Deep Learning Acceleration

System Diagram

Arria Series: Intel® Arria® 10; Intel® Arria® 10 SoC

Altera: Intellectual Property: Accelerator Function; Segment: Artificial Intelligence, Cybersecurity, Data Analytics, Financial, Genomics, Video


Myrtle accelerates performance critical workloads on FPGAs and has realized multiple proprietary deep learning networks as silicon designs, so that they execute at a latency and power point that makes them usable in real-world situations. Myrtle is currently targeting its automated design technology at inference workloads in data centers and is also involved in a major collaboration to address the safety and verification challenges for deep learning networks used in autonomous vehicles. Myrtle has significantly accelerated the time-to-market for FPGA designs by automating the translation of AI network designs using compiler technology targeting the Intel® Arria® 10 FPGA. Trained, high level algorithms, specified in a wide range of network descriptor formats - Torch, Caffe etc. are compiled and mathematically optimised, directly to VHDL to produce efficient, low latency designs. In cases where proprietary non-standard, deep learning layers are used these first need to be implemented


  • Low latency deep learning designs
  • High level algorithm compilation direct to VHDL
  • Accelerating datacenter workloads
  • Fast turnaround for VHDL AI network designs

Validated for use with

Quartus Prime Pro Version 17.0
Acceleration Stack version 1.0 Production
Xeon + FPGA Platforms supported Intel® Programmable Accelerator Card with Intel® Arria® 10 GX FPGA
Device Family Arria 10; Arria 10 SoC
Cloud Deployments undefined

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