Spartan
I/O-focused, cost-conscious FPGA lineage for control, bridging, sensors, and distributed embedded systems.
19 device refs · 44 ordering codesMANUFACTURER / PRODUCT & DEVELOPMENT GUIDE
AMD and Xilinx technologies span programmable logic, adaptive SoCs, embedded modules, accelerator cards, CPUs, GPUs, and the tools used to build complete systems. Browse by architecture and application, then validate the exact ordering code against official documentation.
80 device refs · 395 ordering codes Counts cover published site records, including subcategories. They do not describe stock or the manufacturer’s complete catalogue.
EXACT DEVICE DATA
| Full part number | Family / package | Native logic resource | Block RAM | User I/O | Selection |
|---|---|---|---|---|---|
| XC7A100T-1CSG324CAMD / Xilinx · Commercial (C) | Artix-7CSG324 | 101440 logic cells | 4860 Kb | 210 | + Compare |
| XC7A200T-1FBG484CAMD / Xilinx · Commercial (C) | Artix-7FBG484 | 215360 logic cells | 13140 Kb | 285 | + Compare |
| XC7A200T-1FBG484IAMD / Xilinx · Industrial (I) | Artix-7FBG484 | 215360 logic cells | 13140 Kb | 285 | + Compare |
| XC7A200T-1FBG676CAMD / Xilinx · Commercial (C) | Artix-7FBG676 | 215360 logic cells | 13140 Kb | 400 | + Compare |
| XC7A200T-1FBG676IAMD / Xilinx · Industrial (I) | Artix-7FBG676 | 215360 logic cells | 13140 Kb | 400 | + Compare |
| XC7A200T-1FBV484CAMD / Xilinx · Commercial (C) | Artix-7FBV484 | 215360 logic cells | 13140 Kb | 285 | + Compare |
| XC7A200T-1FBV484IAMD / Xilinx · Industrial (I) | Artix-7FBV484 | 215360 logic cells | 13140 Kb | 285 | + Compare |
| XC7A200T-1FBV676CAMD / Xilinx · Commercial (C) | Artix-7FBV676 | 215360 logic cells | 13140 Kb | 400 | + Compare |
Showing a selection. Portfolio entries, boards and software are counted separately from exact chip ordering numbers.
PRODUCT ARCHITECTURE
AMD FPGA/SoC, CPU, GPU, modules, boards and software navigation plus archived data sheets reviewed. Legacy families are historical labels; source presence does not imply availability. Exact MPN, qualification and lifecycle remain part-level work.
40 matching product lines · browse subseries within each family
I/O-focused, cost-conscious FPGA lineage for control, bridging, sensors, and distributed embedded systems.
19 device refs · 44 ordering codesA 16 nm FPGA family emphasizing I/O density, low power, and modern security for edge connectivity and control.
3 device refs · 13 ordering codesExplore Spartan UltraScale+ →A 7 Series entry point for parallel I/O, sensor aggregation, control logic, and compact embedded designs.
0 device refs · 1 ordering codesExplore Spartan-7 →Legacy-era LX and LXT devices retained for established designs. AMD states lifecycle support through at least 2030; development uses ISE.
2 device refs · 4 ordering codesExplore Spartan 6 →Historical selection guide covering Spartan-II/IIE and Spartan-3 branches; use family data sheets and discontinuation notices for exact parts.
14 device refs · 26 ordering codesExplore Legacy Spartan selection and lifecycle guide →Third-generation Spartan FPGA lineage with separate 3E, 3A, 3AN and 3A DSP variants; historical documentation must be checked for each part.
10 device refs · 20 ordering codesSpartan-3E is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
2 device refs · 2 ordering codesExplore Spartan-3E →Spartan-3A is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
2 device refs · 4 ordering codesExplore Spartan-3A →Spartan-3AN is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
2 device refs · 6 ordering codesExplore Spartan-3AN →Spartan-3A DSP is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
2 device refs · 3 ordering codesExplore Spartan-3A DSP →Spartan-II is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
2 device refs · 4 ordering codesExplore Spartan-II →Spartan-IIE is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
2 device refs · 2 ordering codesExplore Spartan-IIE →Spartan-XL is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Spartan-XL →Cost- and power-conscious FPGA lineage for designs needing programmable logic, DSP, and serial connectivity.
