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Firmware
Field-Programmable Gate Arrays (FPGAs) are an ideal fit for data acquisition systems as they offer unparalleled real-time signal processing power. Moving functionality from the host PC to the on-board FPGAs helps offload the PCs central processing unit (CPU) and relaxes data transfer rate requirements. This capability is key in achieving the performance levels needed in many of today's leading-edge applications.All our data acquisition and generation modules host Xilinx FPGAs and are delivered with pre-installed general data acquisition firmware (for ADQ7 and ADQ14 we refer to this firmware as "FWDAQ"). In addition to the standard/default firmware, we also offer optional firmware development kits (available for all models) and application-specific firmware packages (available for ADQ7 and ADQ14 only). More information about these below.
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Software / Firmware
You can connect to our Ethernet test box right now and send/receive remote commands. It is located at fixed IP address 104.63.176.50 (tcp port 3001). The most often asked question about our test systems is “How easy are they to remotely control”? So we built up a test system and put it on an outward-facing IP address so that any of our customers can interact with our firmware.
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Firmware Engineering Projects
Precision Development Consulting Inc
Hand control module for teleprompter, Analog data acquisition and filtering, High-Power Arc Lamp Power Supply Controller and RTP gas flow and Vacuum System controller, Disk drive company test racks, Disk Drive Spindle Motor Tester, Disk Drive Head Stack Tester, Wafer photoresist coating and development system control PC boards, Nuclear Plant secondary water temperature monitor
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Firmware for High-speed Communication
OP-FW12GA
OP-FW12GA is the firmware to increase the speed of monitoring test of bit synchronous communication (such as HDLC/SDLC/X.25, or CC-Link communication), SPI communication, Profibus-DP (field bus known for high-speed communication), UART (asynchronous communication, which is commonly used). By processing great part of monitoring processes by FPGA, it unfailingly captures communication data with time stamps of a microsecond rate. The interface supports RS-232C/RS-422/RS-485/TTL.
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Digital Down-Conversion Firmware
FW2DDC
FW2DDC equips ADQ7WB and ADQ7DC with real-time functions commonly used in radio frequency (RF) receivers. It also contains the proprietary ADX technology which corrects mismatch errors in time-interleaved analog-to-digital converters (TI-ADCs) and thereby ensure industry-leading spurious-free dynamic range (SFDR). The digital signal processing also helps reduce the data rate to a manageable level in order to simplify data post-processing and storage.
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Firmware for High-speed HDLC Mode
OP-FW10G
OP-FW10G is an expansion firmware to upgrade LE-3500 measuring Bit-Synch (HDLC/SDLC/X.25/CC-Link) and SPI communications up to 10Mbps. Hardware processing by FPGA built in the analyzer makes it possible to capture data with time stamp at micro second. It is useful to analyze SPI communications and High-speed HDLC communications such as RS-485 multi-drop CC-LINK and TTL signal level on the printed-circuit board.
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Firmware for High-speed HDLC Mode
OP-FW10R
OP-FW10R is a firmware to expand the measurement speed for bit synchronous communication such as HDLC/SDLC/X.25, CC-Link and SPI communication up to 10Mbps. Processing major part of the measurement process by FPGA, it enables capturing of communication data with time stamp of micro-second unit.
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Firmware for High-speed HDLC Mode
OP-FW10
OP-FW10 is firmware to upgrade protocol analyzer LE-7200/LE-3200 to dedicated analyzer that is specialized for High-speed HDLC communication up to 10Mbps. By installing this OP-FW10 to LE-7200/LE-3200, HDLC measurement processing such as the trigger and filter that were processed by software of the analyzer can be replaced to the hardware processing by FPGA built in the analyzer. Therefore, a maximum speed of HDLC supported is vastly improved. After installation of OP-FW10, You can switch to the usual firmware that supports multi protocol by pressing “SHIFT” and “0” keys at the same time when turning on the power of the analyzer. Therefore, it saves you trouble to reinstall firmware.
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Software Defined Radio Firmware
FWSDR
The combination of the firmware FWSDR and the high-end digitizer ADQ14 creates a unique platform for software-defined radio. This 14-bit digitizer provides the high dynamic range needed in an RF environment and the interleaving technology provides high signal bandwidth coverage.The interleaving technology is provided through the use of SP Devices’ proprietary technology ADX which removes typical interleaving artifacts and enables the unique combination of bandwidth and dynamic range.
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Real-Time Pulse Detection Firmware
FWPD
The core challenge in pulse detection is to design a system for random events. The Teledyne SP Devices’s firmware option FWPD, for the ADQ14 and ADQ7, is tailored to detected and analyze pulses in demanding measurement applications where the properties of the pulses (such as timing or length) are not known in advance.
