Marvell QLogic 2600 Series Fibre Channel Controllers
Enhanced Gen 5 FC (16GFC) fibre channel controllers providing industry leading native FC and FC-NVMe performance with low CPU usage and full hardware offloads
- PRODUCTS
- COMPANY
- SUPPORT
- PRODUCTS
- BY TYPE
- BY MARKET
Compute
Networking
- Automotive
- Coherent DSP
- Ethernet Controllers
- Ethernet PHYs
- Ethernet Switches
- Linear Driver
- Optical Modules
- PAM DSP
- Transimpedance Amplifiers
Storage
Custom
- COMPANY
Our Company
Media
Contact
- SUPPORT
BY TYPE
Networking
Custom
BY MARKET
2600 FC Controllers
The Marvell® QLogic® 2600 series controllers are enhanced Gen 5 (16Gb) Fibre Channel controllers available in dual-port and quad-port. Used for initiator- or target-mode implementations, these controllers deliver the ultimate in Fibre Channel add NVMe over Fibre Channel (FC-NVMe) performance, power utilization, reliability, and investment protection. The 2600 Series provides up to 2.6 million I/O operations per second (IOPS)—almost two times the IOPS of previous Gen 5 Fibre Channel controllers—and optimal load balancing and per port linear performance scalability. QLogic’s port-isolation design provides independent data paths for each port, running full line rate with up to 12,000 MB per second.
Key Features
- Up to 2.6 million IOPS fuel high performance in all flash arrays (AFA) and high density virtualized environments
- Up to 16GFC throughput for high-bandwidth storage (SAN) traffic; a total of up to 128Gbps bidirectional throughput for four ports
- 1.5 times performance per watt improvement over previous Gen 5 solutions for four ports
- Complete investment protection for legacy 8GFC and 4GFC infrastructures
- Complete per-port traffic isolation for greater reliability and security
Documentation
Additional Information
Additional product information is available under NDA on the Marvell Extranets. To contact Marvell Sales, please submit your inquiry via request for information below
Careers
Worldwide
Copyright © 2021 Marvell, All rights reserved.
- Terms of Use
- Privacy Policy
- Contact