Accortec QSFP28 Module — 100G-Class Transceiver for High-Density Data Centers

The Accortec QSFP28 Module delivers state-of-the-art networking capabilities designed to meet the demanding requirements of modern data centers, cloud infrastructures, and enterprise networks. This high-performance transceiver is engineered to provide reliable, scalable connectivity for spine-and-leaf architectures, server uplinks, and storage networks, ensuring consistent throughput and reduced latency across critical applications. Built with robust materials and advanced optical technology, the Accortec QSFP28 Module is crafted to handle intensive workloads with precision, offering an efficient upgrade path for organizations seeking to optimize their data transport without sacrificing reliability or manageability.

• High-speed, low-latency performance: The Accortec QSFP28 Module is purpose-built to deliver fast data movement across multiple lanes, supporting the heavy traffic patterns of virtualized environments, AI workloads, and real-time analytics. Designed to minimize jitter and packet loss, it maintains steady throughput during peak usage, helping applications like virtualization, microservices, and large-scale backups run smoothly. This transceiver enables ultra-fast uplinks between top-of-rabric or leaf switches and storage servers, ensuring data stays aligned with compute cycles.
• Plug-and-play deployment with multi-vendor interoperability: Engineered for hassle-free installation, this QSFP28 module slides into standard switches, routers, and storage arrays that support QSFP28 interfaces. Its plug-and-play nature reduces downtime during upgrades or capacity expansions, and its interoperability with commonly deployed network hardware ensures seamless integration in mixed-vendor environments. Administrators can swap modules without complex reconfigurations, maintaining service continuity while expanding capacity.
• Thermal efficiency and dependable operation: The Accortec QSFP28 Module is built for demanding data-center temperatures and continuous operation. It features efficient thermal design and protective circuitry to minimize thermal throttling, extend component life, and sustain consistent performance under load. This translates into reliable long-term operation in dense racks and hot aisle configurations, where cooling efficiency and power management are critical to total cost of ownership.
• Durable construction and enterprise-grade reliability: Crafted to withstand daily data-center use, the module employs high-quality optical components and rugged housing to resist dust, vibration, and physical wear. Its robust design supports steady performance in mission-critical environments, reducing the risk of link interruptions or downtime. For organizations prioritizing uptime, the Accortec QSFP28 Module offers a dependable backbone for essential services and workloads.
• Cost efficiency, scalability, and future-proofing: By delivering high bandwidth in a compact form factor, the module enables higher port density per rack, lowering capex and improving space utilization. Its compatibility with existing QSFP28 infrastructures makes it a practical upgrade path as data demands grow, providing a scalable foundation for future expansion without requiring significant re-cabling or overhaul.

Technical Details of Accortec QSFP28 Module

• Interface: QSFP28 form factor designed for hot-swappable installation
• Data rate: High-bandwidth transceiver suitable for 100G-class applications across four lanes
• Fiber compatibility: Supports standard optical fiber types as configured for the variant (SMF/MMF options may apply)
• Applications: Data centers, enterprise networks, cloud infrastructure, high-performance computing environments
• Compliance and quality: Built to meet industry standards for reliability and interoperability within QSFP28 ecosystems

how to install Accortec QSFP28 Module

• Power down the device or prepare for hot-swapping according to your vendor’s guidelines; if hot-swapping is supported, verify that the maintenance window aligns with service requirements.
• Identify the QSFP28 port intended for the new module and release the module’s retention latch if applicable, ensuring the slot is clear of obstructions.
• Gently insert the Accortec QSFP28 Module into the slot until it is fully seated and the latch or mechanism engages securely, indicating proper placement.
• Connect the appropriate optical fiber cables to the module’s MPO/LC or other specified connectors, maintaining proper fiber routing and adhering to bend-radius guidelines to preserve signal integrity.
• Power on the device (if it was powered down) and verify link status on the corresponding port; consult the switch or router’s management interface to confirm a stable connection and monitor initial performance benchmarks.

Frequently asked questions

• Q: Is the Accortec QSFP28 Module hot-swappable? A: Yes. The module is designed for hot-swappable operation on compatible switches and routers. Always follow your vendor’s guidelines for safe insertion and removal to minimize the risk of downtime.
• Q: What network environments is this module best suited for? A: It is optimized for high-density data centers, cloud environments, and enterprise networks that require reliable 100G-class connectivity, including spine-and-leaf architectures and large-scale storage networks.
• Q: Will the module work with multi-vendor equipment? A: The Accortec QSFP28 Module is built for interoperability within QSFP28 ecosystems. It should function with standard QSFP28 ports across many major vendors when used in compatible configurations and fiber types.
• Q: How do I verify performance after installation? A: Use the device’s management interface to check link status, error counters, and throughput. Run a baseline throughput test and monitor for parity with your expected performance metrics to confirm a healthy link.
• Q: Are there compatibility considerations I should be aware of? A: Ensure the module’s fiber type (single-mode or multimode) matches your network design, and verify that firmware and software on your switching hardware are up to date to maximize compatibility and reliability.