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Real-Time Waveform Averaging Firmware
FWATD
The Advanced Time-Domain firmware option, FWATD, equips the ADQ7 and ADQ14 digitizers with advanced tools for sophisticated time-domain measurements. Multiple steps of noise suppression is provided in order to achieve extreme dynamic range, so that rarely occurring weak signals can be detected and distinguished from noise.FWATD can track and correct for temperature-dependent baseline (DC level) fluctuations, which may otherwise lead to incorrect detection or even detection of false pulses. It supports several types of noise reduction for both random and systematic noise. The flexible architecture and user-defined settings enables tailored noise reduction for various applications.
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Firmware for High-speed HDLC/SPI Communications (NEW Version)
OP-FW12G
This expansion firmware increases the baud rates of bit synchronous communications (e.g., HDLC/SDLC/X.25, and CC-Link communications). The firmware processes main measurement items completely with a field programmable gate array (FPGA), thus precisely capturing communications data along with time stamps in 1-µs units.
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Portable Sequence Generator for Verification, Firmware & Validation
ISequenceSpec
The complexity of modern SoC has raised the requirement for HW/SW co-simulation to catch the bugs from the early design stage. There is lack of common set of sequences which can be shared across the teams. ISepenceSpec helps design teams to generate the unified test and programming sequences in UVM and Firmware from the specification. ISequenceSpec uses the register information from importing the standard formats like IP-XACT, SystemRDL, XML. User can define the test sequences in a simple editor, and then generate the unified test sequences from verification to validation.
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ADQ Development Kit for Custom Firmware in the FPGA of an ADQ-Series Digitizer
The ADQ Development Kit is a tool for developing custom firmware in the FPGA of an ADQ-series digitizer. SP Devices’ digitizers are characterized by a combination of high speed and high resolution.The amount of data from the digitizer is thus very high. The most efficient way of processing the data is through a real-time implementation inside the FPGA on the digitizer. The ADQ Development Kit opens the FPGA for the implementation of real-time signal processing algorithms.The ADQ Development Kit is available for all digitizer models.
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GPIB Serial Interface Boards
ICS's GPIB to Serial Interface boards are designed for in-chassis applications. Select boards with transparent data transfer or boards with smart firmware that can add an IEEE-488.2 interface to any serial device
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GPIB Serial Interfaces
ICS's GPIB Serial Interfaces provide a mix of RS-232 and RS-422/RS-485 asynchronous signals to drive serial devices. Interfaces are available for transparent data transfer and with smart firmware that adds an IEEE-488.2 Interface to plain serial devices or with embedded PC boards. All interfaces conform to the IEEE-488.2 Standard and are HP-IB compatible.
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GPIB To Serial Miniboxes™
ICS's GPIB to Serial Minibox™ Interfaces are fully enclosed for benchtop or rack mount applications. The GPIB to Serial Interfaces are available for transparent data transfer and with smart firmware to add an IEEE-488.2 interface to any serial device
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Grid-EYE® Unit Infrared Array Sensor
Panasonic Industrial Devices Sales Company of America
Panasonic is pleased to announce the availability of the Panasonic Grid-EYE® Infrared Array Sensor Unit. The Grid-EYE Unit combines four Grid-EYE Infrared Array Sensors to increase the detection area up to 3.8m squared. The Grid-EYE Unit comes preloaded with firmware capable of detection and counting up to 8 people within this area and while they are in this area it can track their direction of movement. The Sensor transmits this information via RS485 using Modbus protocol.
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Handover Test Systems
Family of handover test systems designed for handset-to-network handover testing. Internal step attenuators allow the RF signal between the network access points and the handsets to be dynamically faded up/down. The Ethernet/Serial models run our latest generation 3.x.x firmware that features easy to use ASCII formatted commands.
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Intelligent A/D I/O Unit
RAD242
Model RAD242 is an intelligent, two-differential-channel, 24-bit analog-input interface unit that includes a Delta-Sigma A/D converter. The converter has a digital output filter with adjustable notch frequency from 10 Hz to 2000 Hz. The pod also has 13 bits of digital input/output. A precision 10 VDC voltage that can be used for transducer excitation is available at connector pin 5. As much as 60 mA current can be provided. It is packaged in a NEMA 4 enclosure for remote installation in harsh environments. RAD242 also provides a user-definable interrupt input and counter/timer input. An optional RAD Firmware Development Kit is available if you wish to use those user-programmable input lines or to develop a custom program.