2 device refs · 49 ordering codesExplore Artix →A 7 Series family pairing economical logic and DSP with serial transceivers for communications and embedded processing.
0 device refs · 47 ordering codesExplore Artix-7 →A 16 nm family targeting compact, cost-sensitive edge and networking designs with efficient logic and serial connectivity.
2 device refs · 2 ordering codesExplore Artix UltraScale+ →Mid-range FPGA lineage balancing capacity, connectivity, DSP performance, power, and system cost.
6 device refs · 205 ordering codesA 28 nm 7 Series family for DSP, communications, and processing designs that need a balanced FPGA resource mix.
0 device refs · 188 ordering codesExplore Kintex-7 →A 20 nm FPGA family with UltraScale logic, clocking, and connectivity for mid-range processing and networking.
2 device refs · 5 ordering codesExplore Kintex UltraScale →A 16 nm FPGA family combining mid-range logic, DSP, UltraRAM, and serial connectivity for compute and communications.
2 device refs · 6 ordering codesExplore Kintex UltraScale+ →The newer Kintex branch adds hardened PCIe Gen4, memory controllers, and security capabilities for mid-range FPGA systems.
2 device refs · 6 ordering codesExplore Kintex UltraScale+ Gen 2 →High-capacity FPGA lineage for demanding logic, bandwidth, DSP, and prototyping requirements.
10 device refs · 17 ordering codesThe high-end 7 Series family for large programmable designs and demanding connectivity.
2 device refs · 3 ordering codesExplore Virtex 7 →A 20 nm high-end family for capacity-intensive designs, high-speed interfaces, and emulation or prototyping.
2 device refs · 2 ordering codesExplore Virtex UltraScale →High-end 16 nm FPGAs spanning large logic capacity, DSP, connectivity, and selected integrated-HBM variants.
2 device refs · 3 ordering codesExplore Virtex UltraScale+ →Legacy Virtex generation retained here for maintenance and migration research, with LX, LXT, SXT, TXT, and FXT branches documented in ISE support material.
2 device refs · 7 ordering codesExplore Virtex 5 →Legacy Virtex generation with logic, DSP, and transceiver-oriented branches. It belongs to the ISE-era maintenance and migration workflow.
2 device refs · 2 ordering codesExplore Virtex 6 →Virtex (first generation) is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Virtex (first generation) →Virtex-E is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Virtex-E →Virtex-II is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Virtex-II →Virtex-II Pro is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Virtex-II Pro →Virtex-4 is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Virtex-4 →Legacy CPLD coverage includes CoolRunner XPLA 3, CoolRunner II, and XC9500XL families named in AMD discontinuation notice XCN23009.
2 device refs · 11 ordering codesCoolRunner-II is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
2 device refs · 11 ordering codesExplore CoolRunner-II →CoolRunner XPLA3 is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore CoolRunner XPLA3 →XC9500 is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore XC9500 →XC9500XL is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore XC9500XL →XC9500XV is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore XC9500XV →Arm-based processing systems integrated with programmable logic, spanning 7000 SoCs, UltraScale+ MPSoCs, and RFSoCs.
14 device refs · 38 ordering codesA 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 →The single-core Cortex-A9 branch of Zynq 7000, aimed at economical embedded control and sensor applications.
2 device refs · 5 ordering codesExplore Zynq 7000S →A heterogeneous SoC lineage combining Cortex-A53 application processing, Cortex-R5F real-time processing, and 16 nm programmable logic.
6 device refs · 18 ordering codesThe MPSoC branch with dual application cores for integrated embedded processing and programmable acceleration.
2 device refs · 4 ordering codesExplore Zynq UltraScale+ CG →The MPSoC branch with quad application cores and integrated graphics for broad embedded applications.
2 device refs · 10 ordering codesExplore Zynq UltraScale+ EG →The video-focused MPSoC branch with a hardened H.264/H.265 codec alongside application processing and programmable logic.
