Fiber Access: The secret of 5G's success
The extraordinary future of 5G with Fixed Networks
Nokia and Vodafone trial record-breaking 100G PON
Nokia and Vodafone have successfully trialed a new PON technology which delivers record speeds of up to 100 Gb/s on a single PON wavelength. This is 40 times faster than widely deployed GPON technology, and 10 times faster than the most advanced fiber networks in operation today.
This trial shows that there are no limits to fiber networks. Their huge capacity potential and wide availability will transform fiber into a unifying infrastructure that connects everything: consumers, businesses, smart cities, 5G cells, and more.
The vital role of broadband in society
The global crisis created by COVID-19 will have a profound and long-lasting impact on humanity. Governments and industries will, of course, all need to evaluate the long-term implications. However, for the broadband industry, this reflection must start now.
Better together: fiber access and 5G break the Gigabit barrier
Gigabit broadband to everybody, everywhere: that's the goal. Together, 5G and fiber can make it a reality. Where 5G will be in most demand, fiber access networks can be used to connect all the small cells and offload traffic.
Where fiber access can't quite reach, 5G can provide the final connection to bring Gigabit broadband into homes and businesses.
When complementing each others' deployments like this, 5G and fiber bring better broadband to more people, more quickly, and more cost-effectively than either can alone.
5G networks depend on fiber networks because only fiber can support the massive connectivity, super-high data rates and low latency that 5G demands. For 5G to be successful, we need fiber all the way to the cell. FTTH networks already exist where 5G is needed most, so it makes perfect sense to use them for 5G transport.
- It makes for faster (and cheaper) 5G deployments than building separate transport networks.
- It's ready to scale, as FTTH can easily handle 5G densification and increased traffic.
- It supports software-defined network slicing for a dedicated, low-latency mobile transport slice.
An analysis by Bell Labs Consulting shows that leveraging existing FTTH networks can decrease 5G transport costs by more than 50% compared to traditional solutions.
Market-leading fiber access portfolio with the performance and flexibility needed for Gigabit fixed broadband and 5G anyhaul services.
Give your FTTH network the capacity and scale to support mobile anyhaul alongside ultra-broadband residential and business services.
Create discrete virtual networks to ensure dedicated network performance for 5G anyhaul, residential and business broadband.
See how other communication service providers are combining fixed access to deliver 5G experiences.
Complement your 5G thinking
Software-defined access networks: how to get past the “how?”
Nobody wants to manage a 21st century broadband network like a 40-year old telephony system
Orange cloud announces a new dawn for broadband
Game on! How broadband providers can monetize ultra-low latency services for gamers
5G and fiber: friends with benefits
Quantifying the cost benefits of FTTH for 5G transport
The improved Nokia WiFi Mesh: Wi-Fi EasyMesh without compromise
Finding inspiration for low-latency Wi-Fi at the supermarket
Our intent: make broadband “business as unusual”
Multi-PON enables NG-PON migration your way
SDAN: making a business case that can’t be refused
25G PON for 5G anyhaul
Gain capacity and scale for your mobile transport needs with FTTH networks
Software-defined access networks
Renew your ability to scale your fixed network
Take your fiber network to the next level
Nokia WiFi for service providers
Create a perfect broadband experience in every corner of the home
Increase revenues and connect new customers with fixed wireless access
Break down barriers to fiber deployment
Fixed networks services
Deliver gigabit services by building ultra-broadband networks
Nokia Optical LAN
A smarter way to structure the Local Area Network