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The Embedded Solutions Experts
IndustryPack®
Modules, Carriers and Associated Summary Page
Typical Module and Carrier Features
- Standard Software Packages available with purchase
- Standard Type II module
- 8↔32 MHz. operation
- Matched Length Impedance Controlled IO
- ARINC 429, CAN, MIL-1553, RS232, RS-485, RS-422, LVDS and other electrical standards
- Carriers for PCI, PCIe, cPCI , PCI-104, VPX and custom
- 8, 16, 32, 64 bit accesses supported by carriers [64 on PCIe based only]
- 1 year warranty standard. Extended warranty available.
- Extended [Industrial] Temperature standard (most models).
- Standard and ROHS processing available
IndustryPack® Modules and carriers are an important part of solutions for Embedded situations. IndustryPack Modules have many advantages. When you consider the small size and inherant rugged design against other formats, IP Modules can be the right choice. IPs are ideal for small size functions and the need to supply multiple functions in a small space. IP Modules are small enough to allow 2 to fit where 1 PMC would go and yet large enough to support an FPGA and IO. Frequenty IP Modules are less expensive than PMC or XMC Modules. Carriers for IP Modules are available in most bus formats; PCI, PCIe, cPCI, PCI-104, PCI-104, VPX and others. Consider IPs for your next project.
Like VME, IP Modules have been around a long time. Dynamic Engineering has been involved from the beginnning; working on the specifications and helping to add 32 MHz operation as consultants to GreenSpring Computers. Dynamic Engineering also designed multiple of the IP Modules and carriers which GreenSpring Marketed. Examples include the first PCI based IP carrier, Platform 332, IP-Ethernet, mechanical design for RackMac various models, IP-Synchro, and more.
Dynamic Engineering pioneered maximizing throughput on the PCI bus to the module with the original PCI3IP and PCI5IP models. 32 bit PCI accesses converted to 16 bit for the IP module with controls to allow for multiple writes to one location, and advancing addresses. With new technology additional features are now included in IP Modules and carriers. With PCIe3IP 64 bit accesses are now supported as the PCIe bus handles larger target access payloads than the PCI bus. With 64 bit accesses the overhead per access is greatly reduced. See the expanded writeup on the carrier pages. In addition IP Modules can be outfit with much larger FPGAs meaning more complex function and more storage available. For example IP-BiSerial-VI has a Spartan VI FPGA and 24 differential transceivers allowing a wide range of solutions for LVDS or 485 based systems. The orignial IP-BiSerial featured a Spartan 40 and was very limited in comparison.
Dynamic Engineering is committed to IndustryPack applications and continues to do new design work with Modules and carriers. Dynamic Engineering is committed to long term solutions of all sorts for our clients. As long as we can get the parts we can make more and in many cases a simple design around can happen for something that went obsolete. In the past few months the cariers PCIe3IP and PCIe5IP were launched, several IP modules were revamped to use newer parts and provide the same function in a SW transparent manner, plus brand new IP-BiSerial-VI was released and has already had 2 custom client designs implemented complete with Windows, Linux and VxWorks software packages. Buy with confidence.
IP Specification Compatibility Dynamic Engineering Carriers and Modules are compliant per the VITA 4 - 1995 specification. All Dynamic Engineering IP Modules are compatible with the PCIe3IP, PCIe5IP, VPXI2IP, PCI3IP, PCI5IP, cPCI2IP, cPCI4IP, PC104pIP etc. Dynamic Engineering IP Modules will operate with any IP specification compliant carrier board, and Dynamic Engineering Carriers will work with any IP Specification compliant module board.
Dynamic Engineering driver and application software supports the user. Our carrier drivers support system enumeration and access to the modules. The drivers also support third party modules without a specific module driver. Dynamic Engineering modules have feature rich support for the HW and reference application SW to show examples of how to use those features. For details on any specifc design please download the HW and SW reference manuals located on each Data Page. The summary pages below have links to the data pages.
