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DS-SFP-FC32G-SW
Cisco MDS 32G Fibre Channel Shortwave SFP+ Transceiver, 850n...
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DS-SFP-FC32G-SW is a Cisco MDS shortwave SFP+ transceiver for 8/16/32Gbps Fibre Channel ports. The module uses multimode fiber, dual LC connectors, and 850 nm signaling for compact SAN links. It reaches 100 m on OM4 or OM5 cable at 32Gbps. Cisco also lists 70 m on OM3 and 20 m on OM2 at 32Gbps. Lower-speed operation extends reach across supported multimode grades for brownfield fabric links. Commercial class operation fits controlled data center environments and storage network rooms. The Cisco data sheet identifies this part as a 32 Gbps Fibre Channel SW SFP+, LC module. Host diagnostics and inventory behavior remain platform-dependent because Cisco does not publish a separate DOM value. Autosensing support lets one spare cover 8G, 16G, and 32G Fibre Channel ports. DS-SFP-FC32G-SW helps storage teams standardize short reach optics across Cisco MDS 9000 refreshes.
850 nm shortwave transmitter delivers Fibre Channel signaling over OM2, OM3, OM4, and OM5 multimode channels. Shortwave optical receiver delivers recovered optical input with -8.2 dBm minimum receive power. Cisco specifies average transmit power from -6.2 dBm to 2.0 dBm. The receiver accepts up to 2.0 dBm before the published receive maximum. DS-SFP-FC32G-SW operates at 8.5, 14.025, and 28.05 GBd serial rates. Its Fibre Channel encoding follows FC line signaling at each negotiated speed. FC-PI-6 covers 3200-M5F-SN-I operation for OM4 at 28.05 GBd. FC-PI-5 covers 1600-M5E-SN-I operation for OM3 at 14.025 GBd. FC-PI-4 covers 800-M5-SN-S operation for OM2 at 8.5 GBd. Laser Class I compliance aligns the optical interface with 21CFR1040. A 3.3 V nominal SFP+ supply powers the host electrical interface. Power consumption remains N/A because the Cisco data sheet does not publish a module watt value. Optical loss budgets reach 1.86 dB on OM4 at 32Gbps. That budget supports documented patch design without extending beyond Cisco reach limits.
DS-SFP-FC32G-SW belongs to the Cisco MDS 32G Fibre Channel SFP+ family for Cisco MDS 9000 fabrics. MDS 9700 32G switching modules, MDS fixed switches, and supported directors use it for shortwave SAN links. Architects deploy the module in storage core, edge, migration, and spare-pool environments. OM4 and OM5 trunks support the 100 m 32G design target. OM3 cabling serves shorter 70 m 32G runs when pathway records confirm grade. ORM Systems supplies this Cisco optic in new and refurbished condition for replacements, expansions, and planned refreshes. Each unit receives SKU verification, serialized handling, and compatibility review against the requested Cisco platform. The sourcing team aligns condition, warranty, and lead time before order release. Procurement teams gain a clear path for matching optics across 8G, 16G, and 32G ports. Buy DS-SFP-FC32G-SW from ORM Systems for tested MDS shortwave Fibre Channel capacity. Request a quote for single replacements, staged SAN upgrades, or volume procurement across multi-site storage networks.
DS-SFP-FC32G-SW price is is available on request. Get immediate quote.
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Storage architects standardize DS-SFP-FC32G-SW across Cisco MDS core ports when shortwave multimode trunks already serve the data center. The optic supports 8G, 16G, and 32G migration stages while preserving dual LC patching and documented OM4 or OM5 pathways. Teams validate cable grade, optical budget, and platform support before moving traffic. This approach reduces mixed-spare complexity, keeps director refreshes aligned with existing fiber records, and delivers predictable high-speed Fibre Channel paths between storage cores and edge fabrics during production change windows.
Infrastructure teams deploy DS-SFP-FC32G-SW in supported Cisco MDS edge switches that connect host bus adapter zones, storage arrays, and aggregation shelves over short MMF runs. OM3, OM4, and OM5 reach planning guides port placement and patch-panel selection. Operations staff record the negotiated speed, cable grade, and serial number for each link. The design increases shortwave SAN capacity without changing fiber media, simplifies local troubleshooting, and delivers clean 32G-ready connectivity for host and storage growth across documented production storage fabric zones.
