Israel Teliswitch believes that its AODF technology has a very bright future. An Israeli technology supplier has seen the market growth of automated optical distribution frames (AODF) because of the surge in telecommunications investment, especially for floods and natural disasters in the post-Covid-19 scenario. advanced technology.

As the government and private investors restarted massive investments in today's much-needed connectivity infrastructure, and in the post-Covid-19 situation, Israel Teliswitch sees extremely bright prospects for its AODF technology.

Now, the work-from-home (WFH) model that has prevailed due to the Covid-19 pandemic has led to an increase in the demand for Internet connections in offices and homes than ever before.

As floods and natural disasters further highlight the Covid-19 situation, Teliswitch sees a huge opportunity to provide flexible AODF technology for telecom and data center operating companies.

AODF is an important supporting device for the interconnection of optical cables in optical transmission systems, and is a vital part of the communication network in long-distance trunk and network relay transmission.

"Our new network service recovery solution allows optical network operators to automatically switch to a backup, pre-defined optical fiber link in the event of a natural disaster or man-made damage leading to fiber optic cable failure," Teliswitch said.

Fiber optic cables are the backbone of today's network infrastructure.

If the cable is partially or completely damaged due to man-made or natural disasters (such as the typical typhoon in the Philippines and other typhoon belts), most of the network will be disconnected.

It may take weeks or even months to update services in the damaged area.

TeliSwitch's solution enables quick and automatic connection with spare or spare cables-using its automatic optical distribution frame (AODF) for real-time connection.

Its technical advantages are fast-effectively achieve zero time lag for users-and automatic repair of damage.

"As far as the user connection is concerned, there is no time lag, because the user will not even notice what is wrong somewhere, because switching from one damaged or defective line to another is automatic."

Robotics is changing seamless user connections. No human presence is required on site.

The company's AODF is a cost-effective all-optical switch that uses a single switch robot and advanced image recognition.

AODF is remotely operated and can withstand severe weather conditions, so connectivity can be ensured even without physical access to AODF.

In the new version, users can now use Elements Management Software (EMS) to monitor and manage complex end-to-end interconnection solutions. Once the system detects a fiber link failure, these solutions can be executed automatically.

"TeliSwitch's opto-mechatronics design keeps our AODF link connections active, even during power outages or system maintenance. The AODF solution includes a SW-based element manager system for real-time, comprehensive viewing The physical layer of the fiber optic network."

TeliSwitch CEO Rafi Benatar (Rafi Benatar) said that in order to cope with the expected damage to communication networks caused by climate change, optical networks must be automated at the physical layer.

Automatic feature recognition (AFR) is an important tool for computer system automation and should be implemented to provide rapid recovery from natural disasters.

Teliswitch is a leading supplier of automatic optical distribution frames for fiber optic network connections.

Its element management software (EMS) provides remote and central management.

The company's system has been successfully deployed by telecom operators around the world.

As Covid-19 has intensified the global demand for connectivity, the International Telecommunications Union (ITU) predicts that the telecommunications industry will continue to grow because 49% of the world’s people do not use the Internet.

"The network coverage gap is even greater. 83.9% of the world's population is not covered by 5G. A large part of the rural population still does not have broadband network services: 29% of the world's rural population does not have 4G network services."

The provision of state-of-the-art network and data solutions is increasingly being affected to skillfully build and better manage fiber optic infrastructure in telecommunications and data centers to achieve maximum efficiency while bridging the gap in current network deployment.