Allrunopti's idea of making Optical Transceiver is very simple: different scenarios require different things, so the product must be able to "check the number". It's not just to make the parameters high, but to make it work stably in more scenarios, saving trouble and worry.
1. The bandwidth requirements are different, and the speed is fully covered
Now that network traffic is rising rapidly, especially for services such as video, cloud services, and AI computing power, it is easy to get stuck if the bandwidth is not enough. Allrunopti's Optical Transceiver is available from 100G to 800G. Enterprises can deploy it according to current requirements first, and upgrade it directly when expanding capacity later, without major system changes.2. The device interface is different, and the packaging should be diverse
Different manufacturers have different equipment interface standards, including QSFP, QSFP-DD, and OSFP. Allrunopti's product line has made all common packages, and it will also run it on multi-brand devices during the test to ensure that it can be used when plugged in without tossing.3. The transmission distance is different, and the optical design should change accordingly
Short-distance interconnection in the computer room and long-distance transmission across cities or even across countries have completely different design requirements for Optical Transceiver. Allrunopti's products cover various distances from tens of meters, several kilometers to hundreds of kilometers. Whether it is high-density interconnection or long-distance backbone transmission, there are corresponding solutions.4. Stability is more important than anything else
When there is a problem with the network, it is usually not the big parts that are broken, but the widgets that are broken. Allrunopti will do automatic optical path adjustment and precision pairing during production, and will repeatedly conduct high and low temperature, vibration, aging and other tests to troubleshoot possible fault points in advance, and subsequent operation and maintenance will be troublesome.5. Consider power consumption and heat dissipation to save operation and maintenance costs
Large-scale deployment of Optical Transceiver, power consumption and heat dissipation are the bulk of operation and maintenance. Allrunopti optimized power consumption during design, and also improved the heat dissipation structure of the shell, so that the temperature of the computer room can be more stable and the life of the device can be extended.6. Multi-scenario requirements
Data Center: High-speed interconnection between servers and switches5G Network: Large Bandwidth Transmission between Base Station and Core Network
AI Clusters: High-Speed Data Exchange Between GPUs
Backbone Transmission: Cross-city or even Transnational Link Deployment
What these scenarios have in common is: the cost of errors is high, and the loss of downtime is large, so module stability is critical. Optical Transceiver looks like a small component, but to use it well, it must be able to adapt to the needs of different speeds, interfaces, and distances, and it must be stable in operation. Allrunopti's Optical Transceiver is designed to meet these actual needs. It is worry-free to use, has good compatibility, and has stable performance. It is very good for those networks that pursue reliable operation.