Procurement and operations teams use DS-SFP-FC32G-SW to build a Cisco MDS spare pool for 8G, 16G, and 32G shortwave ports. One documented SKU covers several Fibre Channel speed tiers on supported platforms, which reduces emergency sourcing pressure during maintenance windows. Technicians stage tested units with LC dust caps, condition labels, and location records. The spare strategy improves replacement speed, keeps fabric recovery procedures consistent, and delivers stronger lifecycle control across multi-site storage networks during audits, failures, and planned refresh waves.
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Every unit is authentic, sourced through trusted and authorised channels, and serial-verified on request. Genuine networking and IT hardware, guaranteed, or your money back.
New products are backed by up to 3 years of extended warranty, and certified refurbished units by up to 3 months, for dependable protection on every order. Coverage is clear, honoured in full, and confirmed on each product page.
If a unit ever falls short, our streamlined RMA process gets a replacement to you fast, with advance replacement available to keep your network running. No jargon, no runaround.
Every device is inspected, bench-tested, and firmware-verified, with configurations wiped before dispatch. Additional testing can be arranged to confirm full working condition on request.
Our specialists assist with compatibility, configuration, licensing, and installation, before and after you buy. Real hardware expertise, whenever you need it.
dispatched quickly and shipped worldwide from regional hubs, fully tracked and insured.
The optics matched our MDS refresh plan and linked cleanly on OM4 trunks.
Accurate Cisco part verification helped us standardize 32G SAN spares quickly.
Good fit for our shortwave Fibre Channel edge ports and replacement stock.
Clean packaging, clear serial handling, and stable links after deployment.
ORM confirmed cable-grade details before shipment, which saved staging time.
Availability needed review, but the final modules tested as expected.
Useful refurbished option for MDS spares, with clear warranty terms.
DS-SFP-FC32G-SW pricing depends on condition, quantity, sourcing route, and delivery timing. ORM Systems checks new and refurbished Cisco MDS 32G shortwave SFP+ availability before quoting. Share the required count, destination, and deployment schedule so the sales team returns a practical price for your Fibre Channel procurement request.
Yes, ORM Systems sources new DS-SFP-FC32G-SW modules when authorized channel or trusted distribution supply supports the request. New condition fits refreshes, compliance-sensitive purchases, and projects that require current packaging expectations. The team confirms part identity, availability, warranty terms, and estimated dispatch before issuing a formal quote.
Refurbished DS-SFP-FC32G-SW availability changes with recovered Cisco MDS inventory and tested spare pools. ORM Systems verifies the Cisco part number, checks handling records, and aligns warranty expectations before quoting refurbished stock. This option helps storage teams control project cost while keeping compatible 32G Fibre Channel optics available.
ORM Systems supports bulk DS-SFP-FC32G-SW quotes for SAN refreshes, director expansions, spare kits, and multi-site storage programs. Volume requests usually account for condition mix, delivery phasing, compatibility review, and warranty coverage. Provide the bill of materials and rollout calendar so sourcing aligns with deployment milestones.
Delivery timing depends on available inventory, order quantity, destination, and condition preference. ORM Systems checks stock and sourcing options before confirming dispatch for DS-SFP-FC32G-SW. For urgent SAN replacements, include the required arrival date, platform model, and shipping location so the team prioritizes practical fulfillment choices.
Warranty terms depend on whether the quoted DS-SFP-FC32G-SW units are new or refurbished and on the commercial package selected. ORM Systems states coverage directly on the quote, with options that reach up to three years. Confirm replacement expectations, deployment urgency, and support needs before purchase approval.
Yes, ORM Systems reviews the Cisco MDS platform, Fibre Channel speed, optics policy, cable grade, and spare requirements before quoting DS-SFP-FC32G-SW. Compatibility review matters because Cisco ties Fibre Channel optics support to specific MDS modules and software contexts. Share the chassis, line card, or switch model before ordering.
