Cisco MDS 9200 Multiservice Switches are selected when a SAN project needs more than basic Fibre Channel switching, especially FCIP-based SAN extension, remote replication, FICON support, VSAN isolation, IVR planning, and compact multiservice deployment. Compare MDS 9220i, installed-base MDS 9250i, active port licenses, optics, IP storage service ports, NX-OS support, migration timing, and quote requirements before buying.
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12x32G FC Ports – 6x IPS Ports – Exhaust SAN Switch
12x32G FC Ports – 6x IPS Ports – Intake SAN Switch
4x32G FC Ports – 2x IPS 1G Ports – Exhaust SAN Switch
4x32G FC Ports – 2x IPS 1G Ports – Intake SAN Switch
Cisco MDS 9200 switches are used for Fibre Channel SAN environments that need multiservice functions such as FCIP SAN extension, remote replication, FICON support, VSAN isolation, IVR planning, and compact branch or departmental SAN connectivity. They are not a generic Ethernet switch replacement.
For current planning, start with the Cisco MDS 9220i because Cisco lists it as the migration option for many MDS 9250i orders. Still compare installed-base 9250i needs when you are replacing a failed unit, matching an existing design, preserving FCoE or iSCSI use, or buying spare hardware before support ends.
Cisco announced end-of-sale for the MDS 9250i, with the last order date through Cisco point-of-sale listed as December 19, 2023 and last date of support listed as December 31, 2028. Buy it mainly for installed-base continuity, spare replacement, or lifecycle-bridge use, not for a new long-term SAN standard.
MDS 9220i is the newer compact 1RU FCIP switch with 32G Fibre Channel and flexible IP storage service port options. MDS 9250i is a 2RU installed-base platform with 16G Fibre Channel, FCIP, and FCoE/iSCSI capabilities. The better choice depends on existing optics, port count, WAN design, lifecycle risk, and migration tolerance.
Choose MDS 9200 when the project needs compact multiservice SAN extension, FCIP, FICON, or IP storage service capabilities. MDS 9100 usually fits fixed-port departmental Fibre Channel access, while MDS 9700 fits director-class core fabrics that need large scale, modular redundancy, and higher consolidation.
Confirm replication distance, WAN bandwidth, latency, packet loss, encryption needs, compression benefit, VSAN trunking, routing path, and whether links use 1G, 10G, 25G, or 40G-capable IP storage ports. Community FCIP issues often come from route, trunk, or retransmission behavior rather than the switch SKU alone.
Yes, quoting should include active Fibre Channel port count, on-demand port activation, Enterprise features such as IVR when needed, SAN Extension over IP scope, Mainframe or FICON requirements, and NX-OS licensing status. A low chassis price can be misleading if licenses, optics, and support are missing.
Support depends on the exact model and software. MDS 9250i supported FC, FCIP, FCoE, iSCSI, and FICON-related use cases, while MDS 9220i focuses on modern 32G Fibre Channel and FCIP SAN extension. Verify the required protocol before replacing a 9250i with a 9220i.
Include the exact chassis, active FC ports, FC optics speed, IP storage service transceivers, power supply airflow direction, rack kit, support entitlement, NX-OS target version, console or management needs, and spare policy. SAN projects often fail procurement checks because optics or port licenses were scoped separately.
Send the current switch model, target replacement model, Fibre Channel speed, active port count, FCIP or replication design, FICON requirement, VSAN or IVR use, optics type, license needs, support expectation, data center location, shipping timeline, and whether the purchase is for new deployment, migration, or emergency spare.
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