Basler Cameras
Basler Lenses
Basler Equipment
Jetson Nvidia Boards
Basler Germany: High‑Performance Imaging Products for Industrial and Scientific Applications
Basler Germany is a globally recognized manufacturer of advanced imaging products designed for demanding industrial, scientific, and commercial environments. The company’s portfolio includes a wide range of digital cameras, embedded vision components, and customized imaging solutions. Basler’s industrial camera lineup features area scan cameras, line scan cameras, and 3D cameras that deliver exceptional image quality, high frame rates, and outstanding reliability. These cameras are available in multiple sensor types, resolutions, and interfaces such as USB3, GigE, CoaXPress, and Camera Link, enabling seamless integration into diverse applications.
In addition to cameras, Basler offers cutting‑edge embedded vision modules optimized for compact system designs, providing flexibility for robotics, medical devices, and autonomous systems. Their lenses, lighting components, and image processing accessories ensure complete end‑to‑end imaging performance. Basler also delivers specialized software solutions, including the powerful pylon Camera Software Suite, which supports configuration, image acquisition, and efficient system integration.
Across sectors such as automation, quality inspection, logistics, life sciences, and intelligent transportation, Basler products are engineered to deliver precision, durability, and scalable performance. With a commitment to German engineering excellence, Basler continues to lead the global imaging industry with innovative, cost‑effective, and reliable vision technologies.
NVIDIA: Comprehensive Hardware and Software Solutions for AI, Graphics, and High‑Performance Computing
NVIDIA is a global leader in accelerated computing, offering a broad portfolio of products that power artificial intelligence, graphics, simulation, and data‑center workloads. At the core of NVIDIA’s ecosystem are its GPU families, including GeForce for gaming and creative work, RTX series with advanced ray tracing and AI acceleration, and the powerful NVIDIA Data Center GPUs such as the A100, H100, and the next‑generation Blackwell architecture, designed for large‑scale AI training and inference.
Beyond GPUs, NVIDIA develops complete computing platforms like DGX and HGX systems, delivering massive parallel performance for enterprises, research institutions, and cloud providers. For embedded and edge applications, NVIDIA offers Jetson modules, providing compact, energy‑efficient AI computing for robotics, automation, and intelligent devices.
NVIDIA’s software stack is equally extensive, featuring CUDA for parallel programming, TensorRT for optimized inference, Omniverse for simulation and 3D collaboration, and the NVIDIA AI Enterprise suite for deploying scalable AI workflows. The company also develops networking solutions through NVIDIA Mellanox technologies, enabling high‑bandwidth, low‑latency interconnects for modern data centers.
From gaming and visualization to robotics, automotive systems, and generative AI, NVIDIA delivers end‑to‑end solutions that combine hardware, software, and cloud technologies to drive innovation across industries.
Vision & AI Hardware: Basler Cameras & NVIDIA Platforms
As an end‑to‑end supplier for industrial vision and AI acceleration, we combine Basler’s world‑class machine vision cameras with NVIDIA’s high‑performance compute platforms. From sensor to server, we help you design, deploy, and scale reliable vision‑enabled systems.
Basler Machine Vision Portfolio
We are an authorised supplier of Basler machine vision products, helping you build robust, production‑ready imaging pipelines for demanding industrial environments. Basler’s portfolio spans compact area scan cameras, high‑speed line scan models, and integrated smart cameras with on‑board processing, giving you the flexibility to match sensor, interface, and form factor precisely to your application. With support for GigE, USB3, and CoaXPress interfaces, Basler solutions integrate cleanly into both new and legacy automation architectures. Our team assists you in selecting the optimal resolution, frame rate, and sensitivity based on your optical constraints, lighting conditions, and throughput targets. Beyond hardware sourcing, we provide guidance on lens selection, trigger and I/O design, and image quality optimisation to achieve stable, repeatable results over long production cycles. Combined with Basler’s mature SDKs and driver stack, you gain a vendor‑backed, industry‑proven platform for quality inspection, robotics, logistics, and autonomous systems where reliable vision is mission‑critical.
NVIDIA AI & Edge Computing Stack
As a provider of NVIDIA‑based compute solutions, we deliver the full spectrum of GPU and edge platforms required to turn visual data into real‑time decisions. From Jetson modules for compact, low‑power edge devices to data center‑class GPUs for training and large‑scale inference, our portfolio is designed to accelerate computer vision, deep learning, and sensor fusion workloads. We help you choose the right NVIDIA hardware configuration based on model complexity, latency budgets, environmental constraints, and power envelopes. Our support extends to system‑level considerations such as thermal design, storage, networking, and integration with existing OT/IT infrastructure. Building on NVIDIA’s CUDA, TensorRT, and DeepStream SDKs, we assist your engineering teams in deploying optimised pipelines for object detection, tracking, segmentation, and analytics at scale. By combining reliable vision acquisition with high‑performance NVIDIA acceleration, we enable you to deliver autonomous, data‑driven products faster and with significantly reduced technical risk.
