ADQ7DC - 10 GSPS, 14-bit digitizer
World-leading digitizer with open FPGA
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UNIQUE COMBINATION OF HIGH RESOLUTION AND HIGH SAMPLING RATE
With 14 bits and 10 GSPS, ADQ7DC improves the resolution in high-sampling rate applications beyond what was previously possible. This performance-boost has effectively helped our customers overcome performance trade-offs and have led to significant advances in many applications. ADQ7DC can be operated in either single- or dual-channel mode with 10 or 5 GSPS sampling rate respectively.VERSATILE ANALOG FRONT-END
The DC-coupled front-end supports variable DC-offset and contains a user-programmable digital noise-reduction filter. It also offers 3 GHz analog input bandwidth and therefore supports a wide range of sensors and applications.APPLICATION-SPECIFIC FIRMWARE PACKAGES
Stand-alone firmware packages simplify operation and offer time-savings by providing a rich set of real-time application-specific functions without any need for FPGA firmware development.CUSTOM DSP THROUGH OPEN FPGA
The open onboard Xilinx Kintex Ultrascale FPGA offers available resources for custom real-time digital signal processing (DSP).PEER-TO-PEER STREAMING TO GPU
ADQ7DC supports peer-to-peer data streaming to selected graphics processing units (GPUs) at rates up to 7 Gbyte/s.HIGHLY ACCURATE MULTI-CHANNEL SYNCHRONIZATION
High-precision synchronization and trigger capabilities make ADQ7DC ideal for large-scale multi-channel installations. It also features White Rabbit synchronization over large distances via Ethernet.SCALABLE AND EASY TO INTEGRATE
The modular approach offers great system-level design flexibility and scalability whereas multiple available form factors, among other things, simplifies integration.EXTENSIVE SOFTWARE SUITE INCLUDED
All our products are delivered with a software development kit (SDK) that include application programming interfaces (APIs) and drivers for C/C++, MATLABTM and more. It also comes with stand-alone software, Digitizer Studio, which makes it easy to get started. Most software components are supported both under Windows and Linux.OEM DESIGN SERVICE
We offer design and development of custom hardware, firmware, and software to original equipment manufacturers (OEMs) – a great way of realizing custom projects in a time-efficient manner!3-YEAR WARRANTY
Buy with confidence from an ISO-certified partner! Our products are manufactured to the highest standards of quality and technology and our 3-year warranty ensures problem-free operation. -
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- Resolution: 14 bits
- Sampling rate: 10 GSPS in single-channel mode, and 5 GSPS in dual-channel mode
- Input channels: 1 or 2
- Coupling: DC
- Analog input bandwidth: 3 GHz
- Input voltage range: 1 Vpp
- Programmable DC-offset: Full signal range
- High-precision clock/trigger with multiple modes and sources
- Memory size: 4 GByte
- Available form factors and data transfer rates (peak / sustained):
- USB 3.0: 400 / 200 MByte/s
- 10 GbE: 1.25 / 1.0 GByte/s1)
- PCIe : 7.0 / 5.0 GByte/s
- PXIe : 6.8 / 5.0 GByte/s
- MTCA.4: 3.4 / 2.5 GByte/s
- 1) 10 Gigabit Ethernet (10 GbE) is included in USB and MTCA form factor models via SFP+ connectors.
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- Imaging flow cytometry
- LiDAR
- RADAR
- Wireless communication
- L-band direct sampling
- High-speed RF data recording
- Time-of-flight
- Scientific instruments
- Particle physics
- Semiconductor test
- ATE
- Test and measurement
- Quantum technology
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RELATED PRODUCTS
HARDWARE
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- Dual channel
- 5 GSPS sampling rate
- 6.5 GHz input bandwidth
- AC-coupled
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- Single/dual channel
- Up to 2 GSPS sampling rate
- Up to 1.2 GHz input bandwidth
- DC-coupled
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- Dual outputs
- 2 GSPS sample rate
- Up to 1.8 GHz output bandwidth
- DC-coupled, single-ended and differential
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FIRMWARE
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- Stand-alone firmware package with real-time time domain functions
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- Stand-alone firmware package with real-time pulse detection functions
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Digital Down-conversion Firmware (FW2DDC)
- Stand-alone firmware package with real-time radio frequency (RF) functions
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SOFTWARE
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- Easy-to-use software for control, configuration, and display
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- Simple drag-and-drop operation for custom user interfaces
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