Designed to Operate in High Interference Environments
Wireless service providers and enterprises around the globe are challenged to deliver reliable connectivity in overcrowded RF environments. As spectrum increasingly becomes a scarce commodity, finding the right broadband connectivity solution is vital for all low and high density types of deployments.
Cambium Networks’ ePMP™ Force 130 5 GHz is an affordable subscriber module particularly well-suited for markets where price is key.
The ePMP Force 130 5 GHz is designed to operate in high interference environments and provides throughput of up to 140 Mbps with bi-directional traffic of real user data.
Configurable Modes of operation ensure robust adaptivity to both symmetrical and asymmetrical traffic while providing high performance and low round-trip latency.
QoS management offers outstanding quality for triple play services – VoIP, video and data and provides three levels of traffic priority.
The ePMP Force 130 is available in both 5 GHz and 2.4 GHz options.
Installation is a breeze for pole and wall mounting.
The ePMP Force 130 5 GHz is compatible with ePMP 1000 and ePMP 2000 Access Points. It also inter-operates with the ePMP 3000 in backwards compatible 802.11n mode.
The ePMP Force 130 is available in EMEA, CALA and APAC regions where type approved. It is NOT avaialble in North America.
Channel spacing
Configurable on 5 MHz increments
Frequency range
5150 - 5970 MHz
Channel width
5 | 10 | 20 | 40 MHz
MAC (Media Access Control) layer
Cambium Proprietary
Physical layer
2x2 MIMO/OFDM
Ethernet interface
10/100 BaseT
Protocols used
IPv4, IPv6, UDP, TCP, IP, ICMP, SNMPv2c, HTTPs, STP, SSH, 24V POE, IGMP Snooping
Weight
0.35 kg (0.88 lbs)
Surge suppression
1 Joule Integrated
Environmental
IP55
Temperature
-30°C to +55°C (-22°F to +122°F)
Wind survival
125 km/hour (78 mi/hour)
Purpose-built Wireless Transport for Video Surveillance / CCTV
High Performance, Scalability and Reliability
Ultra-high performance and cost-effective fixed wireless broadband connectivity platform