multiLane
MultiLane has been supplying the data communications industry with high-speed test and measurement equipment for more than a decade. From the early days of 10 Gigabit Ethernet to the 400 and 800 Gigabit Ethernet test challenges of today, we have worked to ensure that our offerings keep pace with industry needs. Our portfolio of data center interconnect and high-speed IO test solutions encompasses IC and transceiver characterization, host line-card testing, and link testing.
- +961 81 794 455
- Houmal Technology Park Houmal,
Askarieh Main Road
Houmal,
Lebanon
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Optical Switch Boxes
An optical switch box is needed so that automated test platforms can permit the system to measure the performance of transmitters and receivers at multiple wavelengths or channels. The MLO4034 Optical Switch Box incorporates a WDM demultiplexer, integrated power meters, variable optical attenuators, and optical switches to form an integrated switch matrix. It enables receivers and transmitters to be tested at up to four wavelengths or channels.
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ATE
Below is a list of high speed scopes and BERTs that form an integrated extension to Advantest’s V93000 ATE tester. In addition to these instruments, Multilane offers turnkey solutions for ATE testing.
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OSFP-XD Thermal Load with a Controller Board
In an everchanging industry, new form factors are launched to support higher speeds like 800G and later, 1.6T. With the speed per lane increasing exponentially, the need for thermal and cooling tests also rises with new requirements and demands.MultiLane is offering a OSFP-XD thermal load with a controller board, with the goal of emulating transceiver thermal behavior, but also to test cooling systems.
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Optical Clock-Recovery Modules / O-CR
Optical clock-recovery modules are required when a clock signal is not present to trigger the oscilloscope or when it is better to use the embedded clock present in the data stream, such as for 100G Lambda optical signals.Clock-recovery modules are essential for transmitter signal characterization.
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Time Domain Reflectometer / TDR
For testing cables and interconnects, we offer the ideal tool: A time domain reflectometer (TDR). Time domain reflectometry/transmission can be used to test network return loss (S11), propagation loss (S21), and crosstalk.Moreover, it can provide the impedance profile of an electrical channel. MultiLane supplies semi-automated solutions for the testing of direct-attach cables and TIAs.
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QSFP-DD800
QSFP-DD800 has emerged as a leading standard to drive the development of 800G ecosystem. MultiLane provides a QSFP-DD800 development kit that includes a module compliance board, a host compliance board and a variety of loopback modules.
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OSFP 800G
OSFP800 has emerged as a leading standard to drive the development of 800G ecosystem. The MultiLane OSFP800 development kit is an essential tool to ensure the validity of your OSFP800 products. The module compliance board (MCB) is used to test transceivers, AOCs, active cables and DACs, while the host compliance board (HCB) enables the testing of system host ports. The loopback modules (LB) provide an economical way to test thermal capacity and signal integrity of system host ports at every stage of the process: R&D validation, production testing, and field testing.
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AWG
With the accelerated growth of hyperscale datacenters, Ethernet network infrastructure performance demands are increasing exponentially, and customer expectations for high-speed data throughput are at an all-time high.Other high-speed I/O protocols such as PCIe Gen 5 and 6 are also gaining momentum. Arbitrary Waveform Generators are the ideal general-purpose development tool for validating high-speed receivers and are extremely flexible instruments for coherent module development.
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BERT Measurement Solutions
Bit error rate testers (BERTs) are usually the initial step for communications testing. These instruments generate digital test patterns, typically pseudorandom binary sequences (PRBSs), that drive devices under test (DUTs). Following the transmission of the signal through the link, the receiver in the BERT captures the signal. This setup can be used for multiple testing purposes, such as to evaluate the performance of a transmitter, a receiver, or an optical link.
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