5

Fax Support (W25 only)

 

To enable Fax support the Ericsson W25 uses the Voice over IP (VoIP)

 

protocol called SIP.

 

The Ericsson W25 works as a fax gateway between the POTS interface

 

and the IP network using the T.38 protocol. The fax machine is connected

 

to one of the two POTS interfaces on the Ericsson W25, which is dedicated

 

for a fax machine.

 

Connected to this fax port is a SIP user agent, which manages and controls

 

the media streams by using the SIP protocol towards the SIP server and

 

media Gateway.

5.1

Signaling

 

The Ericsson W25 conforms to the SIP protocol (RFC 3261).

5.2

Security

 

The Ericsson W25 authenticates towards the VoIP system using the HTTP

 

Digest Authentication mechanism.

5.3

Media Stream

 

To transfer the fax call the T.38 protocol is used.

5.3.1

Jitter Buffer

 

To handle latency and jitter the W25 has a jitter buffer.

5.3.2

Echo Canceller

 

To improve the fax transfer, the Ericsson W25 has an echo canceller in

 

accordance with G.168.

5.3.3

QoS

 

The outgoing VoIP related traffic will be prioritized before other traffic from

 

the Ericsson W25 to reduce the uplink delay and jitter.

221 02-FGB 101 327 Uen C – December 2006

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Ericsson W2x Series manual Fax Support W25 only, Signaling, Security, Media Stream

W2x Series specifications

The Ericsson W2x Series is a robust line of advanced wireless communication solutions designed to meet the growing demands of both urban and rural environments. With a primary focus on enhancing mobile broadband experiences, the W2x Series represents a significant leap in technological capabilities, featuring both hardware and software innovations that drive connectivity forward.

One of the core features of the W2x Series is its support for next-generation mobile standards, including 5G New Radio (NR). This enables operators to deliver higher data speeds, reduced latency, and increased capacity to end-users. Leveraging Massive MIMO technology, the W2x Series utilizes multiple antennas at the base station, allowing for simultaneous connections and more efficient spectrum usage. This results in improved coverage and enhanced overall network performance.

The W2x Series also integrates advanced beamforming techniques. These techniques focus the signal in specific directions, which not only improves signal strength but also minimizes interference. This capability is particularly beneficial in dense urban environments where signal degradation can be a challenge.

In addition to its impressive 5G capabilities, the W2x Series is designed for seamless integration with existing 4G networks, ensuring operators can provide a smooth transition for users without significant disruption. This backward compatibility is crucial as it allows for a gradual rollout of new services while maintaining support for legacy devices.

Power efficiency has been a key consideration in the design of the W2x Series. The advanced hardware is engineered to consume less energy, thereby reducing operational costs and contributing to sustainability goals. Additionally, the series supports Intelligent Energy Management features that optimize power consumption based on real-time usage patterns.

Another distinguishing characteristic of the W2x Series is its modular architecture. This flexibility allows network operators to customize their deployments according to specific regional needs and operational requirements. Whether installed in remote locations or urban centers, the W2x Series can adapt to various physical and environmental constraints.

Security is also paramount in today's connected world. The W2x Series incorporates robust security frameworks that safeguard user data and ensure compliance with international standards. This focus on security fosters trust among users as well as network operators.

In summary, the Ericsson W2x Series stands out with its cutting-edge features, including 5G NR support, Massive MIMO, beamforming technology, and modular design. Combined with energy efficiency and enhanced security, this series is well-equipped to support future wireless demands, making it a vital asset for network operators looking to enhance service offerings and user experiences.