Soc Fpga Design Guide
Soc Fpga Design Guide
Nowadays with the strategic moves, we’ve got decided to capitalize on global opportunities. We expect to provide soc fpga design guide and services to more users in global markets including South Asia, West Africa, Brazil, Eastern Europe, etc. We are looking forward to cooperating with you and providing our best services for you, as well as our soc fpga design guide, FPGA Control Modules,Test and Measurement Instruments. As a professional manufacturer, we are capable of meeting your requirements, tailoring production according to your needs is fine, each product has been professionally certified to meet industry standards. Smartgiant Technology is dedicated into the market to providing premium soc fpga design guide and service all over the world. We keep on with our business spirit of quality, skilled operation is our work, putting you first is our mission. With a rich history spanning decades, our organization earned a reputation for innovative technologies, delivering excellence. The consumer fulfillment is our primary goal. We sincerely welcome you to consult for your long-term cooperation as well as the mutual advancement.
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Specializing in FPGA-based Control, Processing, and Scceleration technologies
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Test Bench
- High-performance processor, adopting ZYNQ-7000 series processor, dual-core ARM Cortex-A9, with main frequency up to 866 MHz.
- High precision multimeter, resistance measurement 0 Ω to 100 MΩ, voltage measurement -60 V to 60 V, current measurement 0 to 3 A.
- Audio analyzer, supporting differential input/output and single ended input/output functions, with a sampling rate of up to 192 kps, and capable of measuring signal amplitude, frequency, THD, THD+N.
- Signal generator, supporting output of sine wave, square wave, triangular wave, up to 1 MHz output.
- Oscilloscope module, supporting ±0.9 Vpp input, up to 5 MHz bandwidth, 125 MHz sampling rate.
- Support multi-channel output power supply, multi-function serial port communication, DO output, button simulation, multi-channel load current switching measurement.
- Internal integrated relay switching matrix, RF switch, up to 18 GHz RF signal switching.
MIPI RFFE Controller
- Xilinx Zynq SoM, Arm Cortex-A9
- Provide Ethernet and USB management interfaces
- Support dual-channel MIPI RFFE control interface
- Support UUT power supply, VIO voltage and current monitoring
- Provide one SMA trigger input interface and multiple extended GPIOs
- Support to extend other custom protocol interfaces
3.75 GHz RF Acquisition and Playback Module
• Main Controller: XCKU040-2FFVA1156I chip form Xilinx UltraScale series
• RF Performance: Supports dual channels, with 2-lane TX channels supporting 10MHz to 6GHz frequency output; 2-lane RX high-speed adjustable data channels offering frequency input from 10MHz to 8GHz
• Extensive Expansion Interfaces: 2 HPC FMC expansion interfaces, 2 Gigabit Ethernet interfaces, 2 JTAG download and debugging interfaces and 1 M.2 socket interface
• ADC Performance: 14-bit resolution, 3 GSPS sampling rate
• DAC Performance: 16-bit resolution, 12.6 GSPS sampling rate
• Customization: offer customization services for the hardware interfaces and functions of the FPGA development board, along with ADC and DAC submodule
PCB Probe Inspector
• High accuracy: Adopting a high-precision linear motor module, the equipment achieves positioning accuracy of up to ±5 um of on the X and Y axes.
• FCT/ICT Test
• PCB AOI Inspection
UltraScale+ Series
• Powered by: XCZU7EG / XCZU4EG / XCZU2EG
• Modular Design: offers flexible integration
• Compact Build: ideal for seamless embedment
• High Performance: combines FPGA + ARM + high-speed I/O for optimal efficiency
• Extensive IP Core Library: features a mature collection of FPGA IP cores
Oscilloscope Module
• Resolution: 32 Bits
• Sampling Rate: 125 MSPS
• Optional number of channels: single/dual
• Low-speed mode: real-time power distribution, power measurement
• High-speed mode: signal analysis, power-on sequence measurement
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