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Tel: +86-10-80842121

Tel: +86-13273253358

E-mail:lydiama@horetech.cn

Office location: A8, qingchuangyuan, yuehua street, fangshan district, Beijing

Production base: B2 satellite navigation industrial park, Gu'an county, Langfang city, Hebei province

Dual-Channel Ultra-Wideband High-Speed Transceiver Board

The dual-channel ultra-wideband high-speed transceiver board adopts a motherboard and daughterboard architecture.

Key words:

Classification:

Unmanned Communication System

Product Consulting:

+86-10-80842121

lydiama@horetech.cn

Product inquiry

Overview

The dual-channel ultra-wideband high-speed transceiver board adopts a motherboard and daughterboard architecture. The motherboard is based on the standard 6U VPX architecture and is equipped with two Xilinx Virtex UltraScale series FPGA XCVU13P chips, offering powerful digital signal processing capabilities. The DAC FMC daughterboard is designed based on the AD9164 chip, providing two channels with a maximum of 5Gsps, 16-bit synchronous D/A channels. The ADC FMC daughterboard is designed based on the AD9213 chip, providing two channels with a maximum of 10Gsps, 12-bit synchronous A/D channels. The board provides high-speed digital-to-analog conversion, high-performance digital signal processing, and high-precision dual-channel synchronization. It can be used for high-rate, complex wireless communication system rapid prototype verification and product development.

Board Block Diagram

Product Advantages

High Performance: Uses high-performance FPGA chips and high-speed interfaces to provide excellent signal processing capabilities.
High Precision: Supports high-precision dual-channel synchronization.
High-Speed Sampling: Supports high-speed digital-to-analog conversion, RF direct sampling, and high-bandwidth baseband signal sampling applications.
Low Latency: Parallel computing architecture and optimized data transmission paths ensure low-latency processing.
High Reliability: Industrial-grade design ensures stable operation in harsh environments.

Application Scenarios

Wireless Communication: Prototyping and verification for 5G/6G communication, software-defined radio, satellite communication, etc.
Radar and Electronic Warfare: Prototyping and verification for target detection and tracking, signal analysis, electronic countermeasures, etc.

Board Parameters

	Specifications	Parameters
Hardware Parameters	Main Processor	Two XCVU13P-2FHGB2104 onboard, with the following specifications for each: Logic Cells: 3780k Flip-Flops: 3456k LUTs: 1728k Block RAM: 94.5Mb UltraRAM: 360Mb DSP Slices: 12,288 Industrial Grade
	Auxiliary Processor	XC7Z020-2CLG4001, with the following specifications: Logic Cells: 85k Flip-Flops: 106.4k LUTs: 53.2k Block RAM: 4.9Mb DSP Slices: 220 Industrial Grade, Dual-core ARM Cortex-A9, Clock Speed: 866MHz
	Main Processor DDR4	The main processor U2 is equipped with a DDR4 memory system, consisting of four 1GB (16bit) modules, with a total capacity of 4GB, 64-bit width, and a speed of 2400MT/s.
	Main Processor Flash	Each of the two VU13P devices is equipped with a single Quad-SPI with a capacity of 128MB.
	Auxiliary Processor DDR3L	The PS of the 7Z020 is equipped with a 256MB DDR3L memory.
	Auxiliary Processor Flash	The 7Z020 is onboard with a 16MB Quad-SPI Flash.
	Optical Interface	Onboard is a 100G QSFP28 optical interface.
	External Clock Interface	Onboard is an SSMB interface that provides an external reference clock to the motherboard (the onboard or external reference clock can be selected).
	ADC FMC Subcard	Two synchronized A/D channels, with a maximum rate of 10Gsps and 12-bit resolution, supporting up to 6.5GHz input bandwidth.
	DAC FMC Subcard	Two synchronized D/A channels, with a maximum rate of 5Gsps and 16-bit resolution, with an analog output bandwidth of up to 5GHz.
	Data Interface	One OSFP optical port, supporting up to 4x10GE fiber optic Ethernet, 1x422, 1x232.
	Motherboard Power Supply Interface	Onboard is a VPX_PO interface and a 3.96mm 1×4P interface as options. The supply voltage is DC12V.
	VPX P1 Interface	16 pairs of GTY connections for each of the two main processors.
	VPX P4 Interface	16 pairs of LVDS connections for each of the two main processors.
	Power Consumption	Average power consumption: ≤120W.
	Dimensions	235mm170mm64mm(including fan height of 40mm)
	Weight	≤1850g(including cooling and structural components)
Waveform Software	Supported Signal Standards	SC-FDE、one intermediate frequency link transceiver, expandable to two transceivers
	Intermediate Frequency Interface	SSMB
	Intermediate Frequency Signal Bandwidth	≤1GHz
	Intermediate Frequency	1GHz-3GHz can be configured.
	Intermediate Frequency Output Power	≥-10dBm
	Rate	≥1Gbps