BASE DEVICE
Z-7007S
Zynq 7000 SoC base device.
- Logic cells
- 23 K
- Block RAM
- 1.8 Mb
- DSP slices
- 60
AMD / Xilinx / Chips & IP
Zynq
Arm-based processing systems integrated with programmable logic, spanning 7000 SoCs, UltraScale+ MPSoCs, and RFSoCs.
Product lines are representative. Stock, lifecycle, package and grade must be checked against the exact MPN.
Product scopeChips & IP
Device references in this category14
Documented ordering codes38
Information checked2026-09-28
FROM FAMILY TO DEVICE
Chip models in Zynq
Documented device references
Base-device names are distinct from full ordering numbers. Each detail page identifies the product type, parameter scope and official source.
BASE DEVICE
Z-7014S
Zynq 7000 SoC base device.
- Logic cells
- 65 K
- Block RAM
- 3.8 Mb
- DSP slices
- 170
2 ordering codesXC7Z014S-1CLG400C →XC7Z014S-1CLG400I →
Specifications & documents →BASE DEVICE
Z-7020
Zynq 7000 SoC base device.
- Logic cells
- 85 K
- Block RAM
- 4.9 Mb
- DSP slices
- 220
BASE DEVICE
ZU2CG
Zynq UltraScale+ MPSoC base device.
- System logic cells
- 103 K
- Total RAM
- 6.5 Mb
- DSP slices
- 240
1 ordering codeXCZU2CG-1SBVA484I →
Specifications & documents →BASE DEVICE
ZU3CG
Zynq UltraScale+ MPSoC base device.
- System logic cells
- 154 K
- Total RAM
- 9.4 Mb
- DSP slices
- 360
BASE DEVICE
ZU3EG
Zynq UltraScale+ MPSoC base device.
- System logic cells
- 154 K
- Total RAM
- 9.4 Mb
- DSP slices
- 360
BASE DEVICE
ZU4EV
Zynq UltraScale+ MPSoC base device.
- System logic cells
- 192 K
- Total RAM
- 20.6 Mb
- DSP slices
- 728
1 ordering codeXCZU4EV-3FBVB900E →
Specifications & documents →BASE DEVICE
ZU7EV
Zynq UltraScale+ MPSoC base device.
- System logic cells
- 504 K
- Total RAM
- 44.2 Mb
- DSP slices
- 1728
BASE DEVICE
ZU9EG
Zynq UltraScale+ MPSoC base device.
- System logic cells
- 600 K
- Total RAM
- 40.9 Mb
- DSP slices
- 2520
BASE DEVICE
ZU28DR
Zynq UltraScale+ RFSoC base device in the documented generation.
- System logic cells
- 930 K
- DSP slices
- 4272
- Memory
- 60.5 Mb
0 ordering codesExact ordering-code evidence is still being collected.
Specifications & documents →BASE DEVICE
ZU39DR
Zynq UltraScale+ RFSoC base device in the documented generation.
- System logic cells
- 930 K
- DSP slices
- 4272
- Memory
- 60.5 Mb
1 ordering codeXCZU39DR-2FFVF1760I4992 →
Specifications & documents →BASE DEVICE
ZU42DR
Zynq UltraScale+ RFSoC base device in the documented generation.
- System logic cells
- 489 K
- DSP slices
- 1872
- Memory
- 67.8 Mb
2 ordering codesXCZU42DR-2FFVE1156I →XCZU42DR-2FSVE1156I →
Specifications & documents →BASE DEVICE
ZU48DR
Zynq UltraScale+ RFSoC base device in the documented generation.
- System logic cells
- 930 K
- DSP slices
- 4272
- Memory
- 60.5 Mb
BASE DEVICE
ZU67DR
Zynq UltraScale+ RFSoC base device in the documented generation.
- System logic cells
- 489 K
- DSP slices
- 1872
- Memory
- 67.8 Mb
14 device references
No model matches this search. Clear the filter or send the exact part number for review.
Browse the full AMD / Xilinx product map →
WITHIN THIS PRODUCT LINE
Series & subcategories
Zynq 7000
A 28 nm SoC lineage integrating Cortex-A9 processing with 7 Series programmable logic for embedded control and acceleration.
3 device refs · 9 ordering codesExplore Zynq 7000 →Zynq UltraScale+ MPSoC
A heterogeneous SoC lineage combining Cortex-A53 application processing, Cortex-R5F real-time processing, and 16 nm programmable logic.
6 device refs · 18 ordering codesZynq UltraScale+ CG 2 device refs · 4 ordering codesZynq UltraScale+ EG 2 device refs · 10 ordering codesZynq UltraScale+ EV 2 device refs · 4 ordering codes
Explore Zynq UltraScale+ MPSoC →Zynq UltraScale+ RFSoC
An integrated radio SoC lineage combining RF converters, Arm processing, programmable logic, and signal-processing resources.
