Configuration Files

Attribute

Permitted Values

Interpretation

 

 

 

lcl.ml.lang.clock.x.longFormat

0, 1

If attribute present, overrides

 

 

lcl.datetime.date.longFormat.

 

 

If 1, display the day and month in long format

 

 

(Friday/November), otherwise use

 

 

abbreviations (Fri/Nov).

 

 

 

lcl.ml.lang.clock.x.dateTop

0, 1

If attribute present, overrides

 

 

lcl.datetime.date.dateTop.

 

 

If 1, display date above time, otherwise

 

 

display time above date.

 

 

 

lcl.ml.lang.y.list

“All” or a

A list of the languages supported on

 

comma-separated list

hardware platform ‘y’ where ‘y’ can be

 

 

IP_500, IP_600, or IP4000.

 

 

The IP_500 platform does not support any

 

 

Asian languages. The IP_4000 platform

 

 

does not support Slovenian.

 

 

 

lcl.ml.lang.tags.x

string in the format

The format is:

 

language_region,

•

The first two letters are the ISO-639

 

language; preference

 

language abbreviation.

 

level

•

The next two letters are the ISO-3166

 

 

 

 

 

country code.

 

 

•

The next two letters are the ISO-639

 

 

 

language abbreviation.

 

 

•

The remainder of the string is the

 

 

 

preference level for the display of the

 

 

 

language, or English if the language is

 

 

 

not available

 

 

For example:

 

 

lcl.ml.lang.tags.1 =

 

 

“zh-cn,zh;q=0.9,en;q=0.8”

 

 

For more information, refer to the

 

 

Accept-Language header definition in the

 

 

HTTP RFC 2616 at

 

 

http://www.w3.org/Protocols/rfc2616/rfc2616

 

 

-sec14.html#sec14.4

 

 

 

 

To add new languages to those included with the distribution:

1.Create a new dictionary file based on an existing one.

2.Change the strings making sure to encode the XML file in UTF-8 but also ensuring the UTF-8 characters chosen are within the Unicode character ranges indicated in the tables below.

3.Place the file in an appropriately named folder according to the format language_region parallel to the other dictionary files under the SoundPointIPLocalization folder on the boot server.

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Image 177
Polycom SIP 3.1 manual Lcl.datetime.date.longFormat, Lcl.datetime.date.dateTop, Lcl.ml.lang.tags.1 =, Zh-cn,zhq=0.9,enq=0.8
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SIP 3.1 specifications

Polycom SIP 3.1 is an advanced session initiation protocol designed to enhance voice and video communication in various business environments. As a pivotal component of Polycom’s telecommunication solutions, SIP 3.1 offers several features and characteristics that cater to the evolving needs of modern enterprises, particularly those that rely on seamless and efficient communication.

One of the standout features of Polycom SIP 3.1 is its robust interoperability. This protocol supports a wide range of endpoints and platforms, allowing organizations to integrate their existing systems with new technologies effortlessly. This flexibility ensures that businesses can leverage their previous investments while upgrading to the latest communication tools.

Another key aspect of Polycom SIP 3.1 is its enhanced call management capabilities. The protocol facilitates efficient call handling, enabling users to manage multiple calls seamlessly. Features like call hold, transfer, and conferencing are streamlined, which enhances productivity by allowing for efficient collaboration among team members. Additionally, it is optimized for low latency and high-quality audio, ensuring that conversations are clear and free from disruptions.

Security is paramount in today’s digital landscape, and Polycom SIP 3.1 addresses this concern with advanced encryption standards. By integrating security features such as Transport Layer Security (TLS) and Secure Real-time Transport Protocol (SRTP), it protects sensitive communication from unauthorized access and ensures that data remains confidential throughout the call.

Polycom SIP 3.1 also boasts compatibility with various video codecs, making it a versatile choice for video conferencing. This compatibility ensures high-quality video streams, which is essential for effective visual communication in remote meetings. Furthermore, the support for the H.264 codec provides efficient bandwidth usage, making high-definition video conferencing accessible, even in varying network conditions.

Moreover, the protocol provides strong support for presence and instant messaging, which enhances real-time communication among users. This integration of voice, video, and messaging capabilities fosters a more connected and collaborative work environment, allowing teams to engage effectively regardless of their geographical locations.

In summary, Polycom SIP 3.1 stands out as a sophisticated solution tailored to meet the demands of modern business communication. With its emphasis on interoperability, call management, security, video quality, and real-time collaboration, it caters to companies of all sizes seeking to optimize their communication infrastructure and enhance productivity in the workplace. As businesses continue to navigate the complexities of digital communication, Polycom SIP 3.1 remains a compelling choice in the market.
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