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Red Pitaya and Texas Instruments Collaborate on New STEMlab Boards for High-Performance Data Acquisition Red Pitaya has unveiled new open-source STEMlab TI boards developed with Texas Instruments for demanding signal processing tasks in photonics, sensing, and laboratory automation. By incorporating TI’s precision analog components, the boards aim to combine accuracy and low jitter in a compact design. The new models build on the Zynq-7000 SoC architecture, which integrates a […]
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Red Pitaya and Texas Instruments Collaborate on New STEMlab Boards for High-Performance Data Acquisition Red Pitaya has unveiled new open-source STEMlab TI boards developed with Texas Instruments for demanding signal processing tasks in photonics, sensing, and laboratory automation. By incorporating TI’s precision analog components, the boards aim to combine accuracy and low jitter in a compact design. The new models build on the Zynq-7000 SoC architecture, which integrates a […]
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とりあえず起動した
#ZYNQ #QMTECH

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怪しい基板が届いた
シリアルとQRコードが削り取られてる
#ZYNQ

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Left: ebaz4205 bitcoin miner control board repurposed as an FPGA board. Right, top: openGNSS GNSS frontend board mounted on DATA1 port of ebaz4205 board. Right, bottom: 70x70cm^2 passive PCB GNSS antenna which is connected to the RF frontend using a coaxial cable.

Left: ebaz4205 bitcoin miner control board repurposed as an FPGA board. Right, top: openGNSS GNSS frontend board mounted on DATA1 port of ebaz4205 board. Right, bottom: 70x70cm^2 passive PCB GNSS antenna which is connected to the RF frontend using a coaxial cable.

Reverse side of large 70*70cm^2 passive GNSS antenna PCB. Contains dithered minecraft blocks on the silkscreen.

Reverse side of large 70*70cm^2 passive GNSS antenna PCB. Contains dithered minecraft blocks on the silkscreen.

GNSS frontend board turned out well. The mounting hole is a bit off-centered and it doesn't slot in without removing the large power connector but apart from that everything is fine. Now I have to figure out why ethernet isn't working on my petalinux build... #Zynq #PCB #FPGA #GNSS

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GiamMa-based researchers SDR R&D IoT: Use HackRF and SDRWin to generate 6GHZ signal source #SoftwareDefinedRadio #HackRF #SDRWin #Signal #Generator #Windows #OS #64bit #Portable #Application #AirSpy #AirSpyR2 #ZYNQ #libairspy #libhackrf #libiio #uhd

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GiamMa-based researchers SDR R&D IoT: SDR_Modem with integrated radio frequency (RF) Agile Transceiver™ Chip ad9361 (ADALM-PLUTO and Zynq) by sunipkmukherjee #SoftwareDefinedRadio #Modem #AD9361 #ADALMPLUTO #Zynq #802.11 #2.4Ghz

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GiamMa-based researchers SDR R&D IoT: Spectrum Analyser on PYNQ for the ZCU111 and RFSoC2x2 #Zynq #RFSoC #SoftwareDefinedRadio

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GiamMa-based researchers SDR R&D IoT: SDRWin is a freeware, written in C++, running on Win 64-bit operating system, and tested on Windows 7/8/10. #SoftwareDefinedRadio #iRadio #Airspy #AirspyR2 #HackRF #NH7020 #ZYNQ #BaseSDR #N750X #USRP #SDRWin #Portable

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