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Interface
RAR15XF
On-board firmware, large data buffers, and a high-level API are integrated to provide total flexibility in monitoring and generating ARINC bus traffic. Simultaneous scheduled and burst mode (FIFO) messaging is supported on all ARINC 429 transmit channels. Each ARINC 429 receive channel provides simultaneous dedicated and buffered mode storage, along with label/SDI filtering.
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Interface
RAR15XF-TB
On-board firmware, large data buffers, and a high-level API are integrated to provide total flexibility in monitoring and generating ARINC bus traffic. Simultaneous scheduled and burst mode (FIFO) messaging is supported on all ARINC 429 transmit channels. Each ARINC 429 receive channel provides simultaneous dedicated and buffered mode storage, along with label/SDI filtering.
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IVI Driver Package
IVI Development
The most complete IVI driver package from the most trusted name in IVI. Driver development can be tedious and distracting when you are scrambling to meet product deadlines. Researching the latest IVI standards, lack of driver documentation, and changing firmware all work against your product deadline. As a result, quality control over your product or driver or both can suffer. With IVI Development services from Pacific MindWorks you are free to focus on your product.
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JTAG Debugger Software
JSCAN
JSCAN lets you view and control JTAG pins in real-time without having to touch your board! With a simple click of your mouse, you can set pins HIGH or LOW and observe the results right on your PC.J-SCAN works independently of any logic inside the JTAG device, you do not need any special firmware, code or logic installed. View and control pins in real-time, program FLASH memories, create test macros, for system test, easy to use graphical interface and affordable.
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LCRZ Tester
DU-6218
Delta United Instrument Co., Ltd.
Wide Measuring Range & High accuracy 0.1%Zeroing Offset FunctionProvided HI/LOW limit and BIN Sorting comparator function, to meet your needed.100 sets of memory, can be saved test parameter and comparator setting, easy to use.Cover up free, system firmware upgrade can be update via RS-232, easy to maintenanceEasy Test Condition Setting with Auto Parameter Selection & Auto Ranging Function High speed FADC, max. test speed up to 55 meas./sec, faster your automation equipment240*64 Graphic LCD display, can be read the reading clearly and easier.User friendly programmable interface, easy to useProvided RS-232C and Handler combinatorial interface option, to meet your needed
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LED Spectrometer
The New Feasa LED Spectrometer has been designed specifically to allow testing of LEDs on populated PCBs where access is limited. The Feasa LED Spectrometer includes customised on-board firmware for automatic colour calculation in multiple colour spaces. It uses a similar easy to use set of commands as the Feasa LED Analyser. When your quality demands Traceable Measurements the Feasa LED Spectrometer provide an ideal solution.
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Modbus TCP Gateway
SI-485MB
SI-485MB is a Modbus gateway to convert bi-directionally Modbus RTU/ASCII of serial interface to Modebus TCP of Ethernet. The firmware for gateway process supports Modbus TCP master mode and Modbu TCP slave mode and supports all the current ModbusRTU/ASCII register and command conversion. The robust metal body, broad range of temperature, wide input voltage range, and the support for installation by options such as 35mm DIN rail and wall bracket allow you to use it for factory automation without worry.
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Modules
Cimetrics offers several modules that can enable you to add BACnet capability to your products. Our modules, based on the Lantronix XPort, are elongated Ethernet RJ45 connectors that can be built into your product. Each module contains a microprocessor, memory, Ethernet MAC/PHY, serial (UART) interface, and firmware written by Cimetrics. The serial interface is typically used to communicate with another microprocessor in your product.
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Multi-Axis Stage Controller
MS-2000-WK
Applied Scientific Instrumentation
*100 MHz Microcontroller for faster command processing and servo control.*Closed-loop DC servo control of up to four motorized axes.*Firmware upgradeable via serial connection.*0-10V DAC for single piezo axis control.*Remembers last position on power down/up.*LCD display shows axes coordinates and status.*"Zero" and "Home" buttons for simple stand-alone operations.*USB or RS232 serial control with baud rates to 115200 Baud.*Compact ergonomic tabletop control unit 6"D x 9"W x 3"H (16 x 23 x 9 cm).
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Network Analyzer N-Port Calibrated Measurements
S95551B
PXI vector network analyzers (VNA) offer the capability to extend the number of ports for your measurements by using additional modules. When multiple modules are used, they are configured for multiport operation. The S95551B adds a multiport analyzer mode that enables full multiport error correction and measurement capabilities. The instruments may be identified as one VNA by the firmware running on an external host PC. At least one VNA instrument connected to your PC must have one S95551B license to maintain N-port capabilities.
