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Explore our portfolio range of IBM 10G SFP+ to 40G QSFP transceivers and 10G SFP+ to 40G QSFP DAC cable compatibles for unmatched performance and seamless connectivity. Upgrade your connectivity experience today!
IBM Transceiver & Twinax Cable Compatibles
We at EDGE Technologies offer our clients high-quality IBM 10G SFP+ to 40G QSFP transceivers and 10G SFP+ to 40G QSFP DAC cable compatibles at an affordable cost. Compatible IBM and cables are in demand because IBM is a well-known company that offers a variety of server and hardware solutions that may include integrated network connectivity features. Also, IBM is known for offering Fiber Channel equipment, especially in the context of storage area networking (SAN) solutions. For networking components like NICs, IBM servers and systems may utilize third-party networking solutions from companies that specialize in network hardware. Also here You can find a list of Our compatible IBM NICs. Engineers around the industry are often accustomed to the Part Number and Model Name logic of IBM transceivers, which is different from the Part Numbers (SKU) logic of our product line. For ease of identification, we have analyzed IBM product descriptions and their documentation to match our IBM optical transceiver product line as well as the compatible cables with IBM part number codes, allowing engineers to quickly find our replacement product. Below you will find our list of compatible transceivers that are designed based on our products, which can be seamlessly integrated with various IBM equipment units such as Storage Systems and Arrays ( IBM Storwize V7000 series), Fiber Channel Switches and Directors (IBM SAN Volume Controller (SVC)) and others. If you have any questions, don’t hesitate to contact us!
IBM 40G QSFP+ Transceiver
In the IBM 40G transceiver compatible section, you’ll find modules operating at 40G data rates (4x 10Gbps) and designed for SR4, eSR4 and LR4 applications. Items are equipped with Double Fiber LC and MPO/MTP connectors, they are available for distances up 10KM for Single Mode and up to 300 m for Multi-Mode Fiber.
IBM 10G SFP+ Transceiver
In this category, discover IBM fiber channel SFP+ and ethernet SFP+/XFP compatible optical modules designed for IBM products, featuring an operational speed of 8-10 Gigabit, also concluding with the older generation 10G form factor XENPAK. These modules are versatile, and suitable for both single-mode (up to 10 km) and multi-mode (up to 300m) fiber configurations, available as standard and industrial temperature items.
IBM Twinax 40G Cable
This section consists of IBM Twinax 40G Cable and it can be used to establish 40Gbps (40G Ethernet) interconnections within your data centers, and equipment rooms at a low cost. Our 40G DAC cable portfolio includes 40G QSFP to QSFP direct-attach cable assemblies ranging in length from 0.5 to 5 meters which are fully compliant with QSFP+ Multi Source Agreement SFF-8436. The 40G DAC cable itself has four independent 10Gbps lanes in each direction and supports data rates ranging from 2.125 to 41.2 Gbps for multi-rate communication and applications such as 40G Ethernet (41.25Gbps), 10G Ethernet (10.31Gbps), and Fiber channel speeds. Additionally, if there is a need to connect network devices operating at different speeds you can use 40G to 10G breakout cable, they are available in ranging in length from 0.5 to 5 meters.
IBM Twinax 10G Cable
Below is our 10G IBM Twinax cable (DAC) selection, which includes 10G SFP+ for factor DAC cables with distances ranging from 0.5 to 7 meters for passive and 1 to 10 meters for active. These 10G DAC cable assemblies are fully passive copper cable high-speed units with SFF-8432 MSA standard compatible SFP+ pre-terminated cages at both ends. Our 10G IBM Twinax cable (DAC) product line supports data rates ranging from 1.0625 to 10.52 Gbps and applications such as 10G Ethernet, GE Ethernet, 1/2/4/8/10G Fiber Channel, and can be used for mobile network fronthaul CPRI and OBSAI protocol options. The most common applications for our 10G DAC cable compatibles are cost-effective close-range interconnections where Servers are being interconnected with Switches.
