The higher the speed of optical communication, the more affected by dispersion. The “low loss wavelength region” optical band from 1260nm to 1625nm is most suitable for transmission in optical fibers. The transmission loss and optical band relationship is shown in the following figure below. Figure 1 – The relationship between the transmission loss and optical band […]
Why To Use O-BAND In Optical Communication? Read More »
Data Center to Computing Power Center With the rapid development of high computing power applications such as AI and machine learning, diversified businesses such as autonomous vehicles, big data streaming, and ChatGPT emerge one after another. As an infrastructure to support applications such as AI and machine learning, compared with CPU (central processing unit) computing
Why to Choose Silicon Photonics in Data Center? Read More »
June 25, 2024. Singapore – FIBERSTAMP has launched Color ZR+ 100G QSFP28 PSM DWDM4 optical transceivers for Non-coherent subsystems in March this year. It is based on 4x25G NRZ four-carrier DWDM solution, available in C-BAND and O-BAND series. Efficiently spanning distances of more than 80 km, it provides a more cost-effective DWDM transport solution for
FIBERSTAMP Releases Color X O-BAND 100G QSFP28 DWDM1 Silicon Optical Transceivers Read More »
FIBERSTAMP has been in the silicon optics industry since 2018 and already has the following basic capabilities: High-performance silicon optical transceiver module hardware design platform The silicon optical coupling technology platform of the whole series of technical solutions Highly reliable optical package structure Automatic silicon optical production line with monthly output of 10K FIEBRSTAMP has
Fiberstamp’s way to Silicon Photonics development Read More »
May 17, 2024. Singapore – In response to the comprehensive goals of large-scale commercialization and technological advancement of the 800G architecture in domestic and foreign AI data centers, FIBERSTAMP today announced the launch of 800G OSFP DR8/DR8+/DR8++& 800G OSFP 2×FR4/2×LR4 series of silicon optical transceivers based on 7nm DSP with a power consumption of 16W The transceivers
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
AI data center network architecture requirements: 400/800G optical Transceivers Read More »
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
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 »
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
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