DATA SCALE DRIVERS
▦
Higher Resolution
More pixels per frame
to capture and process
Multi-Camera
More streams running
simultaneously
Vision Computing Architecture for Modern Vision Workloads
Vision Computing
Architecture for
Modern Vision Workloads
Industrial vision systems are processing more image data than ever before. As camera resolution, camera counts, and deployment environments continue to evolve, the underlying computing architecture becomes a key part of overall system performance.
Explore Architecture →Why Vision Workloads Are Different
Image scale and deployment conditions create two distinct pressure paths that ultimately converge at the infrastructure layer.
Higher Image Throughput
Increased data volume and throughput from more and larger image streams
DEPLOYMENT DRIVERS
Challenging Operating Conditions
Lighting, weather, vibration, temperature,
and more
Higher Reliability Requirements
Need for stable, continuous operation in demanding environments
TOGETHER
↓
Greater Infrastructure Requirements
Higher demands on bandwidth, compute, storage, synchronization, and system reliability
Key Infrastructure Requirements
Multi-Camera
Acquisition
Engineered for synchronized, full-scale multi-camera capture with uncompromised image quality.
High-Speed
Image Transfer
Deliver high-bandwidth, real-time data transfer from cameras to compute with minimal latency.
GPU-Accelerated
Inference
Run complex AI inference across parallel image streams for real-time vision analytics.
Continuous Industrial
Operation
Built for stable 24/7 operation in demanding industrial environments.
Different Workloads
Require Different Infrastructure
Vision applications vary widely in how they capture, analyze, and act on image data.
From factory floors to outdoor environments, the right infrastructure makes all the difference.
◯
High Image Throughput
Capture and process high frame rate
images at production speed.
INFRASTRUCTURE FOCUS
High-bandwidth
Interfaces
Interfaces
Parallel
GPU Processing
GPU Processing
Low-latency
Data Transfer
Data Transfer
Harsh Outdoor Conditions
Maintain image quality and system stability
under challenging weather and lighting.
INFRASTRUCTURE FOCUS
Multi-camera
Deployment
Deployment
HDR / LFM
Support
Support
Reliable
Field Operation
Field Operation
Continuous Monitoring
Continuously monitor critical areas
and detect events in real time.
INFRASTRUCTURE FOCUS
Multi-camera
Support
Support
Low-latency
Event Detection
Event Detection
External I/O
Integration
Integration
ARCHITECTURE FOUNDATIONChoose the Right Architecture
Choose the Right Architecture
for Your Vision System
Different vision workloads require different capabilities.
Explore our platform architectures and find the right fit
for your applications.
AI Vision Computing
NVIDIA Jetson-based platforms delivering high AI performance in a compact form factor.
Designed for real-time inference and multi-camera vision applications at the edge.
Multi-Camera ReadyHigh-bandwidth camera connectivity with PoE+ support.
AI PerformancePowerful GPU acceleration for real-time inference.
Rugged & ReliableFanless design with wide temperature support.
Edge DeploymentCompact, versatile, and built for industrial environments.
TALO-25000
NVIDIA Jetson AGX Orin
Designed for- Multi-camera AI inspection
- Compact edge deployment
- GPU-based image inference
Up to 275 TOPS6x GigE LAN
(4x PoE+)2x CAN / 2x COM9–50V DC
View More →(4x PoE+)2x CAN / 2x COM9–50V DC
TALO-26000
NVIDIA Jetson Orin NX / Nano
Designed for- Multi-camera AI inspection
- Compact edge deployment
- Efficient AI inference
Up to 157 TOPS6x GigE LAN
(4x PoE+)CAN FD / GPIO9–50V DC
View More →(4x PoE+)CAN FD / GPIO9–50V DC
Industrial Vision Computing
High I/O industrial computers built for multi-camera systems, machine vision networks,
and demanding industrial environments.
Rich I/O & ConnectivityMultiple LAN, PoE+, and expansion options.
Industrial NetworkingReliable data transfer for vision networks.
Rugged & ReliableDesigned for 24/7 operation in harsh environments.
Scalable ExpansionFlexible storage, PCIe, and I/O expansion.
Wide TemperatureStable performance in extreme conditions.
TALO-14000
Intel Core Ultra 200S with Intel NPU
Designed for- Multi-camera vision systems
- Industrial automation
- Edge data processing
Up to 36 TOPS2x 10G SFP+8x 2.5GbE
(4x PoE+)
View More →(4x PoE+)
TALO-39000
Intel Core Ultra (Meteor Lake)
Designed for- Vision networking
- Multi-camera deployments
- Industrial data gateway
Up to 11 TOPS2x 2.5GbE LAN-40°C to 75°C
View More →
TALO-53000
Intel Core 14th Gen with MXM GPU
Designed for- High I/O vision systems
- AI and rule-based processing
- Factory and traffic analytics
MXM GPU
up to 115W2x M.2 +
2x 2.5-inch SSD9–55V DC
View More →up to 115W2x M.2 +
2x 2.5-inch SSD9–55V DC
High-Performance Vision Computing
Scalable computing platforms with GPU acceleration and flexible expansion.
Built for the most demanding vision workloads and large-scale deployments.
Extreme Compute PowerMulti-GPU support for maximum AI inference performance.
Massive ExpansionMultiple PCIe slots for GPUs, NICs, and accelerator cards.
High ThroughputOptimized for large-scale data processing and low latency.
Enterprise ReliabilityRedundant power and thermal design for 24/7 operation.
Industrial GradeWide temperature support for harsh environments.
NEW
TALO-43750
High-Performance AI Vision Platform
Designed for- GPU-intensive vision workloads
- Large-scale AI inference
- Semiconductor and AOI inspection
- Enterprise and data center edge
Dual GPUup to 900W per GPU7x PCIeExpansion Slots1800WGPU Power Budget-40°C to 85°CWide Temp. Support
View More →Build the Right Vision ArchitectureVision workloads vary in camera density, processing intensity, I/O, and deployment conditions.
Our experts can help you select a scalable architecture built for reliable real-world operation.
Talk To Our Experts →Our experts can help you select a scalable architecture built for reliable real-world operation.