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Dell 77KC3 40GB QSFP+ FC Short Range Transceiver
The Dell 77KC3 40GB QSFP+ FC Short Range Transceiver delivers high performance fibre channel connectivity for modern data centre environments. Designed for short distance links, this transceiver enables reliable, low latency communication between swi... Read More
price
$43.95
- In Stock: 79
- Manufacturer: Dell
- Model or Part: 77KC3
- Condition: New
- Weight: 3.00lb
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Overview
The Dell 77KC3 40GB QSFP+ FC Short Range Transceiver delivers high performance fibre channel connectivity for modern data centre environments. Designed for short distance links, this transceiver enables reliable, low latency communication between switches, servers and storage arrays. With a compact QSFP+ form factor, it fits easily into dense rack deployments while providing the bandwidth required for demanding virtualization, cloud and high-performance computing workloads.
Key Features
- 40Gbps data rate per lane for fast data transfer
- QSFP+ form factor compatible with a wide range of Dell and third-party equipment
- Short range operation up to 300 meters on multimode fibre (OM4) and up to 10 meters on single mode fibre
- Low power consumption helps reduce overall energy costs
- Hot-swappable design minimizes downtime during maintenance or upgrades
- Built-in digital diagnostics for real-time monitoring of temperature, voltage and optical power
Technical Specifications
- Model/Part Number: 77KC3
- Interface: QSFP+ (40GbE/FC)
- Data Rate: 40Gbps per lane
- Wavelength: 850nm for multimode, 1310nm for single mode
- Maximum Reach: 300m on OM4 multimode fibre, 10m on single mode fibre
- Connector Type: LC duplex
- Operating Temperature: 0 deg to 70 deg C
- Power Consumption: Typical 2.5W
- Compliance: FC-S (Short Reach) standard
Applications
- Enterprise data centre storage area networks (SAN)
- High-performance computing clusters requiring fast interconnects
- Virtualization platforms with heavy I/O demands
- Cloud infrastructure that needs scalable and reliable fibre channel links
- Backup and disaster recovery systems that rely on low latency data transfer
- Any short-range fibre channel deployment where space and power efficiency are critical