Basler Industrial Cameras: Reliable Vision Solutions for Every Application
Basler offers a comprehensive range of industrial cameras designed for high‑precision imaging in automation, inspection, medical, and scientific environments. Their portfolio includes area scan cameras for versatile image capture, line scan cameras for continuous inspection of fast‑moving objects, and advanced 3D cameras for depth‑sensing and robotic guidance. Basler cameras support multiple interfaces such as USB3, GigE, and CoaXPress, ensuring easy integration into diverse systems. Known for their durability, exceptional image quality, and cost‑efficiency, Basler cameras deliver consistent performance in demanding industrial workflows and provide flexible options for OEMs and system integrators.
Basler Lenses: Precision‑Engineered Optics for Industrial Vision Systems
Basler lenses are designed to deliver high‑quality, reliable optical performance across a wide range of industrial imaging applications. The portfolio includes standard C‑mount and CS‑mount lenses, high‑resolution lenses optimized for modern sensors, and specialized models for machine vision, automation, and inspection tasks. Basler lenses provide excellent sharpness, low distortion, and consistent illumination, ensuring accurate image capture even in demanding environments. With options tailored for various focal lengths, sensor sizes, and working distances, Basler lenses offer seamless compatibility with Basler cameras and deliver a complete, cost‑effective optical solution for OEMs and system integrators.
Basler Embedded Vision: Compact, Efficient Imaging for Intelligent Devices
Basler’s embedded vision portfolio delivers powerful, space‑efficient imaging solutions tailored for modern smart devices, robotics, medical systems, and edge‑AI applications. These solutions combine compact Basler cameras, optimized sensors, and cost‑efficient hardware modules with flexible interfaces such as MIPI CSI‑2 and USB3. Basler embedded vision components offer low power consumption, reliable image quality, and seamless integration with popular processing platforms like NVIDIA Jetson and Qualcomm. Supported by the Basler pylon SDK and extensive development tools, they enable rapid prototyping and scalable deployment. Basler’s embedded vision products provide a highly adaptable foundation for next‑generation intelligent imaging systems.
Basler Illumination: High‑Quality Lighting Solutions for Industrial Imaging
Basler’s illumination portfolio provides precise, reliable lighting designed to enhance image quality in industrial and scientific vision applications. The product range includes LED ring lights, bar lights, backlights, and diffuse lighting modules engineered for consistent brightness and uniform illumination. These lighting solutions minimize shadows, reduce reflections, and improve contrast for accurate inspection and measurement. Basler illumination is optimized for seamless integration with Basler cameras and lenses, ensuring a fully synchronized imaging setup. With durable construction, flexible mounting options, and stable performance, Basler lighting equipment delivers dependable results across automation, quality control, robotics, and machine‑vision environments.
Basler Accessories and Bundles: Complete Vision Components for Seamless Integration
Basler offers a wide range of accessories and bundles designed to simplify system integration and ensure optimal performance of industrial vision setups. The accessory portfolio includes high‑quality cables, power supplies, mounts, tripods, interface cards, and durable housings tailored for demanding environments. Basler also provides synchronization tools, I/O modules, and filters that enhance imaging precision and flexibility. Their ready‑to‑use bundles combine cameras, lenses, lighting, and essential accessories into pre‑tested, compatible packages. These bundles reduce setup time, ensure reliability, and provide cost‑efficient solutions for developers, OEMs, and system integrators building machine‑vision applications.
Basler Acquisition Cards: High‑Speed Data Transfer for Advanced Imaging
Basler acquisition cards are engineered to deliver fast, reliable data transfer for demanding industrial and scientific imaging systems. Designed for interfaces such as CoaXPress and Camera Link, these frame grabbers ensure stable communication between high‑performance cameras and host PCs. Basler acquisition cards support real‑time image processing, low‑latency transmission, and precise synchronization across multi‑camera setups. With robust drivers, long‑term compatibility, and seamless integration via the Basler pylon Software Suite, they provide developers and system integrators with a dependable foundation for machine vision, inspection, automation, and high‑resolution imaging applications.
Basler Network and Peripheral Devices: Reliable Connectivity for Vision Systems
Basler network and peripheral devices are designed to provide stable, high‑performance connectivity for industrial and embedded vision applications. The portfolio includes network switches, interface adapters, I/O controllers, and hubs optimized for GigE and USB3 vision systems. These components ensure fast data transmission, precise trigger control, and seamless communication between cameras, computers, and automation devices. Built for durability and consistent performance, Basler peripherals simplify system integration and maintain signal integrity even in harsh environments. Together, they create a dependable infrastructure that enhances efficiency, scalability, and synchronization across complex imaging and machine‑vision networks.