5 device refs · 11 ordering codesZynq RFSoC Gen 1 1 device refs · 0 ordering codesZynq RFSoC Gen 2 1 device refs · 1 ordering codesZynq RFSoC Gen 3 2 device refs · 6 ordering codesZynq RFSoC DFE 1 device refs · 4 ordering codes
Explore Zynq UltraScale+ RFSoC →SELECTION CONTEXT
Working with Zynq
Define the required function
Arm-based processing systems integrated with programmable logic, spanning 7000 SoCs, UltraScale+ MPSoCs, and RFSoCs.
Use the requirements below to decide which specification limits your design. A family name alone is not a purchasing specification.
Check the integration boundary
Choose the complete device and ordering code before checking package pinout, power, electrical limits and operating grade. Keep family maxima separate from a selected device or package.
Open the manufacturer reference ↗ENGINEERING DECISIONS
What to confirm before selection
Use these checks to define the requirement. Family names alone do not establish performance, package compatibility or current availability.
- Partition the workload between processing system and programmable logic.
- Choose the software, memory, and real-time architecture together.
Move from family to full ordering number
Identify the complete manufacturer part number, package, operating grade and electrical requirements. Reviewed FPGA specifications can then be compared at device level.
Browse reviewed FPGA device data →Preparing a complete board?
Bring the BOM, schematic constraints, stack-up and assembly requirements into the project brief.
PCBA project preparation →EVIDENCE & DEVELOPMENT
Documents for this product line
Start with the device table, then check electrical limits, ordering information and the applicable tool release.
Zynq — manufacturer referenceManufacturer product documentationPrimary source ↗AMD Zynq 7000 SoCsProgrammable Logic product tablesWeb ↗AMD Zynq UltraScale+ MPSoCsCG / EG / EV Programmable Logic product tablesWeb ↗AMD Zynq UltraScale+ RFSoCsGen 1 / Gen 2 / Gen 3 / DFE Programmable Logic tablesWeb ↗
More AMD / Xilinx development resources
AMD FPGA portfolio ↗
Compare FPGA architecture generations and find automotive, defense, and space-grade branches.
7 Series selection guide ↗
Official resource and package tables for 7 Series device selection.
UltraScale selection guide ↗
Official UltraScale device and package comparison tables.
UltraScale+ selection guide ↗
Check the precise resource, package, and connectivity combinations in UltraScale+ FPGAs.
Adaptive computing design hubs ↗
Task-oriented documentation entry points for architecture, design, verification, and implementation.
AMD evaluation board catalog ↗
Discover additional AMD and partner boards by device family.
Versal boards and kits ↗
Official guide to VCK190, VMK180, VPK180, VPK120, VHK158, VEK280, and VEK385 platforms.
Kria KD240 drives starter kit ↗
K24-based motor-control and DSP development platform.
Kria KV260 vision starter kit ↗
K26-based entry point for vision application development.
Kria KR260 robotics starter kit ↗
K26-based robotics and industrial development platform.
Kria AI robotics developer platform ↗
Separate Ryzen AI Embedded-based platform for autonomous robotics.
Telco accelerator cards ↗
Application-specific cards and solutions for telecommunications acceleration.
Kintex UltraScale XQR ↗
Space-grade product information; qualification and radiation requirements need exact-device review.
MicroBlaze processor ↗
Soft-processor resources for embedding control software in programmable logic.
Vitis AI developer hub ↗
Current deployment guidance, board targets, and links to legacy DPU documentation.
Vivado licensing FAQ ↗
Check device and feature entitlements, including the licensing changes introduced with 2026.1.
Versal HBM discontinuation notice ↗
AMD's official discontinuation notice for the Versal HBM lineage.
Legacy FPGA and CPLD discontinuation notice ↗
XCN23009 covers specified XC9500XL, CoolRunner, Spartan II, and Spartan 3 product families.
Product lifecycle guidance ↗
Read AMD's family-level longevity statements and the explicit exclusions for integrated-HBM devices.
Adaptive computing support ↗
Search official support answers, knowledge-base articles, and community discussions.
These broader manufacturer resources do not establish support or compatibility for every device on this page.
PRACTICAL QUESTIONS
Zynq selection questions
How do I select a model within Zynq?
Start with the documented product scope: Arm-based processing systems integrated with programmable logic, spanning 7000 SoCs, UltraScale+ MPSoCs, and RFSoCs. Then compare the device-specific facts below with your required resources and interfaces. Open each model for its evidence and ordering constraints.
Is a base-device name enough to place an order?
A base-device identifier identifies the silicon or model, but may omit package, speed, temperature, qualification and packing options. Use the manufacturer ordering table to establish the complete code. Reference examples do not establish stock or an approved replacement.
Can the listed devices use the same PCB or development tools?
A shared family or manufacturer does not establish pin compatibility. Compare pinout, supply and I/O-bank voltages, configuration, timing, tool support and thermal limits before changing a board.
What should I include for sourcing or PCBA review?
Provide the exact part or board revision, quantity, delivery requirement, operating environment and traceability needs. For assembly, identify BOM readiness, PCB stack-up, programming access and the inspection or functional-test scope.
PREPARE A USEFUL INQUIRY
Build your selection brief.
Select the points you want our team to review. Your selections stay in this browser until you choose to submit the quotation form.
Open quotation form →Sources & portfolio context
Source review: 2026-09-28. This family guide does not assert stock or compatibility between devices.
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