FortiSwitch 108F
Eight Gigabit ports and two SFP in a fanless desktop box that can itself be powered over Ethernet.
Ethernet switching managed from the FortiGate as a logical extension of the firewall, or standalone.
Eight Gigabit ports and two SFP in a fanless desktop box that can itself be powered over Ethernet.
The 108F with eight PoE+ ports and a 65 W budget, still fanless.
Eight PoE+ ports with a full 130 W budget - double the 108F-POE, still fanless.
Multi-gigabit and 802.3bt in a fanless desktop switch - for Wi-Fi 7 access points that need more than a Gigabit.
Twenty-four Gigabit ports and four 10 Gigabit uplinks in a fanless 1 RU switch.
Twenty-four ports with PoE+ on the first twelve and a 185 W budget.
PoE+ on all twenty-four ports with a 370 W budget.
Twenty-four multi-gigabit ports and six 10 Gigabit uplinks, fanless.
Multi-gigabit with eight 90 W 802.3bt ports and a 780 W budget.
Forty-eight Gigabit ports and four 10 Gigabit uplinks, fanless.
Forty-eight ports with PoE+ on the first twenty-four and a 370 W budget.
PoE+ on all forty-eight ports with a 740 W budget.
Twenty-four PoE+ ports with a 370 W budget and an optional redundant supply.
Forty-eight Gigabit ports with Layer 3 routing and no PoE to cool.
Twenty-four Gigabit ports with Layer 3 routing, fanless, and a redundant supply as standard.
Twelve PoE+ ports with a 180 W budget on the 224E chassis.
Forty-eight ports with PoE+ on twenty-four and Layer 3 routing.
PoE+ on all forty-eight ports with a 740 W budget and Layer 3 routing.
Twenty-four 2.5 Gigabit ports with MACsec link encryption and a TPM.
802.3bt on all twenty-four 2.5 Gigabit ports, with MACsec and a 420 W budget.
Forty-eight ports split half Gigabit, half 2.5 Gigabit - with MACsec throughout.
802.3bt on all forty-eight ports with a 1560 W budget on dual supplies.
Twenty-four SFP ports and no copper at all - an all-fibre access switch.
Twenty-four PoE+ ports with a 421 W budget and 10 Gigabit uplinks, at 30.9 dBA.
A mixed-speed access switch: sixteen Gigabit, eight 2.5 Gigabit at 60 W, and two 5 Gigabit.
Twenty-four 5 Gigabit ports and four 25 Gigabit uplinks, with hot-swap supplies.
802.3bt on twenty-four 5 Gigabit ports with a 1440 W budget.
Forty-eight multi-gigabit ports and eight 25 Gigabit uplinks at 720 Gbps.
Forty-eight multi-gigabit 802.3bt ports with an 1800 W budget - the largest PoE switch here.
Twenty-four 10 Gigabit SFP+ ports and two 100 Gigabit uplinks at 880 Gbps.
The 1024E on copper: twenty-four 10GBASE-T ports with two 100 Gigabit uplinks.
10GBASE-T with 802.3bt on every port and 100 Gigabit uplinks - the only PoE switch at this tier.
Forty-eight 25 Gigabit ports and eight 100 Gigabit uplinks - 4 Tbps in 1 RU.
The 2048F with back-to-front airflow, for a rack whose cold aisle is behind the ports.
Forty-eight 10 Gigabit SFP+ ports, six 100 Gigabit uplinks and MACsec.
Thirty-two 100 Gigabit ports in 1 RU - the largest switch here.
A fanless, IP40 switch with 40 Gigabit uplinks that runs to 70 C on redundant DC input.
The smallest rugged switch: six copper ports and two SFP, no PoE, IP40.
Eight 802.3bt ports at up to 90 W each with a 240 W budget, in a rugged DIN-rail box.
Sixteen 802.3bt ports and four 10 Gigabit SFP+ uplinks, ruggedised and Layer 3.
Tell us the port count per closet, how much of it needs PoE and what the uplinks are. We will come back with the models, the stacking, the licensing and the lead time.
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