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Publication date on this website: 29/12/2009
Category: Boards
Company: Dynamic Engineering

Summary:
Embedded Solutions is a forum to present products, concepts, techniques, and strategies for implementing your system. This page is a sampling of the solutions we offer for various industries and business sectors. http://www.dyneng.com/embeddedsolutions.html

Full Text:
Avionics Application Solutions http://www.dyneng.com/embeddedsolutions.pdf Flight Controls & Embedded Aerospace Systems Requiring the latest technology, expanded capabilities, complex state machines, and above all else, speed. Dynamic Engineering´s hardware provides solutions for the avionics environments: airborne, ground and test support. Created with our most complex business sectors in mind, limitless designs provide: Ruggedization, Encoding (Manchester/Miller/ etc.), Interfaces (serial/parallel, analog/digital (differential (LVDS/485/422) / single ended)). Memory coupled with FPGAs enables the most complex state-machines. A complete solution demands integrated bus interfaces, DMA support and high speed driver based software. Conduction cooled options available, providing peace of mind for equipment that must perform in rugged and heat intense environments. With proven adaptability and performance, our hardware delivers. PMC-BiSerial-III The BiSerial III features channelized DMA supporting multiple state-machines, independent memory per channel, 34 - 40/200 MHz 485/LVDS buffers with programmable termination and direction can be configured to your systems requirements. An expanded faster FPGA will implement the most complex state-machines. The BiSerial III is available in a multitude of form factors, supporting requirements for Conduction Cooling, PC104, PMC, PCI, cPCI and PCIexpress. The PMC BiSerial III has many customized version for various customers and requirements. Let us know your requirements for an off the shelf or customerized module to meet your needs. PCIeBiSerialDb37 With 18 Channels in one slot, the PCIeBiSerialDB37 is PCI Express native with 1-4 lanes used. The DB37 connector is mounted to allow cabling directly to the rear port of the PC. DB37 connectors allow for a variety of wiring - twisted pair, twin-ax, ribbon etc. PCIeBiSerialDb37 can be configured with RS-485/RS-422, LVDS or both types of IO. Each IO is individually programmable for direction and termination. All IO are matched length and impedance controlled from the FPGA to the connector cable mounting plane to allow for any client requirement: Full Duplex, Half-Duplex, Parallel, Serial, multi-channel etc. The hardware is optimized with channelized DMA to allow for efficient data movement to and from the host memory. Additional HW features include a 4 channel PLL, internal and external memory, local power supplies etc. ccPMC-Biserial-III-TRANS Conduction Cooled transformer coupled 8 channel PMC. The TRANS version of the PMC BiSerial III has been updated to be conduction cooled and have transformer coupling. Perfect for Aerospace and other applications with a demanding environment and high performance. The FPGA has channelized DMA and plenty of room to implement the most complex state-machines. ccPMC HOTLink Conduction Cooled 6 Channel HOTLink interface with DMA and differential IO. HOTLink is used in applications demanding high speed and high reliability including sonar, radar, other scanning applications, seismic, oil exploration etc. Alternate purposes would include high speed buses between equipment or within equipment for command and control; data transfer etc. ccPMC-HOTLink is a conduction cooled PMC card with 6 HOTLink receiver/transmitter pairs plus 12 differential IO. Each of the HOTLink channels is supported with a separate DMA transfer engine plus local memory.6 independent Bidirectional PECL based HOTLink channels. Interface has 6 pairs of RS485/LVDS IO can be allocated 2 per HOTLink channel or used as a separate function with 12 available. Pn4 backplane connection. Channelized design with repeating common offsets for registers in each channel.HOTLink board supports various interrupts. All bits are routed through the FPGA to allow for custom state-machine implementations. IP Parallel HV High Voltage [up to 30V] IP Compatible card with 48 programmable IO. 40 mA sink. Open collector interface. Interrupt generator on each input channel. Filtered or direct input. Use the IP-Parallel-HV for your control, avionics and robotics applications. Perfect for your embedded control applications. Solutions For: [Avionic] [Production] [Automation] [Radar] [Energy] [Space] [Research] [Telemetry] [Transportation] Production and Manufacturing Facilities Solutions These real time control solutions