Data networking
Ethernet switches ranging from L2 unman aged through to fully managed L3 switches.
o 1 RU Ethernet switches with port density ranging from 8 – 48 physical ports.
o Electrical and optical interfaces.
o Port speeds: 10Mbps, 100Mbps, 1000Mbps and 10Gbps.
o Power Over Ethernet (POE) compliant switches deployed when IP cameras, IP phones or WiFi access points are required.
- 80211a/b/g/n wireless data networks (WiFi):
o Wireless design, implementation and maintenance.
o Wireless site audits.
- Redundant power options.
- Network design to correctly deliver voice, video and data.
- Network inspection, audit and analysis.
- Firewalls and IDC systems.
- Session Border Controllers (SBC) for IP Telephony deployments.
- PON deployments:
o Point to multi-point Passive Optical Network (PON) which eliminates the requirement for any powered equipment between the communications room and the various endpoints.
o Applicable for new retirement villages, gated communities and residential estates.
o Fibre optic PON cabling systems deliver an integrated "triple-play" service providing: § Voice. § Video. § Data.
o UIG can deliver PON services via the following internationally accepted standards:
GEPON (1.25 GBPS per PON supporting optional TV overlay).
GPON (2.5 GBPS per PON supporting optional RF TV overlay). §
Endpoint ONTs (Optical Network Termination) efficiently convert fibre network protocol to traditional analogue telephony (POTS), Ethernet (used for internet connectivity, smart metering connectivity and optionally IP Television) and, if required, RF for traditional TV reticulation.
- Private (internal DSL) deployments:
o Applicable for retrofit of retirement villages, gated communities and residential estates in order to deliver services over existing telephone grade copper cable networks (often avoiding the requirement to recable).
o Copper based DSL networks deliver an integrated "triple-play" service providing: Voice, Video and Data.
o UIG can deliver DSL services via the following internationally accepted standards:
ADSL2+ (theoretical 24MBPS per circuit optionally overlaid across analogue telephony service).
VDSL2 (theoretical 100MBPS per circuit optionally overlaid across analogue telephony service).
Endpoint modems efficiently convert DSL network protocol to Ethernet which is used for internet connectivity, smart metering connectivity, optional IP Television and, if required, optional IP voice.
- Voice services can be optionally deployed as traditional analogue POTS.
- Network maintenance.
