Part Number: SN65LVCP114 Other Parts Discussed in Thread: TINA-TI , Tool/software: TINA-TI or Spice Models Hello,
We want to ask for the IBIS_AMI modeling of SN65LVCP114, because our production need to achieve system simulation.
The IBIS_AMI modeling could…
Part Number: SN65LVCP114 Hi Team,
I have some questions about SN65LVCP114 as follows. Would you please verify it as soon as possibe?
1. In the I2C mode, the default value of Reg0x00 is 00h.
When we changed bit7 value to bit '1' from '0'…
Part Number: SN65LVCP114 Other Parts Discussed in Thread: LMH0324 I am looking for a switch component that can output either an HDMI 2.0 input or a 3G-SDI input. For the HDMI 2.0 case, only the TMDS lines would pass through the switch. I found SN65LVCP114…
Part Number: SN65LVCP114 Dear All:
Please help to check below issues with SN65LVCP114:
we have used this device as a 100Mbps ethernet port switch, The system structure shown below:
100Mbps Ethernet Signal - > | AINP0(pin) AINN0(pin) ------( SN65LVC…
Part Number: SN65LVCP114 Other Parts Discussed in Thread: DS100MB203 , DS100MB201 , HD3SS3412
Team,
The use case is to MUX one 10G Ethernet source (4Tx 10G-KR lanes and 4Rx 10G-KR lanes) to 2 boards over a back-plane. What would be the most cost efficient…
Part Number: SN65LVCP114 Hello,
Our customer looking forward Mux/Demux for high speed (16Gbps / PCIe Gen4). Since they use DC signal, internal AC coupling is not required.
I found SN65LVCP114 but the signal rate is 14.2Gbps. Are there any plan to release…
Part Number: SN65LVCP114 Other Parts Discussed in Thread: DS125MB203 Dear Team,
Could SN65LVCP114 support PCIe Gen3 interface?
Or do we have another solution which has mux + redriver function?
Thanks.
Part Number: SN65LVCP114 We are working on a design that currently includes the TI SN65LVCP114 2x1 mux / 1x2 demux chip. Our application is for SMPTE SDI video at bit rates from 270 Mb/s up to 12 Gb/s and we only use the 2x1 mux portion of the chip. In…
Part Number: SN65LVCP114 SN651VCP114 hardware design, I want to use GPIO mode simultaneously compatible with I2C mode. Is the design of the drawing correct? Power VCC filter does not need to add magnetic beads just add capacitance?We use 10G-KR signal…