SANTIS ADSL 50/500 User Manual

Multiple PVCs Mode

 

 

 

 

 

128.12.0.0

ISP a

 

 

 

 

Service

 

 

ADSL

 

 

PVC2b

 

 

(PPPoE)

 

Aggregator

 

Hub

Router

 

 

 

PVC2

 

 

 

 

 

 

 

 

 

 

 

Loop

 

 

 

ISP b

 

 

PVC1

 

STM-1

PVC1a

 

 

 

 

 

 

(IPoA)

DSLAM

 

140.196.0.0

 

 

 

 

 

 

PC(s)

Public IP(s)

Pre-assigned by ISPs

RADIUS

Server

Description:

As this ADSL Router supports multiple PVCs in the ADSL loop, you are allowed to configure several logical channels in one physical loop. You can use mixed encapsulation types by applying them to different PVCs. When the system starts up, it will connect to CO site through the PVCs according to the sequence they are created. Therefore the default route will be the last PVC you created. You can also modify the default route manually from the IP Route page.

The traffic from CPE side will be sent to different PVCs according to the routing rules.

Configuration:

1.Start up your browser and type 192.168.1.1 as the address to enter this ADSL web-based manager.

2.Create the first PVC (e.g. PVC1) using the RFC1483 data mode. Refer to the section of “Router Mode” for details.

3. Create the second PVC (e.g.PVC2) using the PPPoE data mode. Refer to the section of “PPPoE + NAT Mode” for details.

4.Save the configuration by execute System >Save and System >Restart to restart your router for initiating these settings.

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Siemens ADSL 500 user manual Multiple PVCs Mode

ADSL 500, ADSL 50 specifications

Siemens has made significant contributions to telecommunication technologies, particularly in the realm of Asymmetric Digital Subscriber Line (ADSL). Two prominent products in their portfolio are the Siemens ADSL 50 and ADSL 500, both designed to enhance broadband connectivity for residential and business users.

The Siemens ADSL 50 is a versatile modem that supports downlink speeds of up to 50 Mbps, making it ideal for users who require substantial data bandwidth for activities such as streaming, gaming, and video conferencing. One of its key features is the ability to optimize connection stability using advanced modulation techniques like DMT (Discrete Multi-Tone). This ensures efficient data transmission by dividing the bandwidth into multiple channels, allowing simultaneous data transfer without significant interference.

Another notable characteristic of the ADSL 50 is its built-in Quality of Service (QoS) functionality. This feature enables prioritization of traffic, ensuring that real-time applications like VoIP or online gaming experience minimal latency and jitter. The device is also equipped with multiple Ethernet ports, providing connectivity for various devices within the home or office.

Meanwhile, the Siemens ADSL 500 takes connectivity a step further by offering a higher maximum downlink speed of up to 500 Mbps. This model caters to users with more demanding bandwidth requirements, such as large enterprises or tech-savvy households with multiple users. Like the ADSL 50, the ADSL 500 employs advanced modulation techniques to manage data traffic effectively.

The ADSL 500 also features enhanced security protocols to safeguard user data, including WPA2 encryption for wireless connectivity, which is essential in today's digital landscape where cybersecurity threats are prevalent. Its compatibility with IPv6 ensures that it remains relevant as the industry transitions to this next-generation internet protocol.

Both models come with user-friendly configurations, typically allowing for quick set-up through web-based interfaces. They often include features like remote management and diagnostics, enabling users to troubleshoot connection issues efficiently.

In summary, the Siemens ADSL 50 and ADSL 500 provide robust solutions for broadband connectivity, combining high-speed capabilities with advanced features to meet the evolving needs of users. Their focus on stability, efficiency, and security makes them reliable choices for anyone looking to enhance their internet experience.