Provide the target quantity, preferred condition, Cisco platform, cable grade, destination, deadline, and any internal part-number requirements. ORM Systems uses those details to verify DS-SFP-FC32G-SW sourcing options, warranty terms, and delivery feasibility. Clear deployment context reduces revisions and helps procurement approve the correct MDS optic.
DS-SFP-FC32G-SW uses 850 nm shortwave signaling over multimode fiber for short SAN links up to 100 m on OM4 or OM5 at 32G. DS-SFP-FC32G-LW uses 1310 nm longwave signaling over OS2 single-mode fiber for 10 km reach. Choose the optic that matches installed fiber plant and link distance.
DS-SFP-FC32G-SW targets short multimode Fibre Channel runs inside data centers. DS-SFP-FC32G-ELW uses 1310 nm single-mode optics for 25 km extended longwave links. Both belong to the Cisco 32G Fibre Channel SFP+ family, but they serve different fiber types, optical budgets, and campus or metro SAN designs.
DS-SFP-FC32G-SW supports 8/16/32Gbps autosensing Fibre Channel service, while DS-SFP-FC16G-SW supports lower-generation 4/8/16Gbps use cases. Both are Cisco shortwave SFP+ optics with LC connectors for multimode fiber. The 32G part suits MDS refreshes that preserve backward service while preparing higher-speed fabric ports inside Cisco storage fabrics.
DS-SFP-FC32G-SW serves 8/16/32Gbps Cisco MDS Fibre Channel ports. DS-SFP-FC64G-SW serves newer 16/32/64Gbps ports where supported platforms require 64G-capable optics. Both use shortwave multimode cabling, but the 64G family supports the next speed tier and different optical power parameters. That distinction affects lifecycle timing and spare strategy.
Cisco describes DS-SFP-FC32G-SW for 8/16/32Gbps ports on the MDS 9000 Series platform. It also appears in MDS 9700 32Gbps switching module ordering information. Final placement should follow Cisco compatibility guidance for the exact chassis, line card, fixed switch, software level, and production port operating mode.
DS-SFP-FC32G-SW uses dual LC connectors, matching Cisco's published connector description for the 32G Fibre Channel SFP+ family. Duplex LC patching supports separate transmit and receive fibers. Storage teams should verify polarity, patch-panel labeling, and multimode cable grade before connecting production SAN links under change control.
DS-SFP-FC32G-SW requires multimode fiber for its 850 nm shortwave optical interface. Cisco lists OM2, OM3, OM4, and OM5 reach values at supported Fibre Channel line rates. Use clean, documented MMF channels and avoid mixing this shortwave optic with OS2 single-mode plant intended for longwave modules.
Cisco lists a 100 m cable distance on OM4 or OM5 multimode fiber at the 28.05 GBd, 32G Fibre Channel line rate. The same OM4 or OM5 path reaches 125 m at 16G and 190 m at 8G. Link budgets and patch losses still require field verification.
Cisco lists 70 m on OM3 multimode fiber at the 28.05 GBd, 32G Fibre Channel line rate. The reach increases to 100 m at 16G and 150 m at 8G. Use documented OM3 channels, clean LC connectors, and validated patching practices for stable SAN operation.
Cisco lists 20 m on OM2 multimode fiber at the 28.05 GBd, 32G Fibre Channel line rate. The same OM2 grade reaches 35 m at 16G and 50 m at 8G. OM2 therefore suits short intra-row or rack-area links rather than longer 32G SAN trunks.
Yes, Cisco describes the 32G Fibre Channel SFP+ transceiver family as offering 8/16/32Gbps autosensing Fibre Channel connectivity. Actual operation still depends on the host port, platform support, fabric settings, and far-end optic. Match both ends of the link to the same Fibre Channel design intent.
DS-SFP-FC32G-SW uses 850 nm shortwave optical signaling. That wavelength identifies the module as a multimode Fibre Channel optic for short data center distances. It differs from Cisco longwave and extended longwave 32G SFP+ parts, which use 1310 nm signaling over OS2 single-mode fiber and different budgets.
Cisco lists average transmit power from -6.2 dBm minimum to 2.0 dBm maximum for DS-SFP-FC32G-SW. Average receive power ranges from -8.2 dBm minimum to 2.0 dBm maximum. These values guide optical budget checks, troubleshooting baselines, and acceptance testing for documented production multimode SAN link paths.
