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cAP lite

The cAP lite is a tiny access point device, perfect for public locations and hospitality businesses like hotels, airports, shopping malls etc. Included with the product are two different casings, which can easily be swapped out, or, if you really like to fit the design with the environment, we are providing 3D printer friendly design files.

The cAP lite supports 802.11b/g/n and can be powered by power over ethernet. It’s a perfect companion for the MikroTik CAPsMAN (controlled AP system manager), allowing you to control all your AP devices from one central location. The cAP lite can also be used as a stand alone access point with the full potential of RouterOS.

  • Description
  • Reviews (1)
  • Ethernet test results

Description

Product specifications

Details
Product code RBcAPL-2nD
10/100 Ethernet ports 1
802.11b Yes
802.11g Yes
802.11n Yes
Antenna gain 1.5
CPU QCA9533
CPU core count 1
CPU nominal frequency 650 MHz
Dimensions Wall case: 88 x 52 x 20 mm Ceiling case: ⌀88 mm x 20 mm
License level 4
Max Power consumption 4W
Number of chains 2
Operating System RouterOS
PoE in 802.3af/at
Size of RAM 64 MB
Storage size 16 MB
Storage type FLASH
Supported input voltage 5 V – 60 V
Tested ambient temperature -40°C .. +70°C
Wireless chip model QCA9533
Wireless standards 802.11b/g/n
Suggested price

1 review for cAP lite

  1. 5 out of 5

    good


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RBcAPL-2nD QCA9533 100M one port test
Mode Configuration 1518 byte 512 byte 64 byte
kpps Mbps kpps Mbps kpps Mbps
Bridging none (fast path) 8.1 98.4 23.5 96.3 173.6 88.9
Bridging 25 bridge filter rules 8.1 98.4 23.5 96.3 70.9 36.3
Routing none (fast path) 8.1 98.4 23.5 96.3 160.8 82.3
Routing 25 simple queues 8.1 98.4 23.5 96.3 90.8 46.5
Routing 25 ip filter rules 8.1 98.4 23.5 96.3 43.2 22.1
  1. All tests are done with Xena Networks specialized test equipment (XenaBay),and done according to RFC2544 (Xena2544)
  2. Max throughput is determined with 30+ second attempts with 0,1% packet loss tolerance in 64, 512, 1518 byte packet sizes
  3. Values in Italic indicate that max throughput was reached without maxing out CPU, but because board interface configuration was maxed out
  4. Test results show device maximum performance, and are reached using mentioned hardware and software configuration, different configurations most likely will result in lower results