IndustryPack® Modules require a "carrier" in most cases to adapt them to the system. Dynamic Engineering has carrier solutions for a variety of formats.
PCIe implementations can be done with the PCIe3IP and PCIe5IP.
PCI implementations can be done with the PCI3IP and PCI5IP.
cPCI 3U is supported with the cPCI2IP.
cPCI 6U is supported with the cPCI4IP.
PC104p is supported with the PC104pIP.
PC104p situations with a custom mechanical can be done with the PC104p4IP.
VPX 3U is supported with the VPX2IP.
Like VME, IP Modules have been around a long time. Dynamic Engineering has been involved from the beginnning; working on the specifications and helping to add 32 MHz operation as consultants to GreenSpring Computers. Dynamic Engineering also designed multiple of the IP Modules and carriers which GreenSpring Marketed. Examples include the first PCI based IP carrier, Platform 332, IP-Ethernet, mechanical design for RackMac various models, IP-Synchro, and more.
Dynamic Engineering pioneered maximizing throughput on the PCI bus to the module with the original PCI3IP and PCI5IP models. 32 bit PCI accesses converted to 16 bit for the IP module with controls to allow for multiple writes to one location, and advancing addresses. With new technology additional features are now included in IP Modules and carriers. With PCIe3IP 64 bit accesses are now supported as the PCIe bus handles larger target access payloads than the PCI bus. With 64 bit accesses the overhead per access is greatly reduced. See the expanded writeup on the carrier pages. In addition IP Modules can be outfit with much larger FPGAs meaning more complex function and more storage available. For example IP-BiSerial-VI has a Spartan VI FPGA and 24 differential transceivers allowing a wide range of solutions for LVDS or 485 based systems. The orignial IP-BiSerial featured a Spartan 40 and was very limited in comparison.
Dynamic Engineering is committed to IndustryPack applications and continues to do new design work with Modules and carriers. Dynamic Engineering is committed to long term solutions of all sorts for our clients. As long as we can get the parts we can make more and in many cases a simple design around can happen for something that went obsolete. In the past few months the cariers PCIe3IP and PCIe5IP were launched, several IP modules were revamped to use newer parts and provide the same function in a SW transparent manner, plus brand new IP-BiSerial-VI was released and has already had 2 custom client designs implemented complete with Windows, Linux and VxWorks software packages. Buy with confidence.
IP Specification Compatibility Dynamic Engineering Carriers and Modules are compliant per the VITA 4 - 1995 specification. All Dynamic Engineering IP Modules are compatible with the PCIe3IP, PCIe5IP, VPXI2IP, PCI3IP, PCI5IP, cPCI2IP, cPCI4IP, PC104pIP etc. Dynamic Engineering IP Modules will operate with any IP specification compliant carrier board, and Dynamic Engineering Carriers will work with any IP Specification compliant module board.
Dynamic Engineering driver and application software supports the user. Our carrier drivers support system enumeration and access to the modules. The drivers also support third party modules without a specific module driver. Dynamic Engineering modules have feature rich support for the HW and reference application SW to show examples of how to use those features. For details on any specifc design please download the HW and SW reference manuals located on each Data Page. The summary pages below have links to the data pages.
IndustryPack® Modules require a "carrier" in most cases to adapt them to the system. Dynamic Engineering has carrier solutions for a variety of formats.
PCIe implementations can be done with the PCIe3IP and PCIe5IP.
PCI implementations can be done with the PCI3IP and PCI5IP.
cPCI 3U is supported with the cPCI2IP.
cPCI 6U is supported with the cPCI4IP.
PC104p is supported with the PC104pIP.
PC104p situations with a custom mechanical can be done with the PC104p4IP.
VPX 3U is supported with the VPX2IP.
