MicroMax's Solutions
MicroMax's Solutions
MicroMax's Solutions
Emerald-MM-8
8-Port RS-232/RS-422/RS-485 PC/104 Module
Now with higher density than ever, our new Emerald-MM-8 gives you 8 serial ports on a single PC/104 module.
In RS-232 mode, the full complement of standard PC serial port signals (8 signals + ground) are provided for each port. In RS-422 mode, Signals RX+, RX-, TX+, and TX- are provided, along with ground. In RS-485 mode, signals TX+/RX+ and TX-/RX- are provided, along with ground. Ports are grouped 4 per 40-pin I/O header. Ports 1-4 are on the right, and ports 5-8 are on the left.
Two 16C654 quad serial port ICs are used for the serial ports. This chip supports data rates up to 460.8kbps and contains a 64-byte transmit and receive FIFOs for each port to minimize processor
Each version of the board provides 8 serial ports operating at speeds up to 460.8kbps. Several versions are available:
EMM-8M-XT 8 ports RS-232/422/485 user selectable
EMM-8232-XT 8 ports fixed RS-232 (low-cost version)
CM110HR
VGA + Flat Panel PC/104 Peripheral Module
The CM110HR VGA utilityModule provides VGA video and flat panel support for RTD Embedded Technologies, Inc. cpuModules and other standard PC/104 processor modules.
PPM-CARDBUS
PC/104-Plus PC Card/Cardbus Adapter
PPM-Cardbus is a PC/104-Plus module that supports both Cardbus and PC cards. Its purpose is allow expansion of additional functions such as 802.11 wireless, IEEE-1394 Firewire, USB 2.0, SCSI, and other high-performance functions that have been developed for mobile computing environments. Cardbus supports 32-bit PC Cards operating at bus speeds up to 33MHz.
Model 335
PC card and Cardbus Adapter
Model 335 is a bus-to-bus adapter that enables the use of Cardbus or PC Card modules in PC/104+ systems. These provide additional functions such as 802.11 wireless, IEEE-1394 Firewire, USB 2.0, and SCSI interfaces. The 335 supports Type I, Type II, and Type III PCMCIA memory, I/O and ATA hard disk modules such as Toshiba Microdrives. The Cardbus feature supports 32-bit PC Cards operating at bus speeds up to 33MHz.
Status lights
Three LED lamps are positioned at the CardBus edge to facilitate viewing 335 status.
Interrupts
Parallel PCI interrupts are available to the PC/104+ bus while ISA interrupts are available at the PC/104 connector.
Mechanical design
The 335’s Cardbus connector is soldered to the carrier board to make it mechanical robust. An insulating partition on the component side prevents Cardbus boards from touching circuit board traces.
Accessories
Sensoray-supplied compact flash and wireless Ethernet adaptors are guaranteed to work when used with Sensoray’s CPU’s and software.
HM-PCI104
Voltage, Temperature & Fan Health Monitor
External monitoring items: Vcore, Vbat, +5V standby and one customizable voltage input
2 fan speed monitoring inputs
Alarm: LED+Beep warning 2 temperature sensors
Internal monitoring items:
Analog voltage inputs: +5V, +12V, -12V, +3.3V and VIO
On board temperature sensor using a 10k NTC thermistor
HM104
Voltage, Temperature & Fan Health Monitor
External monitoring items:
Vcore, Vbat, +3.3V, +5V standby and one customizable voltage input 2 fan speed monitoring inputs
Alarm: LED+Beep warning
2 temperature sensors
Internal monitoring items:
Analog voltage inputs: +5V, +12V, -12V, -5V
On board temperature sensor using a 10k NTC thermistor
FPGA-PCI104
Building platforms supporting the Altera Cyclone FPGA
The FPGA-PCI104 is a building platform that supports up to four daughter cards. Each daughter card location supports interfaces with up to 28 I/O signals. Each daughter card location is symmetrical. Daughter cards can encompass one or more daughter card locations for greater I/O. For example, the FPDB-DEV uses all four daughter card locations and has access to 104 I/O signals.
The FPGA-PCI104 is PCI-104 compliant and has a full PCI 2.2 interface. The on-board FPGA is configured via the on-board EEPROM, ISA/ PCI bus, or the JTAG port. The configuration EEPROM can be programmed, independently of the FPGA, over the PCI-104 bus or via the ISP port.
The FPGA-PCI104 is based on the Altera’s Cyclone FPGA family: 4K, 12K or 20K logic element parts. Altera’s free Quartus-II basic FPGA design software can be used by the end-user to define the circuit/system functions to be implemented in the on-board FPGA.
The FPGA-PCI104 have an on-board real-time counter/clock with SuperCap backup, and a unique read-only 64-bit serial number ROM. Included on the FPGA-PCI104 are the connectors and physical layer circuits for a I2C/SMBus. Also included are a 60 MHz oscillator, and an SMB connector for an external reference frequency source.
The FPGA-PCI104 is powered from the PCI bus, or external 6V DC to 18V DC supply. Temperature range is 0°C to 85°C.
FPGA104
Building platform: supporting Altera Cyclone FPGA
The FPGA104 is a building platform that support up to four daughter cards. Each daughter card location supports interfaces with up to 28 I/O signals. Each daughter card location is symmetrical. Daughter cards can encompass one or more daughter card locations for greater I/O. For example, the FPDB-DEV uses all four daughter card locations and has access to 104 I/O signals.
The FPGA104 is PC/104 compliant and is interfaced to the full PC/104 bus signals including memory and I/O mapped signals. The on-board FPGA is configured via the on-board EEPROM, ISA bus, or the JTAG port. The configuration EEPROM can be programmed, independently of the FPGA, over the PC/104 bus or via the ISP port.
The FPGA104 is a based on the Altera’s Cyclone FPGA family: 4K, 12K or 20K logic element parts. Altera’s free Quartus-II basic FPGA design software can be used by the end-user to define the circuit/system functions to be implemented in the on-board FPGA.
The FPGA104 have an on-board real-time counter/clock with SuperCap backup, and a unique read-only 64-bit serial number ROM. Included on the FPGA104 are the connectors and physical layers circuits for a I2C/SMBus, a 50 MHz oscillator, and an SMB connector for an external reference frequency source. The FPGA104 is powered from the ISA bus, or external 6V DC to 18V DC supply.
Temperature range is 0°C to 85°C.
R104
Optoisolated Input and replay Output Board
R104-16DI and R104-16DO
· Relay Output Control The 16 inputs are accessed through I/O memory reads. The inputs are grouped in sets of four, and the group I/O memory address is an offset from the base decode address.
R104-16DO
· Relay Output Control
The 8 relays are accessed through I/O memory writes. The relays are grouped in sets of four, and the group I/O memory address is an offset from the base decode address.
Opal-MM
Optoisolated Input + Relay Output PC/104 Module
Opal-MM is a PC/104 format digital I/O module designed for industrial applications requiring isolation between the computer and the external signals it is monitoring and controlling. This module features 8 optoisolated digital inputs and 8 relay outputs. Each input can accept both AC and DC voltages as low as 3V and as high as 24V.
