Compared to VDSL, the latest change to the VDSL standard offers a significant increase in the potential data rate.
With what is known as Supervectoring (also called: Vectoring+, Super Vectoring or Supervectoring 35b), the transmission frequency on existing copper lines after vectoring is significantly increased again. Speeds of up to 300 Mbps are possible.
How does Supervectoring work?
The following figures illustrate the difference between VDSL without Vectoring, VDSL with Vectoring, and VDSL with Supervectoring:
The graphic shows a normal VDSL connection. The data stream from a main distribution point is transmitted via fiber to a distribution box and then transported (for example) to households via copper cable.
The scenario is unchanged. Here, too, the data stream from a main distribution point is transmitted via fiber to a distribution box and then transported (for example) to households via copper cable.
Compared to normal Vectoring, Supervectoring increases the frequency spectrum from 17 MHz to 35 MHz. Especially over short distances, this results in a significant speed gain of up to 300 Mbps between the distribution box and the router.
The LANCOM Supervectoring portfolio
Apart from the conversion of the distribution boxes, end users wishing to use Supervectoring need the correct router at their connection.
Our Supervectoring routers
- The right device for every user: The LANCOM portfolio includes modern Supervectoring routers for the business sector.
- Also available with WLAN or 5G / LTE-Advanced / 4G backup
- Easy migration of telephony from ISDN to IP-based connections (All-IP)
- Secure VPN site connectivity
You have questions about our products or solutions, or are you looking for a LANCOM sales partner? Then let us know your wishes via contact form or feel free to contact us by phone.
Inside Sales International Team
+49 (0)2405 49936 122