Grouped by function
IndustryPack® General Purpose Customizable IO
IP-BiSerial-VI
IP-BiSerial-VI-USR
IP-BiSerial-VI has 24 differential transceivers with LVDS or RS-485 options. Each is separately configurable for transmission or reception and termination. Highly flexible interface can be used for serial or parallel applications. Windows, Linux, VxWorks support options. Send us your specs. and we will do the rest. You can customize the design too with IP-BiSerial-VI-USR. With the USR version pick LVDS, 485, mixed IO
IP Pulse
IP Compatible card with 4 programmable pulse generators. TTL or RS422 / RS485 compatible outputs.
Programmable pulse - nS to seconds. Programmable count or free running.
IP Parallel IO
IP Parallel 485
IP Parallel TTL
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-Pattern
32 bit Pattern Generator with 16 bit GPIO port. GPIO port includes Change of State [COS] filtering. Pattern Generator features multiple built in waveforms plus User Mode. Programmable update rate plus Start and Stop, Slope, Horizontal count, cycle count. Polled or interrupt operation. Pattern Generator has an optional Clock output and Trigger input. Receive function captures 32 bit data with external clock. Reference software demonstrates each of the programmable types plus Rx modes for set-up and operation.
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.
IP-HaveQuick
Special version of IP-Parallel-HV with HaveQuick interface. Read and or transmit Manchester encoded time code. Handy format with sync pattern, Hours, Minutes, Seconds, Day of year, Year
IndustryPack® Serial IO - UART based
IP-Quad-UART
IP Module with 4 UARTs . 128 byte FIFOs, 8 & 32 MHz operation, Programmamble RS232 or RS422/RS485 interface, programmable terminations, 1.5MHz - 100 Hz.
IP-Quad-UART-485
IP Module with 4 UARTs, RS- 485 IO. Full MODEM controls
IndustryPack® Optical Isolation and Relays
IP-OptoISO-16
IP Module with 16 Optically Isolated Output control. 0-60V, 1.5A. Use for Low Side or High Side switches. Two counter - timers included
IP-Relay16, IP-OptoISO-16 shown
IP Module with 16 Relays. 220 VDC, 250 VAC, 1.5A, 60W, 62.5 VA, SPDT can be used for most Form configurations.
IndustryPack® Memory
IP-CF
IP to CompactFLASH adapter card with one CompactFLASH socket using true IDE mode interface. Second slot available via transition module
IP-ReflectiveMemory
A local area network with 256Kx16 RAM per node, automatic updating across memory images, LVDS IO with up to 200 Ft. per link length, std. ethernet cabling.
IndustryPack® Bus Interface
IP-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. Software programmable transmit rates [100K or 12.5K]. Time Tag on received data. IndustryPack compatible with 8 or 32 Mhz. bus operation.
IP-1553
1553 Single & Dual Redundant BC, RT & Monitor capabilities
IP-CAN
IndustryPack w/2 CAN [Controller Area Network] channels Isolated or Direct connect
IP-Crypto
IP Crypto is a special version of IP-Parallel-HV. The basic design features are retained and an interface to a KYK-13 is provided. Transfer request output, and 3 inputs for clock, data and switch.
IP-BiSerial-VI
IP-BiSerial-VI-USR
IP-BiSerial-VI has 24 differential transceivers with LVDS or RS-485 options. Each is separately configurable for transmission or reception and termination. Highly flexible interface can be used for serial or parallel applications. Windows, Linux, VxWorks support options. Send us your specs. and we will do the rest. You can customize the design too with IP-BiSerial-VI-USR. With the USR version pick LVDS, 485, mixed IO
IP Pulse
IP Compatible card with 4 programmable pulse generators. TTL or RS422 / RS485 compatible outputs.
Programmable pulse - nS to seconds. Programmable count or free running.
IP Parallel IO
IP Parallel 485
IP Parallel TTL
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-Pattern
32 bit Pattern Generator with 16 bit GPIO port. GPIO port includes Change of State [COS] filtering. Pattern Generator features multiple built in waveforms plus User Mode. Programmable update rate plus Start and Stop, Slope, Horizontal count, cycle count. Polled or interrupt operation. Pattern Generator has an optional Clock output and Trigger input. Receive function captures 32 bit data with external clock. Reference software demonstrates each of the programmable types plus Rx modes for set-up and operation.
