JDSU TestPoint 40 Gbps Optical Network Test Kit for TS-30 and TS-170

JDSU TestPoint 40 Gbps Optical Network Test Kit

The JDSU TestPoint 40 Gbps Test Point Kit is a modular telecommunications test solution designed for compatible JDSU TestPoint TS-30 and TS-170 chassis. The platform supports high-speed optical network development, equipment qualification, manufacturing test, service verification, and automated laboratory applications.

TestPoint combines modular test hardware with browser-based control and command-line automation. Compatible test modules communicate through a standard 10/100BASE-T LAN connection, allowing users to configure tests, monitor operation, manage stored results, and integrate the platform into automated test environments.

The TS-30 and TS-170 chassis support compatible 40 Gbps TestPoint modules. Both chassis use a slot-based architecture and support hot insertion and removal of installed modules. The TS-30 provides three module positions, while the larger TS-170 provides seventeen physical positions with sixteen available for test modules and slot 0 reserved for an optional Group Controller.

The exact capabilities of a JDSU TestPoint 40 Gbps kit depend on the installed test module, hardware revision, software load, licensed applications, optical interfaces, electrical interfaces, and supplied accessories. The complete module part number and configuration should be verified before specific protocols, signal rates, wavelengths, connector types, port counts, or measurement functions are assigned to the product.

Features and Benefits of the JDSU TestPoint 40 Gbps Kit

The JDSU TestPoint platform provides a scalable test environment for professional users who require configurable high-speed telecommunications testing and reliable automation.

• 40 Gbps test platform support: Compatible 40 Gbps modules are supported by the slot-based TS-30 and TS-170 TestPoint chassis.
• Modular system architecture: Allows compatible test modules to be selected according to the required network interface and application.
• Hot-swappable modules: TS-30 and TS-170 modules support insertion and removal without shutting down the complete chassis.
• Browser-based operation: TestPoint equipment is controlled through a compatible web browser and Java plug-in without requiring dedicated PC application software.
• Ethernet connectivity: Uses a standard 10/100BASE-T LAN connection with static IP and DHCP support.
• Command-line automation: Supports ASCII command operation through the TestPoint command-line interface.
• Multiple automation connections: CLI communication is available through Telnet, socket connections, or a supported serial interface.
• Automation toolkits: TestPoint automation resources support Python, C, TCL, LabVIEW, and Visual Basic development environments.
• Non-volatile storage: Each compatible module stores software loads, configuration files, event logs, test results, and capture files.
• Automatic result transfer: Supported event logs, test results, and RFC 2544 results can be transferred automatically to the controlling computer.
• Expandable chassis options: The platform supports a compact three-slot TS-30 chassis or a higher-density TS-170 rack-mount chassis.
• Centralized control option: An optional Group Controller provides single-LAN access to compatible modules in TS-30 and TS-170 systems.

Modular 40 Gbps Network Testing

The TestPoint system uses dedicated test modules installed in a compatible chassis. A 40 Gbps module adds high-speed network test functionality according to its factory configuration and installed software.

The module may be paired with compatible optical transceivers, network equipment, traffic sources, receivers, loopback devices, attenuators, switches, and monitoring systems. The precise operating arrangement depends on the protocol, optical interface, port configuration, and test application supported by the installed module.

The supplied chassis documentation confirms support for 40 Gbps configurations in the TS-30 and TS-170 platforms. It does not define the detailed optical or protocol specifications of an individual 40 Gbps test module. Those details should be obtained from the module label, startup interface, option record, or matching module-specific documentation.

TS-30 Three-Slot Chassis

The JDSU TestPoint TS-30 is a three-slot chassis suitable for compact laboratory, production, and portable test configurations. Slot 0 can accept either the optional Group Controller or a compatible test module.

The TS-30 was available in commercial and industrial versions. It can be configured with a 19-inch rack-mount kit or with rubber bumpers and a transport handle for portable use.

All supported TS-30 modules can be inserted and removed while the chassis remains powered. This hot-swappable design helps reduce downtime during module replacement, system expansion, or application reconfiguration.

TS-170 Seventeen-Slot Chassis

The JDSU TestPoint TS-170 provides a higher-density platform for laboratory and production systems requiring multiple test modules. The chassis offers seventeen physical slots, with sixteen available for compatible test modules and slot 0 reserved for the optional Group Controller.

The TS-170 includes rack-mount hardware and is intended for installation in a compatible equipment rack. Its expanded capacity supports multiport, parallel, and automated test systems requiring several TestPoint modules within one chassis.

All supported test modules can be inserted or removed while the TS-170 remains powered. Unused positions should be protected with compatible filler modules when available.

Browser-Based Control

TestPoint equipment is controlled through a compatible web browser and Java plug-in. This architecture removes the need to install dedicated TestPoint application software on the controlling computer.

A PC connects through a 10/100BASE-T Ethernet network. The platform supports static IP addressing and DHCP for dynamic address assignment. The LAN management port also supports Simple Network Time Protocol for compatible time-synchronization requirements.

Legacy browser and Java requirements should be reviewed before deployment on a current computer. A compatible virtual machine, isolated legacy workstation, or controlled laboratory network may be required for reliable operation of older TestPoint software.

Group Controller Operation

The optional Group Controller allows a computer to communicate with installed modules through one LAN connection. Without the Group Controller, individual modules can be accessed through their respective front-panel network interfaces.

The Group Controller supports multiple concurrent users and can simplify network cabling in systems containing several modules. It also provides external clocking connections for supported T1, E1, GPS, 10 MHz, and other timing references.

The Group Controller occupies slot 0 in a TS-170 chassis. In the TS-30, slot 0 can contain either the Group Controller or a compatible test module.