Basler Cables: Reliable Connectivity for Industrial Vision Systems
Basler cables are designed to ensure stable, high‑speed data transmission and dependable power delivery in industrial imaging environments. The portfolio includes USB 3.0, GigE Vision, CoaXPress, and I/O cables optimized for seamless integration with Basler cameras and frame grabbers. Built with high‑quality shielding and durable connectors, these cables maintain signal integrity and reduce interference even in demanding industrial settings. Basler cables are available in various lengths and configurations to support flexible system layouts. With robust construction and certified compatibility, they provide a reliable foundation for machine vision, automation, and high‑performance imaging applications.
Vision & AI Hardware: Basler Cameras & NVIDIA Platforms
As an end‑to‑end supplier for industrial vision and AI acceleration, we combine Basler’s world‑class machine vision cameras with NVIDIA’s high‑performance compute platforms. From sensor to server, we help you design, deploy, and scale reliable vision‑enabled systems.
Jetson AGX Orin Series
The NVIDIA Jetson AGX Orin Series delivers flagship edge AI performance with up to 275 TOPS in a compact 100 × 87 mm footprint, making it ideal for autonomous robots, advanced industrial inspection, and high‑density video analytics. With configurable power envelopes between 15 and 60 W, you can tune performance to thermal and energy constraints without redesigning your platform. Jetson AGX Orin supports the full NVIDIA AI software stack, including CUDA, TensorRT, and DeepStream, enabling you to consolidate multiple vision, perception, and sensor‑fusion workloads on a single module. We help you select carrier boards, storage, and thermal solutions so your AGX Orin deployments remain stable in 24/7 production environments.
Jetson Orin NX Series
Jetson Orin NX brings up to 100 TOPS of AI compute to a 70 × 45 mm form factor, giving you a powerful balance of performance, size, and efficiency for embedded computer vision. With a configurable 10–25 W power profile, Orin NX is ideal for AMRs, industrial gateways, and compact inspection systems where thermal budgets are tight but real‑time inference is non‑negotiable. You can run multiple deep neural networks in parallel for detection, tracking, and analytics while still leaving headroom for custom logic and pre/post‑processing. We support you with carrier design, OS configuration, and deployment best practices to accelerate time‑to‑market.
Jetson Orin Nano Series
The Jetson Orin Nano Series offers up to 40 TOPS of AI performance in the same 70 × 45 mm footprint as Orin NX, but optimised for ultra‑low‑power edge deployments. With 7–15 W configurable power, it is a natural fit for smart cameras, compact vision sensors, and distributed inference nodes. Orin Nano lets you consolidate CPU, GPU, and AI accelerators on one module while leveraging the same NVIDIA software ecosystem used across the Jetson family. We help you design minimal, cost‑optimised hardware around Orin Nano, ensuring consistent image throughput, reliable thermal behaviour, and straightforward field maintenance for large‑scale rollouts.
Jetson AGX Xavier Series
Jetson AGX Xavier delivers up to 32 TOPS of AI compute in a 100 × 87 mm module, providing a proven platform for production‑grade robots, inspection cells, and autonomous machines. With selectable power profiles ranging from 10–30 W or 20–40 W, AGX Xavier can be tuned for both fanless designs and performance‑oriented systems. It supports rich I/O for multi‑camera setups, industrial fieldbuses, and high‑speed storage, making it suitable for complex vision workloads at the edge. We assist you in migrating from Xavier to Orin when needed, protecting your software investment while extending product lifecycles and maintaining long‑term supply stability.
Jetson Xavier NX Series
The Jetson Xavier NX Series delivers up to 21 TOPS in a 70 × 45 mm module, striking a strong balance between Orin‑class capabilities and mature, field‑proven hardware. With a 10–20 W power envelope, Xavier NX fits perfectly into compact industrial PCs, vision controllers, and edge appliances that need stable long‑term availability. It supports multiple CSI and USB cameras, making it ideal for multi‑sensor inspection and robotics. We help you qualify Xavier NX for your environmental, EMC, and uptime requirements, and provide a clear upgrade path to Orin‑based modules once your applications demand higher inference performance.
Jetson TX2 Series
The Jetson TX2 Series, delivering up to 1.3 TFLOPS of performance in a 70 × 45 mm module, remains a reliable choice for established industrial designs and long‑running deployments. With 7.5–15 W or 10–20 W power modes, TX2 is suited to fanless embedded systems, smart cameras, and legacy vision appliances that must stay in the field for years. We support lifecycle management, thermal refreshes, and software maintenance so you can keep TX2‑based platforms secure and functional. When the time comes to move to Orin or Xavier, we help plan migration paths that reuse as much of your existing mechanical and electrical design as possible.