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Product Features
Technical Overview
This QSFP+ module operates on the 40GBase-SR4 Ethernet technology, which utilizes parallel optics over four lanes to achieve a maximum data transfer rate of 40 Gbit/s. It is optimized for multimode optical fiber media, supporting transmission distances up to 0.15 km (0.09 miles) with low latency and high signal integrity.
The module features a single MPO/MTP connector port, which interfaces with 12-fiber MPO trunk cables commonly used in 40GbE SR4 applications. Its compact form factor measures 0.33 inches in height, 0.72 inches in width, and 2.79 inches in depth, allowing for high port density in switches and routers without sacrificing thermal performance.
Key Product Advantages
This transceiver module offers several distinct advantages for network architects and IT managers deploying 40GbE infrastructure. Its Dell compatibility ensures reliable operation in certified environments, reducing integration risks and simplifying procurement for existing Dell network deployments.
High-Speed Connectivity
Delivers full 40 Gbit/s bandwidth for demanding applications such as data analytics, virtualization, and high-performance computing, minimizing bottlenecks in core network segments.
- 40 Gigabit Ethernet support
- Low-latency data transfers
- Ideal for backbone and aggregation links
Optimized for Multimode Fiber
Leverages multimode fiber's ability to carry multiple light wavelengths, enabling high bandwidth over short distances with greater fidelity and reduced signal degradation compared to copper alternatives.
- Supports multimode fiber optic cable
- Minimal signal loss over distance
- Durable performance in data center environments
Deployment / Use Cases
The Ortronics 430-4593-A QSFP+ module is tailored for specific high-performance networking scenarios where 40GbE speed and fiber optic reliability are paramount. Its design supports both data networking and optical network applications, making it versatile for modern infrastructure upgrades.
In data centers, this module is commonly deployed for switch-to-switch interconnects, spine-leaf architecture links, and connections to high-speed servers or storage arrays. For optical networks, it facilitates efficient data transport over fiber backbones, supporting campus networks, enterprise core rings, and service provider edge deployments where multimode fiber is already installed.
Data Center Interconnects
Connects top-of-rack switches to aggregation or core switches in 40GbE fabric designs, enabling scalable and high-throughput network fabrics for virtualized and cloud-ready environments.
High-Density Networking
Its compact QSFP+ form factor allows for maximum port density in chassis-based switches and modular platforms, optimizing rack space and power efficiency in constrained data center layouts.
Physical Profile
The module's physical dimensions are engineered for standard QSFP+ port spacing, ensuring compatibility with a wide range of networking equipment. With a height of 0.33 inches, width of 0.72 inches, and depth of 2.79 inches, it fits seamlessly into Dell and other vendor QSFP+ cages without obstructing adjacent ports or airflow.
- Width
- 0.72" (18.35 mm)
- Depth
- 2.79" (70.90 mm)
- Height
- 0.33" (8.50 mm)
Highlights
- Dell-compatible QSFP+ optical transceiver module for seamless integration
- 40GBase-SR4 network technology delivering 40 Gbit/s data transfer rates
- MPO/MTP connector interface for high-density multimode fiber connections
- Supports multimode optical fiber with a maximum reach of 0.15 km
- Hot-pluggable design for easy installation and maintenance without downtime
- Compact form factor optimized for high port density in switches and routers
- RoHS compliant and environmentally friendly construction
- Backed by a lifetime limited warranty for long-term reliability
Specifications
| Specifications | |
|---|---|
| Manufacturer | Legrand Group |
| Manufacturer Part Number | 430-4593-A |
| Brand Name | Approved Networks |
| Product Name | Dell QSFP+ Module |
| Product Type | QSFP+ |
| Technical Information | |
| Application/Usage | Data Networking,Optical Network |
| Interfaces/Ports | |
| Total Number of Ports | 1 |
| Connector Type | MPO/MTP |
| Interfaces/Ports Details | 1 x MPO/MTP 40GBase-SR4 Network |
| Media & Performance | |
| Media Type Supported | Optical Fiber |
| Fiber Mode Supported | Multi-mode |
| Ethernet Technology | 40 Gigabit Ethernet |
| Network Technology | 40GBase-SR4 |
| Maximum Distance Supported | 0.15 km (0.09 Mile) |
| Maximum Data Transfer Rate | 40 Gbit/s |
| Physical Characteristics | |
| Height | 0.33" (8.50 mm) |
| Width | 0.72" (18.35 mm) |
| Depth | 2.79" (70.90 mm) |
| Miscellaneous | |
| Country of Origin | China |
| Environmentally Friendly | Yes |
| Environmental Compliance | Restriction of Hazardous Substances (RoHS) |
| Warranty | |
| Limited Warranty | Lifetime |
FAQ
What type of connector does this QSFP+ module use?
This module uses an MPO/MTP connector, which is a multi-fiber push-on/pull-off interface commonly employed in 40GBase-SR4 applications. The MPO/MTP connector supports parallel optics over multiple fibers, enabling the high data rates required for 40 Gigabit Ethernet over multimode fiber cabling.
What is the maximum distance supported by this transceiver?
The maximum supported distance is 0.15 kilometers, which is approximately 0.09 miles. This reach is typical for 40GBase-SR4 technology over multimode fiber, making the module suitable for short-reach data center interconnects, server-to-switch links, and intra-building network segments.
Is this module compatible with Dell networking equipment?
Yes, this QSFP+ module is designed for compatibility with Dell networking devices that support 40GBase-SR4 transceivers. It can be used in Dell switches, routers, and other hardware with QSFP+ ports, providing a reliable and certified solution for expanding or upgrading Dell-based network infrastructure.
What is the data transfer rate of this optical module?
The module supports a maximum data transfer rate of 40 Gbit/s, utilizing the 40 Gigabit Ethernet standard. This high-speed performance enables efficient handling of bandwidth-intensive applications, such as data replication, virtualization, and high-performance computing workloads, with minimal latency.