What is NVIDIA Spectrum X NVIDIA Spectrum-X Ethernet is NVIDIA’s Ethernet networking platform for AI. Spectrum-X delivers a 1.6x increase in generative AI networking performance over traditional Ethernet networking platforms. Equipped with NVIDIA Spectrum SN5600 Ethernet switches and NVIDIA BlueField®-3 SuperNICs, Spectrum-X is an end-to-end platform that combines the high performance and cloud capabilities required for a generative AI cloud. The platform maximizes bandwidth and noise isolation through dynamic routing and congestion control technologies, ensuring that each of the thousands of AI jobs of varying sizes running concurrently will perform […]

Many connection schemes can be used to switch networks and achieve high-speed connections in different scenarios. Include Optical Module + Fiber, Active Optical Cable (AOC) and Direct Attach Cable (DAC). Direct Attach Cable can be further classified into Active ACC, AEC, and Passive DAC. Below we will explore what DAC and ACC are and what are the differences between them. What is DAC? DAC (Direct Attach Cable) are primarily used for high-speed, short-distance connections, such as servers and GPU connecting to TOR switches It directly connects two devices through copper […]

10g optical module is the most sold optical module on the market now. 10g optical modules are available in a wide range of models, of which 10G SR and 10G LR are the two most common. So what is the difference between 10g sr and 10g lr? When picking a 10G optical module how should you correctly select the right model? Today Mvslink will take you to find out sfp LR vs SR. Transmission Distance Sfp lr vs sr, first they have different transmission distances. To understand this, you first […]

SFP+, SFP28, QSFP+, QSFP28, QSFP-DD vs OSFP are the different Form Factors of the Optical Transceiver Module, these Hot-Pullage Optical Modules are mainly used in Data Centers and Telecommunications to realize High-Speed Data Transmission. What are their differences? We will explore the main differences between these Optical Modules and help you choose the right one below this article. What are their differences? SFP+ vs QSFP+ Data Rate: SFP+ supports single-line data including 6G, 8G, and 10G, while QSFP+ can support 4 channels of data at 40Gbps(4x10Gbit/s). Fiber Type: SFP+ is […]

Today is a special day, let’s warmly welcome new member to the Mvslink family! Sincerely hope that Zeki in the new working environment of innovation forward. Continuously pursue and promote the development of the company, so that to realize the goal of “win-win” for both individuals and enterprises! Zeki enterprise is a dynamic and hopeful group, you are facing a job full of challenges and opportunities. Here, we should jointly cherish the time before us to work together. There is warmth, passion, understanding, humor, and therefore full of confidence in […]

6 Tips on choosing the right optical transceiver Fiber optic modules are essential in today’s networks, and the advanced development of module technology will continue to meet future data demands. To help you choose the right Optical Module for your network, here are six key factors to review with a Module/network systems expert before making a final decision. These technical and operational considerations will help determine the correct Module for any network application: #1 Compatibility #2 Wavelength #3 Data Rate/Speeds #4 Fiber Type #5 Environmental Considerations #6 Transmission Distance Check […]

In the previous article: What Is The Function of A Optical Module?  we have introduced the function of the optical transceiver, then what are the general application scenarios of the optical module? Data Center:  Data center is one of the important application scenarios for optical modules. With the rapid development of cloud computing and big data technology. The demand for high-speed and high-efficiency optical modules in data centers continues to grow. By using high-speed optical modules, data centers can achieve efficient data transmission and backup. At the same time, data […]

Optical modules can convert signals between electronic and optical forms via optical cables. To complete the transmission and reception of signals, two optical modules are needed: one at the transmitting end and one at the receiving end.