RB435G

Five miniPCI slots and three Gigabit Ethernet ports give you enough connectivity options to use the RB435G as the central part of your network. Now with Gigabit ports, to properly utilize all the speed 802.11n with Nv2 wireless.

Five miniPCI slots to be used for four sectors and a backbone, or any other configuration you need- RB435G has largest number of miniPCI slots from all our products. If you need to utilize many miniPCI cards - RB435G is your choice!

The two USB 2.0 ports can be used for extending storage, adding a 3G wireless modem for backup connectivity,for a mobile installation or all together.

Product specifications

Details
Product code	RB435G
CPU speed	680Mhz
RAM	256MB
Architecture	MIPS-BE
LAN ports	3
Gigabit	Yes
MiniPCI	5
USB	2
Memory Cards	1
Memory card type	microSD
Power Jack	8-30V DC
802.3af support	No
PoE	8-28V DC on Ether1
Voltage Monitor	Yes
CPU temperature monitor	No
PCB temperature monitor	No
Dimensions	105mm x 154mm
Operating System	RouterOS
Temperature range	-30C to +60C
RouterOS License	L5
Current Monitor	No

RB4xxG Series @680Mhz (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	76.9	150200	595.15	145300	1220.47	100500
on	off	Routing	52.38	102300	396.08	96700	1035.88	85300
on	off	Bridging	44.95	87800	353.08	86200	947.23	78000
on	on	Routing	39.68	77500	300.24	73300	823.36	67800
on	on	Bridging	29.9	58400	232.24	56700	660.63	54400

RB435G@ 800MHz (2 port test)			64 byte frames		512 byte frames		1518 byte frames
IP Firewall	Conntrack	Mode	Mbps	Fps	Mbps	Fps	Mbps	Fps
off	off	Bridging	92.88	181400	697.14	170200	1396.56	115000
on	off	Routing	60.93	119000	465.31	113600	1187.68	97800
on	off	Bridging	53.25	104000	416.15	101600	1095.39	90200
on	on	Routing	48.33	94400	372.33	90900	1028.6	84700
on	on	Bridging	35.69	69700	274.43	67000	771.14	63500

All throughput tests done with Xena Networks specialized test system and RouterOS v5, according RFC2544, with Ethernet frame sizes 64, 512, 1518 bytes.
Each board is tested with specified number of Ethernet interfaces, to ensure optimal load on hardware.
Values in Italics indicate that the maximum possible throughput was reached, limited only by ethernet ports themselves.
Test results show device maximum performance, and are reached using optimal hardware and software configuration, different configurations most likely will result in lower results.