are designed to function in a distributed, rugged environment. Add localized processing and I/O all within a small chassis footprint with room for up to 4 PMCs. Utilize your existing PMCs within this system or have our engineers modify and/or design to your requirements. Eliminate the PC and add the reliability of this streamlined system. Ready for manufacturing facilities, assembly lines, business offices, industrial and lab environments. Our solutions strike the balance between ruggedization, adaptability and cost effectiveness. cPCI Receiver Controller The cPCI Receiver Controller is a 3U 4HP design that can be used for many purposes. The primary design implementation is to act as the controller slice within a digital receiver. The host computer can access the Receiver Controller over the PCI bus within the cPCI system. The Receiver Controller buffers commands from the host and converts them to the appropriate format to interface with the rest of the Digital Receiver. The initial design is controlled with several SPI [Serial Peripheral Interface] buses. PMC Mini carriers 2 and 4 slot Chassis for PMC mini carriers: PMC Mini Carrier Chassis for X2 based designs. Power Supply and Fans included. Black Anodized finish. PMC-MC-X2 2 position PMC mini carrier. 32 / 64 bit operation, internal power supplies, arbitration etc. PMC-MC-X4 4 position PMC Mini Carrier with 4 positions. 32 / 64 bit operation, internal power supplies, arbitration etc. IP-OptoISO-16 IP Module with 16 Optically Isolated Output control. 0-60V, 1.5A. Use for Low Side or High Side switches Solutions For: [Avionic] [Production] [Automation] [Radar] [Energy] [Space] [Research] [Telemetry] [Transportation] Automated Assembly and Production Lines Demand control and communication in real time settings. Dynamic Engineering hardware and software solves the typical control system requirement for multiple chassis, each with common and unique elements. Dynamic Engineering ´s Windows® & Linux drivers can be instantiated multiple times to control multiple cards. With the Dynamic Driver installed hardware knows its slot and carrier. Drivers are hierarchical, with module drivers being constant (the same) for all form factors. This means you can mix and match form factors, and easily port between systems. Matching the software, our hardware provides industrial grade solutions. Hardware is easily configured to meet the specific requirements of your environment. We take great pride in the complete solution, providing not only the obvious requirements but also those little things our clients have come to expect. IP-ReflectiveMemory A local area network that is quick to use, quick to operate, easy to maintain IP Pulse IndustryPack compatible IP-Pulse features 4 independent programmable pulse generators. The outputs can be configured to be TTL /CMOS or RS422/485 compatible in several combinations. Programmable pulse - nS to seconds. A real space saver for systems with both types of IO. Perfect for your embedded control applications. Please download the manual [see bottom of page] for more information. Multiple IP-Pulse boards can be used to create larger quantities of pulse generator or mixed and matched with other IP Modules. IP-Pulse is supported for Windows® and Linux. cPCI form factor carriers cPCI carriers available in 3U 4HP, 6U 4HP, Passive, Bridged, Standard and Industrial Grade. Enable the install of your PMC or IP module, 32/64 bit options, single and dual PMC slot options, dual or quad IP slot options. cPCI-6U-Cool 12 position fan board with options for Forward or Reverse Direction air flow, zero slot fan technology, 5V or 12V operation. 6U size. Solutions For: [Avionic] [Production] [Automation] [Radar] [Energy] [Space] [Research] [Telemetry] [Transportation] Radar and Tracking Equipment Dynamic Engineering hardware can interact with your system, and simulate a target system such as an airplane, missile or other vehicle. Many times having a computer based interface is more convenient than having the actual target application. Test, debugging and diagnostics can be computer driven more easily than the "real" system in many cases. Our high speed hardware can interact with your equipment and respond back to simulate or process and forward data. PC104 Chassis Suitable for PC104, PC104p and PCI-104 applications. The chassis is based on an extruded aluminum outer housing with machined end caps. The internal card cage is isolated with bumper pads from the external housing to provide vibration and shock absorption. A heat sink is built into the internal and external walls of the chassis on three sides to aide in heat transfer. The bottom surface is extended to create a mounting flange which can also be used for cooling in conductive cooled systems. The end caps are machined to include a gasket for water tight operation. An EMI gasket is available. 