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HIGHLIGHTS

                                                                                                   Fast. Accurate. Reliable.
  • Short-wire fixturing technology ensures transportability, repeatability and stability
  • Innovative design ensures easy maintenance and fixture change
  • Compact chassis, only 800 mm or 31.5” in length 
  • Single point of contact for your automated ICT solution
  • Comprehensive in-system suite of boundary scan tools

The i3070 Series 5i Inline ICT retains the popular and proprietary Keysight short-wire fixturing technology used in our stalwart Keysight 3070 and i3070 systems.

Short wire fixture technology eliminates problems commonly found with long wire fixturing, such as noise and deterioration of test stability. This translates into transportable, repeatable and stable tests on your i3070 Series 5i, even if you need to deploy tests halfway across the globe, or on different manufacturing sites.

The i3070 Series 5i Inline ICT brings ease of use to the busy line operator and test engineer. The card cage is mounted on heavy-duty slides, and can be easily pulled out to facilitate replacement of module cards.

An ergonomically designed drawer unit enables fixtures to be easily loaded onto or unloaded from the test system. These features save both time and effort, especially for lines running a higher mix of products.

An array of tools like intelligent fixture identification, board orientation detection and test plan revision controls are available to help you develop best-in-class automation solutions for testing today’s complex printed circuit board assemblies.

The i3070 Series 5i is fully backward compatible with your 3070 and i3070 test programs.

For more information about ict systems, please visit ICT System - i3070.

Key Specifications

Download Data Sheet
Fixture Actuation
Press Down
Max Node Count
2592
Max Parallel Testing
2
System Type
Automated Handler
System Width
800 mm
Fixture Actuation
Max Node Count
Max Parallel Testing
System Type
System Width
Press Down
2592
2
Automated Handler
800 mm
View More
Fixture Actuation:
Press Down
Max Node Count:
2592
Max Parallel Testing:
2
System Type:
Automated Handler
System Width:
800 mm
E9988EL 2-Module ICT System

Interested in a E9988EL?

Extend the Capabilities for Your 2-module in-circuit test (ict) System, I337x Series 5I

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Featured Resources for In-Circuit Test System

Application Notes 2024.01.30

Streamlining In-System Programming

Streamlining In-System Programming

This application note explores the challenges and solutions in implementing In-System Programming (ISP) on densely populated circuit boards. Focusing on Keysight's advanced ICT system, the document discusses upgraded hardware configurations and introduces the ISP OpenTAP plug-in for streamlined test sequence generation. With a simplified approach to test generation and execution, Keysight's solution offers an efficient pathway for ISP integration. This resource serves as a practical guide for test engineers seeking to optimize ISP processes, enhance efficiency, and reduce complexities in programming.

2024.01.30

Application Notes 2024.01.30

Integrating x1149 Boundary Scan Analyzer for Enhanced Modularity and Versatility

Integrating x1149 Boundary Scan Analyzer for Enhanced Modularity and Versatility

This application note explores the integration of Keysight's x1149 Boundary Scan Analyzer with the i3070 Series 7i In-Circuit Test System, introducing a flexible and efficient approach to boundary scan testing. The integration eliminates challenges associated with built-in boundary scan systems, offering enhanced security, modularity, and greater flexibility in adapting to evolving protocols and functionalities.

2024.01.30

Application Notes 2024.01.29

New i3070 Series 6 is 1.5x Faster than the Series 5

New i3070 Series 6 is 1.5x Faster than the Series 5

This application note summarizes some of the results of Vectorless Test Enhanced Probe (VTEP) early tests conducted at customer sites.

2024.01.29

Application Notes 2024.01.25

Quad Density Pin Card for Enhanced Throughput and Reliability

Quad Density Pin Card for Enhanced Throughput and Reliability

This application note addresses the evolving challenges in testing modern and densely packed Printed Circuit Board Assemblies (PCBAs) and introduces the Quad Density (QD) pin card as a groundbreaking solution. As electronic systems grow in complexity, the need for comprehensive testing becomes crucial. The current limitations of double-density pin cards prompt the development of the QD pin card, which offers 320 test pins on a single board, more than doubling its predecessor's capabilities. The QD pin card not only enhances test pin capacity but also introduces features like built-in discharge circuits and temperature sensors to optimize testing efficiency. Backward compatibility ensures seamless integration with older testing systems, and electronic serial number storage facilitates easy identification and troubleshooting.

2024.01.25

Application Notes 2024.01.24

Advancing Cluster Testing for High-Density PCBA in Automotive Electronics

Advancing Cluster Testing for High-Density PCBA in Automotive Electronics

This application note delves into the dynamic evolution of Printed Circuit Boards (PCBs) and the challenges posed by the advent of multilayered PCBs, particularly in the context of limited test points. It explores the significance of testing these intricate structures and introduces the concept of cluster testing as a solution.

2024.01.24

Application Notes 2024.01.23

Enhanced Short Tests for High Impedance Nodes

Enhanced Short Tests for High Impedance Nodes

This application note introduces an Enhanced Short Test algorithm tailored to tackle the testing challenges associated with high-impedance nodes in Printed Circuit Board Assemblies (PCBAs). Integrated into the Keysight In-Line High-Density In-Circuit Test (ICT) system, the Enhanced Short Test significantly boosts the efficiency of short detection for high-impedance nodes, leading to a noteworthy 57% reduction in testing time. High-impedance nodes, commonly found in modern PCBAs to enhance signal quality and reduce power consumption, present difficulties such as extended stabilization times, heightened sensitivity, diminished current flow, intricate isolation procedures, and concerns regarding signal stability.

2024.01.23

View All Resources

View All Resources

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