News
Remote Ethernet I/O Modules Monitor Wind Turbines – Application Note Video
Monitoring wind turbines can be important for ensuring the efficiency and reliability of these systems. Acromag’s remote Ethernet I/O modules can be used to remotely monitor various aspects of a wind turbine, such as its power output, wind speed, and blade pitch. These modules allow users to gather data from the wind turbine remotely, using…
New Modular Ethernet I/O Modules Provide a Reliable Interface for Analog Current or Voltage Output Signals
Expandable remote Ethernet I/O modules with eight current or voltage outputs can interface up to 32 outputs at a single IP address. Acromag has released two new Ethernet remote output modules, the NT2310 and NT2320, as part of its Busworks® NT Series. Acromag’s NT2300 units are modular Ethernet I/O modules designed for use in industrial…
6U VPX Carrier Cards for XMC Modules Video
Acromag’s new VPX4840 and VPX4850 carrier cards are designed to interface an XMC module to a VPX (VITA 46) computer system. XMC modules are mezzanine cards that provide additional I/O capabilities to a host system and are often used in high-performance and high-speed applications. VPX is a standard for modular high-performance computing systems that was…
XMC Module with an AMD Artix 7 FPGA and High-Density I/O Video
The XMC-7A50-AP323 provides a user-customizable AMD Artix™ 7 FPGA with 48 TTL I/O channels plus a 16-bit ADC for 20 differential or 40 single-ended analog inputs on an XMC module. Other custom I/O interfaces with an FPGA on one XMC module are available by request. These high-performance modules are for embedded applications running on Linux®,…
How to Implement Smart Load Sharing with a Pump Controller Video
A local public utility district has a freshwater collection tank that sometimes fills rapidly and other times slowly. At times the main pump could not keep up and a backup pump must be turned on to keep up with the incoming water. The problem is that with the primary pump running most of the time,…
New Ethernet I/O Modules with Eight Current or Voltage Outputs Video
New Busworks® NT2300 units are modular Ethernet I/O modules designed for use in industrial applications. They provide 16-bit D/A to precisely control analog current or voltage output signals, with the NT2310 offering a selectable 0-20mA or 4-20mA output range and the NT2320 offering ±5V, ±10V, 0-5V, or 0-10V voltage output levels. Watch the short video…
VWB2201 Wireless Bridge System End of Life Notice
Important Field Notice Key components used on these products are no longer available. As a result, Acromag has elected to End-Of-Life these products. Please consider this official field notification that Acromag is discontinuing the sale of the following models due to EOL parts. Our supplier/partner is working on a replacement version that could be available…
New Multi-function Ethernet I/O Modules Video
Acromag’s NT2510 and NT2530 Ethernet I/O modules, part of the Busworks® NT Series, are designed to be a cost-effective solution for monitoring and controlling analog and discrete signals in industrial applications. Eight models have bidirectional discrete I/O, voltage or current analog inputs, and optional analog current outputs. NTE modules have dual RJ45 ports and a…
Acromag’s New Ethernet Remote I/O Modules Are Ideal to Manage a Mix of Analog and Discrete I/O Signals
Multi-function Ethernet I/O modules reduce costs by monitoring both analog and discrete I/O sensor types with one module. Acromag has released two new Ethernet Remote Input/Output (I/O) modules, the NT2510 and NT2530, as part of its Busworks® NT Series. These modules are designed to be a cost-effective solution for monitoring and controlling analog and discrete…
How do FPGAs Drive Real-Time Processing Applications?
FPGA Modules with Integrated Processors Drive Real-Time Applications Engineers developing DSP and high-speed logic applications know that FPGA modules can help them create an integrated, sophisticated solution. The availability of commercial off-the-shelf (COTS) FPGA boards can make these solutions viable and do so in reduced development times. Today, systems are architected to perform extremely time-critical tasks…