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Groove A-2Hn-32

The GrooveA-2Hn-32 is our smallest outdoor series model - a fully featured RouterBOARD powered by RouterOS. Weatherproof, durable and ready to use. It has one 10/100 Ethernet port with PoE support and a built-in 630mW 802.11b/g/n wireless radio (2192-2732MHz depending on country regulations). With the Nv2 TDMA technology, 125Mbit aggregate throughput is possible, limited only by the ethernet port!

It comes with L4 license, so you can attach your favorite 2.4Ghz antennna to use it as an AP, to make wireless point-to-point links or as a CPE- whatever you prefer!

It has a built-in N-male connector, so you can attach it to an antenna directly, or use a standard antenna cable. LED signal indicators make it easy to install and align.

Package contains Groove A-2Hn-32 unit, mounting loops, PoE injector, 24V power adapter

Product specifications

Details
Product code	RBGrooveA2Hn
CPU speed	400MHz
RAM	32MB
Architecture	MIPS-BE
LAN ports	1
Gigabit	No
MiniPCI	0
Integrated Wireless	Yes
Wireless standards	802.11b/g/n
PoE	8-28V DC on Ether1
Voltage Monitor	No
PCB temperature monitor	No
CPU temperature monitor	No
Dimensions	177x44x44mm
Operating System	RouterOS
Temperature range	-30C to +70C
RouterOS License	L4
TX power	28dBm
CPU	AR7241
Max Power consumption	5W

Performance test results

RBGrooveA2Hn		One 100M port test (400Mhz)		RouterOS v6.0rc6
Mode	Configuration	64 byte		512 byte		1518 byte
Mode	Configuration	kpps	Mbps	kpps	Mbps	kpps	Mbps
Bridging	none (fast path)	148.0	97.1	23.5	99.6	8.1	99.8
Bridging	25 Bridge filter rules	53.7	35.2	23.5	99.6	8.1	99.8
Routing	none (fast path)	148.0	97.1	23.5	99.6	8.1	99.8
Routing	25 Simple Queues	92.8	60.8	23.5	99.6	8.1	99.8
Routing	25 IP filter rules	37.5	24.6	23.5	99.6	8.1	99.8

All tests are done with Xena Networks specialized test equipment (XenaBay),and done according to RFC2544 (Xena2544)
Max throughput is determined with 30+ second attempts with 0,1% packet loss tolerance in 64, 512, 1518 byte packet sizes
Values in Italic indicate that max throughput was reached without maxing out CPU, but because board interface configuration was maxed out
Test results show device maximum performance, and are reached using mentioned hardware and software configuration, different configurations most likely will result in lower results