2 device refs · 4 ordering codesExplore Zynq UltraScale+ EV →An integrated radio SoC lineage combining RF converters, Arm processing, programmable logic, and signal-processing resources.
5 device refs · 11 ordering codesFirst-generation integrated RFSoCs for direct-sampling radio and instrumentation architectures.
1 device refs · 0 ordering codesExplore Zynq RFSoC Gen 1 →The second RFSoC generation documented in AMD's portfolio for integrated multichannel radio applications.
1 device refs · 1 ordering codesExplore Zynq RFSoC Gen 2 →An expanded RFSoC generation with updated converter capabilities and digital signal-chain options.
2 device refs · 6 ordering codesExplore Zynq RFSoC Gen 3 →RFSoCs adding hardened digital front-end functions for radio designs such as 5G systems.
1 device refs · 4 ordering codesExplore Zynq RFSoC DFE →Adaptive SoCs combining programmable logic, Arm processing, a network on chip, and series-specific compute or connectivity engines.
18 device refs · 24 ordering codesGeneral-purpose Versal devices for embedded processing, adaptable interfaces, and custom hardware acceleration.
2 device refs · 5 ordering codesExplore Versal Prime →The second Prime generation adds a stronger processing system and newer memory, video, and connectivity blocks for embedded systems.
2 device refs · 0 ordering codesExplore Versal Prime Gen 2 →High-end Versal devices for large programmable designs and demanding communications or networking workloads.
2 device refs · 2 ordering codesExplore Versal Premium →The second Premium generation introduces PCIe Gen6 and CXL 3.1 hard IP with newer memory interfaces and security capabilities.
2 device refs · 0 ordering codesExplore Versal Premium Gen 2 →The announced Premium Gen 2 variant integrates LPDDR5X memory in the package for memory-intensive adaptive computing.
1 device refs · 0 ordering codesExplore Versal Premium Gen 2 Memory-on-Package →Versal devices with AI Engines aimed at efficient edge inference and signal processing under embedded power constraints.
2 device refs · 5 ordering codesExplore Versal AI Edge →A second-generation edge-AI platform combining updated AI Engines, a stronger processing system, and programmable logic.
2 device refs · 0 ordering codesExplore Versal AI Edge Gen 2 →Versal devices using AI Engines for compute-intensive DSP and AI acceleration alongside programmable logic.
2 device refs · 9 ordering codesExplore Versal AI Core →A specialized Versal series integrating RF conversion with AI Engines, DSP resources, and programmable logic.
2 device refs · 0 ordering codesExplore Versal RF →A memory-focused Versal lineage with integrated HBM. AMD has issued discontinuation notice XCN24007; retain this page for installed-base and migration research.
2 device refs · 3 ordering codesExplore Versal HBM →A module portfolio spanning Zynq-based K24/K26 products and partner-delivered Kria AI SOMs based on Ryzen AI Embedded.
4 portfolio entriesExplore Kria system-on-modules →A Zynq UltraScale+ MPSoC-based SOM targeting power-conscious DSP and motor-control applications.
1 portfolio entryExplore Kria K24 →A Zynq UltraScale+ MPSoC-based SOM for vision, robotics, and industrial embedded processing.
1 portfolio entryExplore Kria K26 →Partner-produced SOMs based on Ryzen AI Embedded X100 processors for physical AI, robotics, and autonomous systems.
1 portfolio entryExplore Kria AI SOMs →Host cards organized around general compute, financial technology, networking, and media workloads.
5 portfolio entriesThe current compute portfolio includes V80, U55C, and U50 cards for programmable acceleration and memory-intensive workloads.
1 portfolio entryExplore Alveo compute cards →Low-latency financial-computing platforms include X3522PV, UL3422, UL3524, and the VCK5000 development card.
1 portfolio entryExplore Alveo FinTech cards →The U45N represents the network-acceleration branch, with programmable offload and OpenNIC reference-design support.
1 portfolio entryExplore Alveo network cards →The MA35D branch targets high-density, low-latency video processing and transcoding.
1 portfolio entryExplore Alveo media cards →Server CPU portfolio for data center, cloud, networking, and edge systems, including hosts for accelerator cards.
