndustryPack, cPCI, cPCIe, PCI-104, PC104e, VME and VPX. We also work with custom requirements. Solutions include adapters/carriers to install one embedded format [i.e. PMC] into another [i.e. PCIe], utilizing available positions in current systems with existing or upgraded hardware. Other solutions include standard bus interfaces for example: SpaceWire, 1553, and HOTLink. Custom designs are frequently implemented for special purpose buses and interfaces. Additionally, Dynamic Engineering provides chassis, power supplies, backplanes, breakouts, cables and other support functions to complete each solution. Drivers, reference SW and applications are supported for Windows, and Linux. For information on specific products please visit our website
- 831 457 8891
- sales@dyneng.com
- 150 Dubois St.
Suite B&C
Santa Cruz, CA 95060
United States of America
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Product
PCIexpress
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Peripheral Component Interconnect Express or PCIe, PCIexpress etc. is a serial interconnect system with bidirectional, and potentially parallel traffic at high speeds. Signalling is encoded for error checking and line loading. There are 3 "Gens" fairly widely in use at this time.
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Product
IP Parallel IO
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IndustryPack compatible IP-Parallel-IO with counter and timer design adds up to 48 digital parallel IO lines to one IP slot of your carrier board.
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Product
PCIe and VPX Compatible Adapter Carrier
PCIe2VPX3UX4
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The power supply designs utilize switching regulators controlling MOSFET´s. An LC filter insures clean power at the VPX device. The PCIe gold fingers are rated for 1.1A each, and a total of 5.5A on the +12V rail. 55W are available to the card after power conversion.
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Product
Adapter to Convert (mini-PCI) mPCI
PMC2mPCI
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Install wireless and other mPCI devices into PMC environments. PMC2mPCI adapts the PMC form factor to mini-PCI type III. PMC2mPCI installs into a standard PMC position - 32 bit PCI bus connectors, standard power and ground, standard standoffs and blank bezel.
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Product
cPCI to PMC Adapter / Carrier
cPCI2PMC
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The cPCI2PMC ( cPCI to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard cPCI slot. The cPCI2PMC has a PMC card slot mounted to a universal 3U 4HP cPCI card. Suitable for 32/64 with 33/ 66 MHz bus operation. The PMC user IO connector Pn4 is optionally connected to J2 for rear panel IO.
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Product
PMC-ExtendIO-II
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PMC-ExtendIO-II provides a 32/33 - 64/66 extension between a PMC and Host. Any combination of PMC PCI bus speed and data width can be accomodated. With 66 MHz implementations cable lengths may be restricted compared to 33 MHz usage.
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Product
PIM-Carrier-Dual
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The PMC Carrier routes the PMC IO from P14/P24 to J3/J5. The PIM-Carrier-Dual routes the IO from J3/J5 to the two PIM positions. The PIMs route the IO to the bezel providing the equivalent of PMC front bezel IO on the rear of the chassis. The PIM can match the pinout of the front bezel IO to allow for common cables to be used for front and rear IO.
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Product
IP Module
IP-429
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ARINC 429 is a versatile standardized bus interface. ARINC 429 is robust featuring Manchester encoding and enough voltage swing to provide excellent noise immunity and reasonable throughput rates. ARINC 429 is the interface of choice for critical applications; for example aircraft instrumentation and control.
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Product
PIM-Parallel-IO
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The PIM-Parallel-IO facilitates rear panel IO in cPCI based systems using PMC's. The PIM-Parallel-IO provides the PMC_Parallel_IO front panel IO where rear panel IO is desired. The PIM-Parallel-IO can be used with other PMCs as well.
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Product
IP-BiSerial-IO
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The serial Input and Output channels are highly programmable and fully independent. The standard interface offers Data, Clock and Strobe. The programmable output rates and a user oscillator position allow for flexible frequency selection. The adaptable interface allows for bursted or continuous operation, and all kinds of data / handshake protocols.
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Product
PCI Adapter for cPCI
PCI2cPCI
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PCI2cPCI is an adapter familiy used to mount a cPCI device into a PCI connector. PCI2cPCI-32, PCI2cPCI-32-IO, and PCI2cPCI-64 are passive devices with impedance controlled traces interconnecting the Gold Fingers of the PCI edge connector to the press fit cPCI connector. All PCI signals are routed through including power, ground, PCI bus, secondary control signals.
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Product
PC/104p Compatible Bi-Directional Serial Data Interface
PC/104p-BiSerial
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The PC/104p BiSerial has been ported from the PMC BiSerial II. Building on the knowledge and experience gathered from multiple IP and PMC BiSerial implementations and adding in the latest technology has created the PC/104p--BiSerial. The BiSerial features completely isolated FIFOs with 32 bit ports for increased adaptability and performance
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Product
PMC-Parallel-485
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The PMC compatible PMC-Parallel-485 design adds 32 [RS-485 /RS-422] differential IO lines to one slot of your carrier board. 2 additional differential pairs are available for a clock & clock enable. The signals can be used to capture data with an external reference or programmed to be references for the rest of the system.
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Product
KYK-13 Interface
IP-Crypto
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The IP Crypto is a special version of the IP-Parallel-HV. The basic design features are retained and an interface to a KYK-13 is provided. The original KYK-13 interface uses the 6.5V reference output, a transfer request output, and 3 inputs for clock, data and switch. The outputs for the general purpose section are reduced to 23 in number. The inputs are all available through the filter or after processing by the KYK-13 interface.
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Product
Multi-Functional Board
PCIe-Harpoon
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PCIe-Harpoon is a multi-functional board with capabilites for isolated measurement and control. The initial use of the PCIe-Harpoon is to simulate - act as if the PCIe-Harpoon was another piece of equipment. The simulation provides a means to test the rest of the equipment without requiring the real [expensive] asset. In addition the PCIe-Harpoon can provide status and direct software control of the system.