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.
IP-HaveQuick
Special version of IP-Parallel-HV with HaveQuick interface. Read and or transmit Manchester encoded time code. Handy format with sync pattern, Hours, Minutes, Seconds, Day of year, Year
IndustryPack® Serial IO - UART based
IP-Quad-UART
IP Module with 4 UARTs . 128 byte FIFOs, 8 & 32 MHz operation, Programmamble RS232 or RS422/RS485 interface, programmable terminations, 1.5MHz - 100 Hz.
IP-Quad-UART-485
IP Module with 4 UARTs, RS- 485 IO. Full MODEM controls
IndustryPack® Optical Isolation and Relays
IP-OptoISO-16
IP Module with 16 Optically Isolated Output control. 0-60V, 1.5A. Use for Low Side or High Side switches. Two counter - timers included
IP-Relay16, IP-OptoISO-16 shown
IP Module with 16 Relays. 220 VDC, 250 VAC, 1.5A, 60W, 62.5 VA, SPDT can be used for most Form configurations.
IndustryPack® Memory
IP-CF
IP to CompactFLASH adapter card with one CompactFLASH socket using true IDE mode interface. Second slot available via transition module
IP-ReflectiveMemory
A local area network with 256Kx16 RAM per node, automatic updating across memory images, LVDS IO with up to 200 Ft. per link length, std. ethernet cabling.
IndustryPack® Bus Interface
IP-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. Software programmable transmit rates [100K or 12.5K]. Time Tag on received data. IndustryPack compatible with 8 or 32 Mhz. bus operation.
IP-1553
1553 Single & Dual Redundant BC, RT & Monitor capabilities
IP-CAN
IndustryPack w/2 CAN [Controller Area Network] channels Isolated or Direct connect
IP-Crypto
IP Crypto is a special version of IP-Parallel-HV. The basic design features are retained and an interface to a KYK-13 is provided. Transfer request output, and 3 inputs for clock, data and switch.
IndustryPack® Carriers - Adapt IndustryPack Modues
[PCI, PCIe, cPCI, PC104p, & VPX based solutions]
PCIe3IP
1/2 size single lane PCIe card with 3 IndustryPack compatible positions. Auto conversion of 64 and 32 bit accesses to IP 16 bit. Overlapped instruction execution across the IPs. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Industrial Temp components standard.
PCIe5IP
Full size single lane PCIe card with 5 IndustryPack compatible positions. Auto conversion of 64 and 32 bit accesses to IP 16 bit. Overlapped instruction execution across the IPs. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Industrial Temp components standard.
PCI3IP
1/2 size PCI card with 3 Industrypack compatible positions. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Auto conversion of 32 bit accesses to IP 16 bit. Industrial Temp components standard.
PCI5IP
Full size single lane PCI card with 5 IndustryPack compatible positions. Auto conversion of 32 bit accesses to IP 16 bit. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Industrial Temp components standard.
cPCI2IP
3U size cPCI card with 2 Industrypack compatible positions. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Auto conversion of 32 bit accesses to IP 16 bit. Industrial Temp components standard. Options for Bezel and rear IO.
cPCI4IP
6U size cPCI card with 4 Industrypack compatible positions. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Auto conversion of 32 bit accesses to IP 16 bit. Industrial Temp components standard. Options for Bezel and rear IO.
PC104p4IP
PC104p4IP is a PC/104+ carrier design with 4 IP slots. PCI bus based. ISA is pass through only. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Auto conversion of 32 bit accesses to IP 16 bit. Industrial Temp components standard. Special customized mechanical approach used with a custom chassis.
PC104pIP
PC104pIP is a PC/104p carrier design with 1 IP slot. PCI bus based. ISA is pass through only. 8 and 32 MHz operation, filtered fused power, reset switch, LEDs. Auto conversion of 32 bit accesses to IP 16 bit. Industrial Temp components standard.
