Edge Device Enablement Framework#

The Edge Device Enablement Framework (EEF) delivers a set of curated, validated infrastructure stacks (also known as profiles), providing a runtime for edge applications. It is built on a modular framework where each node is based on a common foundation of hardware, OS, and container runtime.

How It Works#

This release of the Edge Device Enablement Framework currently contains the Video Analytics (VA) Enablement Node profile, with components curated mainly for the needs of VA workloads. Command-line options support the Metro, Intel® Video Processing Platform, Transportation Fusion Compute Controller (TFCC), Intel vPro® Platform, and Edge Workloads and Benchmarks enablement needs on the edge nodes, and a new ‘DevKit’ option with a very minimal set of components and GPU or NPU driver installation.

Main Supported Features#

Category

Feature

Hardware

- Support for 4th and 5th Gen Intel® Xeon® Scalable processor
- Support for Intel® Core™ Ultra processor and 12th and 13th Gen Intel® Core™ industrial processors
- Support for Intel® Iris® Xe Integrated Graphics for Core platform
- Intel® Atom® Processor

OS

- Ubuntu 24.04.4 (Or the latest LTS version from Canonical)

CaaS

- Model: Bare Metal
- ContainerD; Docker CE; Docker Compose

Observability / Telemetry

- Aggregate and query telemetry (e.g., Prometheus)
- GPU, CPU and Memory Telemetry
- Visualization and Logs analysis

Security

- Secure Boot (documentation) (Enabled for SPR, RPL. Not supported on MTL internal SKUs)
- A hardware RoT-based foundation (TPM chip SW)
- Secure network and communication (IPsec, OpenSSL)

Framework

- OVPL; OpenVINO™ LTS; DL Streamer; GStreamer; Graph Compute Runtime; OpenCV with Ffmpeg

Key Hardware Elements Supported#

Hardware Element

Description

Processor

- 4th and 5th Gen Intel® Xeon® Scalable processors
- Intel® Core™ Ultra processors
- 12th and 13th Gen Intel® Core™ mobile processor-based server

Supported Reference Platforms and Commercial HW

- 4th and 5th Gen Intel® Xeon® Scalable processors on Dell PowerEdge R760 server
- Intel® Core™ Ultra processors on Intel reference platform
- 12th Gen Intel® Core™ desktop processors on ASUS PE3000G
- 13th Gen Intel® Core™ desktop processors on ASRock iEP-7020E Series
- Intel® Atom® Processor iEP-5020G Series

Network

- Intel Integrated i229
- Intel integrated i226
- Intel® X710 Ethernet Network Adapter
- Intel® E810 Ethernet Network Adapter

GPU

- Intel® Iris® Xe Graphics (integrated with 13th Gen Intel® Core™ mobile processor)

Key Software Capabilities Updates#

Capability

Software Packages

Latest Software Support Summary

- Prometheus 3.11.2
- Grafana 2.6.0
- cAdvisor v0.49.1
- Intel® XPU SMI v1.3.5
- OpenVINO™ 2025.4.0
- OpenCV 4.12.0
- FFmpeg 2025Q1
- oneVPL 25.4.5
- Intel® Media Driver 24.1.0
- Libva 2.22.0
- Mesa Driver 25.2
- Intel Level Zero for GPU 1.3.29735.27-914~22.04
- DiscreteTPM ubuntu-22.04
- OpenSSL 3.1.4
- Intel® LTS Kernel 6.6-intel
- Docker Compose 2.29
- DockerCE 27.2
- ContainerD 1.7.22
- GPU driver i915 v0.28.0

Edge Device Enablement Framework Profile Architecture#

Architecture Figure 1: Architecture of the Video Analytics (VA) Enablement Node Profile Edge Device Enablement Framework

Hardware Bill of Materials (HBOM)#

Feature

Specification

Supported Target Platforms

- 4th and 5th Gen Intel® Xeon® Scalable Processor-based server (Dell PowerEdge R760 BIOS version)
- 12th and 13th Gen Intel® Core™ mobile processor-based server (ASRock on iEP-7020E Series BIOS version)
- Intel® Core™ Ultra processors

GPU

- Intel® Iris® Xe Graphics (integrated with 13th Gen Intel® Core™ mobile processor)

Storage

- Minimum: 128 GB
- Recommended: 256 GB

Memory

- Core: 64 GB
- Xeon: 128

Ethernet Adapter

- Xeon:
o Intel® X710 Ethernet Network Adapter
o Intel® E810 Ethernet Network Adapter
- Core:
o Intel integrated i226

Software Bill of Materials (SBOM)#

Feature

Component

Observability and Telemetry

- Platform-Observability
- Prometheus
- Grafana
- cAdvisor
- Intel® XPU Manager

Frameworks / Test Suite

- OpenVINO™ Toolkit
- DL Streamer
- OpenCV

Power Management

- Intel Power Management

Libraries

- FFmpeg
- Intel® OneVPL
- Intel® Media Driver
- Libva
- Lib Mesa Driver
- Intel® Level Zero for GPU
- GPU A780
- Intel® Media Transport Library (iMTL)
- Media Communication Mesh (MCM)

Security

- TPM
- OpenSSL

Container Runtime

Container-D

Virtualization

QEMU-KVM

Enable Time of Day (TOD) Provisioning#

The Edge Device Enablement Framework enables TOD provisioning through the Intel® Infrastructure Power Manager (IPM) technology. This software allows power management provisioning to save power at a specific time of day when Edge Nodes may be unused or underutilized. This feature delivers power savings during non-peak hours for Edge services. You can install the feature on bare metal after you deploy the Edge Node. To install the feature, follow the steps in Step 4 of the Get Started guide.