1 device refs · 1 ordering codesEPYC 9005 is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore EPYC 9005 →EPYC 9004 is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
1 device refs · 1 ordering codesExplore EPYC 9004 →EPYC 7003 — earlier generation is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore EPYC 7003 — earlier generation →Client processor lineage covering desktop and mobile systems, with separate consumer and business-oriented product branches.
1 device refs · 2 ordering codesRyzen 9000 desktop is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
1 device refs · 2 ordering codesExplore Ryzen 9000 desktop →Ryzen 7000 desktop — earlier generation is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Ryzen 7000 desktop — earlier generation →Workstation and high-end desktop processors for demanding compilation, simulation, rendering, and engineering workflows.
1 device refs · 2 ordering codesExplore Ryzen Threadripper and Threadripper PRO →Client processors combining CPU, graphics, and dedicated AI capabilities for compatible local AI applications.
1 device refs · 1 ordering codesRyzen AI 400 is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Ryzen AI 400 →Ryzen AI 300 is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
1 device refs · 1 ordering codesExplore Ryzen AI 300 →Ryzen AI Max is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Ryzen AI Max →Embedded x86 processor families for industrial PCs, displays, automation, and graphics-capable edge systems.
1 device refs · 0 ordering codesExplore Ryzen Embedded →Embedded x86 processors for networking, storage, industrial systems, and compute-intensive infrastructure.
1 device refs · 1 ordering codesExplore EPYC Embedded →Embedded CPU/GPU/NPU platforms including X100 and P100 series for AI-enabled industrial and autonomous systems.
1 device refs · 0 ordering codesExplore Ryzen AI Embedded →Consumer graphics families for desktop and mobile visual computing and supported GPU workloads.
1 device refs · 0 ordering codesRadeon RX 9000 series is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Radeon RX 9000 series →Radeon RX 7000 series is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Radeon RX 7000 series →Professional graphics portfolio for engineering, creative, and workstation applications.
1 device refs · 0 ordering codesExplore Radeon PRO graphics →Data center GPU accelerators for AI and high-performance computing, paired with the ROCm software ecosystem.
1 device refs · 0 ordering codesInstinct MI400 series is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Instinct MI400 series →Instinct MI350 series is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Instinct MI350 series →Instinct MI300 series is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
1 device refs · 0 ordering codesExplore Instinct MI300 series →A Spartan UltraScale+ development board for sensor interfaces, I/O expansion, and board-management prototyping.
1 portfolio entryExplore SCU35 evaluation kit →The Opal Kelly platform identified by AMD for Artix UltraScale+ evaluation, with FrontPanel software connectivity and SYZYGY expansion.
1 portfolio entryExplore XEM8320-AU25P development board →A Kintex UltraScale+ platform for evaluating FPGA resources and high-speed serial connectivity.
1 portfolio entryExplore KCU116 evaluation kit →A Virtex UltraScale+ platform for high-end programmable-logic and interface development.
1 portfolio entryExplore VCU118 evaluation kit →A Zynq UltraScale+ MPSoC platform for embedded processing, programmable acceleration, and peripheral integration.
1 portfolio entryExplore ZCU102 evaluation kit →A Zynq UltraScale+ RFSoC evaluation platform for direct-RF prototyping and signal-processing development.
1 portfolio entryExplore ZCU216 evaluation kit →A Versal AI Edge platform for AI Engine-ML development, embedded inference, and programmable dataflow.
1 portfolio entryExplore VEK280 evaluation kit →A Versal AI Edge Gen 2 platform for integrated embedded AI. AMD also recommends it for Prime Gen 2 evaluation.
1 portfolio entryExplore VEK385 evaluation kit →KD240 targets drives, KV260 targets vision, and KR260 targets robotics. Kria AI adds a distinct robotics developer platform.
1 portfolio entryExplore Kria starter kits and robotics platform →Hardware design tools for RTL entry, IP integration, simulation, synthesis, implementation, and device programming.
1 portfolio entryExplore Vivado Design Suite →Development environment for embedded processors, programmable acceleration, and AI Engine applications on AMD adaptive devices.
