Navigation Robot with SLAM Using Lattice FPGAs and NVIDIA GPUs
Experience the future of robotics with Agiliad and Lattice’s collaborative solution—a mobile platform capable of navigating dynamic environments. Built on Lattice Semiconductor’s FPGA and NVIDIA’s Jetson Orin, this robot demonstrates real-time decision-making and obstacle avoidance. It features an advanced sensor fusion system, incorporating a Lattice vision kit, lidar, and radar, enabling precise perception of its surroundings. Watch as it seamlessly maneuvers through the demo space at Lattice Developers Conference 2024.
Ultra-Efficient Speaker Identification Model on Lattice CrossLink™-NX-33
This demo showcases a robust speaker identification model developed and deployed by Aizip Inc. The efficient neural network-based model can register multiple speakers and provide accurate, low-latency identification results. Co-designed to leverage the superior capabilities of the Lattice CrossLink™-NX-33 board, it features an optimized hardware accelerator to support model computations.
Leading Edge Platform Firmware Security with the Lattice MachXO5D™ and AMI Tektagon Platform Root of Trust
AMI is showcasing a preview of the post-quantum capable Lattice MachXO5D™ Hardware Root of Trust controller, supporting the AMI Tektagon Platform Root of Trust solution. Delivering the most advanced firmware security to date, AMI Tektagon with the Lattice MachXO5D includes Intel PFR 4.0 compliance and supports CNSA 2.0 encryption, addressing the needs for post-quantum platform protection. This demonstration of a fully integrated silicon-firmware platform will feature PFR-compliant system firmware attestation and recovery from corruption.
Cross-Platform Vision AI Workloads Enabled by Lattice CrossLinkU™-NX
The Lattice CrossLinkU™-NX FPGA implements the USB Video Device Class (UVC) standard, allowing you to directly connect a MIPI-based camera module to various application processors, like the NVIDIA Jetson, Qualcomm QCS6490, and NXP i.MX9x. This is made possible by the Citrobits CrossLinkU-NX-based CBM110 USB bridge/aggregator module, which acts as a bridge between the MIPI camera module and the USB interface. The UVC standard simplifies the process of integrating the camera with the host processor.
Single-Pair Ethernet (SPE) Switch
This demo features a 10/100/1000 Mbps Single-Pair Ethernet (SPE) switch on the Lattice CertusPro™-NX platform. The layer-2 switch provides three SPE ports and one Ethernet port for configuration and management.
TSN Endpoint
This demo features a TSN Ethernet endpoint reference design on the Lattice CertusPro™-NX platform, suitable for industrial automation, automotive, and other applications. The TSN endpoint supports timing synchronization (IEEE 802.1AS), traffic shaping (802.1Qav/Qbv) with pre-emption support (802.1Qbu and 802.3br), and optional redundancy (802.1CB).
10G USB Camera
This demo showcases e-con’s TintE ISP with a 20MP camera on the Lattice CertusPro™-NX platform, highlighting its high-resolution capabilities with 4K at 60 fps and 20MP at 24 fps, leveraging the onsemi AR2020 image sensor.
10GB Ethernet Camera with TIntE ISP Core
Featuring the Holoscan EVK from NVIDIA, this demo highlights e-con’s TintE ISP as it processes raw video from the IMX715 RGB sensor on the Lattice CertusPro™-NX FPGA, producing stunning video output with a complete ISP pipeline.
Multi-Camera Frame Grabber Card
This demo showcases a robust automotive multi-camera system, featuring a frame grabber card that aggregates video inputs from eight STURDeCAM31 cameras via GMSL and transmits the output to the host through PCI.
Industrial Control Reference Design Using Ethernet-Based Fieldbus Standards for Remote I/O Communication
This demo showcases quick evaluation and rapid prototyping with the new Lattice ADI Board. It is ready for PROFINET and EtherCAT industrial communication, supporting remote I/O real-time communication for industrial control solutions utilizing the IEEE Ethernet standard and dedicated industrial protocols. Featuring a PROFINET solution based on the Lattice reference design, this demo provides insights into the operation of various industrial protocols.
