MicroMax's Solutions
MicroMax's Solutions
MicroMax's Solutions
LAN17222HR
PC/104-Plus Dual RJ45 Gigabit Ethernet Module
The LAN17222 Gigabit Ethernet module features two independent GigE connections via Intel 82574IT Gigabit Ethernet controllers. Onboard multi-colored LEDs allow monitoring of link status, speed, and activity for each port. External LED connectors can be used in enclosures such as RTD’s rugged IDAN modular packaging system.
Key Features:
PC/104-Plus stackable bus structure
Two Independent Gigabit Ethernet Connections
1000/100/10 Mbps RJ45 on each channel
Full Duplex support
33 MHz, 32-bit PCI Interface
Multi-color LED to monitor link status, speed, and activity
Intel 82574IT Gigabit Ethernet Controller
Auto-Crossover for MDI/MDI-X at all speeds
Smart power-down at S0 no link and Sx no link
9 Kb Jumbo Frame Support with 40 Kb packet buffer size
IPv4, IPv6 support
MSI and MSI-X support
Support up to 256 K TCP
No heat sinking necessary
CM313HR
Quad Serial Port with SMC9000 Ethernet Module
The CM313HR Communications utilityModule was designed to provide four versatile serial ports and an Ethernet interface to support the RTD cpuModules and other standard PC/104 processor modules.
DM6430HR
True AT High Speed dataModule
The DM6430 analog I/O dataModule® turns your IBM AT‑compatible cpuModule or other PC/104 computer into a high-speed, high-performance data acquisition and control system.
IPWR104HR
100 Watt Isolated Embedded Power Supply
The RTD IPWR104HR embedded power supply module provides an elegant solution for PC/104 systems requiring an isolated reliable power supply. The two available wide input voltage ranges of 18 - 36V and 33 - 75V will suit applications ranging from communications to aviation.
The IPWR104HR is available with a wide operating temperature range of -40 to +85 C. Power from the module is delivered to the PC/104 bus as well as to the card edge terminal blocks. Output voltages include +5 at 12A/20A, +12V at 2.0A and -12V at 500mA (100 Watt maximum combined output). These outputs are connected to the PC/104 bus as well as terminal blocks.
CME136686LX333HR/500HR
PC/104 Ultra Low Power cpuModule & Controller with Advanced Digital I/O (aDIO)
RTD's CME136686LX cpuModule represents the latest in reliable low-power performance embedded computing solutions. It includes a 500 or 333MHz AMD Geode LX processor with 128kB L1 cache (64kB instruction and 64kB data) and 128kB L2 cache. It uses a 333MHz DDR-SDRAM controller that can support up to 2.7 G-Bytes per second of memory bandwidth.
The video interface is provided by an Analog SVGA output and an LVDS flat panel output. The two outputs are independent, and can display separate images and display timings. Maximum resolution is 1920 x 1440.
High-speed peripheral connections include USB 2.0, with up to 480 Mb/sec data throughput. An ATA-100/66/33 IDE controller provides a fast connection to the hard drive. Network connectivity is provided by an Intel 82551QM Ethernet controller. Network connectivity is provided by two Intel 82551QM Ethernet controllers. Other features include two RS-232/422/485 COM ports (four ports if in dual-port mode), and Parallel Port.
RTD has gone the extra mile to include additional advanced features for maximum flexibility. These include an ATA/IDE Disk Chip socket that allows a true IDE drive to be attached to the board, either socketed or soldered. A multiPort can be configured as a standard EPP/ECP parallel port, a floppy drive port, or an Advanced Digital I/O (aDIO) port. SDRAM is soldered directly to the board for high vibration resistance. The CME136686LX is also available in a rugged, fanless IDAN enclosure.
Model 2410
48-Channel Digital I/O Interface
Model 2410 is a compact open-frame module that interfaces 48 general-purpose TTL/CMOS compatible digital input/output (DIO) signals to a 10/100 Mbps Ethernet. It features advanced signal processing functions that reduce the host computer’s burden in measurement and control applications.