1-11 modules, and custom lengths, 12 and 28V power supplies, custom machining and silk screening are available options. Use with Dynamic Engineering or 3rd party cards. PC104p-BiSerial-III PC/104p / PCI-104 module with DMA, FIFOs, RS485/LVDS (16)transceivers, programmable direction and termination, 4-DAC, 4-ADC, TTL port. Great for custom state-machine driven IO requirements. Features completely isolated FIFOs with 32 bit ports for increased adaptability and performance. 16 - 40 MHz 485 buffers with programmable termination and direction can be configured to your systems requirements. An expanded faster FPGA will implement the most complex state-machines. Many of the designs implemented for the PMC and IP versions can be ported to the PC/104p. IP-BiSerial-IO BiDirectional Serial Data Interface. The IP-BiSerial provides bi-directional serial IO at rates up to 10 Mhz. Separate highly programmable send and receive state machines and memories. IndustryPack campatible with 8 or 32 Mhz. bus operation. We do custom versions. Send us your specs. and we will do the rest. You can customize the design too with IP- Xilinx. 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. For example - Manchester encoding, full and half duplex operation, synchronous and asynchronous data transfer. RS422/485 and TTL compatability will interface to a variety of systems. If your situation demands a custom application then we will update the Xilinx FPGA. Now with more than 17 versions, our customers have the IP-Biserial in use for a wide variety of applications including: Simulation of expensive system components for test and control, robotics, telemetry, data capture and transfer, communications, translation between incompatible equipment types, signal generation, and control. ccPMC-HOTLink HOTLink is used in applications demanding high speed and high reliability including sonar, radar, other scanning applications, seismic, oil exploration etc. Alternate purposes would include high speed buses between equipment or within equipment for command and control; data transfer etc. ccPMC-HOTLink is a conduction cooled PMC card with 6 HOTLink receiver/transmitter pairs plus 12 differential IO. Each of the HOTLink channels is supported with a separate DMA transfer engine plus local memory. 6 independent Bidirectional PECL based HOTLink channels. Interface has 6 pairs of RS485/LVDS IO can be allocated 2 per HOTLink channel or used as a separate function with 12 available. Pn4 backplane connection. Channelized design with repeating common offsets for registers in each channel.HOTLink board supports various interrupts. All bits are routed through the FPGA to allow for custom state-machine implementations. IP-OctalSerial 8 FIFO supported differential IO channels and a large programmable Xilinx FPGA to support custom state-machine implementations- ideal for user with density challenges or those needing more channels and fewer slots. There are 8 FIFO positions with a standard 32K x 16 FIFO installed, 24 differential transceivers, and a Spartan II FPGA. IP-OctalSerial is available as an add-on IndustryPack® Module for use with carriers on all of the common buses: VME, cPCI, PCI, and PC104p. IP-OctalSerial is supported for both Windows® and Linux.The IP-OctalSerial is the solution for the more challenging designs or space constrained situations. The IP Module driver can be instantiated multiple times to control multiple cards by the same CPU. IP-OctalSerial when coupled with the Dynamic Driver knows what slot it is in and which carrier it is installed into. Solutions For: [Avionic] [Production] [Automation] [Radar] [Energy] [Space] [Research] [Telemetry] [Transportation] Alternative Energy Industries are researching and developing within the alternative energy sector at a fast pace. For each industry the requirements, timeline and tools vary, yet the need for leading edge technology, quick solutions and low cost development tools remains consistent. In a sector with constantly moving targets, getting embedded solutions rapidly is key. Dynamic Engineering is a leader in cutting edge technology; our Engineers are readily available as a resource for your development, concept visualization, and designs. Quick turn requirements with high reliability, time tested solutions and cost effectiveness is the standard at Dynamic Engineering. PMC BiSerial III Octal UART 8 UARTs with RS422 at 5MHz - Design complete - tested at 10 MHz Full DMA support on each channel. PCI_Altera_485/LVDS PCI Altera 485/LVDS comes with everything you need to load your Altera program into the 20KxxxE. Fantastic for development, simulation, special