Cambium EPMP 3000L ROW | Access point | 5GHz 2x2 MIMO, RJ45 100
British (UK) / GBP / Prices without VAT
Cambium EPMP 3000L ROW | Access point | 5GHz 2x2 MIMO, RJ45 1000Mb/s

Cambium EPMP 3000L ROW | Access point | 5GHz 2x2 MIMO, RJ45 1000Mb/s

CODE: C050910A221A
266,98 GBP without VAT
Added to cart
local_shipping SHIPPING: 24h
Maximum wireless transmission speed: 600 Mb/s
Number of LAN ports: 1x 10/100/1000BaseTX (RJ45)
Operating frequency: 5 GHz


Wide range of Cambium Networks implementations

ePMP 3000L is a third generation access point (AP) that uses interference immunity mechanisms, emphasizing high performance in sectors from low density point to multipoint. The ePMP 3000L has a 2x2 MIMO connector and can support a variety of implementations, including 90/120 degree sectors, narrow sector corners and even 360 degree coverage in the universe. Cambium 3000L provides TDD synchronization via GPS.

Performance of ePMP 3000

The ePMP 3000L system boasts a high throughput of packets per second, supporting subscriber modules with a peak throughput of up to 600 Mb/s. Cambium ePMP device operates in Gigabit Ethernet 10/100/1000 Mb/s standard.

ePMP 3000 - ideal solution for rural networks

  • Re-use of frequencies - GPS synchronization and SM transmission power control
  • Unmatched performance and scalability - Cambium Networks' MAC addresses protocol supports high performance and low, consistent latency for subscribers
  • With MicroPOP applications, it is ideal for areas with low population density and low number of subscribers, and by supporting narrowband sectors, coverage can be added exactly where needed

Key features of Cambium Networks ePMP 3000L AP

  • 2x2 MIMO support with a maximum throughput of 600 Mb/s
  • Wide frequency range: 4910-5950 MHz
  • 256QAM-5/6, 80 MHz channel support
  • 802.3at compliant with 100/1000 BaseT interface
  • Re-use of frequencies with GPS synchronization and interference mitigation
  • Connector for use with a sector antenna. Also compatible with Twistport Elements adapter for ePMP
  • Network management in the cloud (cloud menagment) or on-site using cnMaestro


Features / filters
LAN standard Gigabit Ethernet 10/100/1000 Mb/s
Maximum wireless transmission speed 600 Mb/s
Number of LAN ports 1x 10/100/1000BaseTX (RJ45)
Operating frequency 5 GHz
Antenna gain 11dBi - 20dBi
Device type Access point
Horizontal beamwidth 90°, 120°,
MIMO Type 2x2
Region / power Cable ROW/EU
Type of device power supply Passive PoE

Spectrum Cambium ePMP
Channel spacing Configurable in 5 MHz increments
Frequency range 4910-5970 MHz (exact frequencies permitted by local regulations)
Channel width 20 | 40 | 80 MHz
MAC addresses Ownership of Cambium
Physical layer Connectorized 2x2 MIMO access
Ethernet interfaced 100/1000BaseT, rate negotiated automatically
Supported power supply methods 29 V Cambium PoE (included)
Protocols to be applied IPv4/IPV6, UDP, TCP, IP, ICMP, SNMPv2c, HTTPS, STP, SSH, IGMP Snooping
Network management HTTPS, SNMPv2c, SSH
VLAN 802.1Q with priority 802.1p
Nominal receiving sensitivity 20 MHz channel MCS0 = -89 dBm to MCS8 (256 QAM-3/4) = -66 dBm
Nominal receiving sensitivity 40 MHz channel MCS0 = -87 dBm for MCS9 (256QAM-5/6) = -64 dBm
Nominal receiving sensitivity 80 MHz channel MCS0 = -84 dBm for MCS9 (256QAM-5/6) = -59 dBm
Modulation levels MCS0 (BPSK) to MCS 9 (256 QAM 5/6)
GPS Sync Via internal GPS or Cambium Sync (the internal GPS receiver also includes a patch antenna and can be used without an external circulating antenna)
Quality of Service Three priority levels (voice, high, low) with DSCP, COS, VLAN ID, IP & MAC Address, Broadcast, Multicast and Station Priority, MIR/CIR support
Link Budget
Antenna 90/120 Degree 2X2 sector antenna (C050900D021B) available
Physical characteristics
Sectoral antenna connection 2 x 50 ohms, RP (reverse polarity) SMA. Also compatible with the RF Elements Twistport™ adapter for ePMP
GPS antenna connection 1 x 50 ohms, RP (reverse polarity) SMA, optional external Puck GPS antenna model available as N000900L030A
Surge suppression 1 joule integrated. C00000000L065A - 30 V Gigabit surge protector recommended for optimal surge protection
Environmental IP67
Transmission power range 0 to +29 dBm (total, up to regional EIRP limit) (1 dB interval)
Temperature -30°C to 60°C (-22°F to 140°F)
Energy consumption 12 W
Input voltage 30 V normal (14 V to 30 V - range)
Weight 0.7 kg (1.5 lbs), without supports
Dimensions (L x W x H) 22.2 x 12.4 x 4.5 cm (8.75 x 4.9 x 1.75 inch), without supports
Encryption 128 bits AES (CCMP mode)
FCCID Z8H-89FT0047
Industry Canada 109W-0047
CE EN 301 893 V2.1.1 (5.4 GHz), EN 302 502 V2.1.1 (5.8 GHz)



B>Basic information - Acces Point ePMP 3000L


Quick start instructions Download
Datasheet Download
New 5G and 802.11ax standards Download
Field experience Download
Brochure EN - ePMP3000L Download


How does Sync GPS radio use active and inactive software banks?

Sync GPS ePMP Radio with built-in GPS contains two flash memory banks, each containing a software version. The flash memory software version that was last installed on the device (using software update procedures) is configured in Active Bank. This software will be used by the device after it is restarted. On the other hand, an inactive bank of the software will be used by the device in case the active bank cannot be used, e.g. due to a failure.

How does Adaptive Modulation Cambium ePMP Force work?

The ePMP series provides an adaptive modulation scheme in which the receiver continuously monitors the quality of the received signal and informs about the remote end of the link of the optimal modulation mode that can be transmitted. In this way, optimum performance can be achieved at all times.

If GPS synchronization fails, what is free running time? What happens after this time?

Synchronization Hold-off Timer is configurable (range: 20 - 86400 seconds). After this time, the wireless radio transmitter will switch off. However, if the sync eu GPS is set before this time has elapsed, the access point will resume normal operation.

Choose a different country or region to shop in the language that suits you
Our site uses cookies (so-called "cookies"). You can find more about these files, as well as about how we process your personal data, in our privacy policy.