The Marvell® QLogic® 2870 Series of 64GFC (Fibre Channel) adapters deliver a future proof Fibre Channel HBA that is backward compatible with 32GFC and 16GFC SANs while delivering low latency and greater than 4 million IOPS enabling sustained peak performance of mission critical enterprise applications. The QLogic 2870 series HBA features StorFusion™, Universal SAN Congestion Mitigation (USCM), VM Identification (VM-ID) and Port Isolation technologies for the ultimate Fibre Channel experience. Future proof your business-critical applications with Marvell QLogic 64GFC HBAs!
| PRODUCT BRIEFS/DATA SHEETS |
|---|
| QLogic 2870 Series 64GFC (Fibre Channel) Adapters |
| TECHNOLOGY BRIEFS |
|---|
| Marvell QLogic Fibre Channel USCM - Universal SAN Congestion Mitigation Effective and efficient identification and mitigation of SAN congestion by leveraging intelligent fabric – end point collaboration |
| Marvell QLogic Fibre Channel Port Isolation Architecture Port-level isolation architecture provides reliability and predictability across all ports on all Marvell QLogic FC HBAs. |
| Securing Fibre Channel with Silicon Root of Trust Cryptographically Secured Firmware on QLogic FC HBAs Ensures SAN Integrity |
| WHITE PAPERS |
|---|
| Real-World Requirements from Fibre Channel HBAs Get the facts about how Fibre Channel HBA capabilities improve real-world application performance |
| FC-NVMe (NVMe over Fibre Channel) QLogic® Enhanced 16GFC / 32GFC HBAs Fibre Channel – the most trusted fabric can transport NVMe natively |
| PART NUMBER | DESCRIPTION | DOCUMENTATION |
|---|---|---|
| QLE2870-SR-SP | PCIe 4.0, x8, Single / 1-port, 64GFC, SR-Optic, SFP+, Low Profile |
Product Brief |
QLE2872-SR-SP |
PCIe 4.0, x8, Dual / 2-ports, 64GFC, SR-Optic, SFP+, Low Profile |
Product Brief |
QLE2874-SR-SP |
PCIe 4.0, x16, Quad / 4-ports, 64GFC, SR-Optic, SFP+, Standard Height |
Product Brief |
Additional product information is available under NDA on the Marvell Extranets. To contact Marvell Sales, please submit your inquiry via request for information below.
Copyright © 2025 Marvell, All rights reserved.