The AD9082 from Analog Devices is a high-performance mixed-signal front-end (MxFE®) integrating quad 16-bit RF DACs and dual 12-bit RF ADCs into a single chip. Designed for advanced wireless communication, phased-array radar, electronic warfare, SATCOM, and broadband infrastructure applications, the AD9082 delivers exceptional bandwidth, sampling speed, and digital processing flexibility.

　　The device supports up to 12 GSPS DAC sampling rates and 6 GSPS ADC sampling rates, enabling direct RF synthesis and direct RF sampling architectures. With integrated DSP blocks, JESD204B/C high-speed serial interfaces, and multichip synchronization capabilities, the AD9082 helps simplify complex RF system designs while reducing power consumption and board space.

　　Key Features of AD9082

　　·Quad 16-bit RF DACs with up to 12 GSPS sampling rate

　　·Dual 12-bit RF ADCs with up to 6 GSPS sampling rate

　　·Up to 8 GHz usable analog bandwidth

　　·JESD204C interface up to 24.75 Gbps/lane

　　·Integrated digital up/down converters (DUC/DDC)

　　·Built-in PLL and multichip synchronization

　　·Low-latency loopback and frequency hopping support

　　·Programmable FIR filters and NCOs

　　·Optimized for direct RF sampling architectures

　　AD9082 Applications

　　The AD9082 is widely used in high-end RF and microwave systems, including:

　　·5G wireless infrastructure

　　·Massive MIMO systems

　　·Phased-array radar

　　·Electronic warfare (EW)

　　·SATCOM ground stations

　　·Broadband communication systems

　　·Electronic test and measurement equipment

　　Its integrated architecture significantly reduces external RF components and FPGA resource requirements, making it ideal for next-generation software-defined radio (SDR) platforms.

　　AD9082 Technical Highlights

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