TANDBERG F1 D13642.01 Digital Camera User Manual


  Open as PDF
of 152
 
5
1 Introduction
The TANDBERG 1500 MXP system offers superior audio and video quality in a fully featured
unit. MXP stands for Media Experience and indicates the new TANDBERG platform.
Main Features:
 Supports videoconferencing via both IP and ISDN networks.
 Selection of up to 1,1 Mbps call quality.
 Built-in MultiSite
TF
*:
 A maximum of 4 sites + 3 additional telephone calls can participate in
joint meetings.
 Auto Split, Voice Switched, 4 Split and 3+1 Split picture modes
supported.
 Any combination of ISDN and IP participants is possible.
 Supporting H239, DuoVideo, Encryption and H264
 The TANDBERG videoconferencing system can also be used purely
as an audio-bridge (with an ISDN connection).
 Secure Conference
TF -
Embedded encryption for both Point-to-Point and MultiSite call
privacy and security.
 Natural Presenter Package* (NPP) consisting of:
 Duo Video
TF
- allows participants at the far end to simultaneously
watch a presenter on one screen and a live presentation on the
adjoining screen.
 Digital Clarity
TF
- participants enjoy presentations of exceptionally high
quality resolution video.
 PC Presenter
TF
- an easily accessible PC connection over Ethernet
that supports up to XGA resolution.
 PC SoftPresenter
TF
- show PC images via your LAN connection
supporting XGA resolution.
 Natural Video
TF
– provides 60 fields per second true interlaced picture.
 Downspeeding
TF
- if channels are dropped during a videoconferencing session, the
connection is automatically maintained without interruption.
 Streaming – allows broadcasting of audio/video via an IP network.
 Web-interface for streaming, text chat/closed captioning, system management,
diagnostics and software uploads.
 Worldwide compatibility with other standards-based videoconferencing systems.
What's new:
 New Graphical User Interface including new Remote Control
 High quality audio (MPEG-4 AAC-LD)
 SXGA (h)Tj46 0 TD(i)Tj1836 TD(l)Tj18 0D(e)Tj47 0 TD( )Tj23 0 TD(nTD(t)Tj24 0 TD(i)Tj8TD(o)Tj46 0 T87j29 0 TDdr)Tj28 0 TD(f g0 G23 0 T(l)Tjr)Tj28 0 TD(a)Tj46 0 TD(p)Tj47 0 TD(h)Tj46 0 TD7 0 TD(l)Tj183 Tm(!)Tj38 0D( )Tj23 0 TD(s)Tj42TDdrf g0 G23 0 T(l)Tjrd7/F0 83 Tf1 046 0 TD(g)Tj46 0 T(w)Tj59 0 TD(i)To 0 TD(a)Tj46 0 TD bur
 previous next