MULTILANE ML4022-MCB Technical Reference

described below: 1. Connect a jumper on (J1) situated close to the microcontroller. 2. Connect a USB cable between the PC and Board. 3. Power up the board with a +3.3V supply. 4. LEDs (D2, D4) start blinking. 5. Remove jumper. 6. Open ...

MULTILANE ML4022-MCB Also Low Speed Signals are controllable using an external source, this can be done through control signals pin headers. In this case a jumper should be placed on pin header P19 (HW_CTRL) shown in the image below. Figure 2: External Control Signals The low speed signals circuit shown below shows the connection of the ...

MULTILANE ML4022-MCB 1. Introduction ............................................................................................................................ 3 2. Key Features ............................................................................................................................ 3 3. ML4022-MCB Hardware ................ ...

MULTILANE ML4022-MCB  Update section 3.4.2: schematics North America Worldwide Asia 48521 Warm Springs Blvd. Suite 310 Houmal Technology Park 14F-5/ Rm.5, 14F., No 295 Fremont, CA 94539 Askarieh Main Road Se ...

MULTILANE ML4022-MCB According to the powering method described in section 3.1, the input voltage supply must follow the table below. Parameter Symbol Condition Min Typical Max Unit +5 P5V Supply from J43 (P5V pin) - 5 - V +3.3 P3V3 Supply from J43 (P3V3 Pin) OR banana plug U6 3.0 3.3 3.6 Table 1: Voltage Operating Conditions 3.3 LED Ind ...

MULTILANE ML4022-MCB testing 100G SFP-DD transceivers and active optical cables. It includes a complete user-friendly GUI supporting all features defined by SFP-DD MSA and simplifying configuration processes to enable intuitive memory map programming and testing ...

MULTILANE ML4022-MCB MSA compliant and provides a user-friendly interface to operate the board and access all its features. The communication between the ML4022-MCB board and the software is established through USB connection. 4.1 USB Driver In order ...