Video Streaming over LTPI (LVDS Tunneling Protocol and Interface)
The Open Compute Project has included the “LVDS Tunneling Protocol & Interface Specification” (LTPI) in the DC-SCM 2 Specification. Featuring Lattice’s LTPI IP running on Lattice MachXO5™-NX hardware, Fidus’ LTPI demo showcases the ease, value, and capabilities of a Lattice-based LTPI solution. The demonstration highlights the tunneling of various standard protocols and the creative utilization of the OEM/Data Channels, all while operating at maximum speed.
Smart Home Video Surveillance
This demo features a smart, low-power home video surveillance system based on the Lattice CrossLink™-NX 40 platform. It delivers 1080p30 video with less than 1.5W power consumption for the entire camera. The ispChain used in this demo will be available for customer use across all Lattice Nexus™ and Lattice Avant™ devices.
GigE Vision
This demo showcases the 1G small footprint GigEVision IP core on the Lattice CertusPro™-NX platform. The packaged IP solution will be available for customer use across all Nexus devices and Avant.
Revolutionizing USB Camera Applications with the Lattice CrossLink™-NX 33U SoC
Introducing the Full USB Camera SoC: Built on the advanced Lattice CrossLink™-NX 33U platform, this system-on-chip (SoC) delivers high performance and efficiency for USB camera applications. Perfect for a variety of uses, from consumer electronics to industrial automation, this SoC ensures seamless integration and superior image processing capabilities.
Efficient Video Data Transfer: RAW Bayer Compression Over Ethernet with TicoRAW Technology
Discover how integrating TicoRAW technology into the Holoscan SDK reference design revolutionizes video data transfer. This demo showcases the seamless compression and transmission of RAW Bayer video data over Ethernet, highlighting the efficiency and quality preservation of TicoRAW.
ATM (Automated Teller Machine): User Attention Sensing and Intruder Detection
In this demo, we showcase innovative security systems powered by Lattice FPGAs. These systems integrate cutting-edge user attention sensing technology to ensure seamless and secure operations. Additionally, the intruder detection feature provides real-time alerts and preventive measures against unauthorized access, ensuring the highest level of security.
Automotive Security Camera
This automotive security camera demo features a 1/8 scale model car equipped with three NX33 VVML boards. It showcases person presence and identification running on the FPGA, with the results streamed to a PC using the EVE GUI.
Lattice Avant™-G and Lattice Avant™-X JESD204B
This demo highlights the capabilities of JESD204B, supporting data rates up to 9.8 Gbps.
Lattice Avant™-G and Lattice Avant™-X PCIe Gen4
This demo showcases the high-speed data transfer capabilities of PCIe Gen4, highlighting its impressive throughput performance.
Lattice Avant™ Video Analysis
This demo showcases video input from an HDMI player into the Lattice Avant™ Evaluation Board. Object detection and tracking are performed within Avant. The latest update includes faster memory and multi-engine support.
Camera Monitor System (CMS)
This demo showcases the Camera Monitor System (CMS), which includes a camera, an image processing pipeline (FPGA), video processing (FPGA), and a monitor for viewing the camera image. The CMS replaces traditional rear-view and exterior side-view mirrors, providing enhanced visibility and safety for drivers. Experience the future of automotive vision systems with this advanced, integrated solution.
Catch the Ball
In this demo, we present a robot equipped with advanced camera and radar technologies, designed to catch a ball thrown by a human. The system integrates real-time image and radar data processing to accurately track the ball’s trajectory and position. This demonstration highlights the robot’s precision and responsiveness, showcasing the potential for advanced robotics in dynamic and interactive environments.
Lattice Avant™ Wall of Boards
This demo highlights the innovative power of Lattice Avant™ boards, showcasing their unique features and advantages. Discover how designing with Lattice Avant FPGAs can elevate your projects to new heights!
