AMD EK-U1-ZCU208-V1-G

Overview

Ek-U1-ZCU208-V1-G from AMD (Xilinx) is an evaluation kit built around the Zynq UltraScale+ RFSoC ZU48DR - the industry's only single-chip adaptable radio platform featuring 8×14-bit 5GSPS RF-ADCs, 8×14-bit 10GSPS RF-DACs, and 8 integrated SD-FEC cores. It enables rapid prototyping of wide instantaneous bandwidth RF systems including 5G sub-6GHz massive-MIMO radios and DOCSIS 3.1/4.0 remote PHY nodes.

For engineers reviewing the EK-U1-ZCU208-V1-G datasheet, pinout, applications, or equivalent options, this kit delivers validated RF data converter interfaces, FMC+ and RFMC 2.0 I/O expansion, SFP28 connectivity, and pre-verified reference designs for wireless infrastructure, radar, and cable access development.

Technical Context

The EK-U1-ZCU208-V1-G implements a full RF signal chain in the digital domain using direct RF sampling, eliminating analog up/down-conversion stages. Its ZU48DR device integrates hardened RF data converters with programmable decimation/interpolation, JESD204B/C interface support, and deterministic latency control for real-time closed-loop applications.

Eight SD-FEC cores operate at line rates up to 200 Gbps with hardware-accelerated LDPC decoding, enabling DOCSIS 4.0 PHY layer compliance and microwave backhaul forward error correction at 80% lower power than soft FPGA implementations.

Key Specifications

Availability

EK-U1-ZCU208-V1-G is available at Aetrix Electronics and suitable for 5G massive-MIMO radio development, DOCSIS 4.0 remote PHY deployment, and digital phased array radar prototyping requiring stable component supply, long-term toolchain support, and production-ready reference designs.

Supply support for EK-U1-ZCU208-V1-G includes scheduled delivery planning, volume procurement assistance, BOM continuity management, traceable sourcing, and lifecycle availability coordination for OEM customers, industrial embedded developers, connected-device designers, and electronics production programs.

Manufacturer

AMD (Xilinx) is a global semiconductor leader specializing in adaptive computing, with core expertise in FPGA, ACAP, and RFSoC platforms for high-performance signal processing and system-on-chip integration.

The Zynq UltraScale+ RFSoC product line was designed to replace multi-chip RF signal chains with a single, thermally optimized, lidless-package SoC - targeting wireless infrastructure, aerospace/defense radar, and broadband cable access where wide instantaneous bandwidth and deterministic latency are critical.

FAQ

What is the primary function of the EK-U1-ZCU208-V1-G evaluation kit?

The EK-U1-ZCU208-V1-G is a complete hardware and software platform for evaluating and developing applications on the Zynq UltraScale+ RFSoC ZU48DR. It provides immediate access to all RF data converters, hardened SD-FEC cores, and high-speed I/O interfaces - enabling functional validation of 5G, radar, and cable access signal chains without custom board design. The EK-U1-ZCU208-V1-G includes add-on cards and reference designs to accelerate time-to-proof-of-concept.

Does the EK-U1-ZCU208-V1-G support mmWave frequency bands?

Yes, the EK-U1-ZCU208-V1-G supports full sub-6 GHz operation with extended mmWave intermediate frequency (IF) capability via its direct RF-sampling architecture and XM650/XM655 add-on cards. While the ZU48DR itself does not generate RF energy above 6 GHz, it digitizes and synthesizes IF signals used in mmWave transceivers - confirmed by Xilinx's 5G mmWave IF transceiver reference design validated on the EK-U1-ZCU208-V1-G.

Which development tools are included with the EK-U1-ZCU208-V1-G?

The EK-U1-ZCU208-V1-G ships with a Vivado Design Suite: System Edition voucher, RF Data Converter Evaluation Tool, and RF Power Advantage Tool. These enable configuration of RF-ADC/DAC parameters, real-time spectrum analysis, thermal profiling, and SD-FEC core setup. Reference designs, board files, and IP integrators for DOCSIS, 5G, and radar are provided separately via www.xilinx.com/zcu208.

Can the EK-U1-ZCU208-V1-G be used for DOCSIS 4.0 remote PHY development?

Yes - the EK-U1-ZCU208-V1-G is explicitly qualified for DOCSIS 4.0 remote PHY development. Its 8 SD-FEC cores meet the LDPC decoding requirements of DOCSIS 4.0 PHY layer, and the ZU48DR's 10 GSPS RF-DACs support the wide channel bonding needed for full-duplex operation. Xilinx provides a validated remote PHY reference design targeting the EK-U1-ZCU208-V1-G.

What expansion interfaces does the EK-U1-ZCU208-V1-G provide for custom RF front ends?

The EK-U1-ZCU208-V1-G offers two 400-pin RFMC 2.0 interfaces (18 GB/s each), one FMC+ connector (12×33 Gb/s transceivers + 34 differential I/O), and dedicated SMA RF ports tied directly to the ZU48DR's RF-ADC/DAC banks. These interfaces support connection to external RF front-end modules, custom filter banks, and high-speed analog acquisition systems - all documented in the ZCU208 board user guide and schematics.