1 portfolio entryExplore Vitis unified software platform →C/C++ high-level synthesis for generating hardware implementations that integrate into Vivado or Vitis workflows.
1 portfolio entryExplore Vitis HLS →AI inference tooling for supported adaptive SoCs, including model optimization, compilation, and deployment.
1 portfolio entryExplore Vitis AI →Model-based algorithm development in MATLAB and Simulink with code-generation paths for AMD devices.
1 portfolio entryExplore Vitis Model Composer →AMD embedded software resources cover firmware, operating systems, and Linux development, including EDF and established PetaLinux workflows.
1 portfolio entryExplore Embedded software: EDF and PetaLinux →Power-estimation and planning tools supporting device selection, implementation planning, and thermal design.
1 portfolio entryExplore Power Design Manager →AMD's open GPU software stack for supported AI and HPC platforms.
1 portfolio entryExplore ROCm software →Sustaining-phase tools for Spartan 6, Virtex 6, and earlier supported FPGA/CPLD generations; no further ISE releases are planned.
1 portfolio entryExplore ISE legacy tools →Connectivity and interface IP is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Connectivity and interface IP →DSP and math IP is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore DSP and math IP →Embedded processor IP is a manufacturer-named product family or series. Check the exact device, documentation, tool support and lifecycle before design-in.
0 device refs · 0 ordering codesExplore Embedded processor IP →CATALOGUE UPDATES
Recent accepted catalogue reviews. Check the exact package, grade and source documents before selecting a device.
Kintex-7 · FBV676
Catalogue review (UTC)Kintex-7 · FBV676
Catalogue review (UTC)Kintex-7 · FBV484
Catalogue review (UTC)Kintex-7 · FBV676
Catalogue review (UTC)Kintex-7 · FFV901
Catalogue review (UTC)Kintex-7 · FFV1156
Catalogue review (UTC)DEVELOPMENT ECOSYSTEM
Use the manufacturer’s current device-support list and release documentation to confirm compatibility.
Compare FPGA architecture generations and find automotive, defense, and space-grade branches.
Official resource and package tables for 7 Series device selection.
Official UltraScale device and package comparison tables.
Check the precise resource, package, and connectivity combinations in UltraScale+ FPGAs.
Task-oriented documentation entry points for architecture, design, verification, and implementation.
Discover additional AMD and partner boards by device family.
Official guide to VCK190, VMK180, VPK180, VPK120, VHK158, VEK280, and VEK385 platforms.
K24-based motor-control and DSP development platform.
K26-based entry point for vision application development.
K26-based robotics and industrial development platform.
Separate Ryzen AI Embedded-based platform for autonomous robotics.
Application-specific cards and solutions for telecommunications acceleration.
Space-grade product information; qualification and radiation requirements need exact-device review.
Soft-processor resources for embedding control software in programmable logic.
Current deployment guidance, board targets, and links to legacy DPU documentation.
Check device and feature entitlements, including the licensing changes introduced with 2026.1.
AMD's official discontinuation notice for the Versal HBM lineage.
XCN23009 covers specified XC9500XL, CoolRunner, Spartan II, and Spartan 3 product families.
Read AMD's family-level longevity statements and the explicit exclusions for integrated-HBM devices.
Search official support answers, knowledge-base articles, and community discussions.



FROM SELECTION TO PRODUCTION
Confirm the exact device, then connect sourcing, board preparation and assembly review in one project.
TRACEABLE INFORMATION
AMD FPGA/SoC, CPU, GPU, modules, boards and software navigation plus archived data sheets reviewed. Legacy families are historical labels; source presence does not imply availability. Exact MPN, qualification and lifecycle remain part-level work.
Checked 2026-09-28. Manufacturer names and images belong to their owners. Listing does not imply stock or an authorized distribution relationship.
Also searchable as: AMD · Xilinx · 赛灵思 · 超威
Each product page links its own portfolio evidence. Exact device specifications and lifecycle notices take precedence over family-level summaries.
Suggest a missing product line or correction →ENGINEERING RESOURCES
Prepare the exact-device evidence, I/O assumptions and manufacturing scope before committing to a board.