Lattice CrossLinkU™-NX: The Future of USB3 Vision (U3V) Reference Design
Discover the power of the Lattice CrossLinkU™-NX USB3 Vision reference design. Lattice CrossLinkU™-NX enables seamless video streaming from external image sensors to hosts via MIPI and USB3, fully compliant with the USB3 Vision standard V1.2. Ideal for industrial and IoT applications, the reference design offers advanced features for camera control, triggering, and synchronization, all integrated with the GenICam standard.
Lattice Drive™: Revolutionizing Driver Safety
The Lattice Drive™ DMS demo showcases advanced facial landmark and gaze tracking technology to monitor the driver’s attention and fatigue levels. This system enhances driver safety by providing real-time assessments and alerts, ensuring a more secure and attentive driving experience. Discover how Lattice Drive DMS leverages cutting-edge technology to promote safer roads.
Local Dimming Cluster
This demo replicates an automotive cluster using Lattice’s local dimming algorithm. It enhances contrast, increases color vividness, reduces light leakage, and saves power. Experience how this technology significantly improves display quality and efficiency in automotive applications.
MIPI-Ethernet-HDMI: Transforming 4K Video Streaming
The MIPI-Ethernet-HDMI Reference Design showcases an innovative solution that captures stunning 4K video from dual MIPI CSI-2 D-PHY camera sensors. This design seamlessly aggregates and transmits video over a blazing 25 Gb Ethernet connection powered by the Lattice Avant™ FPGA. The receiver extracts video data from Ethernet packets and enhances the quality using advanced Lattice video IP. The high-definition content is then displayed on the screen via HDMI, demonstrating how this technology is transforming video streaming.
RCS (Rapid Context Switch)
This demo showcases Rapid Context Switch (RCS), which enables secure updates to the Lattice FPGA with minimal downtime.
Real-Time 10GigE Video Transfer with the Lattice CertusPro™-NX
In this demo, we highlight the capabilities of real-time 10GigE video transfer using the Lattice CertusPro™-NX. This advanced solution enables high-speed, reliable video transmission, making it ideal for applications requiring low latency and high bandwidth. Experience seamless video streaming and data transfer, showcasing the robust performance and efficiency of the CertusPro™-NX.
Sensor Fusion - Radar, Lidar, and Camera
This demo processes radar, lidar, and camera sensors simultaneously, showcasing the fused data processing among the sensors in real time. It demonstrates the flexibility of I/O and the computing power to handle multiple sensors and machine learning (ML).
Smart Camera Module
This demo features an IoT camera module equipped with two image sensors, an image signal processor (ISP), and AI acceleration, all integrated on the module. It connects to a host via USB, utilizing the Lattice CrossLinkU™-NX, a low-power FPGA capable of USB 3.2. The AI capabilities of this module include presence detection, attention sensing, and user identification, showcasing its versatility and advanced functionality in IoT applications.
ARINC 818 IP
Logic Fruit Technologies designed and implemented the ARINC 818-3 transmitter and receiver IP core to support multiple line rates up to 24x. This IP core adheres to the DO-254 methodology and boasts a DAL-B certification. In this demo, we have successfully ported our IP onto the Lattice CertusPro™-NX FPGA, showcasing its robust performance and versatility.
Beam Steering Chip-Based Lidar
This demonstration showcases Light Surface Metamaterial (LCM) technology for advanced beam steering. Similar to developing a camera module, it features software-defined ROI capabilities for Virtual lidars. This cutting-edge technology offers extended range, higher FPS, and enhanced resolution, all dynamically driven by object detection or perception layers.
Practical design for customer using Lattice PCIe IP
Introducing the PCIe Rapid Start Project: Developed by Macnica for Lattice users unfamiliar with PCIe, this project utilizes minimal resources while meeting the needs of the industrial market with its Gen 2 x 1 design. Key features include interrupt support, sufficient timing margin, and practical DMA control, known as “Smart DMA.” This package is designed to facilitate the adoption of Lattice devices and expedite development for customers.
Industrial SMART NIC
Demonstrating Full Network Protocol Acceleration on the Lattice Avant™-G70.