[PCI, PCIe, cPCI, PC104p, & VPX based solutions]
PCIe3IP
1/2 size single lane PCIe card with 3 IndustryPack compatible positions. Auto conversion of 64 and 32 bit accesses to IP 16 bit. Overlapped instruction execution across the IPs. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Industrial Temp components standard.
PCIe5IP
Full size single lane PCIe card with 5 IndustryPack compatible positions. Auto conversion of 64 and 32 bit accesses to IP 16 bit. Overlapped instruction execution across the IPs. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Industrial Temp components standard.
PCI3IP
1/2 size PCI card with 3 Industrypack compatible positions. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Auto conversion of 32 bit accesses to IP 16 bit. Industrial Temp components standard.
PCI5IP
Full size single lane PCI card with 5 IndustryPack compatible positions. Auto conversion of 32 bit accesses to IP 16 bit. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Industrial Temp components standard.
cPCI2IP
3U size cPCI card with 2 Industrypack compatible positions. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Auto conversion of 32 bit accesses to IP 16 bit. Industrial Temp components standard. Options for Bezel and rear IO.
cPCI4IP
6U size cPCI card with 4 Industrypack compatible positions. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Auto conversion of 32 bit accesses to IP 16 bit. Industrial Temp components standard. Options for Bezel and rear IO.
PC104p4IP
PC104p4IP is a PC/104+ carrier design with 4 IP slots. PCI bus based. ISA is pass through only. 8 and 32 MHz operation for each position, filtered fused power, reset switch, LEDs. Auto conversion of 32 bit accesses to IP 16 bit. Industrial Temp components standard. Special customized mechanical approach used with a custom chassis.
PC104pIP
PC104pIP is a PC/104p carrier design with 1 IP slot. PCI bus based. ISA is pass through only. 8 and 32 MHz operation, filtered fused power, reset switch, LEDs. Auto conversion of 32 bit accesses to IP 16 bit. Industrial Temp components standard.
Test & Integration
IndustryPack® Misc., BreakOuts, Cables, Etc.
1553-Ribbon-Triax will make your IndustryPack® to 1553 system inter-connection easy; an interconnection between 50 pin ribbon cable and Triax connectors. Compatible with IP-1553
HDRterm50 will make your IndustryPack® system inter-connection easy; an interconnection between 50 pin ribbon cable and 50 position Screw Terminal Block for discrete wiring systems.
HDRribn50 will connect your IndustryPack® to a HDRterm50 or similar Ribbon Cable connector based sytem connection. See data page to build your own PN. Available with standard flat ribbon cable or twisted pair.
IP Mounting Hardware
Hardware mounting kit to mount your IndustryPack to a carrier board
IP ConnectorSaver
Add an air gap to your installed IP Module or protect carrier or module connectors from repeated installation
IndustryPack® Test
P-DEBUG-BUS will make your IndustryPack system trouble shooting easier providing testpoints on all of the IP Logic Connector signals. Isolate power to the IP to allow hot swapping. Self healing fused power. Reset switch - resets IP without affecting the rest of the system.
IP-DEBUG-IO-II will make your IndustryPack system trouble shooting easier providing testpoints on all of the IP IO signals. Loop back is as easy as wire-wrap. Custom feedback signals are supported with socket and power connector support. Now with 2 ribbon cable connectors to support in system debugging.
1553-Ribbon-Triax will make your IndustryPack® to 1553 system inter-connection easy; an interconnection between 50 pin ribbon cable and Triax connectors. Compatible with IP-1553
HDRterm50 will make your IndustryPack® system inter-connection easy; an interconnection between 50 pin ribbon cable and 50 position Screw Terminal Block for discrete wiring systems.
HDRribn50 will connect your IndustryPack® to a HDRterm50 or similar Ribbon Cable connector based sytem connection. See data page to build your own PN. Available with standard flat ribbon cable or twisted pair.
