Buy the 800G OSFP LPO ATOP AOC Cable at the Best Price in Bangladesh
ATOP 800G OSFP LPO AOC Cable – High-Speed, Low-Power Data Center Interconnect. The ATOP 800G OSFP LPO AOC is a high-quality linear drive pluggable optical cable designed for utilization in 800 Gigabit Ethernet links over 50 meters. This optical cable is engineered without DSP chips, resulting in reduced power consumption and cost. Each end of AOC module features 8 independent electrical input/output channels, operating at 106.25 Gbps per channel. Each end of AOC module is composed of two transmitter/receiver units. The electrical interface of the transceiver complies with the 800GAUI-8 interface and it is also compliant with OSFP MSA. It is suitable for deployment in various network applications, including Internet protocol switches and servers.
Feature | Specification |
---|---|
Package | OSFP to OSFP |
Data Rate | 800G |
Wavelength | N/A |
Component | VCSEL/PIN |
Output Power | N/A |
Rec. Sens | N/A |
Connector | N/A |
Case Temp. | C |
Reach | 1~50m(OM4/OM5) |
Multi-rate | N |
Key Features and Benefits:
- Unparalleled Speed: Achieves blazing-fast data transfer rates of up to 800Gbps for demanding workloads.
- Low Power Consumption: Innovative linear drive technology reduces power consumption compared to traditional AOCs.
- Enhanced Efficiency: Eliminates the need for DSP chips, resulting in lower costs and simplified design.
- High Density: Compact OSFP form factor maximizes port density and space utilization.
- Versatile Applications: Ideal for high-performance computing, cloud data centers, and enterprise networks.
Who Should Buy This Product?
- Upgrade to high-speed 800G connectivity
- Improve data center performance and efficiency
- Reduce power consumption and operating costs
- Enhance network scalability and flexibility
The ATOP 800G OSFP LPO AOC offers a superior solution for data centers demanding maximum performance and efficiency. By providing high-speed, low-power connectivity, this cable empowers businesses to handle the most demanding workloads while optimizing energy consumption.
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