Name: Mid Span Channel Card FLM-150
Brand: Fujitsu
Price: 511.95 USD
Availability: InStock

Fujitsu FC9612MST2 Mid Span Channel Card FLM-150

The Fujitsu FC9612MST2 Mid Span Channel Card FLM-150 is a high-performance expansion module designed for modern server and storage platforms. It provides reliable, low-latency connectivity for Fibre Channel networks, enabling seamless integration of ... Read More

price

$511.95

In Stock: 42
Manufacturer: Fujitsu
Model or Part: FC9612MST2
Condition: Refurbished
Weight: 12.00lb
Dimensions: 12.00in x 12.00in x 8.00in

Qty

Add to Cart

Buy Now

Add to Wish List

Shipping Information

United States Shipping

Orders over $200 qualify for Free Super-Saver Shipping! We ship at our discretion via the most cost-effective method using FedEx, UPS, or USPS.

To ensure your order is processed efficiently, all shipping charges must be pre-paid at checkout. We are unable to bill directly to third-party shipper accounts or use customer-provided labels for domestic shipments.

International Shipping

International orders begin processing as soon as payment is confirmed.

Pre-paid Shipping: For your convenience, you can select and pay for international shipping directly at checkout.
Carrier Accounts: Alternatively, we can bill transport costs directly to your FedEx account number. (Note: We cannot bill to DHL, TNT, or UPS accounts).
Customer Labels: We are also happy to ship internationally using pre-paid labels provided by you for any carrier.

Expedited and Rush Shipping

Need it faster? HardwareJet.com offers 1 or 2-day expedited shipping options during checkout for eligible items.

To get your order to the front of the line, expedited orders include a small rush fee in addition to the carrier's shipping charges. If an item is not available for expedited shipping, these options will not appear in your cart.

Product Information

Item Condition

New - Sealed or Open Box Condition
Excellent - Almost-New, Missing Original Packaging
Refurbished - Seller Refurbished, Good Condition, Previously Used Item

To bring you an even wider selection, some of our items are shipped directly from our trusted partners. Delivery times may vary for these items.

Description

Overview
The Fujitsu FC9612MST2 Mid Span Channel Card FLM-150 is a high-performance expansion module designed for modern server and storage platforms. It provides reliable, low-latency connectivity for Fibre Channel networks, enabling seamless integration of SAN environments and supporting mission critical workloads. This compact card fits into standard PCIe slots and delivers robust data throughput while maintaining a small footprint, making it ideal for dense data centre deployments.

Key Features

Supports 8 Gbps Fibre Channel links for fast data transfer
Mid span architecture reduces cabling complexity and improves signal integrity
Hot-plug capable for uninterrupted service during maintenance
Low power consumption helps lower total cost of ownership
Compatible with a wide range of Fujitsu server models and third-party platforms

Technical Specifications

Model/Part Number: FC9612MST2
Interface: PCI Express x8
Port Count: 2 Fibre Channel ports
Data Rate: 8 Gbps per port
Connector Type: LC duplex
Operating Temperature: 0 to 55 degrees Celsius
Power Supply: 12 V DC, max 15 W
Dimensions: Standard low profile card, 30 mm height

Applications
The FLM-150 is suited for a variety of enterprise and cloud environments, including:

High-availability storage area networks (SAN) that require fast, reliable connectivity
Virtualisation hosts that need dedicated bandwidth for VM storage traffic
Data backup and disaster recovery systems where low latency is critical
Enterprise resource planning (ERP) and database servers that demand consistent I/O performance
High-performance computing clusters that benefit from streamlined Fibre Channel links

By integrating the Fujitsu Mid Span Channel Card FLM-150, organizations can enhance their storage networking capabilities, improve data throughput, and maintain high levels of system uptime without adding unnecessary complexity.