SXT Sixpack

SXT Sixpack

OmniTIK is a weatherproof outdoor AP with dual-polarized omni antennas - the perfect companion for the SXT, or for any other 5GHz 802.11a/n standard device. Weatherproof, durable and ready to use.

It has five 10/100 Ethernet ports, PoE support and a built-in 400mW 802.11a/n wireless radio. Full RouterOS feature set to control all networking in your tower.

SXT is a low cost, high speed 5GHz wireless device. It has a dual chain antenna and supports 802.11n and Nv2 TDMA technology to achieve 200Mbit throughput speed! Complete with a ready to mount enclosure and built-in antenna, this is the perfect CPE! With SXT, connect from up to 5Km to the OmniTIK AP. We are now offering the OmniTIK bundled with FIVE SXT client devices - for the price of five SXT units, you get a complete kit.

 

Throughput results

RB SXT/Omnitik/SEXTANT Series @400Mhz (Dual chain throughput test)	64 byte frames	512 byte frames	1518 byte frames
IP Firewall	Conntrack	Mode	Mbps	Fps	Mbps	Fps	Mbps	Fps
off	off	Bridging	25.4	49600	126.98	31000	199.16	16400
on	off	Routing	23.04	45000	122.88	30000	199.16	16400
on	off	Bridging	16.84	32900	111.41	27200	199.16	16400
on	on	Routing	15.87	31000	102.4	25000	199.16	16400
on	on	Bridging	13.88	27100	90.11	22000	199.16	16400

RB Metal/Groove/SXT/SEXTANT Series @400Mhz (Ethernet only test)	64 byte frames	512 byte frames	1518 byte frames
IP Firewall	Conntrack	Mode	Mbps	Fps	Mbps	Fps	Mbps	Fps
off	off	Bridging	49.66	97000	99.53	24300	99.58	8200
on	off	Routing	34	66400	99.53	24300	99.58	8200
on	off	Bridging	30.77	60100	99.53	24300	99.58	8200
on	on	Routing	25.6	50000	99.53	24300	99.58	8200
on	on	Bridging	18.02	35200	99.53	24300	99.58	8200

1. Notes:
2. All throughput tests done with Xena Networks specialized test system and RouterOS v5, according RFC2544, with Ethernet frame sizes 64, 512, 1558 bytes. Each board is tested with specified number of Ethernet interfaces, to ensure optimal load on hardware.
3. Values in Italics indicate that the maximum possible throughput was reached, limited only by ethernet ports themselves.
4. Click here