Site Search

MultiLane Host Evaluation Board

Product Summary

The Host Compliance Board, also known as HCB, is a board that can:

・There is an interface with the same shape as the optical transceiver module, and it can be directly inserted into network equipment.

・There are coaxial connectors for all lanes, allowing easy electrical signal interface with the outside.

・Ideal for evaluating the performance of optical transceiver module ports in network equipment

DSO: Digital Sampling Oscilloscope
DSO: Digital Sampling Oscilloscope

Product usage

Direct evaluation of electrical waveforms output from optical transceiver module ports of network equipment using host evaluation boards

Product lineup by form factor

ML4062-HCB
ML4062-HCB

product name

form factor

data rate

ML4023

SFP28/SFP112

bps

ML4022-HCB

SFP-DD

2x50Gbps

ML4020

QSFP28/56/112

4x28/56/112Gbps

ML4062-HCB

QSFP-DD

8x56/112Gbps

ML4064-HCB

OSFP

8x56/112Gbps

SFP28/112

Model number

exterior

connector

option

Data Rate

ML4023

2.92mm

-

28Gbps

ML4023-N(Narrow body type)

2.92mm

-

28Gbps

ML4023-112

2.4mm

1.85mm connector

112Gbps

QSFP28/56/112

Model number

exterior

connector

option

Data Rate

ML4020-MXP

MXP

-

4x28Gbps

ML4020-N-MXP(Narrow body type)

MXP

-

4x28Gbps

ML4020-MSPM

Multi-SMPM type A

-

4x28Gbps

ML4020-N-MSMPM(Narrow body type)

Multi-SMPM type A

-

4x28Gbps

ML4020-K-56

2.92mm

-

4x56Gbps

ML4020-112

2.4mm

1.85mm connector

4x112Gbps

QSFP-DD

Model number

exterior

connector

option

Data Rate

ML4062-HCB

2.92mm

2.4mm connector

8x50Gbps

ML4062-BO

MXP

-

8x50Gbps

ML4062-HCB-112

2.4mm

1.85mm connector

8x112Gbps

ML4062-HCB-112-MXPM70

MXPM70

-

8x112Gbps

ML4062-CHCB-112

2.4mm

1.85mm connector

8x112Gbps

OSFP

Model number

exterior

connector

option

Data Rate

ML4064-HCB

2.92mm

2.4mm connector

8x50Gbps

ML4062-HCB-112

2.4mm

1.85mm connector

8x112Gbps

ML4064-HCB-112-MXPM70

MXPM70

-

8x112Gbps

ML4064-CHCB-112

2.4mm

1.85mm connector

8x112Gbps

A technical article explains how to solve network problems with measuring instruments

Using a link failure in an actual network device as a theme, we introduce an example of troubleshooting in which a measuring instrument found that the cause was in both the switch and the optical transceiver module.

If you are interested in how to use measuring instruments in the field, please take a look.

This article is also often read

What is an optical transceiver module?
What is an optical transceiver module?

What is an "optical transceiver module"?

"Types of Optical Transceiver Modules" "Interfaces for Accessing Optical Transceiver Modules" "Types of Optical Fibers" "Relationship between Standards and Distances"

It is divided into 4 points and explained.

For quotes/inquiries click here