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RS18083C IDS IDS NXT oslo Smart AI Camera

Original price was: USD 1,664.47.Current price is: USD 1,387.06.

8 MP intelligent industrial camera with Sony IMX678 sensor. Features $3840\times2160$ resolution and IP66/67/69 protection for high-res machine vision in harsh environments.

SKU N/A Category
AI cameras

RS18083C IDS IDS NXT oslo Smart AI Camera

Model Identifier RS18083C
Official Part Number 1012077
GTIN Standard NA

Technical Overview

The IDS NXT oslo RS18083C is a high-performance smart embedded vision camera that combines artificial intelligence with professional 4K image quality. It is equipped with an 8.29 MP Sony Starvis 2 IMX678 rolling shutter sensor, delivering exceptional high dynamic range and low-light performance for industrial applications. The device features a robust IP69K-certified housing and industrial-grade M12 connectors, ensuring protection against dust and high-pressure water. Powered by an Ambarella SoC with an integrated Neural Processing Unit (NPU) and Image Signal Processor (ISP), the camera performs on-device video compression, hardware-accelerated AI image analysis, and multi-stream RTSP streaming, enabling completely PC-independent operation.

Key Features

  • 8.29 MP Sony Starvis 2 IMX678 CMOS sensor
  • 4K video streaming and recording at 3840 x 2160 resolution
  • IP69K-certified housing for maximum protection in harsh environments
  • On-camera AI processing via integrated Neural Processing Unit
  • Hardware-accelerated Image Signal Processor (ISP) for automatic brightness and color adjustment
  • Support for H.264 and MJPEG video compression
  • Triple parallel RTSP streaming capability
  • Industrial M12 connectors for reliable integration
  • REST-API for platform-independent web interface integration
  • Power-Over-Ethernet support
  • 3-year warranty and Made in Germany quality

Integrated Neural Processing Unit (NPU) for powerful, hardware-accelerated AI image analysis performed directly on the camera.

Technical Specification Matrix

ParameterValue
Item number1012077
Camera familyIDS NXT oslo
ProtocolsRTSP, HTTP
Resolutions3840x2160 @ 30 fps, 2560x1440 @ 30 fps, 2592x1944 @ 30 fps, 1920x1080 @ 30 fps, 1440x1080 @ 30 fps, 1280x720 @ 30 fps, 640x480 @ 30 fps
CompressionsMJPEG, H.264
InterfaceEthernet
Interface-Speed1.00 Gbps
Sensor typeCMOS
Sensor manufacturerSony
Sensor modelIMX678
Sensor seriesSony Starvis 2
Resolution (h x v)3840 x 2160
Optical Area7.68 mm x 4.32 mm
ShutterRolling Shutter
Optical class1/1.8"
Resolution8.29 MP
Pixel size2.00 µm
IP codeIP66, IP67, IP69, IPx9K
Product Life CycleSeries
ProcessorAmbarella SoC
AI EngineNeural Processing Unit (NPU)
CertificationsCE, FCC, KC, UL listed, RCM, ChinaRoHS EFUP 25, UKCA
Power SupplyPower-Over-Ethernet
Dimensions & WeightNA

Industrial Applications

1. Automated Quality Inspection in Food & Beverage Washdown Zones

Utilizing the IDS NXT oslo camera to perform on-edge AI vision inspection for packaging defects and contamination in food processing plants, where equipment is subjected to intensive daily cleaning.

Problem Solved

Standard vision systems degrade or short-circuit during mandatory high-temperature, high-pressure sanitation washdowns in food processing. This camera solves the environmental limitation while eliminating the latency of centralized AI processing by running neural networks directly on the edge.

IP69 / IPx9K ratingNeural Processing Unit (NPU)Ambarella SoC8.29 MP Resolution

2. Intelligent Traffic Monitoring and Low-Light ANPR

Deploying the camera for Automatic Number Plate Recognition (ANPR) and traffic anomaly detection in smart city infrastructures, requiring reliable 24/7 operation under challenging ambient lighting and weather conditions.

Problem Solved

Capturing clear images of moving vehicles at night or during heavy rain typically requires expensive external lighting or results in blurry footage. The highly sensitive sensor resolves this issue natively, while efficient compression saves limited remote network bandwidth.

Sony Starvis 2 IMX678IP66 / IP67 ratingRTSP / H.264 CompressionPower-Over-Ethernet

3. AI-Driven Robotic Bin Picking for Micro-Component Assembly

Integrating the camera into robotic work cells to identify and localize randomly oriented micro-components within bulk bins, enabling autonomous robotic arms to pick and place parts for assembly.

Problem Solved

Robotic sorting of tiny, overlapping parts requires extremely high visual precision and fast inference. Traditional PC-based vision setups introduce latency and require complex cabling. This camera processes object detection locally while capturing ultra-fine details.

3840 x 2160 Resolution2.00 µm Pixel SizeCMOS Rolling Shutter1.00 Gbps Ethernet Interface

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