IP Mounting Hardware
Hardware mounting kit to mount your IndustryPack to a carrier board
IP ConnectorSaver
Add an air gap to your installed IP Module or protect carrier or module connectors from repeated installation
IndustryPack® Test
P-DEBUG-BUS will make your IndustryPack system trouble shooting easier providing testpoints on all of the IP Logic Connector signals. Isolate power to the IP to allow hot swapping. Self healing fused power. Reset switch - resets IP without affecting the rest of the system.
IP-DEBUG-IO-II will make your IndustryPack system trouble shooting easier providing testpoints on all of the IP IO signals. Loop back is as easy as wire-wrap. Custom feedback signals are supported with socket and power connector support. Now with 2 ribbon cable connectors to support in system debugging.
Software
Software Support for Dynamic Engineering IP Modules and Carriers typically includes Drivers and reference Applications for Windows®, VxWorks, and Linux.
In general the IP driver is layered and operates on top of the Carrier driver. IP drivers are auto installed for each instance detected. A generic driver is available for detected IP modules without a specific driver. This feature makes it easy to use a 3rd party IP module with a Dynamic Engineering Carrier. Please see the Driver manuals for the specifics of each type. Each product has a separate manual for each OS package supported. The manuals are available for download on each product data page.
Drivers and Reference SW are developed for each type / version of IP Module implemented. When custom versions are ordered the NRE will include providing Windows, Linux, and/or VxWorks packages. For off-the-shelf models, select on the manuals tab, the Windows® and Linux SW shown is included with your purchase of the HW. A small one-time charge is required for the VxWorks versions. Unsupported SW versions may have an NRE requirement.
Integration support is available. Please contact Dynamic Engineering for this option or download the Technical Support Description from the Company button.
Reference diagam of how our Linux Driver / Application layer operate with the PCIe3IP Carrier and IP Module. The same structure is used for our other carriers within the Linux product support group.
The Linux driver is a bus driver capable of supporting multiple (up to 64) Industry Pack buses/carrier cards. This driver interfaces with the ipack-core Open Source code to support Industry Pack devices. This Open Source code has been slightly modified, and is included with the tar-ball for this driver.
A generic IPACK driver (ipack_gen) and user library (libipack) has been developed by Dynamic Engineering. This driver and library may be sufficient for developing user space drivers for a device depending upon the complexity of that device. Other device specific user libraries and kernel drivers are available for Dynamic Engineering Industry Pack modules. The diagram above illustrates possible layering of Industry Pack components:
In general the IP driver is layered and operates on top of the Carrier driver. IP drivers are auto installed for each instance detected. A generic driver is available for detected IP modules without a specific driver. This feature makes it easy to use a 3rd party IP module with a Dynamic Engineering Carrier. Please see the Driver manuals for the specifics of each type. Each product has a separate manual for each OS package supported. The manuals are available for download on each product data page.
Drivers and Reference SW are developed for each type / version of IP Module implemented. When custom versions are ordered the NRE will include providing Windows, Linux, and/or VxWorks packages. For off-the-shelf models, select on the manuals tab, the Windows® and Linux SW shown is included with your purchase of the HW. A small one-time charge is required for the VxWorks versions. Unsupported SW versions may have an NRE requirement.
Integration support is available. Please contact Dynamic Engineering for this option or download the Technical Support Description from the Company button.
Reference diagam of how our Linux Driver / Application layer operate with the PCIe3IP Carrier and IP Module. The same structure is used for our other carriers within the Linux product support group.
The Linux driver is a bus driver capable of supporting multiple (up to 64) Industry Pack buses/carrier cards. This driver interfaces with the ipack-core Open Source code to support Industry Pack devices. This Open Source code has been slightly modified, and is included with the tar-ball for this driver.
A generic IPACK driver (ipack_gen) and user library (libipack) has been developed by Dynamic Engineering. This driver and library may be sufficient for developing user space drivers for a device depending upon the complexity of that device. Other device specific user libraries and kernel drivers are available for Dynamic Engineering Industry Pack modules. The diagram above illustrates possible layering of Industry Pack components: