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
Categories
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product
PCIe adapter for PMC
PCIeBPMCX1
Now you can use your PMC with a new PC. The new PC´s have PCI Express connectors in larger quantities than PCI slots. The PCIeBPMCX1 ( PCIe Bridge PMC 1 slot) adapter / carrier converter card provides the ability to install one PMC card into a standard PCIe (Express) 4 lane slot.
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product
PCIe-SpaceWire
PCIe-SpaceWire implements SpaceWire in a convenient PCIe format. Four fully independent and highly programmable LVDS IO ports are provided by the PCIe-SpaceWire design. The SpaceWire protocol is advanced with link testing, error handling, command and data protocols built in. The SpaceWire electrical interface is point-to-point with token based flow control. Now with DDR memory for 32 Mbytes per port [256 MB total]
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product
PCI Card with 8 output channels
PCI_LVDS_8T
The PCI-LVDS-8T PCI card has 8 channels of LVDS output (8T), digital filtering and storage. The PCI-LVDS-8T is compatible with TIA/EIA-644 LVDS standards. The card features "Scatter gather" DMA data transfer into the transmit memories.
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product
PMC Carrier/Adapter/Motherboard
PMC-MC-X2-RIO
PMC-MC-X2-RIO adapter, carrier, motherboard provides the ability to install up to 2 (two) PMC modules into a small enclosure. PMC-MC-X2-RIO has one PMC card positions top and bottom to create a compact arrangement with 2 PMC positions.
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product
User Programmable Logic
PCIe-Spartan-VI
User Programmable logic - Spartan VI 100 with 40 differential and 12 TTL IO plus PLL(24). 16 DMA ports, to support 8 full duplex byte lanes between the Bus and User FPGAs. Additional GPB interface to support R/W operations to registers etc. Driver and reference SW package includes user defined R/W to User FPGA to support User Architecture without a new driver.
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product
IP-Parallel-BA1 "IP-Tape"
The IndustryPack compatible IP-Tape design adds 48 digital parallel IO lines to one slot of your carrier board. The IO is dedicated to a DTC interface. Other interfaces can be implemented. The DTC interface has 22 Address, 16 Data plus Parity, 4 control and 5 status lines. Parity is automatically generated in write mode and checked in read mode.
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product
PMC Interface Module Carrier
PIM-Carrier-6U
The PMC Carrier routes the PMC IO from P04/P14 to J3/J5. PIM-Carrier-6U 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.
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product
Compact PCI Connector Board
cPCI-J2-SCSI
Ribbon cable is used between the rear IO and SCSI connector. The lengths are reasonably well matched. The cable is short. The design is intended for lower speed IO - 10 MHz and below. Above 10 Mhz there may be some attenuation.
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product
IndustryPack modules
PC104pIP
If you want to use IndustryPack modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA
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product
PMC-XM
The PMC-XM is intended for use in situations where the user wants to control the design. PMC-XM has two FPGA devices built in. The first device takes care of the PCI interface, DMA etc. The second device [Virtex XC4VSX35-10] is for the user application. The Transition Module [XM] is attached to the Virtex device.
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product
IP-Parallel-IO
IP Compatible card with 48 programmable TTL IO or 24 - RS422 / RS485 compatible differential pairs. 5 mixed combinations available. Filtered or direct input. Programmable interrupt from each IO [TTL or differential]. 2 counter timers. Waveform generator.
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product
PCI card with 3 IP sites
PCI3IP
The PCI compatible PCI3IP design adds 3 Industrypack compatible slots to your PCI host. The PCI3IP acts as an adapter, converter, carrier, or bridge between the PCI bus and your IndustryPack hardware. The PCI3IP is a half size PCI card with 3 IP sites; compatible with the smallest chassis and the tallest processors that prevent full size solutions.
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product
PC104p-Chassis
The PC104p Chassis comes in two base sizes : 5 slots or 10 slots. The two models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 10 in the larger unit. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage
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product
PIM-Universal-IO
The PIM_Universal_IO facilitates rear panel IO in cPCI based systems using PMC's. The PIM_Universal_IO provides the PMC front panel IO where rear panel IO is desired. The PIM_Universal_IO can be used with any PMC implementing "Pn4" IO.
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product
100 pin SCSI connector
HDEterm100
The high density 100 pin SCSI connector is being used for purposes other than SCSI interfaces because of board and front panel space limitations. For example in the PCI environment the SCSI connector provides an excellent size and pin count for the front panel space allowed.
