Specifications

Product Description
IP Office Release 7.0
© 2011 AVAYA All rights reserved.
Page 240
Issue 22.a.- (21 March 2011)
· All Video connections are “end to end”. IP Office does not negotiate e.g. Video Codes; this will be done
by the Video endpoints (via IP Office) only. The Video-capability is therefore depending on the used
devices. It was confirmed that IP Office works with both H.263 as well as H.264 Codecs
· Video calls have limited functionality. While with most devices hold and transfer works, this is of course
depended on the tested device. IP Office feature access codes are available for Video telephones and
e.g. call forwarding will function with Video devices. Forward to voice mail will work but will only record
audio streams, no Video calls.
· IP Office supports a single Video call per session only. No dual Video channels for e.g. Video and
sharing of applications are possible.
· A single endpoint can accept several video calls in parallel. That makes it possible to leverage “MCU”
(Multi conference Unit) functionality in an endpoint like inside the Avaya 1040 system. It makes Video
conferences between a device with MCU and several other endpoints possible.
· Typical bandwidth requirements for HD video:
Video bandwidth needed per call (transmit and receive, Audio bandwidth not included) for e.g. the
Avaya 1010/1040 Video Conferencing systems.
o
1010: 1 Mbps for 720p/30fps
o
1040:
§
768 Kbps for 720p 30fps
§
1.1 Mbps for 720p 60fps
§
1.7 Mbps for 1080p 30fps
Power Options for IP Telephones
Avaya supports the IEEE 802.3af, standard for Power over Ethernet (PoE) on its range of IP telephones. With
Power over Ethernet, both power and data are carried over one CAT 5 Ethernet cable. Deploying IP telephones
utilizing Power over Ethernet eliminates the need for local power supplies, AC adapters and cables, and allows
power to be provided from the wiring closet/switch room where it can be easily connected to a UPS system.
There are several power options, in addition to IEEE Power over Ethernet, available to customers to power their
Avaya IP telephones.
· Avaya individual Power Supply for 4600 and 5600 telephones
Individual power supplies that can be used to power each IP phone which provides a single 48 volt
output. The power supply can operate globally within a wide range of Alternating Current (AC) input
voltages: 90 - 264 Volts Alternating Current (VAC), 47-63 Hz. This power supply has a green indicator
(LED) that shows the unit has power to the PHONE socket on pins 7&8 of the CAT5 cable. This item is
available in two different versions, with and without an internal battery for uninterrupted power to the
phone.
· Avaya individual Power Supply for 1600 Series telephones
The 1600 Series telephones have a special power connecter to allow the connection of a cost efficient
power supply. These power supplies come in several versions for different countries and voltages.
· Avaya Power over Ethernet adapter for the 1603 phone
The 1603 phone does not support Power over Ethernet natively. A small adapter is needed. The adapter
will fit completely in the stand of the phone, offering a cost efficient option of either using a power
supply or a PoE adapter.
IP Telephone Power Consumption
Measured in Watts using an IEEE 802.3af power supply at 48V. This table shows the power consumption of the
telephones currently shipping. Older versions of telephones might have a different power requirement.
Power Consumption (Watts)
Telephone
PoE
Class
Conservation
Mode
Typical
Max Power
4602SW, 5602SW
2
4.1
N/A
5.0
4610SW, 5610SW
2
4.0
N/A
6.0
4621SW, 5621SW
2
4.9
N/A
6.45
4625SW
3
7.8
N/A
9.42
1603/1603SW
2
4.32
3.75
5.10
1608
2
4.66
3.76
5.69
1616
2
3.17
2.83
3.65
Gig Adapter
–
3.16
N/A
5.81
9620L
1
2.1
2.2
2.7
9620C
2
4.6
4.9
5.3
9630G
2
4.6
4.9
6.1