Thursday, September 8, 2022
HomeElectronicsReDriver System for PCIe 4.0 runs on 1.8V

ReDriver System for PCIe 4.0 runs on 1.8V


The PI2EQX1624 from Diodes is the trade’s first ReDriver system for PCI Categorical 4.0 to run at 1.8V to increase the size of PCB traces. The decrease operational voltage allows it to work at diminished energy consumption. The system consumes about 27mW within the low-power mode whereas requiring round 288mW when at lively mode. The system supplies programmable linear equalization, and flat acquire, by I2C Management, to optimize efficiency over quite a lot of bodily mediums by lowering interference. The PI2EQX1624 can be utilized in a huge discipline of functions together with information centres, servers, vitality storage crops, vehicles, and so forth.

The PI2EQX1624 options 4 differential channels which are independently configurable by way of receiver equalization and flat acquire. This mitigates inter-symbol interference and permits sign loss compensation in order that longer PCB hint lengths may be achieved. Because the I2C interface is used for such configuration work, firmware necessities are minimal. P2EQX16924 helps 4 100Ω differential CML information I/Os and extends the indicators throughout different distant information pathways on the consumer’s platform.

The PI2EQX16924 is available in a compact package deal which is environmentally pleasant and each Lead and Antimony free. It’s compliant with PCIe 4.0 and provides backwards compatibility permitting it to work with PCIe 1.0, 2.0 and three.0 generations. The ReDriver system is able to dealing with information charges as much as 16Gbps.

Options of PI2EQX1624:

    • 5 to 16 Gbps Serial Hyperlink with Linear Equalizer
    • Helps PCIe® 4.0
    • Helps 4 Differential Channels
    • Impartial Channel Configuration of Receiver Equalization, and Flat Achieve
    • I2C Slave Help with as much as 1MHz
    • 3-bit Selectable Deal with bit for I2C
    • Provide Voltage: 1.8V±5%
    • Industrial Temperature Vary: -40°C to 85°C



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