The module communicates through its built-in web and telnet servers, using telnet for automation applications and an embedded web site for configuration, manual control, and diagnostics. Precompiled API libraries are provided for Linux and Windows, along with open source (C language) code to enable porting and customization.
The unit has a small footprint, requires only a single 24VDC power source, and can be quickly and easily mounted by snapping it onto a standard DIN mounting rail. It will interface directly to many standard solid state relay racks, and it has an auxiliary power output that is capable of supplying 5VDC power to solid state relay racks or other modest external loads.
DIO Functions
Each open-collector DIO channel can operate as an input, an output, or in wired-or mode. A number of special functions such as debounce, edge detection, and PWM output, are available on each channel. All channels are synchronized to a common 1KHz clock to guarantee true state machine behavior. An LED indicates each channel’s physical state.
Software debounce can be enabled for any input signal, with debounce interval ranging from 0 to 255 milliseconds. Also, edge detection and capture may be enabled for any input signal and, if desired, asynchronous notification messages (i.e., «interrupts») will be sent to an Ethernet client when edge events are captured.
Outputs are capable of 24mA active-low output drive, and internal pull-up resistors are provided for all channels. Each output channel may be independently configured to function in the conventional fashion (directly controlled by Ethernet clients) or as a PWM generator with one millisecond resolution.
Signal Connections
A standard 50 pin header is provided for connecting the module to external solid-state relay racks or custom OEM signal distribution systems.
Sensoray also offers an optional termination board, Model 2410TA, which can be top-mounted to the module to add convenient field wiring terminal blocks without enlarging the module’s footprint. The spring-loaded terminals allow quick connection of 24-16 gauge wires.
LabVIEW Demo
In addition to the standard API, Sensoray provides a LabVIEW application which demonstrates how to interact the 2410.
Model 623
PC/104+ to PCI Adapter
Description
Model 623 allows testing PC/104+ boards using an inexpensive desktop PC. The 623 offers significant time savings during product development and production testing by allowing PC/104+ boards to be hot-swapped within a desktop PC.
There is no need for an expensive PC/104+ enclosure and processor to test PC/104+ boards.
Protects computer
Use of the 623 protects the system’s PCI slot from physical wear and reduces the system’s electrical stress from frequent power cycling.
Model 627
Compact PCI to PCI Adapter
Model 627 allows testing CompactPCI boards using an inexpensive desktop PC. The 627 offers significant time savings during product development and production testing by allowing CPCI boards to be hot-swapped within a desktop PC.
There is no need for an expensive CompactPCI enclosure and processor to test CPCI boards.
Protects computer
Use of the 627 protects the system’s PCI slot from physical wear and reduces the system’s electrical stress from frequent power cycling.
Model 327 & 328
PCI to PC/104+ Adapter
Description
Model 327 and 328 allow operating a PCI board from a PC/104+ card stack. They have the unique feature of allowing the selection of important PC/104+ signals using jumper plugs. Hence, the PCI board is not forced to use hardwired settings.
Model 327 alignes the PCI board parallel to the PC/104+ boards while Model 328 places it perpendicular.
ADLSEC-1710
Edge-Connect L-Peripheral
The ADLSEC-1710 board is designed for convenient expansion of the ADLE3800SEC Bay Trail Atom SBC via its edge-connect architecture. The ADLE3800SEC plus ADLSEC-1710 L-peripheral combined provide a complete 3.5” SBC solution with a host of expanded features including M.2 PCIe, SATA, DVI/DP/HDMI or USB3.0, UPS option, and more.
As part of a customer product portfolio, the ADLE3800SEC and ADLSEC-1710 allows for a single processor, BIOS, firmware, and customer software across products from small, compact ADLE3800SEC solutions to more complex 3.5” sized solutions.
Applications
UAV and UUV Unmanned Systems, Industrial Control Systems, Government and Defense, Video Surveillance, Small Scale Robotics, Remote Datalogging, Man-Wearable Computing, Factory 4.0, IIoT or Cloud applications.