purpose interfaces, multiple serial and / or parallel channels. The PCI compatible PCI-Altera-485/LVDS design is for the advanced user who wants to implement their own Altera design or requires reconfigurable logic. The PCI-Altera-485/LVDS makes the implementation and use of the 20K400E easy. Larger Altera parts are available. PCI card with 20K400 or other footprint compatible device. Card is available with 40 RS485 channels, or 40 LVDS channels, or mix and match to meet your requirement. Card also has 12 TTL IO. The Altera is loaded via PCI bus, JTAG or PROM. 16 - 4K x 8 FIFOs between Altera and Xilinx FPGAs to allow for rate matching. DMA on PCI bus with PLX 9054. Use the Plus Size version to do your more intense designs. 20K600, double density intermediate FIFO´s and larger Block RAM in the Xilinx add-up to more gates and more throughput for "more faster" operation. PMC-XM User Programmable PMC with Virtex FPGA and Transition Module position for IO, built in PLL, RAM support, DMA PCIBPMC 1/2 length bridge based PCI adapter carrier card with PMC mounting slot. Front panel and Pn4 IO access. 32 / 64 bit operation. PCI5IP PCI card with 5 Industrypack compatible slots. Separate clock controls, filtered fused power, reset switch, LEDs, user dip-switch. Solutions For: [Avionic] [Production] [Automation] [Radar] [Energy] [Space] [Research] [Telemetry] [Transportation] Advanced Communication Network SpaceWire Designed for communication and used in many sectors and business arenas, this protocol can be configured using routers to create a hierarchical point-to-point system with high speed parallel paths. SpaceWire is for high-speed links and networks to ease the interconnection of sensors, mass-memories, processing units, and telemetry subsystems (commonly used onboard spacecraft). Enable communication with NASA and ESA equipment utilizing the SpaceWire specification. Solutions are available for any form factor. Hardware is highly adaptable and easily programmed to implement your functions. Channelized SpaceWire nodes each with PLL support, up to 200 MHz, independent DMA. Complete packages available including test equipment for link testing plus cables and drivers. Spacewire Utilize SpaceWire to communicate with the European Space Agency and NASA equipment utilizing the ECSS-E-50-12C specification. These products implement SpaceWire in convenient PMC, PC104, ccPMC and PCI formats. Spacewire products can also be easily used in the PCIe and cPCI form factors by installing onto a Dynamic Engineering carrier. The SpaceWire specification calls for LVDS signaling and a specific 9 pin micro-D connector. You can connect the SpaceWire to other SpaceWire compliant devices without electrical interface issues . Our spacewire products feature four fully independent and highly programmable LVDS IO channels and automatic link testing when a node is brought on line . The Spacewire product line offers hardware, MDM cables, Cable to Spacewire adapters-DESWCB, Breakout adapters-DESWBO, and software -Windows, Linux, VXWorks; allowing you an easy, quick, low cost solution. PCI2PC104p Use your PC104p or PCI-104 boards in a standard PC. Two orientations supported for production mode and test. VME-6U-Cool Keep your hardware cool and happy with this 12 position fan board with options for Forward or Reverse Direction air flow, zero slot fan technology, 5V or 12V operation. 6U size (Also Available in cPCI) Solutions For: [Avionic] [Production] [Automation] [Radar] [Energy] [Space] [Research] [Telemetry] [Transportation] Science Labs, Universities, Classified/Proprietary, R&D Teams Research and development budgets are limited, time is critical and quickly working through your development is mandatory - making reliable hardware essential. Base your system on dependable components to reduce resource waste and keep your project on track. Dynamic Engineering products are off-the-shelf and lower cost than developing your own PCB, loader software etc. Drivers come with reference software demonstrating the use of the cards more complex features. Our customer re-programmable hardware is very popular, allowing our clients to modify VHDL to suit their needs based on the reference designs. Hardware meets the NSA data retention requirements for classified/proprietary information. This hardware puts full control of your design at your fingertips. Support tools provide debugging assets, breakout boards, cables and system cool cards. Save time and money with our solutions. PCIBPMCX2 Bridge Based PCI adapter carrier card with two PMC mounting slots. Front panel and Pn4 IO access. PCI and PCI-X compatible Non Transparent Bridge PMC-Parallel-TTL PMC 64 IO Channels in one slot. Packed with features and functionality, the PMC Parallel TTL is an excellent use of precious PMC slot resources. The TTL card has 64 independently programmable digital IO, and supports internal FIFO´s and DMA - just add a state-machine for your interface, and the hardware will provide much more than a simple parallel interface. All channels are readable as inputs regardless of the transmit enable programming, and all IO channels can be used as interrupt generators programmable to be based on either or both edges for Change of State operation. An external clock, PCI clock, or oscillator can be selected for the reference on the COS operation. The PMC Parallel TTL is available with many ordering options, including IO port, IO Voltage, Conduction Cooled and Extended Temperature options. PMC-SERIAL Sync and async serial protocols, UART and SCC. These cards provide a highly flexible communications interface with synchronous and asynchronous serial protocols (UART channel board). PCI_Altera_485/LVDS PCI Altera 485/LVDS comes with everything you need to load your Altera program into the 20KxxxE. Fantastic for development, simulation, special purpose interfaces, multiple serial and / or parallel channels. The PCI compatible PCI-Altera-485/LVDS design is for the advanced user who wants to implement their own Altera design or requires reconfigurable logic. The PCI-Altera-485/LVDS makes the implementation and use of the 20K400E easy. Larger Altera parts are available. PCI card with 20K400 or other footprint compatible device. Card is available with 40 RS485 channels, or 40 LVDS channels, or mix and match to meet your requirement. Card also has 12 TTL IO. The Altera is loaded via PCI bus, JTAG or PROM. 16 - 4K x 8 FIFOs between Altera and Xilinx FPGAs to allow for rate matching. DMA on PCI bus with PLX 9054. Use the Plus Size version to do your more intense designs. 20K600, double density intermediate FIFO´s and larger Block RAM in the Xilinx add-up to more gates and more throughput for "more faster" operation. PCIeBPMCX1 Today ´s PC ´s use PCIexpress slots. The PCIe to PMC adapter is 1/2 size PCIe and allows you to get started with your development, trials and research quickly, easily and at a very low cost. PMC compliant 3rd party cards can be used with any Dynamic Engineering carriers. The PCIeBPMCx1 is 1/2 length PCIe with PMC mounting slot, front panel and Pn4 IO access, 32 / 64 bit, 33/66/100/133 operation. Solutions For: [Avionic] [Production] [Automation] [Radar] [Energy] [Space] [Research] [Telemetry] [Transportation] Satellites, Observatories, and Weather Forecasting Employ systems utilizing innovative science and technology, relying on embedded hardware to deliver the functionality, accuracy and longevity necessary in parallel with an easy point-and-shoot interface. Observatories have been making use of Dynamic Engineering ´s popular and extensively proven hardware in their telemetry systems. IndustryPacks® in particular are widely used by observatories. Our designs are feature rich and easily modified to include programmable counter timers, complex state machines, memory, symmetrical/asymmetrical TX/RX, Manchester and other encoding. These solutions are affordable, customizable, easy-to-use and ideal for quick deploy solutions. PMC-Parallel-485 Provides 32 independent RS485 IO in one PMC slot plus clock reference and clock enable. All IO can be interrupt sources. Custom state machine designs. 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. IP-Parallel-IO with counter and timer design provides 48 digital parallel IO lines in one IP module slot of your carrier board. These IO´s can be configured to be TTL or RS485 compatible in several combinations. A real space saver for systems with both types of IO. Perfect for your embedded control applications. IP-Parallel is available as an add-on IndustryPack Module for use with carriers on all of the common buses: VME, cPCI, PCI, PCIe, and PC104p. Supported for both Windows® and Linux. PC104p-BiSerial-III PC/104p / PCI-104 module with DMA, FIFOs, RS485/LVDS (16)transceivers, programmable direction and termination, 4-DAC, 4-ADC, TTL port. Great for custom state-machine driven IO requirements. features completely isolated FIFOs with 32 bit ports for increased adaptability and performance. 16 - 40 MHz 485 buffers with programmable termination and direction can be configured to your systems requirements. An expanded faster FPGA will implement the most complex state-machines. Many of the designs implemented for the PMC and IP versions can be ported to the PC/104p. Solutions For: [Avionic] [Production] [Automation] [Radar] [Energy] [Space] [Research] [Telemetry] [Transportation] Planes, Trains, Automobiles Transportation systems share a requirement for highly reliable network controls, which, from a specification point of view, tend to be significantly more developed than in other industries. MIL-STD-1553, ARINC 429, SpaceWire and CAN interfaces are examples of high rel networks. MIL-STD-1553 is still the interface of choice for defense-critical applications while ARINC 429 is more common for commercial avionics applications (aircraft instrumentation and control). Many devices utilize `1553 & `429 including: navigation devices, instrumentation, sensors and more. SpaceWire on the other hand is typically used for spaceborne and ground support equipment (NASA/ESA). CAN (Controller Area Network) is becoming the interface of choice in automotive and trucking applications. These embedded solutions are used in commercial aircraft, military transportation, tanks, avionics, freight carriers, automobiles, the Space Shuttle, and related support equipment. IP-1553 1553 Single & Dual Redundant BC, RT & Monitor capabilities. A versatile standardized bus interface. MIL-STD-1553 is robust featuring Manchester encoding and enough voltage swing to provide excellent noise immunity and reasonable throughput rates. MIL-STD-1553 is the interface of choice for critical applications; for example aircraft instrumentation and control. There are many devices supporting the 1553 bus - navigation devices, instrumentation, sensors and more. IP-1553 makes it easy to gain access to the MIL-STD-1553 bus. Just connect; program a few registers and then use like an IO device. IP-1553 is currently supported with the Dynamic Engineering Carrier software drivers for Linux and Windows®. Use an existing IP slot within your chassis or combine with a carrier to make PCI-1553, PC104p-1553, VME-1553 or cPCI-1553. Connect your hardware to your favorite Avionics with IP-1553. IP-1553 is an IndustryPack® compatible MIL-STD-1553 interface featuring dual redundant BC, RT and Monitor capabilities in one slot. IP-429 Your solution for your Avionics 429. Connect to your Avionics with IP-429. Pick 2, 4, 6, or 8 ARINC 429 compatible receivers and 1, 2, 3, or 4 transmitters. Transorb protected IO. Software programmable transmit rates [100K or 12.5K]. Time Tag on received data. IndustryPack compatible with 8 or 32 Mhz. bus operation. Spacewire Utilize SpaceWire to communicate with the European Space Agency and NASA equipment utilizing the ECSS-E-50-12C specification. These products implement SpaceWire in convenient PMC, PC104, ccPMC and PCI formats. Spacewire products can also be easily used in the PCIe and cPCI form factors by installing onto a Dynamic Engineering carrier. The SpaceWire specification calls for LVDS signaling and a specific 9 pin micro-D connector. You can connect the SpaceWire to other SpaceWire compliant devices without electrical interface issues . Our spacewire products feature four fully independent and highly programmable LVDS IO channels and automatic link testing when a node is brought on line . The Spacewire product line offers hardware, MDM cables, Cable to Spacewire adapters-DESWCB, Breakout adapters-DESWBO, and software -Windows, Linux, VXWorks; allowing you an easy, quick, low cost solution. IP-CAN IndustryPack w/2 CAN [Controller Area Network] channels Isolated or Direct connect. Talk to your car and other CAN compatible network devices using the IP-CAN. Two channels with Isolation or direct coupled, on board termination or cable based, 8 or 32 MHz IP operation, up to 1 MHz CAN bus operation, and an industry standard CAN bus controller. IP-CAN is currently supported with the Dynamic Engineering Carrier software drivers for Linux and Windows®. Use an existing IP slot within your chassis or combine with a carrier to make PCI-CAN, PC104p-CAN, VME-CAN or cPCI-CAN IP-CARA IP-CARA design integrates the CARA interface onto an IndustryPack module. IP-CARA is built on the IP-QuadUART fab. The UART IO and UART are removed and the ARINC 429 IO is added. The VHDL in the FPGA is designed to support the CARA interface. The basic interface is 24 bit serial, LSB first, ARINC 429 levels, HI-Z between words sent. Added features include programmable transmit rate, programmable edge rate, programmable delay between words sent, programmable interrupts. Full Duplex operation with independent receiver and transmitter. Use the IP-CARA module along with a carrier to form a complete solution. Windows® and Linux generic module suppport on any Dynamic Engineering Carrier. Solutions For: [Avionic] [Production] [Automation] [Radar] [Energy] [Space] [Research] [Telemetry] [Transportation]

Contact:
Dynamic Engineering 150 Dubois St. Suite C Santa Cruz, CA 95060 831 457 8891 sales@dyneng.com www.dyneng.com

Solutions For: [Avionic] [Production] [Automation] [Radar] [Energy] [Space] [Research] [Telemetry] [Transportation]