Intel® Agilex FPGA and SoCs
Intel FPGA portfolio
Shown left to right Intel FPGAs
Intel MAX® with benefits beneath
- lowest cost
- lowest power
Intel CYCLONE® with benefits beneath
- cost / power balance
Intel ARRIA® 10 with benefits beneath
- midrange
Intel STRATIX® 10 with benefits beneath
- high bandwidth
Highlighted Intel AGILEX® with benefits beneath
- centric
Intel Stratix 10 vs Intel Agilex
Comparison Chart Shown
Performance: Intel Hyperflex core architecture vs up to 40% higher than Stratix 10 Power consumption: Intel FinFET technology vs up to 40% lower than Stratix 10 Interfaces: More overall channels & flexible voltages vs coherent attach to Xeon (CXL) Compute: FP32, INT9, INT18x9 vs FP32, FP19, FP16, BFLOAT16, INT9, INT18x19
Shown on right of chart:
Agilex F-Series FPGA Dev Kit
Agilex Applications
- data center icon
- edge compute icon
- 5G network core icon
Agilex Architecture
Text box 1: FPGA core fabic on most advanced process General-purpose FPGA on Intel 10nm
+ symbol shown
Text box 2: Agile
Library of chipsets on optimal process for each function + heterogenous system-in-package integration
= symbol shown
Text box 3: Memory, Transceiver, Custom Compute, Data Converter General-purpose FPGA on Intel 10nm
Agilex family configuration
comparison chart (left to right)
F-Series for wide range of applications
- Up to 58Gbps transceivers
- PCIe Gen4
- DDR4 memory support
- Quad Core Arm® Cortex® A53 (optional)
Flexible icon shown beneath
I-Series for high-performance processor interface & bandwidth-intensive apps
- Coherent attach to Intel Xeon Scalable Processor (CXL)
- Up to 116Gbps transceivers
- PCIe Gen5
- DDR4 memory support
- Quad Core Arm® Cortex® A53
Interfaces icon shown beneath
M-Series for compute-intensive applications
- High bandwidth memory (HBM) option
- Coherent attach to Intel Xeon Scalable Processor (CXL)
- Up to 116Gbps transceivers
- PCIe Gen5
- DDR4, DDR5, Intel Optane persistent memory support
- Quad Core Arm® Cortex® A53
Memory icon shown beneath
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