Surveillance Video Camera

From sensor bridging to camera ISP and DVR Solutions

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Surveillance systems have evolved from SD analog video with tape recording to HD and 4K digital video with DVR, adding management and offline search functions along the way.

Emerging Smart Surveillance Systems offer advanced analytics – in the cloud, at the edge, or in the latest Smart Cameras. Adding intelligence in the camera reduces latency, enables enhanced privacy, and can reduce transmission / storage costs by only transmitting alerts and metadata.

Lattice’s small form-factor low power FPGAs are optimal for Smart Surveillance Cameras. They enable flexible Sensor Interfacing, Image Signal processing (ISP), Sensor Fusion, aggregation, and AI/ML. Lattice’s Embedded Vision and Lattice sensAI solutions stacks simplify the integration of these enhanced functions.

Video Surveillance

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Surveillance Camera Block Diagram

Example Use Cases

Multi Sensor Aggregation / Fusion Cameras

  • Multi Sensor Interfacing and Processing
  • Environmental Sensors
  • Image fusion / proces
  • Audio processing

Edge AI Processing

  • Bridge one or multiple CSI-2 image sensors to processor interface
  • Up to 3 Mb of internal RAM for processing
  • Offloads inferencing from CPU for Video Analytics
  • Combine video bridging and edge AI into a single device
  • Optionally eliminate CPU/AP for analytics only

Legacy Camera Aggregation / Video Analytics

  • Video Aggregation
  • Image Processing
  • PCI-e I/F to Host
  • Lattice sensAI Video Analytics

Reference Designs

Barcode Detection Reference Design

Reference Design

Barcode Detection Reference Design

Exhibits the barcode detection using CertusPro-NX Voice & Vision Machine Learning Board & its camera barcode detection potential based on Yolov5 NN models.
Barcode Detection Reference Design
Defect Detection Reference Design

Reference Design

Defect Detection Reference Design

Enables real-time identification and classification of defects in manufacturing, assembly, and inspection processes at the edge.
Defect Detection Reference Design
MIPI CSI-2 to HDMI Reference Design

Reference Design

MIPI CSI-2 to HDMI Reference Design

MIPI CSI-2 to HDMI Reference Design includes the synthesizable MIPI-HDMI core design & stimulus generators, checkers, & a testbench necessary to simulate the design
MIPI CSI-2 to HDMI Reference Design
Multi Object Detection Reference Design

Reference Design

Multi Object Detection Reference Design

Enables real-time detection, classification, and tracking of multiple objects in images and video streams at the edge.
Multi Object Detection Reference Design
Lattice mVision MIPI Video Sensor to PCIe Bridge Reference Design

Reference Design

Lattice mVision MIPI Video Sensor to PCIe Bridge Reference Design

Reference Design that shows transfer of sensor data to the computer memory and rendering of the data as video on the computer screen using the software driver.
Lattice mVision MIPI Video Sensor to PCIe Bridge Reference Design

Demos

Lattice Image Signal Processing Demo

Demo

Lattice Image Signal Processing Demo

Provides a complete ISP example design on the Lattice ECP5 FPGA for the Embedded Vision Development Kit, ideal for Industrial, Medical, and Automotive applications.
Lattice Image Signal Processing Demo
 Multi Object Detection Demonstration

Demo

Multi Object Detection Demonstration

Enabling real-time detection, classification, and tracking of multiple objects in diverse environments.
 Multi Object Detection Demonstration
Barcode Detection Demonstration

Demo

Barcode Detection Demonstration

This demo implements an algorithm for barcode detection using the CertusPro-NX Voice and Vision Machine Learning Board.
Barcode Detection Demonstration
Defect Detection Demonstration

Demo

Defect Detection Demonstration

Enabling real-time detection and classification of defects in manufacturing, assembly, and inspection processes.
Defect Detection Demonstration
Human to Machine Interfacing Demonstration

Demo

Human to Machine Interfacing Demonstration

Human-to-machine interface demo uses FPGA-accelerated NN models for detecting, positioning, and identifying persons.
Human to Machine Interfacing Demonstration

IP Cores

Image Signal Processing IP Cores Suite

IP Core

Image Signal Processing IP Cores Suite

The Lattice mVision ISP IP Core implements ISP pipelines for image quality enhancements in embedded designs based on Lattice FPGA devices.
Image Signal Processing IP Cores Suite
Advanced CNN Accelerator IP

IP Core

Advanced CNN Accelerator IP

Calculates full layers of Neural Network including convolution layer, pooling layer, batch normalization layer, and fully connected layer.
Advanced CNN Accelerator IP
CNN Plus Accelerator IP Core

IP Core

CNN Plus Accelerator IP Core

CNN Plus IP is a flexible accelerator IP that simplifies implementation of Ultra-Low power AI by leveraging capabilities of Lattice FPGAs.
CNN Plus Accelerator IP Core
Helion IONOS画像シグナル処理IPポートフォリオ

IP Core

Helion IONOS画像シグナル処理IPポートフォリオ

Comprehensive, high-quality, highly-configurable ISP solution from Helion Vision, from basic to advanced High Dynamic Range Imaging (HDRI) color pipelines.
Helion IONOS画像シグナル処理IPポートフォリオ

Development Kits & Boards

CertusPro-NX Versa Board

Board

CertusPro-NX Versa Board

CertusPro-NX Versa Board supports a wide range industry standards such as MIPI, SFP+, 10 GbE, LPDDR4 and PCIe (Gen3) for rapid prototyping and testing.
CertusPro-NX Versa Board
CertusPro-NX PCIe Bridge Board

Board

CertusPro-NX PCIe Bridge Board

The CertusPro-NX PCIe Bridge Board enables video bridge capabilities to PCIe and embedded vision type applications.
CertusPro-NX PCIe Bridge Board
CertusPro-NX System on Module (SoM) Board

Board

CertusPro-NX System on Module (SoM) Board

CertusPro-NX SOM Board is a comprehensive platform for rapid prototyping, proof-of-concept development, and demonstration of high-performance embedded and AI-driven applications.
CertusPro-NX System on Module (SoM) Board
CrossLinkU-NX System on Module (SoM) Board

Board

CrossLinkU-NX System on Module (SoM) Board

This SOM provides direct access to CSI-2 input, USB 3.1 Device interface, digital I/O, and an Always-On (AON) feature, enabling advanced functionality with lowest power footprint in compact designs.

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