DSP & Data Acquisition Blog

UniDAQ4 introduced for vibration measurement, acoustics, and machine condition monitoring

UniDAQ is a family of DSP based, programmable and expandable measurement platforms for data acquisition and processing. The UniDAQ4 extends capabilities for vibration measurement, acoustics, and machine condition monitoring applications. Eight universal inputs support voltage sources, IEPE sensors and microphones, as well as 4-20mA current loops to capture auxiliary process parameters. 24-bit analog-to-digital converters with …

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UniDAQ Multifunction Data Acquisition boards now available

UniDAQ is a versatile board level data acquisition and processing system, optimized for higher channel count applications. It combines analog interfaces, signal processing, memories, safety features, power supplies, and communication ports on a single, easy to integrate board. Capabilities include: A high performance floating point DSP for local data processing, enabling completely self-contained operation or relieving …

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D.Module2.Base-P carrier board – adds Pmod & SDcard I/O options for D.Module2 DSP boards

The FMC slot allows rapid prototyping of high-speed data acquisition systems with FPGA and DSP processing. A variety of high-speed data converter boards and specialized functions like SDR frontends are available as FMC mezzanine cards. Euro-card 160 x 100mm 1000Base-T RJ45 Ethernet jack USB Typ B connector Cable-PCI/e connector Pushbuttons for Reset and Setup Power …

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Industrial temperature option now available for D.Module2.C6657 DSP board

The D.Module2.C6657 is based on the Texas Instruments Keystone dual-core processor TMS320C6657. The Keystone multicore DSPs are characterized by huge computational power and fast serial interfaces. In the D.Module2 family it can be used independently or in conjunction with vertically stacking data acquisition and FPGA modules. D.Module2.C6657 1.25GHz Dual-Core TMS320C6657 DSP 10/100/1000Base-T Ethernet Interface USB 1.1 Interface

TCP/IP software stack now available for D.Module2.C6657

Specifically optimized for DSP systems, this stack can operate as a background process using only the remaining processing time after all other tasks are completed, and thereby not influencing the real-time performance of the DSP system. Does not require an underlying operating system, but can be used in a preemptive or cooperative RTOS environment. All …

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D.Module2.C6747 Floating-Point DSP board now at 456MHz

The D.Module2.C6747 is based on the Texas Instruments processor TMS320C6747. It is characterized by low power requirements and a broad range of data acquisition and communication interfaces. In the D.Module2 family it can be used independently or in conjunction with vertically stacking data acquisition and FPGA modules. D.Module2.C6747 456MHz TMS320C6474 DSP 10/100Base-T Ethernet Interface USB 1.1 & …

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