Test Automation

The TestPoint platform supports automation through a command-line interface using ASCII commands. A controlling computer can connect to the CLI through Telnet, socket communication, or a supported serial port.

Automation toolkits are available for Python, C, TCL, LabVIEW, and Visual Basic. These resources support integration into laboratory automation, manufacturing execution, regression testing, production screening, and unattended network equipment testing.

The exact commands, protocol functions, traffic controls, result formats, and supported application programming interfaces depend on the installed 40 Gbps module and software revision.

Result Storage and File Management

Each compatible TestPoint module includes non-volatile storage for software loads, configuration files, event logs, test results, and capture files. This architecture allows individual modules to retain application information and results independently.

Supported result files can be transferred automatically to the controlling computer. These files can include event logs, test results, and RFC 2544 results when the installed module and test application support those functions.

Stored configurations help technicians reproduce validated test setups, while event and result files support troubleshooting, quality documentation, and production traceability.

Typical Applications

The JDSU TestPoint 40 Gbps Test Point Kit is suitable for professional applications such as:

• 40 Gbps optical network equipment testing
• Telecommunications product development
• Network interface qualification
• Manufacturing and production testing
• Automated regression testing
• Service activation and verification
• Laboratory traffic generation and analysis
• Error and event monitoring
• Multiport telecommunications testing
• Network equipment troubleshooting
• Quality-control and acceptance testing
• Legacy JDSU TestPoint system expansion

Product Overview

Supported TestPoint Configurations

System Connectivity and Control

Automation and Data Management

TS-30 Chassis Specifications

TS-170 Chassis Specifications

Documented Chassis Ordering Information

40 Gbps Module Details Requiring Verification

Installation and System Setup

The compatible TS-30 or TS-170 chassis should be installed on a stable bench or in an appropriate equipment rack with sufficient clearance for ventilation, network cables, test interfaces, and AC power.

The 40 Gbps module should be inspected before it is inserted. The rear connector, faceplate ports, guide rails, retaining hardware, and chassis slot should be clean and free from damage or foreign material.

After the module is installed, the controlling PC should be connected through the module faceplate or optional Group Controller. Network addressing can be configured through static IP or DHCP according to the laboratory or production environment.

The browser interface, command-line interface, and module software should be verified before live network equipment is connected. Initial tests should use known reference signals and conservative optical input levels.

Connector Inspection and Cleaning

Every optical connector and mating patch cord should be inspected before connection. Contaminated end faces can increase loss, create reflections, cause unstable operation, and transfer debris to the module.

Connectors should be cleaned using an approved fiber optic procedure and reinspected before mating. Connector family and ferrule polish must match the module interface.

Clean protective caps should remain installed on unused optical ports. Dirty or damaged caps should not be returned to cleaned connectors.

Comprehensive Functional and Performance Testing

The JDSU TestPoint 40 Gbps Test Point Kit receives comprehensive functional and performance testing before shipment. Evaluation may include chassis power operation, module recognition, hot-swap response, Ethernet connectivity, IP configuration, browser access, software startup, file storage, and command-line communication.

When compatible reference equipment is available, module testing may include signal generation, signal detection, port loopback, network synchronization, error or event monitoring, traffic operation, result storage, and automated file transfer according to the installed software functions.

The optical and electrical interfaces, module faceplate, LEDs, LAN port, serial interface, rear connector, retaining hardware, chassis slots, fans, power supply, Group Controller, and included accessories may be inspected for contamination, damage, corrosion, bent contacts, unauthorized modification, or excessive wear.

The exact testing scope depends on the complete module model, supported protocol, transceiver configuration, test rate, optical wavelength, connector type, licensed software, compatible chassis, reference network equipment, and included accessories.

Comprehensive Testing Before Shipment

The JDSU TestPoint 40 Gbps kit is comprehensively tested before shipment to confirm operation of the included chassis, controller, 40 Gbps module, browser interface, network communication, storage, and available test applications.

Where supported, test documentation may identify the chassis model and serial number, module model and serial number, hardware revision, software version, IP configuration, installed applications, port inventory, loopback tests, traffic tests, alarms, event logs, and observed results.

Because TestPoint is a modular telecommunications platform, the appropriate verification procedure depends on the exact installed module. Optical interfaces may require separate wavelength and power verification, while digital test functions may require suitable traffic sources, analyzers, loopbacks, or network equipment.

Buyer Considerations

Buyers should obtain the complete part number and option code of the installed 40 Gbps module. The general TestPoint chassis documentation confirms support for 40 Gbps modules in the TS-30 and TS-170 but does not define the detailed interface or protocol configuration.

The product listing should clearly identify whether the kit includes a TS-30 or TS-170 chassis, Group Controller, 40 Gbps test module, optical transceivers, power cords, Ethernet cables, serial cables, loopbacks, optical patch cords, attenuators, filler panels, rack hardware, handle kit, software files, manuals, or travel case.

Only the JDSU TestPoint components and accessories specifically identified in the product listing should be considered included.

Why Buy from AssetRelay?

AssetRelay supplies professional equipment and product solutions for fiber optic, telecommunications, optical testing, network installation, laboratory, production, inspection, electronic testing, RF/microwave, and technical research applications. The JDSU TestPoint 40 Gbps platform supports telecommunications equipment manufacturers, network laboratories, production facilities, service organizations, system integrators, universities, and communications research teams.

Buyers should review the compatible chassis, complete 40 Gbps module number, hardware revision, installed software, supported protocols, port count, wavelengths, connector interfaces, Group Controller, browser compatibility, automation functions, functional test results, and included accessories before purchase.