ip.access ltd IPA239B Manuale Utente
nano3G
E-class Access Points for
enterprise and public access
nano3G generates a high
quality 3G signal inside
enterprises, shops, homes
and public spaces, using
broadband backhaul for
rapid deployment and low-
cost operation.
quality 3G signal inside
enterprises, shops, homes
and public spaces, using
broadband backhaul for
rapid deployment and low-
cost operation.
The E16 and E24 APs support 16 and 24
simultaneous active users respectively.
simultaneous active users respectively.
A full +24dBm (250mW) of transmit
power, 14.4 Mbps HSDPA and 1.45 Mbps
HSUPA (software upgradeable to HSPA+),
make the E-class range of Access Points
extremely effective for medium and large
in-building deployments.
power, 14.4 Mbps HSDPA and 1.45 Mbps
HSUPA (software upgradeable to HSPA+),
make the E-class range of Access Points
extremely effective for medium and large
in-building deployments.
Full mobility is provided with configurable
Open or Closed Access, bi-directional
handover (i.e. both hand-out and hand-in)
to 3G and 2G macro networks, and support
for the 3GPP Rel 9 Iuh femto standard.
Open or Closed Access, bi-directional
handover (i.e. both hand-out and hand-in)
to 3G and 2G macro networks, and support
for the 3GPP Rel 9 Iuh femto standard.
The E-class APs also feature integrated
Power over Ethernet (PoE+) to simplify
cabling in complex sites by removing the
need for power to be available where the
picocell is deployed. They have removable
antennae with SMA connectors to enable
connectivity into external antennas or DAS.
Power over Ethernet (PoE+) to simplify
cabling in complex sites by removing the
need for power to be available where the
picocell is deployed. They have removable
antennae with SMA connectors to enable
connectivity into external antennas or DAS.
A high-stability oscillator eliminates the
need for multiple high quality NTP servers
that are normally required for maintaining
oscillator discipline on femtocells, and
gives picocell-class timing synchronisation
and optimised startup time.
need for multiple high quality NTP servers
that are normally required for maintaining
oscillator discipline on femtocells, and
gives picocell-class timing synchronisation
and optimised startup time.
The E-class APs offer a flexible
commissioning capability enabling a
choice of approaches to suit any type or
scale of deployment.
commissioning capability enabling a
choice of approaches to suit any type or
scale of deployment.
Easy installation combined with fast
commissioning and AP startup times mean
that sites can be brought into service
quickly and efficiently.
commissioning and AP startup times mean
that sites can be brought into service
quickly and efficiently.
The E-class Access Points
Easy deployment
nano3G E-Class Access Point
nano3G is built on ip.access’ Oyster 3G®
technology, which is field-proven in the
world’s largest femtocell deployment.
Used by Cisco within its end-to-end
femtocell solution, Oyster 3G is the core
femto technology in AT&T’s 3G MicroCell,
deployed nationwide in the United States.
technology, which is field-proven in the
world’s largest femtocell deployment.
Used by Cisco within its end-to-end
femtocell solution, Oyster 3G is the core
femto technology in AT&T’s 3G MicroCell,
deployed nationwide in the United States.
Extensive real-world deployment
experience and expert knowledge are
particularly important in the design of
Radio Resource Management algorithms
that deliver high performance and reliable
mobility whilst minimizing handset battery
impact.
experience and expert knowledge are
particularly important in the design of
Radio Resource Management algorithms
that deliver high performance and reliable
mobility whilst minimizing handset battery
impact.
Proven in the real world
®