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Accortec MC2210411-SR4-ACC 850nm Transceiver
- 850nm wavelength for short-reach applications
- QSFP+ form factor
- Supports 40Gbps data rates
- Parallel optics technology
- MPO/MTP connector
- Ideal for 40G Ethernet and InfiniBand
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Product Overview
The Accortec MC2210411-SR4-ACC is an 850nm transceiver module designed for high-density, high-speed networking. It utilizes parallel optics to achieve its performance, making it suitable for demanding data center interconnects.
Technical Information
| Product Type | Transceiver |
| Wavelength | 850nm |
| Form Factor | QSFP+ |
Additional Specifications
| Connector Type | MPO/MTP |
| Data Rate | 40Gbps |
| Application | Short Reach, Data Center Interconnect |
Product Description
The Accortec MC2210411-SR4-ACC is a high-performance 40 Gigabit Ethernet (40GbE) QSFP+ transceiver module. It operates at a wavelength of 850nm and employs parallel optics technology, enabling it to transmit and receive data over multiple fiber strands simultaneously. This design is optimized for short-reach applications, particularly within the demanding environments of modern data centers, facilitating high-density connectivity and efficient bandwidth utilization. This QSFP+ module is designed for use with multimode fiber (MMF) and features an MPO/MTP connector, which is standard for parallel optics. It supports data rates of up to 40Gbps, making it suitable for high-speed Ethernet links, such as 40GBASE-SR4, as well as InfiniBand applications. The hot-pluggable nature of the QSFP+ form factor allows for straightforward installation and maintenance without disrupting network operations. The MC2210411-SR4-ACC is engineered to deliver reliable performance and signal integrity for critical data center interconnects. It is an essential component for network architects and engineers looking to build scalable and high-performance networks that can handle increasing data traffic demands. Its parallel optics architecture provides a cost-effective and efficient solution for achieving 40Gbps connectivity over short distances.
