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AI data center network architecture requirements: 400/800G optical Transceivers

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With the continuous development of AI technology and related applications, the importance of large models, big data and AI computing power has become increasingly prominent in the development of AI. Large models and data sets form the software foundation for AI research, and AI computing power is the critical infrastructure. In this article, we will …

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FIBERSTAMP Release 800G OSFP Breakout ACC (Active copper Cables), benchmark against Nvidia!

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Singapore, April 18, 2024–Fiberstamp’s 800G OSFP DAC and ACC comply with OSFP MSA and IEEE802.3ck specifications, use 16 pairs of copper cables to support 8-channel 112GB/s two-way transmission and achieve rate backward compatibility. The product is fully compatible with NVIDIA equipment and matches NVIDIA product specifications. The 800G OSFP DAC series supports a maximum of …

FIBERSTAMP Release 800G OSFP Breakout ACC (Active copper Cables), benchmark against Nvidia! Read More »

OFC2024: Colorful Open Optical Network Product Lines Under Painter- FIBERSTAMP

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Singapore, March 20, 2024 – Spring is like a color pen, making the whole world more perfect. In the world of open optical networks, there is also a different color pen – FIBERSTAMP. Welcome to our booth#4118 at OFC2024 to see the open optical network 7 product lines under 1. Silicon Photonics Technology in Data …

OFC2024: Colorful Open Optical Network Product Lines Under Painter- FIBERSTAMP Read More »

FIBERSTAMP 800G OSFP MMF and SMF Silicon Photonics Modules Are in Mass Production for AI Data Center!

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Singapore, March 13, 2024– With the continuous development of AI data centers, the demand for faster and more efficient data transmission is increasing, and the surge in demand for 800G optical modules directly reflects the escalating demand for AI-driven applications. The surge in demand for 800G optical modules is closely related to changes in data center …

FIBERSTAMP 800G OSFP MMF and SMF Silicon Photonics Modules Are in Mass Production for AI Data Center! Read More »

FIBERSTAMP unveil 100G QSFP28 DWDM4 and Non-Coherent Subsystem for COLOR ZR+ Solutions!

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Singapore, March 6, 2024– Long-distance data transmission operates through two distinct modes: coherent and non-coherent. Today, FIBERSTAMP officially unveils two trailblazing 100G QSFP28 PSM DWDM4 for Non-Coherent long-distance Subsystem. These modules, built upon a 4x25G NRZ quad-carrier DWDM solution, offer options in C-band spectra, effectively spanning distances exceeding 80km. They aim to provide more cost-effective DWDM …

FIBERSTAMP unveil 100G QSFP28 DWDM4 and Non-Coherent Subsystem for COLOR ZR+ Solutions! Read More »

Application scenarios of 5G carrying optical modules

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The 5G bearer network is generally divided into the metro access layer, the metro convergence layer, and the metro core layer/provincial trunk line to implement the forward and middle transmission functions of 5G services. Devices at each layer mainly rely on optical modules to connect. The typical application scenarios and requirements are analyzed as follows: …

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network computing: How to cluster 128 units H100 ?

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The NVIDIA DGX H100 is equipped with eight single-port ConnectX-7 network cards supporting NDR 400Gb/s bandwidth and two dual-port Bluefield-3 DPUs (200Gb/s) supporting IB/ Ethernet networks. The appearance is shown in the following figure. The DGX H100 is equipped with four QSFP56 ports for storage networks and In-Band management networks. In addition, there is one …

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Development of DWDM Transceivers From 100M SFP to 100G QSFP28

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DWDM (Dense wavelength division multiplexing) technology through the simultaneous transmission of multiple optical signals of different wavelengths on the optical fiber, to achieve multi-wavelength multiplexing, improve the transmission capacity of the optical fiber, is designed for large capacity, long distance transmission of the optical module. With the development and construction of 5G communication, DWDM is …

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FIBERSTAMP Launches high sensitivity 400G and 200G QSFP-DD XPSM8 parallel optical modules to enrich the network differentiation pattern

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Singapore Feb. 26th, 2024 – Diverse networks drive the discovery and advancement of differentiated technologies for optical interconnection. FIBERSTAMP recently launched two parallel optical modules, 200G QSFP DD XPSM8 and 400G QSFP DD XPSM8 based on 200G/400G QSFP DD PSM8. Products Instruction 200G QSFP DD XPSM8 – 8X25G NRZ Figure 1 – Rx Sensitivity (dBm)-1E-12 of 200G …

FIBERSTAMP Launches high sensitivity 400G and 200G QSFP-DD XPSM8 parallel optical modules to enrich the network differentiation pattern Read More »

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