Open-Source RISC-V Core Running Zephyr RTOS on Lattice FPGAs
This demonstration showcases the open-source Zephyr RTOS running on a RISC-V core with Lattice FPGA and various peripherals. By combining Zephyr and RISC-V, we create a reliable and flexible open-source embedded system. This approach leverages the community development ecosystem for faster time to market while maximizing customization features as needed.
DNN Acceleration with Lattice CertusPro™-NX
This demo showcases the use of Neurala’s patented L-DNN technology, where AI model processing is efficiently shared between a Lattice FPGA and a Raspberry Pi (RasPi). The neural network (NN) backbone is processed on the Lattice CertusPro™-NX, while the NN head runs on the companion chip (RasPi). This setup demonstrates the seamless integration and collaborative processing capabilities of Lattice FPGAs and RasPi, highlighting their potential in advanced AI applications.
10 Gbit High-Accuracy PTP Solution PTP Solution
This latest addition to the syn1588 product family is a low-power, high-accuracy PTP-enabled 10Gbit Ethernet network interface card, utilizing Oregano Systems’ sophisticated PTP IP cores. Based on the Lattice CertusPro™-NX device, this demo will showcase its interaction with a high-performance 10Gbit PTP Grandmaster from Meinberg Funkuhren.
Lattice Semiconductor’s Smallest Footprint CSNA 2.0 Secure Boot
This demonstration features the Lattice MachXO3D™ and PQShield’s PQCryptolib, embedded to implement a secure boot based on LMS (Leighton-Micali Signature) and XMSS (eXtended Merkle Signature Scheme). This setup ensures robust security for embedded systems.
Using Mid-Range FPGAs for Video Stabilization on the Edge
This demo showcases real-time video stream processing, including stabilization against azimuthal rotation and lateral shear caused by mechanical camera instability, using an FPGA. Image quality and glass-to-glass latency were measured on the Lattice CrossLink™-NX FPGA. This solution significantly reduces the computational workload on a SoC, freeing resources for edge processing. It can be applied to live-action, automotive, avionic, and marine camera imaging applications.
Human-Machine User Interface-Based Gestures & Glance Orientation Tracker
This demo showcases the implementation of human hand gesture recognition and glance orientation tracking on low-cost FPGAs. Real-time determination of gesture types and hand position coordinates from camera sensor images is achieved, with the data transferred to an output interface for further processing as human-machine interface commands. Potential applications include controlling banking machines, medical devices, or industrial equipment via non-touchable HMI panels.
Use Case: SLH-DSA (SPHINCS+)
This demo showcases SLH-DSA (originally known as SPHINCS+), a stateless hash-based signature standard that was standardized in August 2024 (FIPS 205). SLH-DSA is used for generating digital signatures to protect binary data (commonly called a message) and for the verification and validation of those digital signatures. It also illustrates how this post-quantum cryptography (PQC) algorithm can be implemented and utilized on a Lattice FPGA board, highlighting its potential for secure and efficient digital signature applications.
Multiple MIPI Cameras to USB3 Bridging Using USB Video Class
Dual MIPI D-PHY CSI-2 to USB3 Video Class Bridge on Lattice CrossLink™-NX: Seamlessly convert MIPI streams to USB3 with our cutting-edge FPGA design. This solution leverages the OS’s built-in USB Video Class driver, eliminating the need for USB driver development.
Real-Time USB3 Throughput Measurement with Lattice CrossLinkU™-NX
Real-Time USB3 Throughput Measurement Using Lattice CrossLinkU™-NX: This demonstration accurately assesses data transfer speeds to ensure optimal performance. The Lattice CrossLinkU-NX platform provides a robust and reliable environment for capturing high-speed data.
FPGA Synthesis and Verification Solution for High Reliability
Ensuring safety and high reliability is critical in FPGA-based applications for space satellites, industrial automation, and self-driving vehicles. Synopsys Synplify offers essential automated safety and reliability features in FPGA synthesis, including TMR, Hamming-3, ECC, Error Flag insertion, and hardware-level fault injections to ensure proper FPGA design operation. Additionally, Synopsys provides a comprehensive suite of integrated FPGA verification products, such as Euclid IDK, VCS, Verdi, SpyGlass, and Z01X, to meet all FPGA verification needs.
