3.3V Cap Issue WS-8-150-AC Clarification
Posted: Fri Mar 25, 2022 3:46 pm
I recent purchased 2 WS-8-150-AC switches. I put one in production to run 3 POE devices and has 5 ports in use total.
2 ports are links to other switches, 1 is for a Axis PTZ, 1 is for a Axis Bullet camera and 1 is a Rajant breadcrumb. I can power up the bullet camera and rajant and all is fine. I then try to power up the PTZ and then the switch goes into a reboot loop.
After searching I found another topic that told me I needed todo a crossover cable for the PTZ. Doing so did not help. I swapped in the other switch and same deal.
I moved the PTZ to a Axis midspan for power and all seems to be running fine.
Nothing I can see in logs and didn't have my serial adapter with me. I don't have the extra equipment to bench test this setup.
While I did some more digging, I found references to a 3.3V Cap issue from a few years back but nothing specific to check for. Is there something I can check or should I just provide the MAC's and wait to hear if these switches are from that batch?
Serial/MAC:
ec:13:b2:d2:be:48
ec:13:b2:d2:b9:78
2 ports are links to other switches, 1 is for a Axis PTZ, 1 is for a Axis Bullet camera and 1 is a Rajant breadcrumb. I can power up the bullet camera and rajant and all is fine. I then try to power up the PTZ and then the switch goes into a reboot loop.
After searching I found another topic that told me I needed todo a crossover cable for the PTZ. Doing so did not help. I swapped in the other switch and same deal.
I moved the PTZ to a Axis midspan for power and all seems to be running fine.
Nothing I can see in logs and didn't have my serial adapter with me. I don't have the extra equipment to bench test this setup.
While I did some more digging, I found references to a 3.3V Cap issue from a few years back but nothing specific to check for. Is there something I can check or should I just provide the MAC's and wait to hear if these switches are from that batch?
Serial/MAC:
ec:13:b2:d2:be:48
ec:13:b2:d2:b9:78