Cisco lists Fibre Channel FC-PI-6 compliance for 28.05 GBd operation, FC-PI-5 compliance for 14.025 GBd operation, and FC-PI-4 compliance for 8.5 GBd operation. The 32G table also identifies Laser Class I 21CFR1040 compliance. Use the exact platform guide for deployment approval. Standards mapping supports audit documentation.
Cisco publishes a 0 C to 70 C operating range for DS-SFP-FC32G-SW, which aligns with commercial class environments. Storage teams should place the module in controlled data center spaces with adequate airflow. The data sheet also lists -40 C to 85 C storage operating limits.
Yes, Cisco publishes 8.5 x 13.55 x 56.5 mm dimensions for the 32G Fibre Channel SFP+ transceiver family. Those values correspond to height, width, and depth in the data sheet. The overview content deliberately omits physical dimensions because the spreadsheet rule reserves them for specifications.
Cisco places the 32G Fibre Channel section under environmental conditions and power requirements, but the visible data sheet table does not publish a separate watt value for DS-SFP-FC32G-SW. The specs therefore mark power consumption as N/A. Use platform power planning guidance for populated MDS port groups.
Cisco's published 32G Fibre Channel transceiver table does not state a separate DOM or DDM support value for DS-SFP-FC32G-SW. Operational visibility therefore depends on the supported MDS platform and software reporting. The workbook marks DOM support as not specified in the Cisco data sheet.
Cisco states that the minimum cable distance for the listed SFP+ devices is 2 m. This note applies to both multimode and single-mode SFP+ devices in the table. Include that minimum when documenting patching, test loops, and short equipment-room links for DS-SFP-FC32G-SW during deployment and testing.
Document OM2, OM3, OM4, or OM5 multimode grade for every DS-SFP-FC32G-SW link. The Cisco reach table changes by cable grade and negotiated speed, so records should include both fiber type and intended line rate. Good pathway records help operations teams troubleshoot budgets and replacement optics.
No, DS-SFP-FC32G-SW is the shortwave multimode member of Cisco's 32G Fibre Channel SFP+ family. OS2 single-mode links require the corresponding longwave or extended longwave optic, depending on distance. Using the wrong fiber type creates optical mismatch, link instability, or a failed connection during turn-up.
Teams should verify part identity, clean LC connectors, confirm cable grade, check port support, and validate link status at the intended Fibre Channel speed. Optical readings should be compared against Cisco's published transmit and receive ranges when platform diagnostics expose them. Document results before releasing production SAN traffic.
Cisco lists 2.0 dBm as the maximum average receive power for DS-SFP-FC32G-SW. That value functions as the receive-side upper limit in optical planning. Engineers should avoid unexpectedly hot links, unplanned media converters, or nonstandard paths that push received power above the published maximum during service.
Cisco lists average transmit power at -6.2 dBm minimum and 2.0 dBm maximum for DS-SFP-FC32G-SW. This range helps technicians validate module output during acceptance and troubleshooting. Measure with clean reference cords and approved test processes so results reflect the optic rather than contaminated field connectors.
Cisco lists 28.05 GBd for 32G Fibre Channel operation, 14.025 GBd for 16G operation, and 8.5 GBd for 8G operation. DS-SFP-FC32G-SW supports those line rates as part of 8/16/32Gbps autosensing service on supported Cisco MDS platforms. These values guide port-speed planning, certification records, and troubleshooting notes.
DS-SFP-FC32G-SW lets storage teams keep multimode shortwave cabling while moving selected Cisco MDS ports to 32G-capable service. Its autosensing behavior supports mixed 8G, 16G, and 32G migration phases. Standardizing this optic simplifies spare planning, cable documentation, and phased SAN refresh operations with fewer optic variants.
Cisco lists DS-SFP-FC32G-SW as the main part number and DS-SFP-FC32G-SW= as the spare ordering form. Procurement records often track both values so purchasing and operations teams recognize the same Cisco optic. Keep serial numbers and condition notes tied to the installed location and support history.
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