GigEVision and CoaXPress IP for CertusPro-NX
This demo showcases the Lattice CertusPro™-NX FPGA receiving a video stream over coax from an off-the-shelf CoaXPress camera and delivering that video stream over Ethernet to a standard PC, which will display the video stream on a monitor.
USB applications using the Lattice CrossLinkU™-NX 33 FPGA
This demo features the Lattice CrossLinkU™-NX 33 FPGA utilizing UVC over USB3. Multiple demonstrations highlight a complete USB solution, including SoM-based hardware and Zephyr integration.
Holoscan Sensor Bridge: The Next Era of Surgical Robotics
Virtual Incision, in partnership with NVIDIA and Lattice Semiconductor, as they unveil a groundbreaking prototype of the Holoscan Sensor Bridge Surgical Robotic Camera. This early-stage demonstration showcases a cutting-edge single-chip Sensor Bridge solution, powered by the Lattice CertusPro™-NX and NVIDIA Jetson™ IGX. The system not only integrates Holoscan Sensor Bridge IP but also features a RISC-V soft core FPGA that commands and controls both the image sensor and the camera’s mechatronics package.
Low Power 5G Open RAN Radio Unit with Lattice CertusPro™-NX
The 5G Open RAN-based Radio Unit is designed for low power enterprise broadband applications, such as private 5G networks. In this setup, the Lattice CertusPro™-NX FPGA functions as an RTL bridge between PCIe and JESD204B, ensuring seamless data synchronization and communication within the system.
High-Performance Computing Server with Integrated CPLDs
The High-Performance Computing (HPC) Server is engineered to deliver exceptional computational power for HPC applications. Lattice CPLDs are integrated into the system to perform multiple essential logic functions, such as managing CPU wake-up processes, controlling JTAGs and power boards, and operating onboard LEDs, all in coordination with the PCH and CPUs.
Intelligent Night Vision and Thermal Weapon Sight for Tactical Forces
The Thermal Core and weapon sight is designed for defense applications, providing intelligent night vision capabilities for tactical forces. It enables thermal weapon sight and identification of weapons while processing at the edge. The Lattice MachXO3™ Family 2100 Cells 65nm Technology 1.2V 49-Pin WLCSP T/R is used to convert parallel (8-bit) video data to MIPI-CSI, playing a crucial role in the overall edge processing.
Waves Dynamic Volume Control with Proximity-Based Audio Algorithm
Demonstrating an audio algorithm that dynamically adjusts device volume based on Lattice Maze proximity metadata.
Waves Nx Immersive 3D Audio with Advanced Headtracking Technology
Experience unparalleled sound localization with Nx’s Lattice Maze Yaw MetaData headtracking. This advanced technology precisely tracks even the slightest head movements, ensuring a stable acoustic environment and delivering highly realistic and accurate sound perception.
Quantum-Resilient Secure Boot
nQrux® Secure Boot enhances system security by enabling quantum-secure authenticated boot, which is crucial for verifying the authenticity and integrity of binary images during the processor boot sequence. This protection is based on a hybrid digital signature scheme that uses ECDSA elliptic curves and quantum-secure ML-DSA, both of which are IP cores from Xiphera’s portfolio. ML-DSA signatures are designed to counter threats from quantum computing, while ECDSA provides a reliable fallback to guard against potential vulnerabilities in the newer quantum-resistant algorithms.
Lattice ORAN™ Radio Unit Implemented on CPNX-100.L1 with 1588
In this demo, we introduce the Lattice ORANTM Radio Unit (O-RU), which features advanced capabilities such as Lower PHY baseband processing on the Lattice CertusProTM-NX FPGA. It includes FFT/IFFT, CP addition and removal, PRACH filtering, and digital beamforming. The O-RU supports up to 4 transmit and 4 receive antennas (4T4R), offers an RF bandwidth of 100MHz, and operates at frequencies up to 6GHz. Additionally, it has Ethernet interfaces for I&Q sample exchange with Higher PHY and a JESD204B interface with RFFE, highlighting its robust performance and versatility in modern communication systems.